Nebraska Master Naturalist Core Training Objectives and...
Transcript of Nebraska Master Naturalist Core Training Objectives and...
NEBRASKA MASTER NATURALIST Explore Contribute Connect
1
Nebraska Master Naturalist
Core Training Objectives and Outlines
Environmental Ethics Page 2
Flora of Nebraska Page 4
Ecology Page 6
Taxonomy Page 22
Fauna Page 25
Mammals Page 25
Amphibians Page 28
Reptiles Page 30
Birds Page 34
Geology amp Natural History Page 47
Geological sites in Nebraska Page 48
Outdoor Skills amp North American Model Page 49
Outdoor Skills Specialization options Page 54
Interpretation and Education Page 56
Safety in the Field Page 63
University of NebraskandashLincoln 3310 Holdrege Street bull 417 Hardin Hall bull Lincoln NE bull 68583-0974 Ph (402) 472-8689 bull Fx (402) 472-2946 bull naturalistunledu httpNATURALISTunledu bull httpNebraskaNatureNetworkorg
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2
Environmental Ethics
Developed by Daniel G Deffenbaugh Nebraska Master Naturalist ddeffenbaughhastingsedu
Reading 1 ldquoJohn Muir Publicizerrdquo in Roderick Frazer Nash Wilderness and the American Mind Fourth
Edition (New Haven CT Yale University Press 2001) pp 122-140
Abstract This chapter in Roderick Frazer Nashrsquos classic text introduces readers to the philosophical
conflict over value in nature that arose around the turn of the twentieth century between two schools
of thought On the one hand was John Muir who argued eloquently in his essays for the
ldquopreservationistrdquo perspective ndash that is setting aside tracts of land to be preserved indefinitely as
wilderness to which Americans could retreat for spiritual sustenance On the other hand was the
ldquoconservationistrdquo perspective of Gifford Pinchot which saw American lands as a store of resources that
needed to be managed wisely for the general welfare of the country These two perspectives still inform
much of the thinking today on the need to conserve or preserve natural habitats
Objectives The objectives for reading this article are as follows
To familiarize master naturalists with the life and work of John Muir
To introduce master naturalists to two fundamental ethical orientations toward the
natural world preservationism and conservationism
To acquaint master naturalists with the early history of the environmental movement
in the US
To help master naturalists distinguish between National Parks and federally managed
lands and to understand the history and rationale behind each
To encourage master naturalists to think about which of the two aforementioned
approaches best reflects their own values
Questions for Reflection
1 What values have informed your decision to become a Master Naturalist
2 With what group do you most readily identify John Muirrsquos preservationists or Gifford Pinchotrsquos
conservationists
3 Does nature have inherent or only instrumental value Explain your answer
4 Do humans have moral obligations toward nature If so what are they If not why
5 In the 1980s a group of scholars proposed that the Great Plains of the United States be returned to
what was then called a ldquoBuffalo Commonsrdquo If this idea were to resurface today how would you go
about arguing for one side or the other What does this say about your perspective on the inherent or
instrumental value of nature
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3
Reading 2 ldquoThe Land Ethicrdquo in A Sand County Almanac and Sketches Here and There Special
Commemorative Edition (Oxford Oxford University Press 1949) pp 201-226
Abstract Published shortly after Aldo Leopold died in 1949 A Sand County Almanac has been described
by many as the environmentalistrsquos handbook due primarily to the short section that concludes the text
ldquoThe Land Ethicrdquo Here Leopold challenges his readers to think of themselves less as masters of a
landscape ndash endowed by reason and therefore justified in utilizing land in whatever manner they see fit
ndash and more as ldquoplain membersrdquo participants in an elaborate ldquobiotic communityrdquo Leopold believes that
viewing the world from the latter perspective will have much more beneficial results as humanity moves
into an uncertain future
Objectives Objectives for reading this article include the following
To introduce master naturalists to one of the great luminaries of the American environmental
movement Aldo Leopold
To familiarize master naturalists with the basic outlines of Leopoldrsquos ldquoland ethicrdquo so as to
distinguish it from instrumentalist or utilitarian approaches
To challenge master naturalists to enlarge their conception of community to include ldquosoils
waters plants and animalsrdquo
To encourage master naturalists to consider the implications of being a ldquoplain memberrdquo of a
ldquobiotic communityrdquo
To give master naturalists the opportunity to think critically about the integrity of their own
biotic communities
Questions for Reflection
1 In what ways do you resonate with Aldo Leopoldrsquos ldquoland ethicrdquo as you think about the reasons for why
you want to become a master naturalist
2 If ethics is a ldquolimitation on freedomrdquo as Leopold claims then what limitations apply to our
relationship to the natural world What limitations apply to the use of onersquos property
3 If prior to reading Leopold you were asked to describe your community who or what would you have
included
4 How would seeing yourself as a ldquoplain memberrdquo of your biotic community affect the way you live and
act in the world
5 Can you think of examples from your own experience of what Leopold calls the ldquoA-B cleavagerdquo
6 What are the economic cultural and biological implications of this famous line from Leopoldrsquos text
ldquoA thing is right when it tends to preserve the integrity stability and beauty of a biotic community It is
wrong when it tends otherwiserdquo
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4
Flora of Nebraska
Developed by Leslie Kwasnieski Nebraska Master Naturalist lesliekwasnieskigmailcom
Objectives
Grasslands and Prairies of Nebraska Can be used as an example of Nebraskarsquos diverse flora
This Session should provide a general overview of plant biology including the following
1 a basic introductory discussion of plant physiology including nutrition water relations
internal transport respiration and photosynthesis
2 economic and other social importance of plants with a focus on Nebraska
3 plant ecology and its changing due to environmental impact
4 Plant Identification plant anatomy to enable the student to use a key to identify plants in
Nebraska
5 Discussion of native plants as well as invasive species found in Nebraska
Outline
1 Introduction to Plant Identification
a The plant kingdom a definition
b Basic anatomy including flower parts vascular system and leaf anatomy
2 Plant reproduction and alternation of generations
3 Plant relationships with the environment
a What do they need for nutrition where do they find it
b Water too much and too little How do they survive
c Internal transport respiration and Photosynthesis ndash how do these affect where a plant
can survive
4 Why are plants important Discussion and list
a Crops vs native plants vs invasive species
5 Plant ecology and changes in the environment
a Consider various ecoregions of Nebraska and the differences in plant material
i Tallgrass Prairie
ii Central Mixedgrass Prairie
iii Sand Prairies
iv Western Mixedgrass Prairie
b How havewill these ecoregions change with changes in the climate
c Discussion
6 Basic flower leaf stem anatomy Use key to identify some floral samples
a How to identify plants a basic anatomy lesson It would be nice to have samples
b Can be done with photographs classroom samples etc
7 Native plants of Nebraska how to identify
a Learning Family patterns - mustards gooseberries asters lilies grasses sedges rushes
b Nebraskarsquos floral diversity httpplantsusdagovjavastateSearch
c Learning plant family patterns
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5
Reading ListResources
Field Guide to Wildflowers of Nebraska and the Great Plains ndash Jon Farrar ndash Nebraska Game and Parks
Commission ndash University of Iowa Press
Grassland Plants of South Dakota and the Northern Great Plains ndash James R Johnson ndash South Dakota
State University College of Agricultural and Biological Sciences ndash South Dakota Agricultural Experiment
Station ndash B 566
The Flora of Nebraska Second Edition (MP-47b) 2011 967 pp Kaul Robert B Sutherland David
Rolfsmeier Steven
The Nebraska Legacy Project ndash State Wildlife Action Plan ndash 2nd edition 2011 Selected Sections
Natural Communities A Coarse Filter Page 18-19
Promote Management that is more compatible with Conserving Biological Diversity ndash Pages 40-
Tallgrass Prairie Ecoregion - Pages 61 -101
Mixedgrass Prairie Ecoregion ndash Pages 103 ndash 137
Sandhill Ecoregion Pages 139 ndash 170
Shortgrass Prairie Ecoregion ndash Pages 171 203
Appendix 7 Terrestrial natural communities of Nebraska Page 251-264
Guide to Nebraskarsquos Wetlands and their Conservation Needs Ted LaGrange Nebraska Game and Parks
Commission 2005
Conservation Trees for Nebraska ndash Nebraskarsquos Natural Resources District ndash Nebraska Forest Service
Native Vegetation of Nebraska (Map Robert Kaul and Steven Rolfsmeier) 1993 UNL Conservation and
Survey Division (httpnebraskamapsunledu)
University of Nebraska State Museum Division of Botany
(httpmuseumunleduresearchbotanyindexhtml) ndash List of Nebraska Species Collections etc
Online key to plants of Nebraska can be found at
httpwwwnrcsusdagovwpsportalnrcsdetailss=16ampnavtype=SUBNAVIGATIONampcid=stelp
rdb1044954ampnavid=120160320130000amppnavid=120000000000000ampposition=Not20Yet20Determin
edHtmlampttype=detailamppname=PLANTS20Interactive20ID20Keys2020Introduction20|20NR
CS
httpplantsusdagovintro_to_plants_1211pdf - a really good online reference about plants
including a list of plants by state
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6
Ecology of Nebraska
Developed and Adopted by Keanna Leonard Education Director Rowe Sanctuary kleonardaudubonorg
Ecology in a nutshell
Ecology is part of biology that deals with the relationship between organisms and their environment
Ecology is a science Environmentalism is a cause with or without scientific backing Conservation
Biology is the integration of Ecology and Environmentalism using science to influence political cause
Central to ecological study is habitat the special location where an animalrsquos lives What an animal
does in its habitat its profession or how it survives and adapts is its niche A niche is the product of
evolution and once it is established no other species in the community can evolve to exploit the exact
same resources (Competitive exclusion principle) Therefore different species are able to form an
ecological community in which each has a different role in their shared environment
From the Integrated Principles of Zoology 1996 Hickman Roberts Larson
Without habitat there are no animals It is that simple ndash Wildlife Habitat Canada
The richness of the earthrsquos biomass is organized into a hierarchy of interacting units
The individual organism the population the community the ecosystem
Ecosystem Ecology An ecosystem is a complex self-sustaining natural system with living (biotic) and nonliving (abiotic)
components
The abiotic component of an ecosystem is defined by physical parameters such as temperature altitude
light and moisture Chemical features such as nutrients establish the quality of the ecosystem
The biotic component or the populations of plants animals and microorganisms of an ecosystem can be
grouped as
Producers - algae green plants and cyanobacteria (blue-green algae)
autotrophs ndash use energy from sun to synthesize sugars from carbon dioxide and
water by photosynthesis
Consumers - carnivores herbivores omnivores parasites and decomposers
Decomposers - consumers that perform final breakdown of complex organic materials
into inorganic materials
Decomposers and other consumers are heterotrophs that consume autotrophs
Energy Flow through the ecosystem Photosynthesis - Sunlight (energy) is absorbed by chlorophyll (the green pigment found in plants)
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7
This energy is used to synthesize sugar (carbohydrates) from carbon dioxide and water
By-product of photosynthesis is oxygen
Food Chain - A feeding sequence used to describe the flow of energy and materials in an ecosystem
Example grass (producer) gt deer (consumer) gtcoyote (consumer) gt decomposer
Food Web - Intertwined food chains
Trophic Levels - Each step in the food chain
At each step 80-90 of available energy is lost as heat Most of the fuel obtained in
food is used to stay alive Because of this fact trophic levels are usually limited to four
or five There are more producers (plants) than herbivores (plant-eaters) and more
herbivores than carnivores Carnivores can be further divided by into first- second-
top-level consumers
Nutrient Cycles or Biogeochemical Cycles All essential elements for life are derived from the environment (air rocks soil and water)
There are four cycles that return these elements to a useable form for life to continue
The Water (hydrologic) Cycle The paths water moves through earthrsquos ecosystems in its various states (vapor liquid solid)
Water is the only substance on earth that exists naturally in all three states
The Carbon Cycle All living things contain carbon Carbon is what makes organic molecules organic or living Carbon is the
basic element found in carbohydrates proteins and fats
Plants take in carbon dioxide during photosynthesis Animals eat the plants Animals release carbon
dioxide when they breathe (respire) and when they die and decompose Plants take it up again
Decomposing organic material will also leach carbon into the ground forming fossil fuels Other stores
of carbon include peat cellulose found in plants and water The cycling of carbon is linked to the flow
of energy through a system
The Phosphorus Cycle ATP (adenosine triphosphate) the energy molecule created by every living thing contains phosphorous
Our DNA and RNA the molecules that form our genes require phosphorous to bond together Bone
tissue also contains phosphorous
Plants take up phosphorous then the plants are eaten by animals Animals release phosphorous by
defecating and decomposing Plants also release phosphorous through decomposition Phosphorous is
then reabsorbed by plants or becomes part of sediments that forms rock As rocks erode phosphorous
is released into water and soil to be taken up by plants
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8
The Nitrogen Cycle Nitrogen is essential in forming proteins and nucleic acids The atmosphere has a high concentration of
nitrogen but is not usable to living organisms in its gaseous form The nitrogen cycle converts this gas
into usable forms
This cycle is the most complex because nitrogen can be found in several different forms Parts of the
cycle include
Nitrogen Fixation ndash Nitrogen is fixed or converted into ammonia and nitrates by bacteria lightning and
ultraviolet radiation in the soils and root nodules of some plants (legumes or beans) Nitrogen
fixation does not allow nitrogen to convert back to gaseous nitrogen
Nitrification ndash Other bacteria can take the ammonia and oxidize it into nitrite Nitrite is further
processed into nitrate
Denitrification and Ammonification - Plants absorb nitrates and ammonia from the soil and use
them to build organic compounds Animals eat the plants or other animals Animal waste
contains nitrogen in the forms of ammonia urea and uric acid
Denitrification is the process of decomposing bacteria converting nitrate back to nitrogen gas
Ammonification is the process of other decomposing bacteria converting organic compounds to
ammonium ions
Communities amp Populations A community is the living (biotic) portion of an ecosystem Within the community each population of
organisms has a habitat and a niche A community is usually dominated by a single species or a limited
group of species that impact the local environment (Example Tallgrass Prairie) Other species adapt to
conditions created by the dominant species If a dominant species is removed two scenarios can occur
Another species will take its place and not change the ecosystem in general Or the whole community is
changed If the community is drastically altered the species is considered a keystone species
A population is a group of same organisms that occur in the same community
Habitat is the place where an organism normally lives Basic components of habitat are food water
shelter and space Habitat is the organismrsquos physical surroundings and its niche is its profession or role
it plays in the community No two species can occupy the same niche at the same time (competitive
exclusion principle)
Population Interactions Competition ndash an overlap of some degree of two populationrsquos niches in such a way that they are
competing for the same resource(s) (food shelter water space etc)
Symbiosis - two populations living together in a community in close association There are
several types of symbiosis
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Mutualism ndash the relationship is mutually beneficial (lichens)
Commensalisms ndash one population receives benefits and the other neither benefits or is
harmed (intestinal bacteria)
Parasitism ndash one population benefits and the other is harmed (ticks)
Synergism ndash two populations accomplish together what neither could do on their own
Another type of relationship is called predation-prey relationship where one population captures and
feeds on another Predators have more than one prey species but normally feed on the most
abundant As one prey species declines in population predators will switch to another more abundant
species
Natural selection favors the most efficient predator and at the same time prey that can escape
predation
Adaptation is a change in structure physiological process or behavior that evolved by natural selection
and improves an organismrsquos ability to survive and reproduced
MAD Law ndash Move Adapt or Die
Population growth Populations grow until they reach certain environmental limitations called limiting factors These
factors can either be physical or biotic ndash from predation to limited space for nesting
When a population reaches its maximum density that the environment can support it is said that it has
reached its carrying capacity A population cannot go beyond the carrying capacity for long without
consequences
In a community an orderly predictable replacement of populations normally occurs over time Certain
populations will dominate and then decline to be replaced by new dominant populations A community
at the last stage of succession is called the climax community
Biodiversity Biodiversity refers to the variety of living organisms in a given ecosystem and is described at three
levels
Genetic Diversity ndash the variety of genes in a population Genetic Diversity shapes the
potential of individuals to survive and reproduce and as a population to adapt and evolve
Species Diversity ndash the number of species within a community
Ecosystem Diversity ndash the organizational and functional diversity of the ecosystem
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10
Three measures are used when studying biodiversity
Composition ndash the number of genes species or ecosystems in a given area
Structure ndash the distribution of genes species or ecosystems
Function - the ecological processes accomplished by genes species or ecosystems
Biodiversity is important to maintain a stable ecosystem vast storehouse of untapped resources for
medicine food energy etc
Ecoregions in Nebraska
The Central Flyway There are four major North American flyways ndash the Atlantic the Mississippi the Central and the Pacific Flyways Except along the coasts the flyway boundaries are not always sharply defined and both in the northern breeding and southern wintering grounds there is overlapping Every year millions of migrating birds travel the Central Flyway The ldquohourglassrdquo route narrows in central Nebraska The eighty mile stretch of Platte River (Big Bend area) between Lexington and Grand Island serves as a month long stop over for around 600000 sandhill cranes and endangered whooping cranes This stretch of river has shallow wide-open water to provide cranes some security from predators when roosting and grain fields and wet meadows for eating and loafing
The Platte River
The Platte River begins near the city of North Platte Nebraska with the convergence of the North Platte and South Platte Rivers The Platte the largest braided river in North America snakes 310 miles eastward and empties into the Missouri River south of Omaha Nebraska drains about 29800 square miles of land along its route The South Platte River originates as snowmelt in central Colorado meandering 450 miles towards North Platte The North Platte River also begins as snowmelt in north central Colorado and runs 665 miles before converging with the South Platte
The Big Bend Region
The central or Big Bend Region of the Platte River between Grand Island and Lexington has long been recognized as critical staging area for half million sandhill cranes millions of geese and ducks and for the highly endangered whooping crane It is also important nesting habitat for endangered piping plovers and least terns and threatened eagles as well as year around habitat for other wildlife The Platte River is a broad shallow braided river dotted with small itinerant sandbars up to the huge islands In the early 1800rsquos the Platte was one to two miles wide Water depth ranged from dry to eight feet deep The islands were scoured each spring by the rush of snowmelt from the Rockies that removed vegetation from the sandbars washed into sloughs and recharged the surrounding soils Fires suppressed tree growth along most of the shoreline Protected islands and areas of shoreline grew cottonwoods and willows This diversity was excellent habitat for wildlife But in less than 100 years it changed Man has diverted over 70 percent of the Plattersquos average annual flow for use in irrigation and industry ( comes back to the river via groundwater) Fires have been controlled Floods and ice no longer clear the islands of vegetation With less water in the river wet meadow soils are not recharged with water seeping from the river Bridges restrict flows and deep
NEBRASKA MASTER NATURALIST Explore Contribute Connect
11
gravel pits alter the shoreline This taming of the Platte River is causing it to lose the very characteristics that make it unique and attractive to native wildlife The wide channels now must be maintained by mechanically clearing sand bars and low islands Audubon and other conservation organizations spend a considerable amount of time and money each year to keep the river clear The Platte River valley is now characterized by forest shrub and sandbar vegetation on the river floodplain lowland prairie and cultivated fields on the river terraces and an upland prairie on the loess bluffs along the ancient river escarpment The floodplain forest shrub and sandbar communities have developed on coarse textured alluvial soils adjacent to the river channel The forest communities have open canopies and are dominated by cottonwoods with an understory of red cedar and rough-leaf dogwood Green ash hackberry American elm red mulberry and slippery elm also occur in these areas Adjacent to the major river channel and in areas where the forests are limited to a narrow strip along the river bank low shrub islands and vegetated sandbars predominate Peach-leaf willow sandbar willow and indigo bush are the dominate shrub species Lovegrass nutsedge barnyard grass cocklebur and scattered willow and cottonwood seedlings characterize the vegetation on the low shrub islands and recently exposed sandbars
One of the sanctuaryrsquos most important tasks has been functioning as Audubonrsquos footprint on the Platte
River Audubon played a significant role in many battles to limit development on the Platte the final
being the defeat of Two Forks Dam near Denver in 1992 Today Audubon along with the Platte River
Whooping Crane Maintenance Trust the National Wildlife Federation Fish and Wildlife and Nebraska
Game and Parks plays a major role in keeping the river in its current condition One such program is
maintaining the wide channels on parts of the river which must be done mechanically to clear sandbars
and low islands
Tallgrass Prairie Ecoregion
Introduction
Once extended from eastern Nebraska to Indiana and from Texas to southern Canada
Today less than 1 remains
Approximately 2 of the remaining tallgrass prairie is found in Nebraska o Covers eastern fourth of state and extends along stream valleys of the Republican
Loup Platte and Niobrara
Shaped by glaciers wind and water
Mainly rolling hills intersected by stream valleys
Elevation from east to west 850 to 1700 feet above sea level
Receives 25-36 inches of annual precipitation
Average highs in the 90 degrees and lows of 10 degrees
Two major rivers o Missouri River
States largest river flowing approximately 350 miles in Nebraska
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12
Drains approximately 529350 square miles of land (including entire state of NE) Forms eastern and northern boundaries of tallgrass prairie Historically more a mile wide and up to 20 feet deep with abundant sandbars
and forested island
Floodplain was a mosaic of oxbow lakes backwater marshes wet prairies and forests
Platte River ndash prairie river o Historically shallow braided channel up to 3 miles wide with many sandbars
Floodplain 15 miles wide and covered with lush wet meadows and freshwater marshes
Spring floods limited tree growth and created barren sandbars o Other streams include Papio Creek Turkey Creek and Bazile Creek
Wetland types o Saline wetlands
Found in the floodplain of Salt Creek and its tributaries in Lancaster and Saunders counties
Salinity originates from groundwater passing through an underground rock formation containing salts deposited by an ancient sea that once covered
Nebraska
o Todd Valley playas Small clay-lined depressions Seasonally and temporarily flooded Found in an ancient valley of the Platte called the Todd Valley
Vegetation of Tallgrass Prairies
Dominant vegetation ndash big bluestem Indiangrass switchgrass and Canada wildrye o Can reach six feet or taller
Hundreds of spp of wildflowers and forbs o Showy goldenrod prairie blazing star sky blue aster amp purple coneflower
Native woodland found mainly in fire-protected stream valleys and bluffs o Found in floodplains - Cotton woods willows boxelders American elms
Drier river bluffs o Oaks hickories basswood black walnut etc o Essential habitat for migrating birds
Wet meadows found in stream valleys o Sedges spike rushes prairie cordgrass and switchgrass
Marshes o Broad-leaf cattail bulrushes bur reed smartweeds and arrowheads
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13
Birds
More than 300 spp of resident and migratory birds
Nesting waterbirds include o Wood duck green heron northern pintail blue-wing teal mallard
Grassland birds include o Henslowrsquos sparrow dickcissel grasshopper sparrow bobolink vesper
sparrow and Swainsonrsquos hawk
Woodland birds include o Bellrsquos vireo blank-and-white warbler rose-breasted grosbeak orchard oriole
Mammal
More than 55 mammals o Plains pocket gopher prairie vole plains pocket mouse thirteen-line ground squirrel
Franklinrsquos ground squirrel o Prior to European settlement
Bison elk mule deer mountain lion black and grizzly bear gray wolf Larger animals include coyote bobcat least and long-tailed weasel mink
Fish
More than 75 species of fish Amphibians and Reptiles
53 species of amphibians and reptiles o 2 salamanders 5 toads 6 frogs 8 turtles 8 lizards and 24 snakes
Eco-tourism amp Wildlife Viewing
Henry Doorly Zoo in Omaha Childrenrsquos Zoo in Lincoln
Ak-Sar-Ben Aquarium Ponca State Park
Mahoney State Park Platte River State Park
Two Rivers State Recreation Area Branched Oak
Homestead National Monument Ashfalls Fossil Beds State Park
Migrating birds Fontenelle Forest Indian Cave State Park Schramm State Park
Tallgrass prairie Audubonrsquos Spring Creek Prairie south of Denton amp Nine-Mile Prairie
Canoeing hiking biking
Elkhorn River Platte River
Cowboy Trail Steamboat Trace Trail
MoPac East Trail Oak Creek Trail
Driving Tours
Nebraska Scenic Byway Outlaw Trail Scenic Byway
Heritage Highway Lewis and Clark Scenic Byway
NEBRASKA MASTER NATURALIST Explore Contribute Connect
14
Mixedgrass Prairie
Introduction
Transition zone between tallgrass and shortgrass prairies o Have characteristics of both o Plant composition varies considerably depending of soil type topography weather and
land use
Elevation east to west 1650 to 3000 feet above sea level
Climate - Semiarid o Average annual precipitation from 28 inches in the east to 20 inches in the west o Average annual temperature from 52-57 degrees - Frost-free period 150 ndash 190 days
General topography o Level broad plains rolling hills in north-central part steep sloops with deep drainages in
the southwest o Mostly covered with windblown silt o Ogallala aquifer underlies most of the Ecoregion
Alluvial aquifers along streams
Streams o Platte Republican Loup Niobrara Blue rivers ndash all eventually drain into Missouri River
Wetlands o Rainwater Basin ndash playa wetlands formed by wind with a clay pan to hold water
Found in south-central Nebraska Once contained more that 4000 major wetlands National importance for migrating birds
o Central Table Playas ndash found mostly in Custer County on top of hills o Subirrigated Wet Meadows ndash found along Platte and Loup Rivers
Transected with old river channels swales and sloughs o Riverine Wetlands ndash found along streams
Include oxbows and other semi-permanent wetlands o Sandhill Wetlands ndash found in sandy areas close to Platte and Loup Rivers o Formed where groundwater reaches surface
Vegetation
Tallgrass spps tend to dominate in the east and along floodplains and shortgrass spps found further west (drought resistant)
Hilltops dominated by buffalograss and blue grama
Hill sides dominated by medium-stature grasses ndash side-oats grama little bluestem western wheatgrass and sand dropseed
Lower slopes and valleys ndash big bluestem Indiangrass switchgrass and Canada wildrye
Hundreds of forbs found including o Prairie clover Illinois bundle flower wild alfalfa deer vetch leadplant prairie
coneflower stiff sunflower and blazing star
Historically less than 1 covered with woodlands ndash mostly close to streams o Trees - Eastern cottonwood green ash hackberry red cedar o Shrubs ndash roughleaf dogwood false indigo sandbar willow o Some native oaks and black walnut can be found on steeper slopes
Wet meadows and wet prairies
NEBRASKA MASTER NATURALIST Explore Contribute Connect
15
o Woolly sedge spike rush prairie cordgrass o Federally endangered prairie white-fringed orchid o State endangered saltwort
Playa wetlands (Rainwater Basin and Central Tables area) o Seasonally flooded - River bulrush common cattail smartweed o Temporarily flooded ndash spike rush flatsedge plains coreopsis o More permanent - bladderwort pondweed duckweed
Riparian wetlands ndash switchgrass scouring rush bedstraw
Sandhill wetlands ndash cattail bulrush smartweed
Birds
More than 350 spps of resident and migratory birds o Grasshopper and field sparrow dickcissel western meadowlark bobolink northern
bobwhite ring-necked pheasant northern harrier and greater prairie chicken o Platte River
Over 300 spps with 141 known to nest o Sandhill cranes endangered whooping cranes
o Rainwater Basin Over a dozen spps of waterfowl including 13 of northern pintails 50 of North
Americans mallards 90 of mid-continentrsquos white-fronted geese Approximately 3000000 shorebirds
o Thousands of Swainsonrsquos hawks migrate through the region Mammals
Many species of mammals but none that are only found in mixedgrass prairies Fish ndash Diverse range of species
Reptiles and amphibians
Spiny softshell turtles western painted turtles and snapping turtles in wet areas
Ornate box turtle in native grasslands
Northern water snake ndash only aquatic snake found
Prairie rattlesnake only poisonous snake found
Smooth green snakes and red-bellied snakes are two of the more rare snakes
3 lizards found ndash northern earless prairie racerunner northern prairie lizards
Tiger salamander only salamander found
Frogs and toads common
Eco-tourism amp Wildlife Viewing
Sandhill cranes - Rowe Sanctuary amp Roadside viewing sites constructed by Central Platte NRD
Waterfowl viewing - Rainwater Basin
Massie Waterfowl Production Area with an observation tower (Clay Center)
Funk Waterfowl Production Area and Sacramento-Wilcox Wildlife Management Area o Handicapped accessible blinds
Bald eagle viewing ndash J-2 Power Station near Lexington Harlan County Lake Sherman Lake and Rowe Sanctuary
Prairie chicken viewing- Calamus Outfitters near Calamus Reservoir
NEBRASKA MASTER NATURALIST Explore Contribute Connect
16
Sandhills Motel ndash Mullen
Walking Trails ndash Rowe Sanctuary Kearney Hike-Bike Trail Harlan County Lake Funk Harvard and Massie Waterfowl Production Areas Lake Seldom at Holdrege
Best way to find out about birding trails is to go to wwwnebraskabirdingtrailscom o Some are ndash Chicken Dance Trail Rainwater Basin Loops
Sandhills
Introduction
19300 square miles of north-central Nebraska o Largest dune system in the western hemisphere o One of the largest grass-stabilized dune regions in the world o Majority of the region is in relatively natural state
Sandhills young geologically speaking o Dunes aligned primarily in a northwesterly to southeasterly direction with prevailing
winds o Some dunes over 400 feet in height o Soils poorly developed with a thin layer of topsoil o High infiltration rate (up to 10 feet per day) o High water table ndash almost 2000 shallow lakes and over a million acres of wetlands
Most lakes and wetlands at headwaters of streams amp in poorer draining areas in western areas
Most wetlands and lakes pH neutral but alkaline wetlands and lakes common in the west where salts and carbonates accumulate
Fens ndash Sandhills contains some of Great Plains largest ones
Streams of the region o North and Middle Loup Calamus Cedar Dismal ndash flow from groundwater discharge o Niobrara River ndash only river that originates out of the region (starts in Wyoming)
Climate o Semiarid ndash annual precipitation ndash 23 inches in east to 17 inches in west
Vegetation
700 native plants spps
Sandhills dune prairie plant community o Mixture of sand-adapted grasses ndash sand bluestem prairie sandreed little bluestem and
hairy grama o Forbs ndash stiff sunflower bush morning glory plains gayfeather o Shrubs ndash sand cherry leadplant prairie rose and yucca
Sandhills dry valley prairie community o Grasses - Big Bluestem Indiangrass switchgrass o Forbs ndash western ragweed white sage and prairie coneflower o Shrubs ndash leadplant Arkansas rose western wild rose
Blowouts o Federal and state threatened blowout penstemon
Native woodlands ndash uncommon o Eastern cottonwood peachleaf willow coyote willow chokecherry wild plum and
snowberry
Middle Niobrara River valley largest woodland in sandhills
NEBRASKA MASTER NATURALIST Explore Contribute Connect
17
o South facing bluffs -Oak basswood black walnut green ash o Canyons ndash Paper birch quaking aspen o North river bluffs ndash ponderosa pine o Referred to as a biological crossroads
Wet meadows o Sedges spike rushes prairie cordgrass switchgrass o Shrubs - Sandbar willow false indigobush
Alkaline wet meadows o Inland saltgrass foxtail barley alkali sacaton meadow bluegrass and scratchgrass
Fens o Contain 20 at-risk plant species including bog bean cottongrass and marsh marigold
Freshwater marshes o Ripgut sedge common reed smartweeds bulrush cattail duckweed coontail
Alkaline marshes ndash alkaline-tolerant plants Birds
More that 300 species of birds o Sharp-tailed grouse and greater prairie chicken o Long-billed curlew (sandhills important breeding site)
Upland sandpiper vesper sparrow lark bunting grasshopper sparrow western meadowlark High concentration of northern harriers and ferruginous hawks
Important breeding area for mallards blue-wing teal pintail
American Bird Conservancy calls the area the ldquoBest grassland bird place in the United Statesrdquo Mammals
55 species of mammals but not specific to the Ecoregion Fish
75 species of fish
Rare spps ndash blacknose shiner pearl northern redbelly and finescale daces o Species cutoff from principle range
Amphibians and Reptiles
27 species o One salamander 3 toads 4 frogs 6 turtles 4 lizards 9 snakes
Eco-tourism amp Wildlife Viewing
Crescent Lake Fort Niobrara Valentine National Wildlife Refuges
Nebraska and Samuel R McKelvie National Forests
Niobrara Valley Preserve (TNC property) with 2 bison herds
Merritt Reservoir Calamus Reservoir
Niobrara Wild and Scenic River o Over 10 outfitters in Valentine area for canoeing kayaking and tubing
Dismal Loup and Cedar rivers also offer canoeing and tubing
Niobrara Valley Preserve
Swan Lake Motor Route
Sandhills Scenic Byway (Hwy 2) ndash one of the top 10 scenic highways in the nation
NEBRASKA MASTER NATURALIST Explore Contribute Connect
18
Stargazing ndash Nebraska Star Party near Valentine in August
Cowboy Trail (will be the nationrsquos longest rails-to-trails conversion)
Calamus Outfitters
Shortgrass Prairie
Introduction
Found in western Nebraska
High diversity of habitats
Dramatic changes in elevation and topography
Soils range from sand to clay-loam to hard sandstone
Annual precipitation 12-17 inches ndash humidity generally low
Annual average temperature 47-50
Topography o Truest form of shortgrass prairie found in Banner Cheyenne Deuel and Kimball counties o Mixedgrass and sandsage prairies in southeast of Ecoregion o Wildcat Hills bluff formation found in Scottsbluff amp Morrill counties o Relic sandhill extend through Morrill and Sioux counties o Pine Ridge found in northern Dawes Sheridan and Sioux counties
Streams o North Platte River Lodgepole Creek Upper Niobrara and White Rivers o 5 large reservoirs and a number of smaller artificial lakes o Playas found throughout the region
Vegetation
Shortgrass Prairie o Buffalograss blue grama side-oats grama purple threeawn (grass height 10 inch) o Over 100 spps of forbs o Milkvetch scarlet guara cutleaf ironplant prickly pear purple locoweed scurfpea
prairie coneflower scarlet globe mallow
Mixedgrass Prairie o Blue grama prairie sandreed threadleaf sedge needle-and thread grass little bluestem
western wheatgrass (grass height 18-24 inches) o Shrubs
Skunkbush sumac winterfat fringed sage snowberry yucca broom snakeweed o Over 100 species of Forbs o Scarlet guara dotted gayfeather skeleton plant cutleaf ironplant scurfpea scarlet
globe mallow o Within the mixedgrass prairie ndash 2 unique communities found
Northwestern mixedgrass amp Loess mixedgrass prairie
Sandhill dune prairie and sandsage prairies o Sandsage sand bluestem blue grama prairie sandreed needle-and-thread yucca o Forbs ndashsand-lily desert goosefoot plains sunflower bush morning glory showy
impomopsis
Western alkaline meadows along the North Platte o Inland saltgrass alkali sacaton field sedge foxtail barley meadow bluegrass o Forbs ndash spearscale alkali aster camphor daisy thelypody
NEBRASKA MASTER NATURALIST Explore Contribute Connect
19
Ponderosa pine woodlands o Ponderosa pine quaking aspen green ash Saskatoon serviceberry chokecherry dwarf
juniper fragrant sumac mountain mahogany wolfberry Kentucky bluegrass littleseed ricegrass
Riparian woodlands o Cottonwoods peachleaf willows green ash boxelder Sandbar willow wild plum
chokecherry buffaloberry horsetail sedges marsh muhly and cordgrass
Badlands o Saltbush rabbitbrush poverty weed Russian thistle
Birds
More that 300 species of birds found
Shortgrass birds o McCownrsquos and Chestnut-collared longspurs Brewerrsquos sparrow horned lark burrowing
owl and state threatened mountain plover
Mixedgrass birds o Western meadowlark grasshopper sparrow lark bunting
Pine Ridge birds o Lewisrsquo woodpecker pygmy nuthatch ovenbird mountain bluebird
Wetland birds o Canada geese mallard northern pintail shorebirds
Mammals
White-tail and mule deer elk pronghorn bighorn sheep coyotes bobcats mountain lions prairie dogs federally endangered black-footed ferret river otter black-tailed jackrabbit badger pocket gopher grasshopper mouse
Fish
Many gamefish state threatened finescale dace endangered blacknose shiner etc Amphibians and Reptiles
Include western striped chorus frog Woodhousersquos toad bullsnake prairie rattler lesser earless lizard horned lizard ornate box turtle and painted turtle
Ecotourism amp Wildlife
Lake McConaughy (largest reservoir in state)
Lake Ogallala
Pine Ridge area o Ft Robinson State Park o Chadron State Park o Nebraska National Forest (Pine Ridge Unit) o Soldier Creek Wilderness
Oglala National Grassland and Toadstool Geologic Park
Wildcat Hills Nature Center in Gering
Scotts Bluff National Monument
Chimney Rock
Agate Fossil Beds National Monument
NEBRASKA MASTER NATURALIST Explore Contribute Connect
20
Endangered Species Act
The Endangered Species Act provides a program for the conservation of threatened and endangered
plants and animals and the habitats in which they are found The US Fish and Wildlife Service and the
Department of the Interior maintain the list of 632 endangered species (326 plants and 306 animals) and
190 threatened species (112 animals and 78 plants)
The law is written to prohibit any action that results in taking or injuring a listed species or negatively affects habitat Also prohibited is the import export interstate or foreign trade of listed species
Nebraskarsquos Endangered amp Threatened Species
State Status Federal Status
Birds Bald Eagle Threatened Threatened
Piping Plover Threatened Threatened
Mountain Plover Threatened Proposed Threatened
Whooping Crane Endangered Endangered
Eskimo Curlew Endangered Endangered
Interior Least Tern Endangered Endangered
Mammals River Otter Threatened
Southern Flying Squirrel Threatened
Black-footed Ferret Endangered Endangered
Swift Fox Endangered
Black-tailed Prairie Dog Candidate
Plants Western Prairie Fringed Orchid Threatened Threatened
Utersquos Ladyrsquos Tresses Threatened Threatened
Ginseng Threatened
Small White Ladyrsquos Slipper Threatened
Colorado Butterfly Plant Endangered Threatened
Saltwort Endangered
Hayden Penstemon Endangered Endangered
Insects American Burying Beetle Endangered Endangered
Salt Creek Tiger Beetle Endangered Candidate
Fish Lake Sturgeon Threatened
NEBRASKA MASTER NATURALIST Explore Contribute Connect
21
Northern Redbelly Dace Threatened
Finescale Dace Threatened
Blacknose Shiner Threatened
Topeka Shiner Endangered Endangered
Sturgeon Chub Endangered
Pallid Sturgeon Endangered Endangered
Reptiles amp Mussels Massasauga Threatened
Scaleshell Mussel Endangered Endangered
Information courtesy of Nebraska Game and Parks US Department of the Interior and the US Fish
and Wildlife Service
The Nuts and Bolts
Without habitat there are no animals
Every species has its niche
Understand the importance of biodiversity Know where the Platte River begins and ends understand its
makeup and where Rowe is located in the relationship to the river How Rowe plays a role in
conservation habitat maintenance and education Have an understanding of what constitutes the 4
major eco-regions in Nebraska
References Integrated Principals of Zoology by Cleveland P Hickman Jr Larry S Roberts Alan Larson (WmC
Brown Publishers 1996)
Zoology by Lawrence G Mitchell John A Mutchmor Warren D Dolphin (The BenjaminCummings
Publishing Company Inc 1988)
Biology the unity and Diversity of Life 7th Ed By Cecie Starr and Ralph Taggart (Wadsworth Publishing
Company 1995)
Nebraskarsquos Natural Legacy Project httpwwwngpcstateneuswildlifeprogramslegacyreviewasp
Cliffs Quick Review Biology by I Edward Alcamo PhD and Kelly Schweitzer PhD (Wiley Publishing 2001)
Biology for Dummies by Donna Rae Siegfried (Wiley Publishing Inc 2001)
NEBRASKA MASTER NATURALIST Explore Contribute Connect
22
Taxonomy in a Nutshell
Definitions
Classification is a systematic arrangement in groups or categories according to established
criteria
Taxonomy is the orderly classification of plants and animals according to their presumed natural
relationships
Binomial nomenclature (Binomial = 2 terms ndash Generic amp specific nomenclature = set of names)
is a system of naming in which each species of animal or plant is given a two tern Latin name
The first term identifies the genus to which the plantanimal belongs and is always spelled with
a capital letter The second term is the species of the plantanimal and is spelled with a lower
case letter This ldquoscientific namerdquo is usually printed in italics or underlined For example ndash Felis
concolor or Felis concolor
The Reason for ithellipWhy use taxonomy
Scientific taxonomic classification is a tool used through the world in an effort to catalog and compare
living things Zoologists now classify approximately 15 million animal species Each year about 10000
new species are added and it is estimated that more than 10 million different animal species may
actually exist on earth
Okay But why Latin
Common names of animals and plants vary from place to place even within a community For instance
the animal name above Felis concolor is known as puma mountain lion catamount panther and
several other local names So how does a biologist from Nebraska know that she and a scientist from
Scotland are talking about the same animalplant Throughout the scientific world Latin is recognized
as the universal language of scholars and scientists By referring to it by its Latin ldquoscientific namerdquo there
is no mistaking what animalplant they are referring to Latin also provides a source for decoding the
scientific name into something that tells you a little about the animalplant itself A translation often
provides a short description of the animal ie the giant anteaterrsquos species tridactyla actually means
three-toed
Background
The identification and comparison of different animals and plant species dates back to ancient times
Naturalists wrote herbals and bestiaries that were lists and descriptions of familiar organisms of a given
locality There was little interest in communicating outside a restricted region The advent of the
printing press led to broader dissemination of books and ideas Cataloging and comparing species on a
more comprehensive scale became possible As naturalists compiled their work they used many words
NEBRASKA MASTER NATURALIST Explore Contribute Connect
23
to describe a species by several characteristics sometimes defining one species in terms of another For
example the blue chair with the fluted arms the red chair like the blue chair with the fluted arms etc
Each authorrsquos system and terminology was different It is only comparatively recently that the
observation and study of the animal and plant world has begun to be organized along truly scientific
lines
Toward the middle of the eighteenth century the Swedish botanist Carolus Linnaeus produced a general
classification of all living species and this system has formed the departure point for all subsequent
developments of taxonomy His system was ambitious and used polynomials some with fifteen words
An example is the oak with leaves with deep blunt lobes bearing hair-like bristles Although he
considered the polynomial name to be the true one he also made notes with two-term names The
current binomial system used today is based upon these notes His writings and those of other scientists
that came after him became the standard for all classifications Since Latin was the universal language
of scholarship his writings were all in Latin Actually his real name was Carl van Linne but he translated
that to Latin as well
In the course of the last couple of centuries naturalists have come to adopt two different forms of
investigation and comparison in their classification process First they studied the question of
adaptation to the environment the significance of diverse structures and behavioral patterns among
animal species and the reason why these different modes of behavior and lifestyles enable animals in
different surroundings to survive
Secondly they have tried to recognize affinities and relationships between the various species They
have attempted to identify the ldquofamily likenessesrdquo that often exist among species which live in different
environments and therefore may be quite unlike one another in outward appearance
As a result of all this research scientists have built up a system of classification which places every
animalplant species in a particular category according to its relationships with other animalsplants
This is taxonomy
Side note ndash genetic testing is now being used to help with classification
How does it Work
When a new animalplant is recognized and identified it is given a species name This may be a term
that describes it or identifies the person who first recognized it as a separate species Originally these
species names were assigned by the individual scientist that discovered them but now they are
assigned by international groups Once this species term is assigned it almost never changes In theory
NEBRASKA MASTER NATURALIST Explore Contribute Connect
24
it is never supposed to be changed even if it is later moved to a different genus family or class but over
the years there have been a few exceptions
The basis of taxonomy however is the genus This is the smallest grouping of related species When
taxonomy began there were relatively few identified species so species were grouped into genera and
there it ended As the body of knowledge grew so did the need for a broader system of grouping From
there the hierarchical system of classification based on natural features evolved
The current system works as follows
Individually related species are grouped into the same genus
The most closely related genera are grouped into the same family
Related families are grouped into an order
Orders are grouped into a related class
Similar classes are included in the same phylum
The phyla are then placed into the proper kingdom
Each of these categories may also contain sub- or super- subdivisions
Taxonomy is a constant work in progress As scientists learn more about different species their
classification may change Changes can reflect a clearer understanding of where the species fits in
among the others with similar characteristics Until recently we only had to contend with two kingdoms
ndash animal and plants Today scientists recognize a least five different kingdoms of living things
Monera ndash bacteria and blue-green algae
Protista ndash one-celled organism with nucleus
Plantea ndash green plants
Fungi ndash non-green plants
Animalia ndash animals
NEBRASKA MASTER NATURALIST Explore Contribute Connect
25
Fauna of Nebraska
Developed and Adopted by Keanna Leonard Education Director Rowe Sanctuary
Objectives for Fauna Mammals Amphibians amp Reptiles Birds 3-4 hours
1 Descriptions ndash (Mammals Amphibians and Reptiles birds --ndash IMPORTANT CHARACTERISTICS)
2 Vocabulary
3 Common Oderrsquos in Nebraska and examples
4 Nuts amp Bolts of Mammals How to ID amp locate specific animals and their evidence (possible
activity tracks traces etc) in Nebraska
MAMMALS IN A NUTSHELL Basic Characteristics
1 Mammary glands (hint the name) that
produce milk
2 Sweat glands
3 Sebaceous glands for oil
4 Presence of hair on the body at some time
during life span
5 Homiothermic Endotherm (warm blooded)--
regulate high body temperature
6 Four-chambered heart
7 Enucleated red blood cells
8 Have a diaphragm
9 Enlarged cerebral hemisphere
10 One bone in lower jaw and complex
dentition
11 3 middle ear bones
12 Turbinal bones in nasal chamber
13 Eggs develop in a uterus with
placental attachment and born alive
(viviparous)
MAMMAL VOCABULARY
Altricial Born helpless
Arboreal Tree dwelling
Carnivore A mammal in the order Carnivora
Carnivorous Meat eating
Crepuscular Active at dusk and dawn
Diurnal Active during the day
Dominant Ruler or leader of others
Habitat Region where an animal lives
Herbivore An animal that eats only plants
Herbivorous Plant eating
Hibernation Winter period when certain
animals become inactive to a point in
where all body functions slow
considerably for a long period
Instinct Inherited mode of behavior
Mammal Animals that have hair on their
bodies (see other char above)
Marsupial Animals whose females have
pouches
Nocturnal Active during nighttime
Omnivore Animals that eats both meat and
plant material
Omnivorous Eating both meat and plant
material
Precocial Born in an advanced stage of
development and able to move about
Predator Animals that kills another animal for
food
Prehensile Grasping
Prey Animal hunted for food
NEBRASKA MASTER NATURALIST Explore Contribute Connect
26
Protective coloration Enables the animal to
blend in with surroundings
Reticulated Net-like pattern of skin
Terrestrial Ground dwelling
Viviparous Live birthing
There are 21 orders of mammals found in the world
Listed below are the orders and examples of common species found in Nebraska
More Species found in Core Curriculum Binder
Insectivores (shrews and moles)
Masked Shrew (Sorex cinereus)
Northern Short-tailed Shrew (Blarina
brevicauda) (venomous)
Least Shrew (Cryptotis parva)
Eastern Mole (Scalopus aquaticus)
Chiroptera (bats)
Big Brown Bat (Eptesicus fuscus)
Red Bat (Lasiurus borealis)
Hoary Bat (Lasiurus cinereus)
Xenarthra
Nine-banded Armadillo (Dasypus novemcinctus)
Lagomorpha Eastern Cottontail (Sylvilagus floridanus) Black-tailed Jackrabbit (Lepus californicus)
Rodentia
Franklinrsquos Ground Squirrel (Spermophilus
franklinii)
Thirteen-lined Ground Squirrel (S
tridecemlineatus)
Black-tailed Prairie Dog (Cynomys
ludovicianus)
Plains Pocket Gopher (Geomys bursarius)(fur-
lined pouch)
Plains Pocket Mouse (Perognathus
flavescens)
Beaver (Castor canadensis)
Eastern Woodrat (Neotoma floridana)
Meadow Vole (Microtus pennsylvanicus)
Muskrat (Ondtra zibethicus) (laterally
compressed tail)
Porcupine (Erethizon dorsatu
Carnivora Despite the name of the order not all are carnivorous Many are omnivores (most bears and raccoons)
and some are even herbivores (giant panda)
Most carnivorous mammals have 3 up and 3 down relatively small incisors and 1 up and 1 down large
canine teeth on both sides of the incisors
Common species found in this area include
Family Canidae Coyote (Canis latrans) Red fox (Vulpes vulpes)
Family Procyonida Raccoon (Procyon lotor)
Family Mustelidae
NEBRASKA MASTER NATURALIST Explore Contribute Connect
27
Long-tailed Weasel (Mustela nivalis)
Least Weasel (M nibalis)
Mink (Mustela vison)
Badger (Taxidea taxus)
Striped Skunk (Mephitis mephitis)
River Otter (Lutra canadensis)
Family Felidae Bobcat (Felis rufus)
Artiodactyla Mule Deer (Odocoileus hemionus) White-tailed Deer (O virginianus
References National Audubon Society Field Guide to North American Mammals by John O Whitake Jr Robert
Elman Carol Nehring (Alfred A Knoph Inc 1994)
Guide to Mammals of the Plains States By J Knox Jr Davide M Armstrong Jerry R Choate (University
of Nebraska Press 1985)
The Nuts and Bolts Know important characteristics especially-
Mammary glands Sweat glands Sebaceous glands Hair sometime during their life
4 chambered heart
Though these critters look like a rodent
Donrsquot confuse them for a moment
They sport small eyes and ears out of view
Their teeth are small sharp and more than a few
They are made up of one mole and shrews three
So in what ORDER can they be
Commonly seen species of Chiroptera number three And are known as the only mammals to swim through the air free They are normally seen at night and for finding food use echolocation rather than sight Now I know you know what they be But go ahead and name all three These mammals have what humans claim to be a disgusting habit of defecating undigested pellets and eating them again What are they Chewing the cud is normal for this group and so is walking on their two middle toes Name the common species found in this area
NEBRASKA MASTER NATURALIST Explore Contribute Connect
28
AMPHIBIANS
Basic Characteristics
1 Skin naked No scales or hair
2 Eggs do not have shells but are jelly like
Laid in clusters always in water
3 Ectodermic
4 Can breathe through permeable skin
5 Spend all or part of life in water
6 Adults are carnivores Size of head
determines size of prey
7 Incomplete lung development
DIFFERENCES BETWEEN REPTILES AND AMPHIBIANS
Reptiles
1 Ectodermic
2 Covered with scales or plates
3 Shed skin
4 Most not do not live in or around water
Amphibians
1 Ectodermic
2 Smooth slimy skin without scales
3 Do not shed skin
4 Spend all or part of life in water
5 Go through metamorphose
Listed below are the orders and examples of common species found in Nebraska
More Species found in Core Curriculum Binder
Salamanders (Order Urodela)
Small-mouth Salamander (Ambystoma
texanum) Occurs in eastern Nebraksa
Tiger Salamander (A tigrinum) Occurs
throughout the state
Frogs and Toads (Order Anura) Thirteen species occur in Nebraska
Pelobatidae or Spadefoot Family
Plains Spadefoot (Spea bombifrons) Occurs throughout Nebraska expect southeast
Ranidae or True Frog Family Plains Leopard Frog (Rana blairi)
Northern Leopard Frog (Rana pipiens)
Bullfrog (Rana catesbeiana
Microhylidae or Narrow-mouthed Family Plains Narrowmouth Toad (Gastrophryne olivacea)
NEBRASKA MASTER NATURALIST Explore Contribute Connect
29
Bufonidae or Toad Family
American Toad (Bufo americanus) Occurs only
in eastern part of the state
Great Plains Toad (Bufo cognatus) Occurs
throughout the state
Woodhousersquos Toad (Bufo woodhousei) Occurs
throughout the state
Hylidae or Tree Frogs
Northern Cricket Frog (Acris crepitans) East
and central Nebraska
Western Striped Chorus Frog (Pseudacris
triseriata amp P maculata) Occurs throughout the
state
Copes Gray Treefrog (Hyla chrysoscelis) Found
in eastern part of state
Resources Reptiles and Amphibians of Nebraska ndash herpetology database httpsnrsunleduherpneb
NEBRASKA MASTER NATURALIST Explore Contribute Connect
30
REPTILES Basic Characteristics
1 Ectothermic (cold-blooded) Body temperature is the same as the temperature of its surroundings
2 Dry skin covered with scales or plates
3 Teeth if present are needle-like or conical
4 Skin shed in one piece or several pieces at intervals
5 Lay soft shelled eggs or young born alive in a membranous sac
6 Lung breathing
There are four groups
Lizards - Short-legged long-bodied reptiles
Taped tail Size varies from 4- inch long fence
swift to 10 foot Kamodo dragon
Snakes - Legates cousins of lizards
Turtles - Armored shells
Crocodilians - Crocodiles Alligators Caimans
REPTILE VOCABULARY
Antivenin An antidote to the venom of
venomous snakes produced by inoculating
horses with small doses of venom Horses build
up an immunity or resistance The horsersquos
blood is used to make the antivenin
Blue Stage Refers to the condition of a snake
prior to shedding
Carapace Dorsal (covering the back) shell
Constrictor A term used in describing a snake
that kills its prey by constriction
Ectothermic Not able to control body
temperature (Cold-blooded) Dependent upon
environment to control body temperature
Egg Tooth A sharp projection located in front
of nose on upper jaw Used by infant reptiles to
cut through eggshell
Fangs Grooved or tubular teeth used to inject
venom
Hemotoxin Venom that attacks the blood
Herpetologist A specialist in reptiles
Jacobsonrsquos Organ A tastesmell sense organ
with two small openings located on roof of
mouth
Thermal Pit A heat sensory pit on side of head
between nostril and eye Allows snakes to track
warm-blooded animals and to strike accurately
especially at night Found only in venomous
snakes known as pit vipers
Neurotoxin Venom that attacks the nervous
system
Oviparous Lays egg
NEBRASKA MASTER NATURALIST Explore Contribute Connect
31
Ovoviviparous Give birth to live young Egg
developed in female and then deposited as a
living young
Plastron Ventral (covering the belly) shell
Reticulated Net-like pattern on skin
Scales Folds of skin covering reptiles
Scutes Single section of shell each sell is made
up of many scutes
Toxic Poisonous
Toxin Poison
Undulating Type of snake locomotion typical of
most snakes - Leaves ldquoSrdquo shape track
Venom Poisonous fluid secreted from glands
and transmitted by bite or sting
Venomous Describes animal containing venom
gland
Nuts amp Bolts of Reptiles
Most reptiles are carnivores (eat meat) Many will eat only live food Some are herbivores (eat
plant material) as well as insectivores (eat insects)
Reptiles often found in water or underground for protection from predators and to help
regulate body temperature Air temperature can change quickly but water and soil
temperature are more constant therefore it helps to regulate the reptiles body temperature
Because they are ectothermic many reptiles live in places that are warm year round In colder
climates reptiles hibernate underground below the freeze line
Most reptile lay eggs and are called oviparous Eggs are buried in sand soil rotted logs etc and
kept warm only by heart from the sun or from rotting vegetation Very few reptiles stay around
to protect their eggs Some reptiles keep their eggs inside their bodies until they hatch and
produce live young (ovoviviparous) Example - garter snakes Very few reptiles care for or feed
their young Young are precocial able to look after themselves minutes after they hatch
Most snakes are harmless Even snakes that are venomous will not bite unless they are
cornered or stepped on Snakes are good and necessary animals They help control potential
destructive populations of rodents
Listed below are the orders and examples of common species found in Nebraska
ORDER CHELONIA Basic Characteristics
1 Contains all forms of turtles and tortoises
2 Has body enclosed in a shell made of
modified horny scales and bone Shell made of
two parts Carapace - upper part covering
animalrsquos back Plastron-under part covering
animalrsquos stomach amp chest
3Ribs and most of vertebrae attached to shell
4 Neck long and flexible and can usually be
withdrawn into shell
5 Have no teeth but jaws outfitted with horny
beaks
6 All lay eggs Usually bury eggs in pit in sand or soil Hatchlings must dig themselves to the surface
NEBRASKA MASTER NATURALIST Explore Contribute Connect
32
Examples of Turtles found in Nebraska Snapping Turtle (Chelydra serpentina)
Blandingrsquos Turtle (Emydoidea (Emys)
blandingii) Protected Species
False Map Turtle (Graptemys
pseudogeographica) Protected Species
Ornate Box Turtle (Terrapene ornata)
Smooth Softshell (Apalone mutica)
Spiny Softshell (Apalone spinifer
SUBORDER LACERTILA (lizards) Basic Characteristics
1 Dry scaly skin clawed feet external ear
openings
2Have movable eyelids - snakes do not
3 Males and females often show different
coloration
4 Generally diurnal but many nocturnal
(geckos night lizards Gila Monsters)
5 Courtship brief fertilization is internal
6 Most are egg layers
Examples of Lizards of Nebraska
Six-line Racerunner (Cnemidophorus sexlineatus Five-line Skink (Eumeces fasciatus)
Many-lined Skink (Eumeces mulitvirgatus)
Great Plains Skink (Eumeces obsoletus)
Slender Glass Lizard (Ophisaurus attenautus)
Lesser Earless Lizard (Holbrookia maculate)
Northern Prairie Lizard (fence lizard)
(Sceloporus undulates)
SUBORDER SERPENTES (Snakes) Basic Characteristics
1 Elongated scaly bodies (to protect from water
loss) no limbs external ear opening or eyelids
(eye covered with a clear scale)
2 Terrestrial subterranean arboreal
amphibious
3 Carnivores swallow prey whole
4 Continue to grow throughout their lives
6 Hibernate in colder climates
7 Males locate females by scent
8 Internal fertilization
9 Some lay eggs others bear live young
11 Vipers (venomous snakes) have heat-
sensing organs called thermal pits
NEBRASKA MASTER NATURALIST Explore Contribute Connect
33
12 Teeth slanted back If one is lost another drops down in itrsquos place
Examples of snakes found in Nebraska
Black Rat Snake (Elaphe obsoleta)
Great Plains Rat Snake (Elaphe guttata)
Bullsnake (Pituophis catenifer)
Common Kingsnake (Lampropeltis getula)
Eastern Hognose Snake (Heterodon
platyrhinos)
Western Hognose Snake (Heterodon nasicus)
Glossy Snake (Arizona elegans)
Milk Snake (Lampropeltis triangulum)
Plains Garter Snake (Thamnophis radix)
Common Garter Snake (Thamnophis sirtalis)
Racer (Coluber constrictor)
Pit Vipers
Copperhead (Agkistrodon contortrix) found in extreme southeast Nebraska
Massasauga (Sistrurus catenatus) Found in southeast Nebraska Protected Species
Prairie Rattlesnake (Crotalus viridis) Found in central and western parts of the state
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 34
Birds What Makes a Bird a Bird IMPORTANT CHARACTERISTICS
So what makes a bird a bird All birds share one common characteristic that no other animal has and
that is FEATHERS Other characteristics include
Maintain high constant body temperature Endotherms (warm-blooded)
Possess toothless beaks or bills
All lay hard-shelled eggs (oviparous)
Air sacs in birdrsquos body give buoyancy
Generally bones are hollow Decreases body weight
Four-chambered heart
Lend Me Your Ear Yes birds have ears but they are missing the pinna or outside part of the ear that collects sound Birds
have feather-covered openings on both sides of the head just behind the eyes Owls and other night-
flying birds have off-setting ears that allow them to pinpoint the exact position of prey
Can birds smell We are not quite sure how well most birds smell We do know vultures use the sense of smell to find
their dinner The champion bird sniffer belongs to kiwi found in New Zealand They are able to sniff out earthworms Some diving birds like cormorants cannot even breathe through their nostrils because they are sealed Ocean birds have special glands in their noses which eliminates salt from the salty water they drink
Eggs Birds lay hard-shelled eggs made mostly of carbon carbonate The hard shell keeps the egg from drying
out and allows parents to sit on it without damaging the developing chick Though the shells are hard it
does not mean that they are non-porous Microscopic pores allow the embryo to ldquobreatherdquo Carbon
dioxide and oxygen can pass through the shell
Eggs come in all sizes colors and patterns We believe that the different colors and patterns are
intended as camouflage Blue and green eggs are found in nests that are in the shade Patterned eggs
blend in with vegetation and stones and white eggs are normally found in cavities
The shape of eggs also depends on where a bird nests The most common shape is oval A pointed egg
is usually found near ledges Round eggs are generally found in highly secure nests
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 35
Commonly Seen Bird Families of Nebraska
Grebes (Family Podicipediae ndash rump foot)
WHAT TO LOOK FOR
Sleek diving waterbirds - small to medium size
Most have sharp pointed bills with fairly long necks short wings and almost no tail
Have lobed toes and legs set far back on body
Common Nebraska species - Pied-billed horned eared western and Clark grebes
Pelicans (Family Pelecanidae ndash an ax)
WHAT TO LOOK FOR
Very large waterbirds
Huge bills with large distensible pouches
Most are white with black flight feathers ndash wingspan 6-9 feet
Common Nebraska species ndash American White Pelican
Cormorants (Family Phalacrocoracidae ndash bald raven)
WHAT TO LOOK FOR
Large diving waterbird shaped like an elongated goose
Long neck and long bill hooked at the end
Wing span 3-5 feet Mostly dark in color
Common Nebraska species ndash Double-crested cormorant
Herons Egrets and Bitterns (Family Ardeidae - )
WHAT TO LOOK FOR
Medium to large wading birds
Usually with long legs bills and S-shaped neck
Short rounded tails
Common Nebraska species ndash American and least bitterns great and snowy egrets little
blue egret cattle egret great blue green black-crowned night and
yellow-crowned night herons
Ibises (and Spoonbills) (Family Threskiornithidae ndash sacred bird)
WHAT TO LOOK FOR
Medium to large wading birds
Long necks and legs with a duck-like body
Long tapering down-curved bill Common Nebraska species ndash white-faced ibis
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 36
Vultures (Family Cathartidae ndash cleanser)
WHAT TO LOOK FOR
Large soaring scavengers
Resemble eagles and large hawks in flight
Head and neck void of feathers bill hooked
Hold wings in a raised V-shape (dihedral)
Common Nebraska species ndash turkey vulture
Duck Geese and Swans (Family Anatidae ndash waterfowl)
WHAT TO LOOK FOR
Medium to large waterbirds
Large heads with conspicuous and horizontally flattened bills
Long necks heavy bodies relative short tails webbed feet and long wingspan Major differences between duck geese and swans
Ducks
Smallest of the three Have a soft swelling about the nostrils called a cere
Males of most ducks are easily separated from females by their gaudier plumage Feathers are
molted twice a year
Most males change into nuptial plumage after pair formation in the fall There may be some
modification of shape of a single feather or entire regions of plumage
Most species are sexually mature at 9 - 11 months
Males take no part in incubation
Geese
Neck shorter than body
Lore (area between eye and bill) feathered and more bluntly triangular than ducksrsquo
Sexes are similar
Permanent pair bonding
Molt once per year postnuptially
Sexually mature at 3 years
Males protect female clutch and brood after hatching
Young stay with parents for almost a year
Legs of most geese are farther forward under the belly than those of typical swans and ducks
Swans
Longest necks - necks slightly longer than body
Lore is naked
Sexes are similar
Molt once per year postnuptially - parents molt one after the other so one is able to fly
Young are carried on parentsrsquo backs
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 37
Sexually mature at 4 -5 years
Hawks and Allies (Family Accipitridae ndash to grasp or take)
Medium to very large diurnal raptors
Hooked beak strong legs and sharp talons
Buteos (buzzard hawks)
Stocky with broad wings wide tails
Soar and wheel high in the sky
Common Nebraska species ndash red-shouldered broad-winged Swainsonrsquos red-tailed
ferruginous rough-legged hawks
Accipiters (true hawks)
Small heads short rounded wings longish tail slender bodies
Fly with several rapid beats and a glide Common Nebraska species ndash sharp-shinned hawk Cooperrsquos hawk northern goshawk
Harriers
Slim body with slim round-tipped wings
Fly in open country gliding low with wings lifted in a V (dihedral)
Species in Nebraska - northern harrier
Kites
Small falcon shaped buoyant gliders not power-fliers
Common Nebraska species ndash Mississippi Kite
Osprey
Soar high on long swept-back wings
Broad tail short-headed appearance
Often travel in pairs
Eagles
Large very broad bodied with broad long plank-like wings massive head and bill
Soar steadily holding wings flat out to the side
Powerful wing beat on upstroke wings raised high Common Nebraska species ndash bald and golden
Falcons (and caracaras) (Family Falconidae - )
WHAT TO LOOK FOR
Small to large compact fast-flying raptors
Long pointed wings bent at the wrist - Strong rapid wing strokes
Common Nebraska species ndash American kestrel gyrfalcon peregrine falcon prairie falcon
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 38
Grouse Turkeys and Pheasants (Family Phasianidae ndash cock or fowl-like bird)
WHAT TO LOOK FOR
Ground dwelling birds with feather nostrils
Short strong bills and short rounded wings
Flight strong but brief
Males perform elaborate courting displays
Common Nebraska species ndash ring-necked pheasant sharp-tailed grouse greater
prairie chicken wild turkey
New World Quail ( Family Odontophoridae ndash bearing teeth)
WHAT TO LOOK FOR
Ground dwelling bird found in brushy habitat and other dense low foliage
Chunky rounded bodies and crests or head plumes
Chicken-like bill short rounded wings
Common Nebraska species - northern bobwhite
Rails and Coots (Family Rallidae - )
WHAT TO LOOK FOR
Marsh birds with short tails and stubby wings
Secretive and identified chiefly by call and habitat
Rails are laterally flattened ldquoThin as a railrdquo Coots are plumper and gregarious
Common Nebraska species ndash yellow rail black rail king rail Virginia rail sora common
moorhen American coot
Cranes (Family Gruidae - )
WHAT TO LOOK FOR
Tall stately wetland birds with long necks and long bills
Tertial flight feathers droop over rump in a bustle when standing
Fly with necks fully extended
Circle in thermals like raptors
Common Nebraska species - sandhill and whooping cranes
Plovers and Killdeer (Family Charadriidae ndash nocturnal waterbird)
WHAT TO LOOK FOR
Small to medium shorebirds that dart across the ground stop and then take off again Upright posture with medium length legs and long pointed wings
Rounded head large eyes thick neck with a short thick bill
Common Nebraska species ndash black-billed American golden snowy semipalmated piping
plovers and killdeer
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 39
Stilts and Avocets (Family Recurviostridae- bent bill)
WHAT TO LOOK FOR
Tall slim shorebirds
Long thin bill very long slender legs long neck striking black-and-white plumage Stilts have straight bills avocets have re-curved bills
Common Nebraska species ndash American avocets black-necked stilt
Sandpipers and Phalaropes and Allies (Family Scolopacidae ndash woodcock)
WHAT TO LOOK FOR
Diverse group of shorebirds
Long toes and long tapered wings
Bill and leg length varies but bill more slender than a ploverrsquos
Plumage browns grays and whites with reds and oranges during breeding season
All but one species have short elevated hind toe
Species found in Nebraska include common snipe ruddy turnstone phalaropes sandpipers
woodcocks godwits whimbrels willets etc
Dowitchers
WHAT TO LOOK FOR
Medium sized chunky dark shorebird
Long straight bills and distinct pale eyebrows
Feed in mud or shallow water in a rapid jabbing motion
Phalaropes
WHAT TO LOOK FOR
Often spin like a top in water when feeding
Female larger and more colorful than male
Male tends incubates and cares for chicks
Common Nebraska species ndash Wilsonrsquos and red-necked phalaropes
Gulls Terns and Allies (Family Laridae ndashsea birds)
Gulls
WHAT TO LOOK FOR
More robust with wider wings and longer legs than terns
Bill slightly hooked tail square or rounded - Seldom Dive
Common Nebraska species ndash Pomarine Jaeger Franklinrsquos little Bonapartersquos ring-
billed California Herring Thayerrsquos lesser black-backed glaucous
Sabinersquos gulls black-legged kittiwake
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 40
Terns
WHAT TO LOOK FOR
Graceful more streamline than gulls
Usually has a forked tail ndash most whitish with black cap
Sharp-pointed bill - Hoover and dive headfirst for fish
Common Nebraska species ndash Caspian common Foresterrsquos terns
Pigeons and Doves (Family Columbidae ndash dove)
WHAT TO LOOK FOR
Plump fast flying cooing voice
Short legs and necks and small heads short bills
Tail fan-like rounded or pointed
Pigeons larger than doves
Common Nebraska species ndash rock mourning Eurasian collared doves
Cuckoos Roadrunners and Anis (Family Cuculidae - )
WHAT TO LOOK FOR
Slender with a long tail at least half of the birdrsquos total length
Fairly large sturdy decurved (curving down) bill
2 toes forward 2 back (zygodactyls)
Common Nebraska species - black-billed cuckoo and yellow-billed cuckoo
Barn Owls (Family Tytonidae -)
WHAT TO LOOK FOR
Slim medium sized night hunter
Legs are long and sparsely feathered
Large head with large forward-facing immovable eyes
Heart-shaped face hooked beak and ghostly appearance
Typical Owls (Family Stigidae ndash night bird)
WHAT TO LOOK FOR
Generally night hunters
Large heads flatten face with large forward-facing immovable eyes hooked beak
Mottled appearance some with feather tuffs upright stance
Common Nebraska species ndash eastern screech great horned burrowing barred long-eared
short-eared northern saw-whet owls
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 41
Nighthawks and Nightjars (Family Caprimulgidae ndashgoat sucker)
WHAT TO LOOK FOR
Nocturnal or crepuscular
Big tail large eyes tiny bills surrounding a large gaping mouth
By day sit horizontally on limb or on ground
Easiest to identify by voice
Common Nebraska species ndash common nighthawk common poorwill chuck-willrsquos-widow
Whip-poor-will
Swifts (Family Apodidae ndash without feet)
WHAT TO LOOK FOR
Small to medium sized aerial foragers ndashspend most of life flying
Long sickle-shaped wings bending close to body and extremely short legs
Eat bathe drink and sometime mate in the air
Common Nebraska species - chimney swift white-throated swift
Hummingbirds (Family Trochilidae ndash small bird)
WHAT TO LOOK FOR
Tiny body long slender bill
Distinctive blur and hum of hovering wings
Jewel-like throat feather found on male
Common Nebraska species ndash ruby-throated broad-tailed and rufous hummingbirds
Kingfishers (Family Alcedinidae - kingfisher)
WHAT TO LOOK FOR
Small to medium size
Thickset with short neck and tail small feet
Large head with a ragged crest and long strong bill
Sit on lines and low branches near water or hovers above water
Plunges head first into water to catch fish
Common Nebraska species ndash belted kingfisher
Woodpeckers (Family Picidae ndash woodpecker)
WHAT TO LOOK FOR
Arboreal (tree) birds
Vertical posture creep up trees
Strong chisel-like bill short legs stiff tail feathers rounded wings
Undulating flight pattern and characteristic bill drumming
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 42
Common Nebraska species ndash Lewisrsquos red-headed red-bellied hairy downy woodpeckers
yellow-bellied and red-naped sapsuckers northern flicker
THE PASSERINES Feet adapted to perching
Tyrant Flycatchers (Family Tyrannidae - lord ruler king)
WHAT TO LOOK FOR
Small to medium perching bird
Large head broad flattened bill pointed wings short legs
Bristly ldquowhiskersrdquo at base of bill
Sit upright on exposed branch and dart out to catch insects
Common Nebraska species - flycatchers pewees kingbirds phoebes kingbirds
Shrikes (Family Laniidae ndash butcher)
WHAT TO LOOK FOR
ldquoButcher birdsrdquo ndash impale prey on thorns (may be to attract a mate and mark territory)
Robin-size bird with hooked bill and masked face with hawk-like behavior
Black gray and white birds
Common Nebraska species - northern and loggerhead shrike
Vireos (Family Vireondae ndash small bird)
WHAT TO LOOK FOR
Small olive- or gray-backed bird with short sturdy cylindrical slightly hooked bill
Can have wing bars and eye-rings or have eye stripes and no wing bars
Often confused with warblers but are chunkier bigger headed thicker billed
Common Nebraska species ndash white-eyed Bellrsquos yellow-throated plumbeous
Cassinrsquos blue-headed warbling Philadelphia red-eyed
Crows and Jays (Family Corvidae ndash raven)
WHAT TO LOOK FOR
Large perching bird with strong longish all-purpose bill to handle variety of foods
Nostrils covered with feathers
Legs scaled in front and smooth behind
Harsh voice and noisy
Bold gregarious
Common Nebraska species - black-billed magpie American crow
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 43
Larks (Family Alauidae ndash lark)
WHAT TO LOOK FOR
Ground dwellers of open fields ndash seldom seen in trees and shrub
Walk rather than hop have an elongated hind toe
Slender billed seed and insect eaters
Yellowwhite face with black facemask horns and breast band
Has musical song often sung in display flight
Common Nebraska species ndash horned lark
Swallows and Martins (Family Hirundinidae ndash swallow)
WHAT TO LOOK FOR
Slim streamline bodies with long pointed angled wings
Tail forked or squared legs and feet inconspicuous
Bill short and wide
Fluid aerialists ndash dart about catching insects
Flocks perch in long rows on branches and lines
Common Nebraska species ndash purple martin northern rough wing bank cliff barn swallows
Chickadees and Titmice (Family Paridae - )
WHAT TO LOOK FOR
Small plump sociable birds with short bills and wings
Active agile ndash often hang upside down to feed
Many times roam in little bands (often leading the group) in search of food
Chickadee ndash no tuff of feathers on head Titmice ndash tufted Common Nebraska species ndash black-capped chickadee tufted titmouse
Nuthatches (Family Sittidae ndash birds that peck bark of tree)
WHAT TO LOOK FOR
Small stout tree-climbers with slightly upturned strong woodpecker-like bills
Stubby squared off tails
Walk down trees headfirst Common Nebraska species ndash red-breasted and white-breasted nuthatches
Creepers (Family Certhiidae -)
WHAT TO LOOK FOR
Small slim tree-dwellers with stiff tails and slender downward curving bill
Primarily brown
Common Nebraska species ndash brown creeper
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 44
Wrens (Family Troglodytidae ndash cave dweller
WHAT TO LOOK FOR
Small stumpy energetic brown birds
Bill slightly down turned loud song
Tails often in ldquocockedrdquo or up-tilted position
Common Nebraska species ndash rock house winter marsh wrens
Kinglets (Family Regulidae -)
WHAT TO LOOK FOR
TINY very active songbirds ndash only certain hummingbirds smaller
Can hover will feeding
Greenish plumage with bright colored crowns Short tails
Common Nebraska species ndash ruby-crowned and golden-crowned kinglets
Gnatcatchers (and Old World Warblers) (Family Sylviidae - )
WHAT TO LOOK FOR
Small birds with slender pointed bills surrounded by rectal bristles
Drab plumage with seasonally changing head patterns
In constant motion
Common Nebraska species ndash blue-gray gnatcatcher
Thrushes (Family Turdidae -)
WHAT TO LOOK FOR
Large-eyed upright postured songbirds - known for their singing ability
Bill is slender straight but not sharp
Often hop along the ground looking for food
Common Nebraska species ndash eastern bluebird veery gray-cheeked Swainsonrsquos hermit
wood thrush American robin
Mockingbirds and Thrashers (Family Mimidae ndash imitator mimic)
WHAT TO LOOK FOR
Well known for their vocal and mimicking ability
Have short rounded wings long legs and tails
Long down-curved bills
Common Nebraska species ndash gray catbird northern mockingbird brown thrasher
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 45
Starlings (and Mynas) (Family Sturnidae - )
WHAT TO LOOK FOR
Medium sized chunky glossy birds with short tails sharp bills
Short triangular to rounded wings
Gregarious bold birds
Pipits (and Wagtails) (Family Motacillidae -)
WHAT TO LOOK FOR
Slender billed brownish ground dwellers with long back toe
Walk briskly rather than hop along the ground
Most species bob their tails up and down
Common Nebraska species ndash American pipit
Waxwings (Family Bombycillidae ndash silk tail)
WHAT TO LOOK FOR
Birds with sleek crest that can be erected
Plump-bodied birds with pointed wings with red waxy tips of secondaries
Bill is small wide and notched high thin calls
Square tail with terminal yellow band
Common Nebraska species ndash Bohemian and cedar waxwings
Wood Warblers (Family Parulidae -)
WHAT TO LOOK FOR
Brightly colored (mostly yellow) birds
Smaller than sparrows with thin needle-like bills
Common Nebraska species ndash approx 34 warblers ovenbirds yellow-breasted chats and
waterthrush
New World Sparrows (Family Emberizidae -)
WHAT TO LOOK FOR
Small to medium-sized birds - often brown streaked appearance
Rounded wings cone-shaped bills
Common Nebraska species ndash 20 sparrows towhees longspurs dark-eyed juncos snow and
lark buntings
Cardinals and Allies (Family Cardinalidae )
WHAT TO LOOK FOR
Medium to large songbirds
Have large cone-shaped bills
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 46
Males often very colorful
Common Nebraska species ndash northern cardinals rose-breasted and black-headed grosbeaks
indigo bunting dickcissel
Blackbirds Orioles and Allies (Family Icteridae)
WHAT TO LOOK FOR
Medium to large songbirds with strong straight bills
Strong-direct flight
Plumage varies from iridescent black to yellow to orange
Common Nebraska species ndash Bobolink eastern and western meadowlarks red-winged and
rusty blackbirds common and great-tailed grackles orchard Baltimore and
Bullockrsquos orioles brown-headed cowbird
Finches and Allies (Family Fringillidae)
WHAT TO LOOK FOR
Small to medium songbirds
Have conical bills and forked relatively short tails
Fly fast and undulate through the air giving high-pitched calls in flight
Common Nebraska species ndash gray-crowned rosy purple Cassinrsquos house finches red
crossbill white-winged crossbill common redpoll pine siskin American goldfinch
evening grosbeak
Old World Sparrows (Family Passeridae)
WHAT TO LOOK FOR
Stouter bodies shorter legs and thicker bills than native sparrows
Have a simple song repeating single elements with no particular rhythm or beginning
And end vocalize all day and year-round
Common Nebraska species ndash house sparrow (introduced)
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 47
Geology and Natural History of Nebraska
Being Developed by Jon Garbisch Cedar Point Biological Station jgarbisch2unledu
bull Geological history of Nebraska
bull Present geological formation of regions
bull General soil types
bull Geological landforms and related habitats
What we currently use
Theme
Nebraska geology formed over millions of years through the erosion of mountains the deposition of
sediments and the flow of water and ice shaping the landscape that we call home
Goal
Attendees will develop an understanding of the natural processes that influenced and built Nebraska
and in so doing develop a greater appreciation for the geology and how it relates to all other aspects of
the statersquos identity
Objective(s)
The Master Naturalists attendees will be able to use the knowledge they have gained to better
understand the surface and subsurface geology at any location in the state that they may find
themselves working
How will it be measured
Attendees will be able to use the knowledge gained to actively interpret general Nebraska geology by
completing activities in the form of hand-out diagrams biostratigraphic fossil correlations
interpretation of rock type hand specimens and visual description of the Geology on the trail at Camp
Brewster Fontenelle Forest
Introduction
Nebraska geology formed over millions of years through the erosion of mountains the deposition of
sediments and the flow of water and ice shaping the landscape that we call home (Hand out agenda)
Geology is rooted in the 3 rock groups that exist on planet Earth and so familiarity with
o these groups gives us a solid foundation for all other geologic interpretation
A half hour will be spent handling examples from each rock group
o 3 groups 3 tables with one rock type on each table each group spends 10 minutes at
each table
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 48
The Geologic Time Scale is a record over time of the Earths major geologic events and we
can use it to help us understand how and when Nebraska took shape
The natural agents of change which have shaped our state include oceans rivers wind
o and ice
The geologic time periods in Nebraska are represented by rock layers (or not) which occur all
around the state and have been named so that no matter where you are in the state you can
correlate the strata to the time scale (fossilsisotopes)
6 Geologic Principles will be discussed so that when the MN is in the field they can be used as an
aid in basic geologic interpretation
Conclusion
Nebraska geology formed over millions of years through the erosion of mountains the deposition of
sediments and the flow of water and ice shaping the landscape that we call home Geology supplies us
a record of the events that have shaped our Earth by learning the language in which the Earth script is
written we will be able to interpret and share the story of our state of Nebraska This understanding will
aid in us in relating to other areas influential and important to the state
Places to Go (places to see examples of Nebraska geology)
a Agate Fossil Beds National Monument Lower Miocene fossil mammal site including abundant body fossils of ancient mammals and prominent fossil rodent burrows
b Ashfall State Park Upper Miocene fossil mammal assemblage found in ash derived from an eruption of a predecessor to the Yellowstone volcanic field c Chimney Rock National Historic Site Oligocene and Lower Miocene continental sedimentary rocks deposited as sediments by wind and steams
d Hummel Park (Omaha) outcrops of Pleistocene glacial till and loess
e Lincoln area Capitol Beach Lake and history of saline waters and salt industry flooding history of Antelope and Salt creeks building stones in downtown area brick industry University of Nebraska State Museum
f Louisville area outcrops of Upper Pennsylvanian marine sedimentary rocks
g Valentine area and Niobrara National Wildlife Refuge Niobrara River Canyon and Cenozoic stratigraphy
h Niobrara State Park Upper Cretaceous marine sedimentary rocks (Niobrara Formation and Pierre Shale) landslides along Missouri River anthropogenic changes in Missouri River Niobrara River and Mormon Canal
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 49
i Downtown Omaha removal of loess from hills in downtown area engineering of Missouri River (eg groins bank armoring etc) visible at Bob Kerrey Memorial Bridge deep bedrock water wells at old industrial sites
j Platte River State Park Upper Pennsylvanian marine sedimentary rocks and overlook of Platte River
k Ponca State Park Upper Cretaceous marine sedimentary rocks (uppermost Dakota Formation through Greenhorn Limestone)
l Rock Creek State Historical Park middle Cretaceous Dakota Formationmdashfluvio-estuarine continental deposits
m Schramm Park Upper Pennsylvanian marine sedimentary rocks
n Scotia and Happy Jack Chalk Mine Upper Miocene lake deposit In Ogallala Group
o Scotts Bluff National Monument Oligocene and Lower Miocene continental sedimentary rocks deposited as sediments by wind and steams
p Smith Falls State ParkCenozoic stratigraphy Niobrara River waterfalls as knick points
q Toadstool Park and nearby areas continental sedimentary rocks of upper Eocene Chadron Formation Pine Ridge escarpment Trailside Museum and Ft Robinson State Park
r Weeping Water area Upper Pennsylvanian marine sedimentary rocks
s Wildcat RidgeHillsescarpment on Oligocene and Lower Miocene continental sedimentary rocks deeply eroded into canyons buttes and pinnacles by stream erosion during and after the Late Pliocene
t Indian Cave State Park and Iron Horse Trail south of Peru Upper Pennsylvanian Indian Cave Sandstone (fluvio-estuarine deposit) and sandstone cave
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 50
North American Model and Outdoor Skills Developed by Jeff Rawlinson Assistant Division Administrator Information and Education Nebraska Game and Parks Commission jeffrawlinsonnebraskagov
OUR North American Model of Conservation
Perhaps no other story is more compelling and more important in American history as that of how
our natural resources came to be one of the most important elements in our lives The history of our citizenryrsquos strong land ethic ties us to the natural world long after other nations have forgone this relationship We value how the common person from a common family can participate in the thrill of the chase experiencing wildness to its fullest
The North American Model of Conservation is a philosophy that the United States and Canada have
developed to manage wildlife in a sustainable way Historians debate how this land ethic began Some
say our model of conservation began in 1937 with the passage of the PittmanRobertson Act a move that provided funding for wildlife conservation at the national and state level The source of this funding came from the sale of hunting and shooting equipment Others may say that it began when the conservation giant President Theodore Roosevelt brought management of natural resources to the
political forefront Others would argue our Model of conservation was birthed under the Magna Charta which transferred the ownership of wildlife from the King of England and the English nobles to the all of
the people of England In reality however our Model has been under development for several hundred years combining what we have learned from other nations peoples cultures and experiences to shape a philosophy ingrained in our culture supported by hunters anglers and shooting sports enthusiasts
benefiting all wildlife and wild lands in the United States
First Wildlife Managers The concept of managing wildlife or natural resources was not conceived by our young nation For
thousands of years humanity has been manipulating and controlling the land and all its inhabitants to benefit our needs Ever since the first hunter followed that wooly creature across the Bering Straight embarking on an epic journey that would result in settling of North America man has ldquomanagedrdquo
wildlife in North America
Throughout history many leaders have shown some element of concern or conservation ethic towards wildlife The great Kublai Khan grandson of Genghis Khan and founder of the Yuan Dynasty in China forbade harvesting of many species of wildlife during critical reproductive months of March
through August so species could ldquoincrease and multiplyrdquo Conservation of wildlife is even found in Mosaic Law in Deuteronomy 226 representing some of the first written wildlife management idealsmdashldquo If you come across a birdrsquos nest in any tree or on the ground with young ones or eggs and
the mother sitting on the young or on the eggs you shall not take the mother with the youngrdquo (English Standard Version 2001)
As populations expanded throughout Europe wildlife resources fell under ownership of powerful kings
who enacted harsh punishments for anyone found taking the kingrsquos game In 1215 a rebellion against King John of England resulted in the Magna Charta transferring ownership of lands and game from the crown to the people This ldquoprivatizingrdquo of wildlife ownership had profound impacts America over 500 years later
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 51
Era Of Abundance (1600 ndash 1850) When our forefathers first landed on the eastern shores of America they brought with them science
religion and a new hope They found plentiful game and soon began a relationship with the land that provided them with many of their daily needs Wildlife was viewed as a limitless resource in a relatively untapped land These early settlers had left Europe where few had access to wildlife and entered a world where everyone had access Furs feathers hides all had value to this young country In 1776 the Declaration of Independence revoked the Kingrsquos rights to land and people in this new world After a
bloody war led by revolutionaries such as Washington Hamilton Jefferson and Adams the United States gained its independence and the land and wildlife belonged to everyone
Era Of Exploitation (1850 ndash 1900)
The 1800s brought a commercialization of our wildlife resources Market hunting and habitat
destruction began to decimate wildlife populations such as the American Bison and Passenger Pigeon After the American Revolutionary War and the Civial Warmdashwhich nearly destroyed our ldquodemocratic
experimentrdquo all togethermdashfew people were looking after the interest of wildlife and even fewer rules
existed governing the management of a resource everyone had ownership of yet no one had responsibility for
The railroad provided settlers with the means to access new lands expanding the markets for meats hides and fur Advancements in technology such as the repeating rifle further aided the unbridled
destruction of wildlife resources Yet throughout this era something positive was growing The people of this new nation were developing a relationship with the land By 1842 a Supreme Court ruling had huge impacts on this developing model of conservation resulting in a Public Trust Doctrine that would
further outline a model for conserving our natural resources Conservation was developing some direction but had no money or laws to support it
Era Of Protection (19001930) The early 1900s brought an industrial boom Abuse of natural resources had taken its toll and throughout the Nation and evidence of this abuse could be seen in the loss of species such as the
passenger pigeon near loss of the American bison and in many large mammals including whitetailed deer and our once numerous waterfowl species America was becoming an economic giant yet through
the roar of machines both political and metal a small voice could be heard It was the hunter and their voice was of concern for the direction our wildlife resources were heading Conservation minded men and women had continued a relationship with the land and the wildlife
Era of Game Management (1930 ndash 1966) The ldquodirty thirtiesrdquo were marked by the dust bowl and an impoverished nation Agricultural practices
unchecked by environmental stewardship had left the Nationrsquos heartland in ecological peril Politically the conservation movement was supported by the footings laid by Theodore Roosevelt New federal acts moved forward to provide for environmental protection due to the outcry of hunters in panic over the vanishing wildlife resources of the Nation
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 52
Wildlife conservation had support yet it lacked the science to properly manage our Nationrsquos resources A young biologist name Aldo Leopold changed all this with his writings including the book Game
Management which led to Universities across the country developing wildlife conservation programs These programs spawned a new breed of professional game managers who utilized science to support management methods that ultimately lead to the greatest wildlife conservation success story in the world In 1937 the PittmanRobertson Act provided thousands of jobs for young professionals along with ldquogame wardensrdquo supported by individual states to further the development of the Conservation Model
which now had science and funding to support it
Era of Environmental Management (1966 ndash Present) Science and funding led to a broadening view of conservation as focus shifted from managing ldquogame
animalsrdquo to managing the entire biota (environment and all living things in it) Further federal acts such
as the Endangered Species Act of 1966 and the National Environmental Policy Act of 1969 provided greater protection for species by a nation that had finally changed its course providing time to review
and perfect conservation efforts Recent acts such as the 1980 Farm Bill continued the effort to help
landowners provide quality habitat for wildlife and hunters by providing incentives to landowners to set aside highly erosive lands and plant them into wildlife habitat (grasslands) that benefit wildlife and hunters
The story of our unique model of conservation is still being written New challenges today threaten our
coveted resources and new professionals are entering the arena to further the plight of our Nationrsquos wildlife and hunting heritage
Seven Pillars of the Model
Seven main pillars have been highlighted as the foundation of support for the North American Model
of Conservation These include
The Public Trust The wildlife of the United States are owned by the people This is very different from the European Model where wildlife is privately owned The North American Model recognizes wildlife as a public
resource that is so important it can not be owned or managed by any one segment of our society but rather managed by professional state and federal entities for the benefit of all This concept known as
the Public Trust Doctrine began development in 1842 when the Supreme Court ruled that the Magna Charta had settled the question of who owns fish and wildlife and that King Charles II did not have the authority to give away the ldquodominion and propertyrdquo of lands in colonial America The court further ruled that since the American Revolution the people held public trust responsibilities for fish and wildlife except for rights specified in the US Constitution
Prohibition on Commerce
It was the hunter who brought forth stringent laws that protected wildlife from peril in the 19th
and 20th
centuries Because we all own and appreciate our wildlife as a national resource they should never find themselves on the public market to the highest bidder This path led to a largescale loss of many species
including the Passenger Pigeon and the near loss of the American bison As our country was developing these practices were common as people moved west in search of prosperity capitalizing on a land seemingly untouched by the modern world Today many laws in place serve to protect our most
valuable resourceshellipour wildlife
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 53
Democratic Rule of Law Each citizen of this great nation has the ability and responsibility to engage in healthy politics that serve
to support and protect sound wildlife conservation measures Our first conservation measures in this Country habitat restoration simple harvest restrictions and bag limits came from hunters people who respected the game they pursued and loved the wild places they chased them in The North American Model of conservation is built upon active public involvement instilling a value for wildlife in all citizens
Hunting Opportunity for All The Model was developed on the premise that all people regardless of political or economic standing could participate in and feel the thrill of the chase It is this unique Model that provides us with wildlife opportunities for all Americans Imagine how important this was to our fore fathers who left a brutal
King in England where only the aristocracy had any dream of pursuing wild creatures in wild places Our
wildlife laws ensure that each generation that comes after us will have the same opportunity to enjoy and appreciate wildlife
Nonfrivolous Use Our management of wildlife depends on a citizenry that loves and appreciates the wild creatures and the habitats necessary to their survival and our quality of life Wildlife may be utilized under strict rule of
law including utilizing the wildlife once harvested to its best potential Killing wildlife for the sake of killing can only lead to the numbing of hearts to wildlife and a profound lack of respect for our most
precious resources
International Resources
It was not until the 20th
century that hunters and wildlife lovers understood the importance of
managing wildlife at a much larger scale This became readily apparent with the passage of the
Migratory Bird Treaty Act of 1918 where nations came together to manage wildlife resources as a
collective Wildlife species do not recognize national or state boundaries Governments must work together to be effective in managing wildlife for the benefit of all The United States has made great
strides in this area with Mexico and Canada Our wildlife is not only a resource to us but to all continents they may call home throughout the year Our biologists must think globally to be effective locally
Scientific Management Although Theodore Roosevelt brought conservation to the political forefront it was a young forester from Iowa that made the study of wildlife management a science Aldo Leopold is considered by many
as the ldquofather of wildlife managementrdquo due to his tireless efforts to develop curriculum for future wildlife biologists Today our biologists earn their opportunity to manage wildlife through prominent
Bachelor Masters and Doctorate degree programs from Universities around the world Wildlife must be managed using fact science and the latest research We are constantly learning and adapting to new technology and changing environments For such an important resource we cannot afford to have it any other way
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 54
Nebraska Master Naturalist Specializations Certifying as a Specialist ldquoFollow your own natural geniusrdquo wrote Thoreau ldquoand it will not fail to show you a fresh prospect every hourrdquo Many of us learn by doing When our curiosity and interests carry us into deeper study of a given subject it can be helpful to have clear opportunities to pursue Thus the Nebraska Master Naturalist Program offers specialized voluntary training for those who are hungry to develop and apply their particular skill and personal understanding on behalf of our natural legacy Specializations are designed to create collaborators leaders and mentors in four key areas
Interpretation and Outreach
Outdoor Skills and Recreation
Resource Management
Citizen Science Master Naturalist Certification Requirements Annual Requirement o 8 Hours Training Annually o 20 Hours of Volunteerism Annually Master Naturalist Specialization Requirement One Time Requirement o 20 Hours of Training Total Specific to Specialization Annual Requirement o Additional 20 Hours of Volunteerism Annually Specific to Specialization (does not include initial Certification annual requirement hours)
OUTDOOR SKILLS AND RECREATION SPECIALIZATION The purpose of OUTDOOR SKILLS AND RECREATION is to promote activity and development of skills in the outdoor pursuits associated with natural resources Specializations are designed to create collaborators leaders and mentors in particular areas A Certified Nebraska Master Naturalist can complete the Outdoor Recreation Specializationby meeting the following requirements Complete at least one of the workshops or certification‐leading trainings listed below If specialized training is not listed below it can be approved upon request by the Master Naturalist Program Committee Specialized Training Options ‐
Hunter Education Instructor Certification 13 hrs
National 4‐H Shooting Sports Instructor Certification 32 hrs
Nebraska 4‐H Shooting Sports Shotgun Certification 12 hrs
Nebraska 4‐H Shooting Sports Archery Certification 12 hrs
Nebraska 4‐H Shooting Sports Rifle Certification 12 hrs
Nebraska 4‐H Shooting Sports Pistol Certification 12 hrs
Nebraska 4‐H Shooting Sports Muzzleloader Certification 12 hrs
National Archery in the Schools Program Basic Archery Instructor 4 hrs
NRA Range OfficerMaster Certification 8 hrs
Hunt Master Training Instructor 4 hrs
NRA Shooting Instructor 16 hrs
NRA Shotgun Instructor 16 hrs
NRA Rifle Instructor 16 hrs
Boater Education Instructor 12 hrs
Youth Fishing Instructor 5 hrs
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 55
American Canoe Association National CanoeKayak Instructor 16‐32hrs
National Camp SchoolBoy Scouts 16‐24 hrs
Wood Badge TrainingBoy Scouts 16‐24 hrs
Merit Badge Counselor TrainingBoy Scouts 2‐16 hrs
Conservation Leaders for Tomorrow 35 hrs
Wilderness First Aid 16‐32 hrs
Professional Trappers College 40 hrs
American Camp Association Instructor Training 8‐40 hrs
American Red Cross Instructor Training 2‐16 hrs
American Sailing Association Instructor Training 16‐24 hrs
Certified Horsemanship Association Instructor Training 24‐40 hrs
Leave No Trace Master Educator Training 40 hrs
National Outdoor Leadership School 280 hrs
Camp Cook School 32‐96 hrs
Professional Association of Diving Instructors Training 32‐96 hrs
Professional Mountain Bike Association Instructor Training 24 hrs
League of American Bicyclists Instructor Certification 24 hrs
Hunting
Shooting
Fishing
Trapping
Camping
Outdoor Cooking
Orienteering
Geocaching
Photography
Wildlife Viewing
Hiking
Biking
Birding
Becoming an Outdoors‐Woman Program
Wilderness First Aid
Wilderness Survival
Leave No Trace Educator
Service Options ndash Provide a minimum of 20 hours of service annually in the following or similar areas
4‐H leader and youth training outdoor recreation
Scout leader and youth training outdoor recreation
Wild About Nature
Flying WILD Educator or Facilitator Workshop
Becoming an Outdoors Woman (BOW)
Beyond Becoming an Outdoors Woman (BOW)
Family Camp
Learn to Hunt Program
National Archery in the Schools Program BAI training or greater
Mentor HuntHunt Masters Training
After School Programs
Others ndash Upon approval
Outdoor discovery programs volunteer
CRO at a shooting event
Assist with National or State shooting sports competitions
Family fishing day
Design or write a brochure
Develop or contribute to a website
Develop or contribute to a social networking site
Design or write a newsletter
Assist in fundraising
Plan an event or festival
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 56
Interpretation amp Education- Developed By Lindsay Rogers Nebraska Game amp Parks
Commission
Do not try to satisfy your vanity by teaching a great many things Awaken peoplersquos curiosity It is
enough to open minds do not overload them Put there just a spark If there is some good
inflammable stuff it will catch firerdquo
- Anatole France in The Earth Speaks
Session Objectives
To help participants understand the role education plays in sounds ecological conservation
To help participants learn about past and present conservationist and interpretive educators
To help participants learn components of quality education and interpretation
To have participants partake in quality interpretive education
To make sure participants understand that their role is to light the spark and awaken curiosityhellip not spew facts
Lecture Requirements
1 What is interpretation (5 minutes) a What does ldquointerpretrdquo mean b National Association of Interpretation definition of ldquointerpretationrdquo
i Interpretation is a mission-based communication process that forges emotional and intellectual connection between the interests of the audience and the meanings inherent to the resource
c Freeman Tilden Interpreting Our Heritage 1957 i Interpretation is an educational activity which aims to reveal meanings
and relationships through the use of original objects by first-hand experience and by illustrative media rather than simply to communicate factual information
d Components of interpretation i pleasurable or enjoyable
ii relevant to the world iii organized iv themed v sparks an interest
vi includes information but does not stop there links information to the world
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 57
vii age appropriate viii taught to someone not at them
2 What is education (5 minutes)
a What does it mean to ldquoeducaterdquo someone b John Dewey Democracy amp Education 2944
i Education in its general sense is a form of learning in which the knowledge skills and habits of a group of people are transferred from one generation to the next through teaching training or research
c Components of education i - generally presented to someone but not always
ii enjoyable sometimes iii provides knowledge and facts iv can make connections but not always v organized and themed
d Both education and interpretation are important they work together
3 Conservationists (10 minutes) a Jon Muir
i Immigrated from Scotland to Wisconsin in 1849 ii Attended the University of Wisconsin studies botany amp geology
iii Moved to the western US mainly the Sierra Nevada area iv Believed humans were part of the interconnected natural world v Advocated for the preservation of natural areas
vi Co-founded the Sierra Club b Aldo Leopold
i Iowa native attended Yale University ii After college he joined the US Forest Service was stationed in Arizona
and New Mexico iii Developed theories of land ethics the need for biodiversity and an
appreciation for wilderness areas iv Moved to Wisconsin in 1924 became a professor at the University of
Wisconsin v Regarded as the ldquoFather of Conservationrdquo
c Gifford Pinchot i Born in Connecticut in 1905
ii Studied at Yale studies forestry in France iii Named chief of the Division of Forestry (later to become the US Forest
Service) iv First chief of the US Forest Service greatly improved forest
management and increased the size of Forest Service lands
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 58
v Managed forests for the greatest good for the greatest number Pinchot added the phrase in the long run to emphasize that forest management consists of long-term decisions
d Steven Mather i Born in California attended Berkley University
ii Worked for the Pacific Coast Borax Company where he had a talent for promotion Started a competing company made millions
iii When revisiting Sequoia and Yosemite National Parks in 1914 he was appalled by the conditions of the national parks
iv Joined the Department of the Interior as the head of parks later created the National Parks System
v Professionalized the National Parks and helped to greatly grow protected lands
e Rachel Carson i Born in Pennsylvania in 1907 attended John Hopkins University for
graduate school ii Went to work for the US Bureau of Fisheries (later to become the US
Fish amp Wildlife Service) iii Wrote Silent Spring in 1962 The book created an awaking for Americanrsquos
to their responsibility to the environment and wildlife The book lead to the US Government banning the use of DDT
f Theodore Roosevelt i Born in 1858 in New York New York was a sickly child who stayed inside
studying natural history ii An avid outdoorsman he spent much time in the South Dakota Badlands
iii Became President in 1901 with the assignation of President McKinley iv Among many major accomplishments as president he started the
National Parks was instrumental in conserving about 230 million acres
4 Naturalist Interpreters (10 minutes) a Freeman Tilden
i Born 1883 worked as a newspaper columnist and author ii At age 58 he began working with the National Parks Service
iii While traveling to various National Parks he became concerned with the quality of interpretation
iv Wrote Interpreting Our Heritage in 1957 outlines 6 principles to quality interpretation forever changed the field of interpretation
b William Lewis i Worked as a ranger naturalist and interpreter trainer for the National
Parks Service ii Developed the approach of ldquoThematic Interpretationrdquo which requires the
interpreter to choose a central theme (major point) to guide the development of a program
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 59
iii Wrote Interpreting For Park Visitors c Sam Ham
i Director of Center for International Training and Outreach at the University of Idaho
ii Work has focused on applying communication theory to environmental conservation interpretation and on nature-based tourism and guide training
iii Wrote Environmental Interpretation (1992) d Ted Cable
i Professor of Park Management and Conservation at Kansas State University
ii Co-authored Interpreting Cultural and Natural Resources (2003) and Interpretation for the 21st Century Fifteen Guiding Principles for Interpreting Nature and Culture (2002)
5 Conducting an Interpretative Program Try and Fail (60 minutes + 120 minutes of activities throughouthellip see list of Suggested Activities below)
a Experiential Learning i The first time you tried to walk you failed The first time you rode a bike
you failed This is called experiential learning The first time you attempt an educational or interpretation program you will fail thatrsquos how we learn
ii Donrsquot be afraid to fail b Ask Questions about the ProgramPresentation before you commit to leading it c Plan your Program
i Generally I want my presentation to be about Specifically however I want to tell my audience about After hearing my presentation I want my audience to understand (what is the big picture you want them to take home)
1 You do not need (or want) to teach your audience everything you know your job is to light the spark
ii What will your tangibles and intangibles be 1 Tangibles are those things you can touch things you use to teach
when teaching a Examples include a tree a mammal pelt a skull a live
animal a prairie 2 Intangibles involve connecting the tangibles to concepts and the
ideas they represent intangibles are the meanings the relationships the processes the ideas the feelings and the beliefs
a Examples include food webs ecosystem health entropy ecology
iii People remember themes they forget facts
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 60
iv Plan for an organized presentation 1 Think about your overall theme smaller parts of the program and
your transitions v Stick to your theme
vi Determine what type of presentation you will have 1 PowerPoint (avoid) 2 Podium Presentation (avoid) 3 Active taking a hike playing a game etc 4 Hands-on touching feeling trying hearing smelling
vii Think about all the different kinds of learners 1 verbal-linguistic 2 logical-mathematical 3 visual-spatial 4 kinesthetic 5 musical-rhythmic 6 interpersonal (groups) 7 intrapersonal (individual) 8 naturalist
d Know your role as an educator 1 Provide facts and relationships not opinions 2 Allow participants to determine their own opinions and beliefs
using the facts amp relationships you provide them 3 PLAY ldquoFIRST IMPRESSIONSrdquo
e Prepare Prepare Prepare 1 Know the type of space and area you will have (indoor vs
outdoor small space vs vast area etc) 2 Plan for more that you are told 3 Plan for the weather (always expect it to be windy in Nebraska)
f Questions i Ask good questions
1 Is this a fox Vs How do you know this is a fox 2 Do you have any questions Vs What questions do you have
ii Be prepared for quality questions 1 What are the implications for describe the impact of what are
the reasons for iii Be prepared for ldquogoodrdquo questions
1 Do you have ewoks in the forest If a Mountain Lion and an Eagle were to fight who would win
2 Take all questions seriously Answer seriously g Model what you want to see the students do
i If you want a group of students to catch insects help them get active with them
ii This is true when working with children and adults
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 61
1 Working alongside students validates them and their learning h Be enthusiastic show your passion
i This is another form of modeling what you want to see in your students ii We need to excite students (no matter their age) about conservation
nature and the outdoors iii Have fun
6 Take Home Lesson Light the Spark and Donrsquot Be Afraid to Fail
Suggested Activities (amp potential mandatory activities)
Throughout the lesson conduct multiple games andor activities to model good interpretation
Suggested games include but are not limited to
1 Oh Deer (Project WILD) 2 First Impressions (to be done during section 5) (Project WILD) 3 The Long Haul (Project WET) 4 Sum of the Parts (Project WET) 5 Water Quality Ask the Bugs (Project WET) 6 Adaptation Artistry (Flying WILD) or Fashion a Fish (Aquatic Project WILD) 7 Avian Antics (Flying WILD) 8 Pollinators Meet Your Plants (Nebraska Project WILD wwwnebraskaprojectwildorg) 9 Scavenger Hunts (Nebraska Project WILD wwwnebraskaprojectwildorg)
Suggested Post-Readings
Interpreting Our Heritage Freeman Tilden 1957 (4th edition 2008)
ISBN-13 978-0807858677
Interpreting for Park Visitors William Lewis 1981
ISBN-13 978-0890620793
Environmental Interpretation Sam Ham 1992
ISBN-13 978-1555919023
Interpretation for the 21st Century Fifteen Guiding Principles for Interpreting Nature and
Culture Larry Beck amp Ted Cable 2002
ISBN-13 978-1571675224
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 62
Interpretation-Making a Difference on Purpose Sam Ham 2013
ISBN-13 978-1555917425
Foundations of Interpretation Curriculum Content Narrative National Parks Service 2007
httpwwwnpsgovidpinterp101foundationscurriculumpdf
Websites
National Association of Interpretation
wwwinterpnetcom
North American Association for Environmental Education
wwwnaaeeorg
Nebraska Alliance for Conservation and Environment Education
wwwnaceeorg
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 63
Safety in the Field
Developed by Rich Hawes Nebraska Master Naturalist rdhawes26msncom
Objectives
Raise awareness of Risk Managementassessment as part of event planning
Guidelines to safe activities for participants presenters and the environment
Present Leave No Trace Principals as part of all outdoor activities
Present resources for additional training or certification for outdoor activities
Hands on activities to encourage interest and to provoke thought and discussion
Hazards of the area
Outdoor hiking safety
Stewardship of the land and natural resources
Being flexible and working with ldquowhat you haverdquo
Outline
1 Outdoor Activities ndash Whatrsquos The Worst That Can Happen An Introduction to Event Planning and Risk Management
2 Leave No Trace Principals
3 Trip planning and Logistics
4 Health amp Safety
5 Youth Protection
6 Age Appropriate Activities
7 Resource Training and Certifications
a Standard First Aid CPRAED Wilderness First Aid
b Shooting Sports - Range Safety Officer or Instructor
c Hunter Safety Instructor
d Climbing COPE and Zip Lines
e Water Safety Instructor Life Guard Small Boat Handling
f Leave No Trace Trainer or Master Educator
g Tread Lightly Tread Trainer or Master Tread Trainer
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 64
Suggested Activities
CPR Scenario
First Aid Scenario
Weather Scenario
Lost Scenario
Online Resources
American Camp Association
Boy Scouts of America
Youth Protection
Safe Swim Defense
Safety Afloat
Climb On Safely
Weather Safety
Trek On Safely
(etc)
Leave No Trace
Nebraska Game amp Parks
Hunter Safety
Boating Rules amp Regs
National Rifle Association
(Archery groups)
American Red Cross
(wilderness medicine group(s))
NOLS
Tread Lightly
US Coast Guard
NEBRASKA MASTER NATURALIST Explore Contribute Connect
2
Environmental Ethics
Developed by Daniel G Deffenbaugh Nebraska Master Naturalist ddeffenbaughhastingsedu
Reading 1 ldquoJohn Muir Publicizerrdquo in Roderick Frazer Nash Wilderness and the American Mind Fourth
Edition (New Haven CT Yale University Press 2001) pp 122-140
Abstract This chapter in Roderick Frazer Nashrsquos classic text introduces readers to the philosophical
conflict over value in nature that arose around the turn of the twentieth century between two schools
of thought On the one hand was John Muir who argued eloquently in his essays for the
ldquopreservationistrdquo perspective ndash that is setting aside tracts of land to be preserved indefinitely as
wilderness to which Americans could retreat for spiritual sustenance On the other hand was the
ldquoconservationistrdquo perspective of Gifford Pinchot which saw American lands as a store of resources that
needed to be managed wisely for the general welfare of the country These two perspectives still inform
much of the thinking today on the need to conserve or preserve natural habitats
Objectives The objectives for reading this article are as follows
To familiarize master naturalists with the life and work of John Muir
To introduce master naturalists to two fundamental ethical orientations toward the
natural world preservationism and conservationism
To acquaint master naturalists with the early history of the environmental movement
in the US
To help master naturalists distinguish between National Parks and federally managed
lands and to understand the history and rationale behind each
To encourage master naturalists to think about which of the two aforementioned
approaches best reflects their own values
Questions for Reflection
1 What values have informed your decision to become a Master Naturalist
2 With what group do you most readily identify John Muirrsquos preservationists or Gifford Pinchotrsquos
conservationists
3 Does nature have inherent or only instrumental value Explain your answer
4 Do humans have moral obligations toward nature If so what are they If not why
5 In the 1980s a group of scholars proposed that the Great Plains of the United States be returned to
what was then called a ldquoBuffalo Commonsrdquo If this idea were to resurface today how would you go
about arguing for one side or the other What does this say about your perspective on the inherent or
instrumental value of nature
NEBRASKA MASTER NATURALIST Explore Contribute Connect
3
Reading 2 ldquoThe Land Ethicrdquo in A Sand County Almanac and Sketches Here and There Special
Commemorative Edition (Oxford Oxford University Press 1949) pp 201-226
Abstract Published shortly after Aldo Leopold died in 1949 A Sand County Almanac has been described
by many as the environmentalistrsquos handbook due primarily to the short section that concludes the text
ldquoThe Land Ethicrdquo Here Leopold challenges his readers to think of themselves less as masters of a
landscape ndash endowed by reason and therefore justified in utilizing land in whatever manner they see fit
ndash and more as ldquoplain membersrdquo participants in an elaborate ldquobiotic communityrdquo Leopold believes that
viewing the world from the latter perspective will have much more beneficial results as humanity moves
into an uncertain future
Objectives Objectives for reading this article include the following
To introduce master naturalists to one of the great luminaries of the American environmental
movement Aldo Leopold
To familiarize master naturalists with the basic outlines of Leopoldrsquos ldquoland ethicrdquo so as to
distinguish it from instrumentalist or utilitarian approaches
To challenge master naturalists to enlarge their conception of community to include ldquosoils
waters plants and animalsrdquo
To encourage master naturalists to consider the implications of being a ldquoplain memberrdquo of a
ldquobiotic communityrdquo
To give master naturalists the opportunity to think critically about the integrity of their own
biotic communities
Questions for Reflection
1 In what ways do you resonate with Aldo Leopoldrsquos ldquoland ethicrdquo as you think about the reasons for why
you want to become a master naturalist
2 If ethics is a ldquolimitation on freedomrdquo as Leopold claims then what limitations apply to our
relationship to the natural world What limitations apply to the use of onersquos property
3 If prior to reading Leopold you were asked to describe your community who or what would you have
included
4 How would seeing yourself as a ldquoplain memberrdquo of your biotic community affect the way you live and
act in the world
5 Can you think of examples from your own experience of what Leopold calls the ldquoA-B cleavagerdquo
6 What are the economic cultural and biological implications of this famous line from Leopoldrsquos text
ldquoA thing is right when it tends to preserve the integrity stability and beauty of a biotic community It is
wrong when it tends otherwiserdquo
NEBRASKA MASTER NATURALIST Explore Contribute Connect
4
Flora of Nebraska
Developed by Leslie Kwasnieski Nebraska Master Naturalist lesliekwasnieskigmailcom
Objectives
Grasslands and Prairies of Nebraska Can be used as an example of Nebraskarsquos diverse flora
This Session should provide a general overview of plant biology including the following
1 a basic introductory discussion of plant physiology including nutrition water relations
internal transport respiration and photosynthesis
2 economic and other social importance of plants with a focus on Nebraska
3 plant ecology and its changing due to environmental impact
4 Plant Identification plant anatomy to enable the student to use a key to identify plants in
Nebraska
5 Discussion of native plants as well as invasive species found in Nebraska
Outline
1 Introduction to Plant Identification
a The plant kingdom a definition
b Basic anatomy including flower parts vascular system and leaf anatomy
2 Plant reproduction and alternation of generations
3 Plant relationships with the environment
a What do they need for nutrition where do they find it
b Water too much and too little How do they survive
c Internal transport respiration and Photosynthesis ndash how do these affect where a plant
can survive
4 Why are plants important Discussion and list
a Crops vs native plants vs invasive species
5 Plant ecology and changes in the environment
a Consider various ecoregions of Nebraska and the differences in plant material
i Tallgrass Prairie
ii Central Mixedgrass Prairie
iii Sand Prairies
iv Western Mixedgrass Prairie
b How havewill these ecoregions change with changes in the climate
c Discussion
6 Basic flower leaf stem anatomy Use key to identify some floral samples
a How to identify plants a basic anatomy lesson It would be nice to have samples
b Can be done with photographs classroom samples etc
7 Native plants of Nebraska how to identify
a Learning Family patterns - mustards gooseberries asters lilies grasses sedges rushes
b Nebraskarsquos floral diversity httpplantsusdagovjavastateSearch
c Learning plant family patterns
NEBRASKA MASTER NATURALIST Explore Contribute Connect
5
Reading ListResources
Field Guide to Wildflowers of Nebraska and the Great Plains ndash Jon Farrar ndash Nebraska Game and Parks
Commission ndash University of Iowa Press
Grassland Plants of South Dakota and the Northern Great Plains ndash James R Johnson ndash South Dakota
State University College of Agricultural and Biological Sciences ndash South Dakota Agricultural Experiment
Station ndash B 566
The Flora of Nebraska Second Edition (MP-47b) 2011 967 pp Kaul Robert B Sutherland David
Rolfsmeier Steven
The Nebraska Legacy Project ndash State Wildlife Action Plan ndash 2nd edition 2011 Selected Sections
Natural Communities A Coarse Filter Page 18-19
Promote Management that is more compatible with Conserving Biological Diversity ndash Pages 40-
Tallgrass Prairie Ecoregion - Pages 61 -101
Mixedgrass Prairie Ecoregion ndash Pages 103 ndash 137
Sandhill Ecoregion Pages 139 ndash 170
Shortgrass Prairie Ecoregion ndash Pages 171 203
Appendix 7 Terrestrial natural communities of Nebraska Page 251-264
Guide to Nebraskarsquos Wetlands and their Conservation Needs Ted LaGrange Nebraska Game and Parks
Commission 2005
Conservation Trees for Nebraska ndash Nebraskarsquos Natural Resources District ndash Nebraska Forest Service
Native Vegetation of Nebraska (Map Robert Kaul and Steven Rolfsmeier) 1993 UNL Conservation and
Survey Division (httpnebraskamapsunledu)
University of Nebraska State Museum Division of Botany
(httpmuseumunleduresearchbotanyindexhtml) ndash List of Nebraska Species Collections etc
Online key to plants of Nebraska can be found at
httpwwwnrcsusdagovwpsportalnrcsdetailss=16ampnavtype=SUBNAVIGATIONampcid=stelp
rdb1044954ampnavid=120160320130000amppnavid=120000000000000ampposition=Not20Yet20Determin
edHtmlampttype=detailamppname=PLANTS20Interactive20ID20Keys2020Introduction20|20NR
CS
httpplantsusdagovintro_to_plants_1211pdf - a really good online reference about plants
including a list of plants by state
NEBRASKA MASTER NATURALIST Explore Contribute Connect
6
Ecology of Nebraska
Developed and Adopted by Keanna Leonard Education Director Rowe Sanctuary kleonardaudubonorg
Ecology in a nutshell
Ecology is part of biology that deals with the relationship between organisms and their environment
Ecology is a science Environmentalism is a cause with or without scientific backing Conservation
Biology is the integration of Ecology and Environmentalism using science to influence political cause
Central to ecological study is habitat the special location where an animalrsquos lives What an animal
does in its habitat its profession or how it survives and adapts is its niche A niche is the product of
evolution and once it is established no other species in the community can evolve to exploit the exact
same resources (Competitive exclusion principle) Therefore different species are able to form an
ecological community in which each has a different role in their shared environment
From the Integrated Principles of Zoology 1996 Hickman Roberts Larson
Without habitat there are no animals It is that simple ndash Wildlife Habitat Canada
The richness of the earthrsquos biomass is organized into a hierarchy of interacting units
The individual organism the population the community the ecosystem
Ecosystem Ecology An ecosystem is a complex self-sustaining natural system with living (biotic) and nonliving (abiotic)
components
The abiotic component of an ecosystem is defined by physical parameters such as temperature altitude
light and moisture Chemical features such as nutrients establish the quality of the ecosystem
The biotic component or the populations of plants animals and microorganisms of an ecosystem can be
grouped as
Producers - algae green plants and cyanobacteria (blue-green algae)
autotrophs ndash use energy from sun to synthesize sugars from carbon dioxide and
water by photosynthesis
Consumers - carnivores herbivores omnivores parasites and decomposers
Decomposers - consumers that perform final breakdown of complex organic materials
into inorganic materials
Decomposers and other consumers are heterotrophs that consume autotrophs
Energy Flow through the ecosystem Photosynthesis - Sunlight (energy) is absorbed by chlorophyll (the green pigment found in plants)
NEBRASKA MASTER NATURALIST Explore Contribute Connect
7
This energy is used to synthesize sugar (carbohydrates) from carbon dioxide and water
By-product of photosynthesis is oxygen
Food Chain - A feeding sequence used to describe the flow of energy and materials in an ecosystem
Example grass (producer) gt deer (consumer) gtcoyote (consumer) gt decomposer
Food Web - Intertwined food chains
Trophic Levels - Each step in the food chain
At each step 80-90 of available energy is lost as heat Most of the fuel obtained in
food is used to stay alive Because of this fact trophic levels are usually limited to four
or five There are more producers (plants) than herbivores (plant-eaters) and more
herbivores than carnivores Carnivores can be further divided by into first- second-
top-level consumers
Nutrient Cycles or Biogeochemical Cycles All essential elements for life are derived from the environment (air rocks soil and water)
There are four cycles that return these elements to a useable form for life to continue
The Water (hydrologic) Cycle The paths water moves through earthrsquos ecosystems in its various states (vapor liquid solid)
Water is the only substance on earth that exists naturally in all three states
The Carbon Cycle All living things contain carbon Carbon is what makes organic molecules organic or living Carbon is the
basic element found in carbohydrates proteins and fats
Plants take in carbon dioxide during photosynthesis Animals eat the plants Animals release carbon
dioxide when they breathe (respire) and when they die and decompose Plants take it up again
Decomposing organic material will also leach carbon into the ground forming fossil fuels Other stores
of carbon include peat cellulose found in plants and water The cycling of carbon is linked to the flow
of energy through a system
The Phosphorus Cycle ATP (adenosine triphosphate) the energy molecule created by every living thing contains phosphorous
Our DNA and RNA the molecules that form our genes require phosphorous to bond together Bone
tissue also contains phosphorous
Plants take up phosphorous then the plants are eaten by animals Animals release phosphorous by
defecating and decomposing Plants also release phosphorous through decomposition Phosphorous is
then reabsorbed by plants or becomes part of sediments that forms rock As rocks erode phosphorous
is released into water and soil to be taken up by plants
NEBRASKA MASTER NATURALIST Explore Contribute Connect
8
The Nitrogen Cycle Nitrogen is essential in forming proteins and nucleic acids The atmosphere has a high concentration of
nitrogen but is not usable to living organisms in its gaseous form The nitrogen cycle converts this gas
into usable forms
This cycle is the most complex because nitrogen can be found in several different forms Parts of the
cycle include
Nitrogen Fixation ndash Nitrogen is fixed or converted into ammonia and nitrates by bacteria lightning and
ultraviolet radiation in the soils and root nodules of some plants (legumes or beans) Nitrogen
fixation does not allow nitrogen to convert back to gaseous nitrogen
Nitrification ndash Other bacteria can take the ammonia and oxidize it into nitrite Nitrite is further
processed into nitrate
Denitrification and Ammonification - Plants absorb nitrates and ammonia from the soil and use
them to build organic compounds Animals eat the plants or other animals Animal waste
contains nitrogen in the forms of ammonia urea and uric acid
Denitrification is the process of decomposing bacteria converting nitrate back to nitrogen gas
Ammonification is the process of other decomposing bacteria converting organic compounds to
ammonium ions
Communities amp Populations A community is the living (biotic) portion of an ecosystem Within the community each population of
organisms has a habitat and a niche A community is usually dominated by a single species or a limited
group of species that impact the local environment (Example Tallgrass Prairie) Other species adapt to
conditions created by the dominant species If a dominant species is removed two scenarios can occur
Another species will take its place and not change the ecosystem in general Or the whole community is
changed If the community is drastically altered the species is considered a keystone species
A population is a group of same organisms that occur in the same community
Habitat is the place where an organism normally lives Basic components of habitat are food water
shelter and space Habitat is the organismrsquos physical surroundings and its niche is its profession or role
it plays in the community No two species can occupy the same niche at the same time (competitive
exclusion principle)
Population Interactions Competition ndash an overlap of some degree of two populationrsquos niches in such a way that they are
competing for the same resource(s) (food shelter water space etc)
Symbiosis - two populations living together in a community in close association There are
several types of symbiosis
NEBRASKA MASTER NATURALIST Explore Contribute Connect
9
Mutualism ndash the relationship is mutually beneficial (lichens)
Commensalisms ndash one population receives benefits and the other neither benefits or is
harmed (intestinal bacteria)
Parasitism ndash one population benefits and the other is harmed (ticks)
Synergism ndash two populations accomplish together what neither could do on their own
Another type of relationship is called predation-prey relationship where one population captures and
feeds on another Predators have more than one prey species but normally feed on the most
abundant As one prey species declines in population predators will switch to another more abundant
species
Natural selection favors the most efficient predator and at the same time prey that can escape
predation
Adaptation is a change in structure physiological process or behavior that evolved by natural selection
and improves an organismrsquos ability to survive and reproduced
MAD Law ndash Move Adapt or Die
Population growth Populations grow until they reach certain environmental limitations called limiting factors These
factors can either be physical or biotic ndash from predation to limited space for nesting
When a population reaches its maximum density that the environment can support it is said that it has
reached its carrying capacity A population cannot go beyond the carrying capacity for long without
consequences
In a community an orderly predictable replacement of populations normally occurs over time Certain
populations will dominate and then decline to be replaced by new dominant populations A community
at the last stage of succession is called the climax community
Biodiversity Biodiversity refers to the variety of living organisms in a given ecosystem and is described at three
levels
Genetic Diversity ndash the variety of genes in a population Genetic Diversity shapes the
potential of individuals to survive and reproduce and as a population to adapt and evolve
Species Diversity ndash the number of species within a community
Ecosystem Diversity ndash the organizational and functional diversity of the ecosystem
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10
Three measures are used when studying biodiversity
Composition ndash the number of genes species or ecosystems in a given area
Structure ndash the distribution of genes species or ecosystems
Function - the ecological processes accomplished by genes species or ecosystems
Biodiversity is important to maintain a stable ecosystem vast storehouse of untapped resources for
medicine food energy etc
Ecoregions in Nebraska
The Central Flyway There are four major North American flyways ndash the Atlantic the Mississippi the Central and the Pacific Flyways Except along the coasts the flyway boundaries are not always sharply defined and both in the northern breeding and southern wintering grounds there is overlapping Every year millions of migrating birds travel the Central Flyway The ldquohourglassrdquo route narrows in central Nebraska The eighty mile stretch of Platte River (Big Bend area) between Lexington and Grand Island serves as a month long stop over for around 600000 sandhill cranes and endangered whooping cranes This stretch of river has shallow wide-open water to provide cranes some security from predators when roosting and grain fields and wet meadows for eating and loafing
The Platte River
The Platte River begins near the city of North Platte Nebraska with the convergence of the North Platte and South Platte Rivers The Platte the largest braided river in North America snakes 310 miles eastward and empties into the Missouri River south of Omaha Nebraska drains about 29800 square miles of land along its route The South Platte River originates as snowmelt in central Colorado meandering 450 miles towards North Platte The North Platte River also begins as snowmelt in north central Colorado and runs 665 miles before converging with the South Platte
The Big Bend Region
The central or Big Bend Region of the Platte River between Grand Island and Lexington has long been recognized as critical staging area for half million sandhill cranes millions of geese and ducks and for the highly endangered whooping crane It is also important nesting habitat for endangered piping plovers and least terns and threatened eagles as well as year around habitat for other wildlife The Platte River is a broad shallow braided river dotted with small itinerant sandbars up to the huge islands In the early 1800rsquos the Platte was one to two miles wide Water depth ranged from dry to eight feet deep The islands were scoured each spring by the rush of snowmelt from the Rockies that removed vegetation from the sandbars washed into sloughs and recharged the surrounding soils Fires suppressed tree growth along most of the shoreline Protected islands and areas of shoreline grew cottonwoods and willows This diversity was excellent habitat for wildlife But in less than 100 years it changed Man has diverted over 70 percent of the Plattersquos average annual flow for use in irrigation and industry ( comes back to the river via groundwater) Fires have been controlled Floods and ice no longer clear the islands of vegetation With less water in the river wet meadow soils are not recharged with water seeping from the river Bridges restrict flows and deep
NEBRASKA MASTER NATURALIST Explore Contribute Connect
11
gravel pits alter the shoreline This taming of the Platte River is causing it to lose the very characteristics that make it unique and attractive to native wildlife The wide channels now must be maintained by mechanically clearing sand bars and low islands Audubon and other conservation organizations spend a considerable amount of time and money each year to keep the river clear The Platte River valley is now characterized by forest shrub and sandbar vegetation on the river floodplain lowland prairie and cultivated fields on the river terraces and an upland prairie on the loess bluffs along the ancient river escarpment The floodplain forest shrub and sandbar communities have developed on coarse textured alluvial soils adjacent to the river channel The forest communities have open canopies and are dominated by cottonwoods with an understory of red cedar and rough-leaf dogwood Green ash hackberry American elm red mulberry and slippery elm also occur in these areas Adjacent to the major river channel and in areas where the forests are limited to a narrow strip along the river bank low shrub islands and vegetated sandbars predominate Peach-leaf willow sandbar willow and indigo bush are the dominate shrub species Lovegrass nutsedge barnyard grass cocklebur and scattered willow and cottonwood seedlings characterize the vegetation on the low shrub islands and recently exposed sandbars
One of the sanctuaryrsquos most important tasks has been functioning as Audubonrsquos footprint on the Platte
River Audubon played a significant role in many battles to limit development on the Platte the final
being the defeat of Two Forks Dam near Denver in 1992 Today Audubon along with the Platte River
Whooping Crane Maintenance Trust the National Wildlife Federation Fish and Wildlife and Nebraska
Game and Parks plays a major role in keeping the river in its current condition One such program is
maintaining the wide channels on parts of the river which must be done mechanically to clear sandbars
and low islands
Tallgrass Prairie Ecoregion
Introduction
Once extended from eastern Nebraska to Indiana and from Texas to southern Canada
Today less than 1 remains
Approximately 2 of the remaining tallgrass prairie is found in Nebraska o Covers eastern fourth of state and extends along stream valleys of the Republican
Loup Platte and Niobrara
Shaped by glaciers wind and water
Mainly rolling hills intersected by stream valleys
Elevation from east to west 850 to 1700 feet above sea level
Receives 25-36 inches of annual precipitation
Average highs in the 90 degrees and lows of 10 degrees
Two major rivers o Missouri River
States largest river flowing approximately 350 miles in Nebraska
NEBRASKA MASTER NATURALIST Explore Contribute Connect
12
Drains approximately 529350 square miles of land (including entire state of NE) Forms eastern and northern boundaries of tallgrass prairie Historically more a mile wide and up to 20 feet deep with abundant sandbars
and forested island
Floodplain was a mosaic of oxbow lakes backwater marshes wet prairies and forests
Platte River ndash prairie river o Historically shallow braided channel up to 3 miles wide with many sandbars
Floodplain 15 miles wide and covered with lush wet meadows and freshwater marshes
Spring floods limited tree growth and created barren sandbars o Other streams include Papio Creek Turkey Creek and Bazile Creek
Wetland types o Saline wetlands
Found in the floodplain of Salt Creek and its tributaries in Lancaster and Saunders counties
Salinity originates from groundwater passing through an underground rock formation containing salts deposited by an ancient sea that once covered
Nebraska
o Todd Valley playas Small clay-lined depressions Seasonally and temporarily flooded Found in an ancient valley of the Platte called the Todd Valley
Vegetation of Tallgrass Prairies
Dominant vegetation ndash big bluestem Indiangrass switchgrass and Canada wildrye o Can reach six feet or taller
Hundreds of spp of wildflowers and forbs o Showy goldenrod prairie blazing star sky blue aster amp purple coneflower
Native woodland found mainly in fire-protected stream valleys and bluffs o Found in floodplains - Cotton woods willows boxelders American elms
Drier river bluffs o Oaks hickories basswood black walnut etc o Essential habitat for migrating birds
Wet meadows found in stream valleys o Sedges spike rushes prairie cordgrass and switchgrass
Marshes o Broad-leaf cattail bulrushes bur reed smartweeds and arrowheads
NEBRASKA MASTER NATURALIST Explore Contribute Connect
13
Birds
More than 300 spp of resident and migratory birds
Nesting waterbirds include o Wood duck green heron northern pintail blue-wing teal mallard
Grassland birds include o Henslowrsquos sparrow dickcissel grasshopper sparrow bobolink vesper
sparrow and Swainsonrsquos hawk
Woodland birds include o Bellrsquos vireo blank-and-white warbler rose-breasted grosbeak orchard oriole
Mammal
More than 55 mammals o Plains pocket gopher prairie vole plains pocket mouse thirteen-line ground squirrel
Franklinrsquos ground squirrel o Prior to European settlement
Bison elk mule deer mountain lion black and grizzly bear gray wolf Larger animals include coyote bobcat least and long-tailed weasel mink
Fish
More than 75 species of fish Amphibians and Reptiles
53 species of amphibians and reptiles o 2 salamanders 5 toads 6 frogs 8 turtles 8 lizards and 24 snakes
Eco-tourism amp Wildlife Viewing
Henry Doorly Zoo in Omaha Childrenrsquos Zoo in Lincoln
Ak-Sar-Ben Aquarium Ponca State Park
Mahoney State Park Platte River State Park
Two Rivers State Recreation Area Branched Oak
Homestead National Monument Ashfalls Fossil Beds State Park
Migrating birds Fontenelle Forest Indian Cave State Park Schramm State Park
Tallgrass prairie Audubonrsquos Spring Creek Prairie south of Denton amp Nine-Mile Prairie
Canoeing hiking biking
Elkhorn River Platte River
Cowboy Trail Steamboat Trace Trail
MoPac East Trail Oak Creek Trail
Driving Tours
Nebraska Scenic Byway Outlaw Trail Scenic Byway
Heritage Highway Lewis and Clark Scenic Byway
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14
Mixedgrass Prairie
Introduction
Transition zone between tallgrass and shortgrass prairies o Have characteristics of both o Plant composition varies considerably depending of soil type topography weather and
land use
Elevation east to west 1650 to 3000 feet above sea level
Climate - Semiarid o Average annual precipitation from 28 inches in the east to 20 inches in the west o Average annual temperature from 52-57 degrees - Frost-free period 150 ndash 190 days
General topography o Level broad plains rolling hills in north-central part steep sloops with deep drainages in
the southwest o Mostly covered with windblown silt o Ogallala aquifer underlies most of the Ecoregion
Alluvial aquifers along streams
Streams o Platte Republican Loup Niobrara Blue rivers ndash all eventually drain into Missouri River
Wetlands o Rainwater Basin ndash playa wetlands formed by wind with a clay pan to hold water
Found in south-central Nebraska Once contained more that 4000 major wetlands National importance for migrating birds
o Central Table Playas ndash found mostly in Custer County on top of hills o Subirrigated Wet Meadows ndash found along Platte and Loup Rivers
Transected with old river channels swales and sloughs o Riverine Wetlands ndash found along streams
Include oxbows and other semi-permanent wetlands o Sandhill Wetlands ndash found in sandy areas close to Platte and Loup Rivers o Formed where groundwater reaches surface
Vegetation
Tallgrass spps tend to dominate in the east and along floodplains and shortgrass spps found further west (drought resistant)
Hilltops dominated by buffalograss and blue grama
Hill sides dominated by medium-stature grasses ndash side-oats grama little bluestem western wheatgrass and sand dropseed
Lower slopes and valleys ndash big bluestem Indiangrass switchgrass and Canada wildrye
Hundreds of forbs found including o Prairie clover Illinois bundle flower wild alfalfa deer vetch leadplant prairie
coneflower stiff sunflower and blazing star
Historically less than 1 covered with woodlands ndash mostly close to streams o Trees - Eastern cottonwood green ash hackberry red cedar o Shrubs ndash roughleaf dogwood false indigo sandbar willow o Some native oaks and black walnut can be found on steeper slopes
Wet meadows and wet prairies
NEBRASKA MASTER NATURALIST Explore Contribute Connect
15
o Woolly sedge spike rush prairie cordgrass o Federally endangered prairie white-fringed orchid o State endangered saltwort
Playa wetlands (Rainwater Basin and Central Tables area) o Seasonally flooded - River bulrush common cattail smartweed o Temporarily flooded ndash spike rush flatsedge plains coreopsis o More permanent - bladderwort pondweed duckweed
Riparian wetlands ndash switchgrass scouring rush bedstraw
Sandhill wetlands ndash cattail bulrush smartweed
Birds
More than 350 spps of resident and migratory birds o Grasshopper and field sparrow dickcissel western meadowlark bobolink northern
bobwhite ring-necked pheasant northern harrier and greater prairie chicken o Platte River
Over 300 spps with 141 known to nest o Sandhill cranes endangered whooping cranes
o Rainwater Basin Over a dozen spps of waterfowl including 13 of northern pintails 50 of North
Americans mallards 90 of mid-continentrsquos white-fronted geese Approximately 3000000 shorebirds
o Thousands of Swainsonrsquos hawks migrate through the region Mammals
Many species of mammals but none that are only found in mixedgrass prairies Fish ndash Diverse range of species
Reptiles and amphibians
Spiny softshell turtles western painted turtles and snapping turtles in wet areas
Ornate box turtle in native grasslands
Northern water snake ndash only aquatic snake found
Prairie rattlesnake only poisonous snake found
Smooth green snakes and red-bellied snakes are two of the more rare snakes
3 lizards found ndash northern earless prairie racerunner northern prairie lizards
Tiger salamander only salamander found
Frogs and toads common
Eco-tourism amp Wildlife Viewing
Sandhill cranes - Rowe Sanctuary amp Roadside viewing sites constructed by Central Platte NRD
Waterfowl viewing - Rainwater Basin
Massie Waterfowl Production Area with an observation tower (Clay Center)
Funk Waterfowl Production Area and Sacramento-Wilcox Wildlife Management Area o Handicapped accessible blinds
Bald eagle viewing ndash J-2 Power Station near Lexington Harlan County Lake Sherman Lake and Rowe Sanctuary
Prairie chicken viewing- Calamus Outfitters near Calamus Reservoir
NEBRASKA MASTER NATURALIST Explore Contribute Connect
16
Sandhills Motel ndash Mullen
Walking Trails ndash Rowe Sanctuary Kearney Hike-Bike Trail Harlan County Lake Funk Harvard and Massie Waterfowl Production Areas Lake Seldom at Holdrege
Best way to find out about birding trails is to go to wwwnebraskabirdingtrailscom o Some are ndash Chicken Dance Trail Rainwater Basin Loops
Sandhills
Introduction
19300 square miles of north-central Nebraska o Largest dune system in the western hemisphere o One of the largest grass-stabilized dune regions in the world o Majority of the region is in relatively natural state
Sandhills young geologically speaking o Dunes aligned primarily in a northwesterly to southeasterly direction with prevailing
winds o Some dunes over 400 feet in height o Soils poorly developed with a thin layer of topsoil o High infiltration rate (up to 10 feet per day) o High water table ndash almost 2000 shallow lakes and over a million acres of wetlands
Most lakes and wetlands at headwaters of streams amp in poorer draining areas in western areas
Most wetlands and lakes pH neutral but alkaline wetlands and lakes common in the west where salts and carbonates accumulate
Fens ndash Sandhills contains some of Great Plains largest ones
Streams of the region o North and Middle Loup Calamus Cedar Dismal ndash flow from groundwater discharge o Niobrara River ndash only river that originates out of the region (starts in Wyoming)
Climate o Semiarid ndash annual precipitation ndash 23 inches in east to 17 inches in west
Vegetation
700 native plants spps
Sandhills dune prairie plant community o Mixture of sand-adapted grasses ndash sand bluestem prairie sandreed little bluestem and
hairy grama o Forbs ndash stiff sunflower bush morning glory plains gayfeather o Shrubs ndash sand cherry leadplant prairie rose and yucca
Sandhills dry valley prairie community o Grasses - Big Bluestem Indiangrass switchgrass o Forbs ndash western ragweed white sage and prairie coneflower o Shrubs ndash leadplant Arkansas rose western wild rose
Blowouts o Federal and state threatened blowout penstemon
Native woodlands ndash uncommon o Eastern cottonwood peachleaf willow coyote willow chokecherry wild plum and
snowberry
Middle Niobrara River valley largest woodland in sandhills
NEBRASKA MASTER NATURALIST Explore Contribute Connect
17
o South facing bluffs -Oak basswood black walnut green ash o Canyons ndash Paper birch quaking aspen o North river bluffs ndash ponderosa pine o Referred to as a biological crossroads
Wet meadows o Sedges spike rushes prairie cordgrass switchgrass o Shrubs - Sandbar willow false indigobush
Alkaline wet meadows o Inland saltgrass foxtail barley alkali sacaton meadow bluegrass and scratchgrass
Fens o Contain 20 at-risk plant species including bog bean cottongrass and marsh marigold
Freshwater marshes o Ripgut sedge common reed smartweeds bulrush cattail duckweed coontail
Alkaline marshes ndash alkaline-tolerant plants Birds
More that 300 species of birds o Sharp-tailed grouse and greater prairie chicken o Long-billed curlew (sandhills important breeding site)
Upland sandpiper vesper sparrow lark bunting grasshopper sparrow western meadowlark High concentration of northern harriers and ferruginous hawks
Important breeding area for mallards blue-wing teal pintail
American Bird Conservancy calls the area the ldquoBest grassland bird place in the United Statesrdquo Mammals
55 species of mammals but not specific to the Ecoregion Fish
75 species of fish
Rare spps ndash blacknose shiner pearl northern redbelly and finescale daces o Species cutoff from principle range
Amphibians and Reptiles
27 species o One salamander 3 toads 4 frogs 6 turtles 4 lizards 9 snakes
Eco-tourism amp Wildlife Viewing
Crescent Lake Fort Niobrara Valentine National Wildlife Refuges
Nebraska and Samuel R McKelvie National Forests
Niobrara Valley Preserve (TNC property) with 2 bison herds
Merritt Reservoir Calamus Reservoir
Niobrara Wild and Scenic River o Over 10 outfitters in Valentine area for canoeing kayaking and tubing
Dismal Loup and Cedar rivers also offer canoeing and tubing
Niobrara Valley Preserve
Swan Lake Motor Route
Sandhills Scenic Byway (Hwy 2) ndash one of the top 10 scenic highways in the nation
NEBRASKA MASTER NATURALIST Explore Contribute Connect
18
Stargazing ndash Nebraska Star Party near Valentine in August
Cowboy Trail (will be the nationrsquos longest rails-to-trails conversion)
Calamus Outfitters
Shortgrass Prairie
Introduction
Found in western Nebraska
High diversity of habitats
Dramatic changes in elevation and topography
Soils range from sand to clay-loam to hard sandstone
Annual precipitation 12-17 inches ndash humidity generally low
Annual average temperature 47-50
Topography o Truest form of shortgrass prairie found in Banner Cheyenne Deuel and Kimball counties o Mixedgrass and sandsage prairies in southeast of Ecoregion o Wildcat Hills bluff formation found in Scottsbluff amp Morrill counties o Relic sandhill extend through Morrill and Sioux counties o Pine Ridge found in northern Dawes Sheridan and Sioux counties
Streams o North Platte River Lodgepole Creek Upper Niobrara and White Rivers o 5 large reservoirs and a number of smaller artificial lakes o Playas found throughout the region
Vegetation
Shortgrass Prairie o Buffalograss blue grama side-oats grama purple threeawn (grass height 10 inch) o Over 100 spps of forbs o Milkvetch scarlet guara cutleaf ironplant prickly pear purple locoweed scurfpea
prairie coneflower scarlet globe mallow
Mixedgrass Prairie o Blue grama prairie sandreed threadleaf sedge needle-and thread grass little bluestem
western wheatgrass (grass height 18-24 inches) o Shrubs
Skunkbush sumac winterfat fringed sage snowberry yucca broom snakeweed o Over 100 species of Forbs o Scarlet guara dotted gayfeather skeleton plant cutleaf ironplant scurfpea scarlet
globe mallow o Within the mixedgrass prairie ndash 2 unique communities found
Northwestern mixedgrass amp Loess mixedgrass prairie
Sandhill dune prairie and sandsage prairies o Sandsage sand bluestem blue grama prairie sandreed needle-and-thread yucca o Forbs ndashsand-lily desert goosefoot plains sunflower bush morning glory showy
impomopsis
Western alkaline meadows along the North Platte o Inland saltgrass alkali sacaton field sedge foxtail barley meadow bluegrass o Forbs ndash spearscale alkali aster camphor daisy thelypody
NEBRASKA MASTER NATURALIST Explore Contribute Connect
19
Ponderosa pine woodlands o Ponderosa pine quaking aspen green ash Saskatoon serviceberry chokecherry dwarf
juniper fragrant sumac mountain mahogany wolfberry Kentucky bluegrass littleseed ricegrass
Riparian woodlands o Cottonwoods peachleaf willows green ash boxelder Sandbar willow wild plum
chokecherry buffaloberry horsetail sedges marsh muhly and cordgrass
Badlands o Saltbush rabbitbrush poverty weed Russian thistle
Birds
More that 300 species of birds found
Shortgrass birds o McCownrsquos and Chestnut-collared longspurs Brewerrsquos sparrow horned lark burrowing
owl and state threatened mountain plover
Mixedgrass birds o Western meadowlark grasshopper sparrow lark bunting
Pine Ridge birds o Lewisrsquo woodpecker pygmy nuthatch ovenbird mountain bluebird
Wetland birds o Canada geese mallard northern pintail shorebirds
Mammals
White-tail and mule deer elk pronghorn bighorn sheep coyotes bobcats mountain lions prairie dogs federally endangered black-footed ferret river otter black-tailed jackrabbit badger pocket gopher grasshopper mouse
Fish
Many gamefish state threatened finescale dace endangered blacknose shiner etc Amphibians and Reptiles
Include western striped chorus frog Woodhousersquos toad bullsnake prairie rattler lesser earless lizard horned lizard ornate box turtle and painted turtle
Ecotourism amp Wildlife
Lake McConaughy (largest reservoir in state)
Lake Ogallala
Pine Ridge area o Ft Robinson State Park o Chadron State Park o Nebraska National Forest (Pine Ridge Unit) o Soldier Creek Wilderness
Oglala National Grassland and Toadstool Geologic Park
Wildcat Hills Nature Center in Gering
Scotts Bluff National Monument
Chimney Rock
Agate Fossil Beds National Monument
NEBRASKA MASTER NATURALIST Explore Contribute Connect
20
Endangered Species Act
The Endangered Species Act provides a program for the conservation of threatened and endangered
plants and animals and the habitats in which they are found The US Fish and Wildlife Service and the
Department of the Interior maintain the list of 632 endangered species (326 plants and 306 animals) and
190 threatened species (112 animals and 78 plants)
The law is written to prohibit any action that results in taking or injuring a listed species or negatively affects habitat Also prohibited is the import export interstate or foreign trade of listed species
Nebraskarsquos Endangered amp Threatened Species
State Status Federal Status
Birds Bald Eagle Threatened Threatened
Piping Plover Threatened Threatened
Mountain Plover Threatened Proposed Threatened
Whooping Crane Endangered Endangered
Eskimo Curlew Endangered Endangered
Interior Least Tern Endangered Endangered
Mammals River Otter Threatened
Southern Flying Squirrel Threatened
Black-footed Ferret Endangered Endangered
Swift Fox Endangered
Black-tailed Prairie Dog Candidate
Plants Western Prairie Fringed Orchid Threatened Threatened
Utersquos Ladyrsquos Tresses Threatened Threatened
Ginseng Threatened
Small White Ladyrsquos Slipper Threatened
Colorado Butterfly Plant Endangered Threatened
Saltwort Endangered
Hayden Penstemon Endangered Endangered
Insects American Burying Beetle Endangered Endangered
Salt Creek Tiger Beetle Endangered Candidate
Fish Lake Sturgeon Threatened
NEBRASKA MASTER NATURALIST Explore Contribute Connect
21
Northern Redbelly Dace Threatened
Finescale Dace Threatened
Blacknose Shiner Threatened
Topeka Shiner Endangered Endangered
Sturgeon Chub Endangered
Pallid Sturgeon Endangered Endangered
Reptiles amp Mussels Massasauga Threatened
Scaleshell Mussel Endangered Endangered
Information courtesy of Nebraska Game and Parks US Department of the Interior and the US Fish
and Wildlife Service
The Nuts and Bolts
Without habitat there are no animals
Every species has its niche
Understand the importance of biodiversity Know where the Platte River begins and ends understand its
makeup and where Rowe is located in the relationship to the river How Rowe plays a role in
conservation habitat maintenance and education Have an understanding of what constitutes the 4
major eco-regions in Nebraska
References Integrated Principals of Zoology by Cleveland P Hickman Jr Larry S Roberts Alan Larson (WmC
Brown Publishers 1996)
Zoology by Lawrence G Mitchell John A Mutchmor Warren D Dolphin (The BenjaminCummings
Publishing Company Inc 1988)
Biology the unity and Diversity of Life 7th Ed By Cecie Starr and Ralph Taggart (Wadsworth Publishing
Company 1995)
Nebraskarsquos Natural Legacy Project httpwwwngpcstateneuswildlifeprogramslegacyreviewasp
Cliffs Quick Review Biology by I Edward Alcamo PhD and Kelly Schweitzer PhD (Wiley Publishing 2001)
Biology for Dummies by Donna Rae Siegfried (Wiley Publishing Inc 2001)
NEBRASKA MASTER NATURALIST Explore Contribute Connect
22
Taxonomy in a Nutshell
Definitions
Classification is a systematic arrangement in groups or categories according to established
criteria
Taxonomy is the orderly classification of plants and animals according to their presumed natural
relationships
Binomial nomenclature (Binomial = 2 terms ndash Generic amp specific nomenclature = set of names)
is a system of naming in which each species of animal or plant is given a two tern Latin name
The first term identifies the genus to which the plantanimal belongs and is always spelled with
a capital letter The second term is the species of the plantanimal and is spelled with a lower
case letter This ldquoscientific namerdquo is usually printed in italics or underlined For example ndash Felis
concolor or Felis concolor
The Reason for ithellipWhy use taxonomy
Scientific taxonomic classification is a tool used through the world in an effort to catalog and compare
living things Zoologists now classify approximately 15 million animal species Each year about 10000
new species are added and it is estimated that more than 10 million different animal species may
actually exist on earth
Okay But why Latin
Common names of animals and plants vary from place to place even within a community For instance
the animal name above Felis concolor is known as puma mountain lion catamount panther and
several other local names So how does a biologist from Nebraska know that she and a scientist from
Scotland are talking about the same animalplant Throughout the scientific world Latin is recognized
as the universal language of scholars and scientists By referring to it by its Latin ldquoscientific namerdquo there
is no mistaking what animalplant they are referring to Latin also provides a source for decoding the
scientific name into something that tells you a little about the animalplant itself A translation often
provides a short description of the animal ie the giant anteaterrsquos species tridactyla actually means
three-toed
Background
The identification and comparison of different animals and plant species dates back to ancient times
Naturalists wrote herbals and bestiaries that were lists and descriptions of familiar organisms of a given
locality There was little interest in communicating outside a restricted region The advent of the
printing press led to broader dissemination of books and ideas Cataloging and comparing species on a
more comprehensive scale became possible As naturalists compiled their work they used many words
NEBRASKA MASTER NATURALIST Explore Contribute Connect
23
to describe a species by several characteristics sometimes defining one species in terms of another For
example the blue chair with the fluted arms the red chair like the blue chair with the fluted arms etc
Each authorrsquos system and terminology was different It is only comparatively recently that the
observation and study of the animal and plant world has begun to be organized along truly scientific
lines
Toward the middle of the eighteenth century the Swedish botanist Carolus Linnaeus produced a general
classification of all living species and this system has formed the departure point for all subsequent
developments of taxonomy His system was ambitious and used polynomials some with fifteen words
An example is the oak with leaves with deep blunt lobes bearing hair-like bristles Although he
considered the polynomial name to be the true one he also made notes with two-term names The
current binomial system used today is based upon these notes His writings and those of other scientists
that came after him became the standard for all classifications Since Latin was the universal language
of scholarship his writings were all in Latin Actually his real name was Carl van Linne but he translated
that to Latin as well
In the course of the last couple of centuries naturalists have come to adopt two different forms of
investigation and comparison in their classification process First they studied the question of
adaptation to the environment the significance of diverse structures and behavioral patterns among
animal species and the reason why these different modes of behavior and lifestyles enable animals in
different surroundings to survive
Secondly they have tried to recognize affinities and relationships between the various species They
have attempted to identify the ldquofamily likenessesrdquo that often exist among species which live in different
environments and therefore may be quite unlike one another in outward appearance
As a result of all this research scientists have built up a system of classification which places every
animalplant species in a particular category according to its relationships with other animalsplants
This is taxonomy
Side note ndash genetic testing is now being used to help with classification
How does it Work
When a new animalplant is recognized and identified it is given a species name This may be a term
that describes it or identifies the person who first recognized it as a separate species Originally these
species names were assigned by the individual scientist that discovered them but now they are
assigned by international groups Once this species term is assigned it almost never changes In theory
NEBRASKA MASTER NATURALIST Explore Contribute Connect
24
it is never supposed to be changed even if it is later moved to a different genus family or class but over
the years there have been a few exceptions
The basis of taxonomy however is the genus This is the smallest grouping of related species When
taxonomy began there were relatively few identified species so species were grouped into genera and
there it ended As the body of knowledge grew so did the need for a broader system of grouping From
there the hierarchical system of classification based on natural features evolved
The current system works as follows
Individually related species are grouped into the same genus
The most closely related genera are grouped into the same family
Related families are grouped into an order
Orders are grouped into a related class
Similar classes are included in the same phylum
The phyla are then placed into the proper kingdom
Each of these categories may also contain sub- or super- subdivisions
Taxonomy is a constant work in progress As scientists learn more about different species their
classification may change Changes can reflect a clearer understanding of where the species fits in
among the others with similar characteristics Until recently we only had to contend with two kingdoms
ndash animal and plants Today scientists recognize a least five different kingdoms of living things
Monera ndash bacteria and blue-green algae
Protista ndash one-celled organism with nucleus
Plantea ndash green plants
Fungi ndash non-green plants
Animalia ndash animals
NEBRASKA MASTER NATURALIST Explore Contribute Connect
25
Fauna of Nebraska
Developed and Adopted by Keanna Leonard Education Director Rowe Sanctuary
Objectives for Fauna Mammals Amphibians amp Reptiles Birds 3-4 hours
1 Descriptions ndash (Mammals Amphibians and Reptiles birds --ndash IMPORTANT CHARACTERISTICS)
2 Vocabulary
3 Common Oderrsquos in Nebraska and examples
4 Nuts amp Bolts of Mammals How to ID amp locate specific animals and their evidence (possible
activity tracks traces etc) in Nebraska
MAMMALS IN A NUTSHELL Basic Characteristics
1 Mammary glands (hint the name) that
produce milk
2 Sweat glands
3 Sebaceous glands for oil
4 Presence of hair on the body at some time
during life span
5 Homiothermic Endotherm (warm blooded)--
regulate high body temperature
6 Four-chambered heart
7 Enucleated red blood cells
8 Have a diaphragm
9 Enlarged cerebral hemisphere
10 One bone in lower jaw and complex
dentition
11 3 middle ear bones
12 Turbinal bones in nasal chamber
13 Eggs develop in a uterus with
placental attachment and born alive
(viviparous)
MAMMAL VOCABULARY
Altricial Born helpless
Arboreal Tree dwelling
Carnivore A mammal in the order Carnivora
Carnivorous Meat eating
Crepuscular Active at dusk and dawn
Diurnal Active during the day
Dominant Ruler or leader of others
Habitat Region where an animal lives
Herbivore An animal that eats only plants
Herbivorous Plant eating
Hibernation Winter period when certain
animals become inactive to a point in
where all body functions slow
considerably for a long period
Instinct Inherited mode of behavior
Mammal Animals that have hair on their
bodies (see other char above)
Marsupial Animals whose females have
pouches
Nocturnal Active during nighttime
Omnivore Animals that eats both meat and
plant material
Omnivorous Eating both meat and plant
material
Precocial Born in an advanced stage of
development and able to move about
Predator Animals that kills another animal for
food
Prehensile Grasping
Prey Animal hunted for food
NEBRASKA MASTER NATURALIST Explore Contribute Connect
26
Protective coloration Enables the animal to
blend in with surroundings
Reticulated Net-like pattern of skin
Terrestrial Ground dwelling
Viviparous Live birthing
There are 21 orders of mammals found in the world
Listed below are the orders and examples of common species found in Nebraska
More Species found in Core Curriculum Binder
Insectivores (shrews and moles)
Masked Shrew (Sorex cinereus)
Northern Short-tailed Shrew (Blarina
brevicauda) (venomous)
Least Shrew (Cryptotis parva)
Eastern Mole (Scalopus aquaticus)
Chiroptera (bats)
Big Brown Bat (Eptesicus fuscus)
Red Bat (Lasiurus borealis)
Hoary Bat (Lasiurus cinereus)
Xenarthra
Nine-banded Armadillo (Dasypus novemcinctus)
Lagomorpha Eastern Cottontail (Sylvilagus floridanus) Black-tailed Jackrabbit (Lepus californicus)
Rodentia
Franklinrsquos Ground Squirrel (Spermophilus
franklinii)
Thirteen-lined Ground Squirrel (S
tridecemlineatus)
Black-tailed Prairie Dog (Cynomys
ludovicianus)
Plains Pocket Gopher (Geomys bursarius)(fur-
lined pouch)
Plains Pocket Mouse (Perognathus
flavescens)
Beaver (Castor canadensis)
Eastern Woodrat (Neotoma floridana)
Meadow Vole (Microtus pennsylvanicus)
Muskrat (Ondtra zibethicus) (laterally
compressed tail)
Porcupine (Erethizon dorsatu
Carnivora Despite the name of the order not all are carnivorous Many are omnivores (most bears and raccoons)
and some are even herbivores (giant panda)
Most carnivorous mammals have 3 up and 3 down relatively small incisors and 1 up and 1 down large
canine teeth on both sides of the incisors
Common species found in this area include
Family Canidae Coyote (Canis latrans) Red fox (Vulpes vulpes)
Family Procyonida Raccoon (Procyon lotor)
Family Mustelidae
NEBRASKA MASTER NATURALIST Explore Contribute Connect
27
Long-tailed Weasel (Mustela nivalis)
Least Weasel (M nibalis)
Mink (Mustela vison)
Badger (Taxidea taxus)
Striped Skunk (Mephitis mephitis)
River Otter (Lutra canadensis)
Family Felidae Bobcat (Felis rufus)
Artiodactyla Mule Deer (Odocoileus hemionus) White-tailed Deer (O virginianus
References National Audubon Society Field Guide to North American Mammals by John O Whitake Jr Robert
Elman Carol Nehring (Alfred A Knoph Inc 1994)
Guide to Mammals of the Plains States By J Knox Jr Davide M Armstrong Jerry R Choate (University
of Nebraska Press 1985)
The Nuts and Bolts Know important characteristics especially-
Mammary glands Sweat glands Sebaceous glands Hair sometime during their life
4 chambered heart
Though these critters look like a rodent
Donrsquot confuse them for a moment
They sport small eyes and ears out of view
Their teeth are small sharp and more than a few
They are made up of one mole and shrews three
So in what ORDER can they be
Commonly seen species of Chiroptera number three And are known as the only mammals to swim through the air free They are normally seen at night and for finding food use echolocation rather than sight Now I know you know what they be But go ahead and name all three These mammals have what humans claim to be a disgusting habit of defecating undigested pellets and eating them again What are they Chewing the cud is normal for this group and so is walking on their two middle toes Name the common species found in this area
NEBRASKA MASTER NATURALIST Explore Contribute Connect
28
AMPHIBIANS
Basic Characteristics
1 Skin naked No scales or hair
2 Eggs do not have shells but are jelly like
Laid in clusters always in water
3 Ectodermic
4 Can breathe through permeable skin
5 Spend all or part of life in water
6 Adults are carnivores Size of head
determines size of prey
7 Incomplete lung development
DIFFERENCES BETWEEN REPTILES AND AMPHIBIANS
Reptiles
1 Ectodermic
2 Covered with scales or plates
3 Shed skin
4 Most not do not live in or around water
Amphibians
1 Ectodermic
2 Smooth slimy skin without scales
3 Do not shed skin
4 Spend all or part of life in water
5 Go through metamorphose
Listed below are the orders and examples of common species found in Nebraska
More Species found in Core Curriculum Binder
Salamanders (Order Urodela)
Small-mouth Salamander (Ambystoma
texanum) Occurs in eastern Nebraksa
Tiger Salamander (A tigrinum) Occurs
throughout the state
Frogs and Toads (Order Anura) Thirteen species occur in Nebraska
Pelobatidae or Spadefoot Family
Plains Spadefoot (Spea bombifrons) Occurs throughout Nebraska expect southeast
Ranidae or True Frog Family Plains Leopard Frog (Rana blairi)
Northern Leopard Frog (Rana pipiens)
Bullfrog (Rana catesbeiana
Microhylidae or Narrow-mouthed Family Plains Narrowmouth Toad (Gastrophryne olivacea)
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29
Bufonidae or Toad Family
American Toad (Bufo americanus) Occurs only
in eastern part of the state
Great Plains Toad (Bufo cognatus) Occurs
throughout the state
Woodhousersquos Toad (Bufo woodhousei) Occurs
throughout the state
Hylidae or Tree Frogs
Northern Cricket Frog (Acris crepitans) East
and central Nebraska
Western Striped Chorus Frog (Pseudacris
triseriata amp P maculata) Occurs throughout the
state
Copes Gray Treefrog (Hyla chrysoscelis) Found
in eastern part of state
Resources Reptiles and Amphibians of Nebraska ndash herpetology database httpsnrsunleduherpneb
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30
REPTILES Basic Characteristics
1 Ectothermic (cold-blooded) Body temperature is the same as the temperature of its surroundings
2 Dry skin covered with scales or plates
3 Teeth if present are needle-like or conical
4 Skin shed in one piece or several pieces at intervals
5 Lay soft shelled eggs or young born alive in a membranous sac
6 Lung breathing
There are four groups
Lizards - Short-legged long-bodied reptiles
Taped tail Size varies from 4- inch long fence
swift to 10 foot Kamodo dragon
Snakes - Legates cousins of lizards
Turtles - Armored shells
Crocodilians - Crocodiles Alligators Caimans
REPTILE VOCABULARY
Antivenin An antidote to the venom of
venomous snakes produced by inoculating
horses with small doses of venom Horses build
up an immunity or resistance The horsersquos
blood is used to make the antivenin
Blue Stage Refers to the condition of a snake
prior to shedding
Carapace Dorsal (covering the back) shell
Constrictor A term used in describing a snake
that kills its prey by constriction
Ectothermic Not able to control body
temperature (Cold-blooded) Dependent upon
environment to control body temperature
Egg Tooth A sharp projection located in front
of nose on upper jaw Used by infant reptiles to
cut through eggshell
Fangs Grooved or tubular teeth used to inject
venom
Hemotoxin Venom that attacks the blood
Herpetologist A specialist in reptiles
Jacobsonrsquos Organ A tastesmell sense organ
with two small openings located on roof of
mouth
Thermal Pit A heat sensory pit on side of head
between nostril and eye Allows snakes to track
warm-blooded animals and to strike accurately
especially at night Found only in venomous
snakes known as pit vipers
Neurotoxin Venom that attacks the nervous
system
Oviparous Lays egg
NEBRASKA MASTER NATURALIST Explore Contribute Connect
31
Ovoviviparous Give birth to live young Egg
developed in female and then deposited as a
living young
Plastron Ventral (covering the belly) shell
Reticulated Net-like pattern on skin
Scales Folds of skin covering reptiles
Scutes Single section of shell each sell is made
up of many scutes
Toxic Poisonous
Toxin Poison
Undulating Type of snake locomotion typical of
most snakes - Leaves ldquoSrdquo shape track
Venom Poisonous fluid secreted from glands
and transmitted by bite or sting
Venomous Describes animal containing venom
gland
Nuts amp Bolts of Reptiles
Most reptiles are carnivores (eat meat) Many will eat only live food Some are herbivores (eat
plant material) as well as insectivores (eat insects)
Reptiles often found in water or underground for protection from predators and to help
regulate body temperature Air temperature can change quickly but water and soil
temperature are more constant therefore it helps to regulate the reptiles body temperature
Because they are ectothermic many reptiles live in places that are warm year round In colder
climates reptiles hibernate underground below the freeze line
Most reptile lay eggs and are called oviparous Eggs are buried in sand soil rotted logs etc and
kept warm only by heart from the sun or from rotting vegetation Very few reptiles stay around
to protect their eggs Some reptiles keep their eggs inside their bodies until they hatch and
produce live young (ovoviviparous) Example - garter snakes Very few reptiles care for or feed
their young Young are precocial able to look after themselves minutes after they hatch
Most snakes are harmless Even snakes that are venomous will not bite unless they are
cornered or stepped on Snakes are good and necessary animals They help control potential
destructive populations of rodents
Listed below are the orders and examples of common species found in Nebraska
ORDER CHELONIA Basic Characteristics
1 Contains all forms of turtles and tortoises
2 Has body enclosed in a shell made of
modified horny scales and bone Shell made of
two parts Carapace - upper part covering
animalrsquos back Plastron-under part covering
animalrsquos stomach amp chest
3Ribs and most of vertebrae attached to shell
4 Neck long and flexible and can usually be
withdrawn into shell
5 Have no teeth but jaws outfitted with horny
beaks
6 All lay eggs Usually bury eggs in pit in sand or soil Hatchlings must dig themselves to the surface
NEBRASKA MASTER NATURALIST Explore Contribute Connect
32
Examples of Turtles found in Nebraska Snapping Turtle (Chelydra serpentina)
Blandingrsquos Turtle (Emydoidea (Emys)
blandingii) Protected Species
False Map Turtle (Graptemys
pseudogeographica) Protected Species
Ornate Box Turtle (Terrapene ornata)
Smooth Softshell (Apalone mutica)
Spiny Softshell (Apalone spinifer
SUBORDER LACERTILA (lizards) Basic Characteristics
1 Dry scaly skin clawed feet external ear
openings
2Have movable eyelids - snakes do not
3 Males and females often show different
coloration
4 Generally diurnal but many nocturnal
(geckos night lizards Gila Monsters)
5 Courtship brief fertilization is internal
6 Most are egg layers
Examples of Lizards of Nebraska
Six-line Racerunner (Cnemidophorus sexlineatus Five-line Skink (Eumeces fasciatus)
Many-lined Skink (Eumeces mulitvirgatus)
Great Plains Skink (Eumeces obsoletus)
Slender Glass Lizard (Ophisaurus attenautus)
Lesser Earless Lizard (Holbrookia maculate)
Northern Prairie Lizard (fence lizard)
(Sceloporus undulates)
SUBORDER SERPENTES (Snakes) Basic Characteristics
1 Elongated scaly bodies (to protect from water
loss) no limbs external ear opening or eyelids
(eye covered with a clear scale)
2 Terrestrial subterranean arboreal
amphibious
3 Carnivores swallow prey whole
4 Continue to grow throughout their lives
6 Hibernate in colder climates
7 Males locate females by scent
8 Internal fertilization
9 Some lay eggs others bear live young
11 Vipers (venomous snakes) have heat-
sensing organs called thermal pits
NEBRASKA MASTER NATURALIST Explore Contribute Connect
33
12 Teeth slanted back If one is lost another drops down in itrsquos place
Examples of snakes found in Nebraska
Black Rat Snake (Elaphe obsoleta)
Great Plains Rat Snake (Elaphe guttata)
Bullsnake (Pituophis catenifer)
Common Kingsnake (Lampropeltis getula)
Eastern Hognose Snake (Heterodon
platyrhinos)
Western Hognose Snake (Heterodon nasicus)
Glossy Snake (Arizona elegans)
Milk Snake (Lampropeltis triangulum)
Plains Garter Snake (Thamnophis radix)
Common Garter Snake (Thamnophis sirtalis)
Racer (Coluber constrictor)
Pit Vipers
Copperhead (Agkistrodon contortrix) found in extreme southeast Nebraska
Massasauga (Sistrurus catenatus) Found in southeast Nebraska Protected Species
Prairie Rattlesnake (Crotalus viridis) Found in central and western parts of the state
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 34
Birds What Makes a Bird a Bird IMPORTANT CHARACTERISTICS
So what makes a bird a bird All birds share one common characteristic that no other animal has and
that is FEATHERS Other characteristics include
Maintain high constant body temperature Endotherms (warm-blooded)
Possess toothless beaks or bills
All lay hard-shelled eggs (oviparous)
Air sacs in birdrsquos body give buoyancy
Generally bones are hollow Decreases body weight
Four-chambered heart
Lend Me Your Ear Yes birds have ears but they are missing the pinna or outside part of the ear that collects sound Birds
have feather-covered openings on both sides of the head just behind the eyes Owls and other night-
flying birds have off-setting ears that allow them to pinpoint the exact position of prey
Can birds smell We are not quite sure how well most birds smell We do know vultures use the sense of smell to find
their dinner The champion bird sniffer belongs to kiwi found in New Zealand They are able to sniff out earthworms Some diving birds like cormorants cannot even breathe through their nostrils because they are sealed Ocean birds have special glands in their noses which eliminates salt from the salty water they drink
Eggs Birds lay hard-shelled eggs made mostly of carbon carbonate The hard shell keeps the egg from drying
out and allows parents to sit on it without damaging the developing chick Though the shells are hard it
does not mean that they are non-porous Microscopic pores allow the embryo to ldquobreatherdquo Carbon
dioxide and oxygen can pass through the shell
Eggs come in all sizes colors and patterns We believe that the different colors and patterns are
intended as camouflage Blue and green eggs are found in nests that are in the shade Patterned eggs
blend in with vegetation and stones and white eggs are normally found in cavities
The shape of eggs also depends on where a bird nests The most common shape is oval A pointed egg
is usually found near ledges Round eggs are generally found in highly secure nests
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 35
Commonly Seen Bird Families of Nebraska
Grebes (Family Podicipediae ndash rump foot)
WHAT TO LOOK FOR
Sleek diving waterbirds - small to medium size
Most have sharp pointed bills with fairly long necks short wings and almost no tail
Have lobed toes and legs set far back on body
Common Nebraska species - Pied-billed horned eared western and Clark grebes
Pelicans (Family Pelecanidae ndash an ax)
WHAT TO LOOK FOR
Very large waterbirds
Huge bills with large distensible pouches
Most are white with black flight feathers ndash wingspan 6-9 feet
Common Nebraska species ndash American White Pelican
Cormorants (Family Phalacrocoracidae ndash bald raven)
WHAT TO LOOK FOR
Large diving waterbird shaped like an elongated goose
Long neck and long bill hooked at the end
Wing span 3-5 feet Mostly dark in color
Common Nebraska species ndash Double-crested cormorant
Herons Egrets and Bitterns (Family Ardeidae - )
WHAT TO LOOK FOR
Medium to large wading birds
Usually with long legs bills and S-shaped neck
Short rounded tails
Common Nebraska species ndash American and least bitterns great and snowy egrets little
blue egret cattle egret great blue green black-crowned night and
yellow-crowned night herons
Ibises (and Spoonbills) (Family Threskiornithidae ndash sacred bird)
WHAT TO LOOK FOR
Medium to large wading birds
Long necks and legs with a duck-like body
Long tapering down-curved bill Common Nebraska species ndash white-faced ibis
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 36
Vultures (Family Cathartidae ndash cleanser)
WHAT TO LOOK FOR
Large soaring scavengers
Resemble eagles and large hawks in flight
Head and neck void of feathers bill hooked
Hold wings in a raised V-shape (dihedral)
Common Nebraska species ndash turkey vulture
Duck Geese and Swans (Family Anatidae ndash waterfowl)
WHAT TO LOOK FOR
Medium to large waterbirds
Large heads with conspicuous and horizontally flattened bills
Long necks heavy bodies relative short tails webbed feet and long wingspan Major differences between duck geese and swans
Ducks
Smallest of the three Have a soft swelling about the nostrils called a cere
Males of most ducks are easily separated from females by their gaudier plumage Feathers are
molted twice a year
Most males change into nuptial plumage after pair formation in the fall There may be some
modification of shape of a single feather or entire regions of plumage
Most species are sexually mature at 9 - 11 months
Males take no part in incubation
Geese
Neck shorter than body
Lore (area between eye and bill) feathered and more bluntly triangular than ducksrsquo
Sexes are similar
Permanent pair bonding
Molt once per year postnuptially
Sexually mature at 3 years
Males protect female clutch and brood after hatching
Young stay with parents for almost a year
Legs of most geese are farther forward under the belly than those of typical swans and ducks
Swans
Longest necks - necks slightly longer than body
Lore is naked
Sexes are similar
Molt once per year postnuptially - parents molt one after the other so one is able to fly
Young are carried on parentsrsquo backs
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 37
Sexually mature at 4 -5 years
Hawks and Allies (Family Accipitridae ndash to grasp or take)
Medium to very large diurnal raptors
Hooked beak strong legs and sharp talons
Buteos (buzzard hawks)
Stocky with broad wings wide tails
Soar and wheel high in the sky
Common Nebraska species ndash red-shouldered broad-winged Swainsonrsquos red-tailed
ferruginous rough-legged hawks
Accipiters (true hawks)
Small heads short rounded wings longish tail slender bodies
Fly with several rapid beats and a glide Common Nebraska species ndash sharp-shinned hawk Cooperrsquos hawk northern goshawk
Harriers
Slim body with slim round-tipped wings
Fly in open country gliding low with wings lifted in a V (dihedral)
Species in Nebraska - northern harrier
Kites
Small falcon shaped buoyant gliders not power-fliers
Common Nebraska species ndash Mississippi Kite
Osprey
Soar high on long swept-back wings
Broad tail short-headed appearance
Often travel in pairs
Eagles
Large very broad bodied with broad long plank-like wings massive head and bill
Soar steadily holding wings flat out to the side
Powerful wing beat on upstroke wings raised high Common Nebraska species ndash bald and golden
Falcons (and caracaras) (Family Falconidae - )
WHAT TO LOOK FOR
Small to large compact fast-flying raptors
Long pointed wings bent at the wrist - Strong rapid wing strokes
Common Nebraska species ndash American kestrel gyrfalcon peregrine falcon prairie falcon
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 38
Grouse Turkeys and Pheasants (Family Phasianidae ndash cock or fowl-like bird)
WHAT TO LOOK FOR
Ground dwelling birds with feather nostrils
Short strong bills and short rounded wings
Flight strong but brief
Males perform elaborate courting displays
Common Nebraska species ndash ring-necked pheasant sharp-tailed grouse greater
prairie chicken wild turkey
New World Quail ( Family Odontophoridae ndash bearing teeth)
WHAT TO LOOK FOR
Ground dwelling bird found in brushy habitat and other dense low foliage
Chunky rounded bodies and crests or head plumes
Chicken-like bill short rounded wings
Common Nebraska species - northern bobwhite
Rails and Coots (Family Rallidae - )
WHAT TO LOOK FOR
Marsh birds with short tails and stubby wings
Secretive and identified chiefly by call and habitat
Rails are laterally flattened ldquoThin as a railrdquo Coots are plumper and gregarious
Common Nebraska species ndash yellow rail black rail king rail Virginia rail sora common
moorhen American coot
Cranes (Family Gruidae - )
WHAT TO LOOK FOR
Tall stately wetland birds with long necks and long bills
Tertial flight feathers droop over rump in a bustle when standing
Fly with necks fully extended
Circle in thermals like raptors
Common Nebraska species - sandhill and whooping cranes
Plovers and Killdeer (Family Charadriidae ndash nocturnal waterbird)
WHAT TO LOOK FOR
Small to medium shorebirds that dart across the ground stop and then take off again Upright posture with medium length legs and long pointed wings
Rounded head large eyes thick neck with a short thick bill
Common Nebraska species ndash black-billed American golden snowy semipalmated piping
plovers and killdeer
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 39
Stilts and Avocets (Family Recurviostridae- bent bill)
WHAT TO LOOK FOR
Tall slim shorebirds
Long thin bill very long slender legs long neck striking black-and-white plumage Stilts have straight bills avocets have re-curved bills
Common Nebraska species ndash American avocets black-necked stilt
Sandpipers and Phalaropes and Allies (Family Scolopacidae ndash woodcock)
WHAT TO LOOK FOR
Diverse group of shorebirds
Long toes and long tapered wings
Bill and leg length varies but bill more slender than a ploverrsquos
Plumage browns grays and whites with reds and oranges during breeding season
All but one species have short elevated hind toe
Species found in Nebraska include common snipe ruddy turnstone phalaropes sandpipers
woodcocks godwits whimbrels willets etc
Dowitchers
WHAT TO LOOK FOR
Medium sized chunky dark shorebird
Long straight bills and distinct pale eyebrows
Feed in mud or shallow water in a rapid jabbing motion
Phalaropes
WHAT TO LOOK FOR
Often spin like a top in water when feeding
Female larger and more colorful than male
Male tends incubates and cares for chicks
Common Nebraska species ndash Wilsonrsquos and red-necked phalaropes
Gulls Terns and Allies (Family Laridae ndashsea birds)
Gulls
WHAT TO LOOK FOR
More robust with wider wings and longer legs than terns
Bill slightly hooked tail square or rounded - Seldom Dive
Common Nebraska species ndash Pomarine Jaeger Franklinrsquos little Bonapartersquos ring-
billed California Herring Thayerrsquos lesser black-backed glaucous
Sabinersquos gulls black-legged kittiwake
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 40
Terns
WHAT TO LOOK FOR
Graceful more streamline than gulls
Usually has a forked tail ndash most whitish with black cap
Sharp-pointed bill - Hoover and dive headfirst for fish
Common Nebraska species ndash Caspian common Foresterrsquos terns
Pigeons and Doves (Family Columbidae ndash dove)
WHAT TO LOOK FOR
Plump fast flying cooing voice
Short legs and necks and small heads short bills
Tail fan-like rounded or pointed
Pigeons larger than doves
Common Nebraska species ndash rock mourning Eurasian collared doves
Cuckoos Roadrunners and Anis (Family Cuculidae - )
WHAT TO LOOK FOR
Slender with a long tail at least half of the birdrsquos total length
Fairly large sturdy decurved (curving down) bill
2 toes forward 2 back (zygodactyls)
Common Nebraska species - black-billed cuckoo and yellow-billed cuckoo
Barn Owls (Family Tytonidae -)
WHAT TO LOOK FOR
Slim medium sized night hunter
Legs are long and sparsely feathered
Large head with large forward-facing immovable eyes
Heart-shaped face hooked beak and ghostly appearance
Typical Owls (Family Stigidae ndash night bird)
WHAT TO LOOK FOR
Generally night hunters
Large heads flatten face with large forward-facing immovable eyes hooked beak
Mottled appearance some with feather tuffs upright stance
Common Nebraska species ndash eastern screech great horned burrowing barred long-eared
short-eared northern saw-whet owls
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 41
Nighthawks and Nightjars (Family Caprimulgidae ndashgoat sucker)
WHAT TO LOOK FOR
Nocturnal or crepuscular
Big tail large eyes tiny bills surrounding a large gaping mouth
By day sit horizontally on limb or on ground
Easiest to identify by voice
Common Nebraska species ndash common nighthawk common poorwill chuck-willrsquos-widow
Whip-poor-will
Swifts (Family Apodidae ndash without feet)
WHAT TO LOOK FOR
Small to medium sized aerial foragers ndashspend most of life flying
Long sickle-shaped wings bending close to body and extremely short legs
Eat bathe drink and sometime mate in the air
Common Nebraska species - chimney swift white-throated swift
Hummingbirds (Family Trochilidae ndash small bird)
WHAT TO LOOK FOR
Tiny body long slender bill
Distinctive blur and hum of hovering wings
Jewel-like throat feather found on male
Common Nebraska species ndash ruby-throated broad-tailed and rufous hummingbirds
Kingfishers (Family Alcedinidae - kingfisher)
WHAT TO LOOK FOR
Small to medium size
Thickset with short neck and tail small feet
Large head with a ragged crest and long strong bill
Sit on lines and low branches near water or hovers above water
Plunges head first into water to catch fish
Common Nebraska species ndash belted kingfisher
Woodpeckers (Family Picidae ndash woodpecker)
WHAT TO LOOK FOR
Arboreal (tree) birds
Vertical posture creep up trees
Strong chisel-like bill short legs stiff tail feathers rounded wings
Undulating flight pattern and characteristic bill drumming
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 42
Common Nebraska species ndash Lewisrsquos red-headed red-bellied hairy downy woodpeckers
yellow-bellied and red-naped sapsuckers northern flicker
THE PASSERINES Feet adapted to perching
Tyrant Flycatchers (Family Tyrannidae - lord ruler king)
WHAT TO LOOK FOR
Small to medium perching bird
Large head broad flattened bill pointed wings short legs
Bristly ldquowhiskersrdquo at base of bill
Sit upright on exposed branch and dart out to catch insects
Common Nebraska species - flycatchers pewees kingbirds phoebes kingbirds
Shrikes (Family Laniidae ndash butcher)
WHAT TO LOOK FOR
ldquoButcher birdsrdquo ndash impale prey on thorns (may be to attract a mate and mark territory)
Robin-size bird with hooked bill and masked face with hawk-like behavior
Black gray and white birds
Common Nebraska species - northern and loggerhead shrike
Vireos (Family Vireondae ndash small bird)
WHAT TO LOOK FOR
Small olive- or gray-backed bird with short sturdy cylindrical slightly hooked bill
Can have wing bars and eye-rings or have eye stripes and no wing bars
Often confused with warblers but are chunkier bigger headed thicker billed
Common Nebraska species ndash white-eyed Bellrsquos yellow-throated plumbeous
Cassinrsquos blue-headed warbling Philadelphia red-eyed
Crows and Jays (Family Corvidae ndash raven)
WHAT TO LOOK FOR
Large perching bird with strong longish all-purpose bill to handle variety of foods
Nostrils covered with feathers
Legs scaled in front and smooth behind
Harsh voice and noisy
Bold gregarious
Common Nebraska species - black-billed magpie American crow
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 43
Larks (Family Alauidae ndash lark)
WHAT TO LOOK FOR
Ground dwellers of open fields ndash seldom seen in trees and shrub
Walk rather than hop have an elongated hind toe
Slender billed seed and insect eaters
Yellowwhite face with black facemask horns and breast band
Has musical song often sung in display flight
Common Nebraska species ndash horned lark
Swallows and Martins (Family Hirundinidae ndash swallow)
WHAT TO LOOK FOR
Slim streamline bodies with long pointed angled wings
Tail forked or squared legs and feet inconspicuous
Bill short and wide
Fluid aerialists ndash dart about catching insects
Flocks perch in long rows on branches and lines
Common Nebraska species ndash purple martin northern rough wing bank cliff barn swallows
Chickadees and Titmice (Family Paridae - )
WHAT TO LOOK FOR
Small plump sociable birds with short bills and wings
Active agile ndash often hang upside down to feed
Many times roam in little bands (often leading the group) in search of food
Chickadee ndash no tuff of feathers on head Titmice ndash tufted Common Nebraska species ndash black-capped chickadee tufted titmouse
Nuthatches (Family Sittidae ndash birds that peck bark of tree)
WHAT TO LOOK FOR
Small stout tree-climbers with slightly upturned strong woodpecker-like bills
Stubby squared off tails
Walk down trees headfirst Common Nebraska species ndash red-breasted and white-breasted nuthatches
Creepers (Family Certhiidae -)
WHAT TO LOOK FOR
Small slim tree-dwellers with stiff tails and slender downward curving bill
Primarily brown
Common Nebraska species ndash brown creeper
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 44
Wrens (Family Troglodytidae ndash cave dweller
WHAT TO LOOK FOR
Small stumpy energetic brown birds
Bill slightly down turned loud song
Tails often in ldquocockedrdquo or up-tilted position
Common Nebraska species ndash rock house winter marsh wrens
Kinglets (Family Regulidae -)
WHAT TO LOOK FOR
TINY very active songbirds ndash only certain hummingbirds smaller
Can hover will feeding
Greenish plumage with bright colored crowns Short tails
Common Nebraska species ndash ruby-crowned and golden-crowned kinglets
Gnatcatchers (and Old World Warblers) (Family Sylviidae - )
WHAT TO LOOK FOR
Small birds with slender pointed bills surrounded by rectal bristles
Drab plumage with seasonally changing head patterns
In constant motion
Common Nebraska species ndash blue-gray gnatcatcher
Thrushes (Family Turdidae -)
WHAT TO LOOK FOR
Large-eyed upright postured songbirds - known for their singing ability
Bill is slender straight but not sharp
Often hop along the ground looking for food
Common Nebraska species ndash eastern bluebird veery gray-cheeked Swainsonrsquos hermit
wood thrush American robin
Mockingbirds and Thrashers (Family Mimidae ndash imitator mimic)
WHAT TO LOOK FOR
Well known for their vocal and mimicking ability
Have short rounded wings long legs and tails
Long down-curved bills
Common Nebraska species ndash gray catbird northern mockingbird brown thrasher
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 45
Starlings (and Mynas) (Family Sturnidae - )
WHAT TO LOOK FOR
Medium sized chunky glossy birds with short tails sharp bills
Short triangular to rounded wings
Gregarious bold birds
Pipits (and Wagtails) (Family Motacillidae -)
WHAT TO LOOK FOR
Slender billed brownish ground dwellers with long back toe
Walk briskly rather than hop along the ground
Most species bob their tails up and down
Common Nebraska species ndash American pipit
Waxwings (Family Bombycillidae ndash silk tail)
WHAT TO LOOK FOR
Birds with sleek crest that can be erected
Plump-bodied birds with pointed wings with red waxy tips of secondaries
Bill is small wide and notched high thin calls
Square tail with terminal yellow band
Common Nebraska species ndash Bohemian and cedar waxwings
Wood Warblers (Family Parulidae -)
WHAT TO LOOK FOR
Brightly colored (mostly yellow) birds
Smaller than sparrows with thin needle-like bills
Common Nebraska species ndash approx 34 warblers ovenbirds yellow-breasted chats and
waterthrush
New World Sparrows (Family Emberizidae -)
WHAT TO LOOK FOR
Small to medium-sized birds - often brown streaked appearance
Rounded wings cone-shaped bills
Common Nebraska species ndash 20 sparrows towhees longspurs dark-eyed juncos snow and
lark buntings
Cardinals and Allies (Family Cardinalidae )
WHAT TO LOOK FOR
Medium to large songbirds
Have large cone-shaped bills
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 46
Males often very colorful
Common Nebraska species ndash northern cardinals rose-breasted and black-headed grosbeaks
indigo bunting dickcissel
Blackbirds Orioles and Allies (Family Icteridae)
WHAT TO LOOK FOR
Medium to large songbirds with strong straight bills
Strong-direct flight
Plumage varies from iridescent black to yellow to orange
Common Nebraska species ndash Bobolink eastern and western meadowlarks red-winged and
rusty blackbirds common and great-tailed grackles orchard Baltimore and
Bullockrsquos orioles brown-headed cowbird
Finches and Allies (Family Fringillidae)
WHAT TO LOOK FOR
Small to medium songbirds
Have conical bills and forked relatively short tails
Fly fast and undulate through the air giving high-pitched calls in flight
Common Nebraska species ndash gray-crowned rosy purple Cassinrsquos house finches red
crossbill white-winged crossbill common redpoll pine siskin American goldfinch
evening grosbeak
Old World Sparrows (Family Passeridae)
WHAT TO LOOK FOR
Stouter bodies shorter legs and thicker bills than native sparrows
Have a simple song repeating single elements with no particular rhythm or beginning
And end vocalize all day and year-round
Common Nebraska species ndash house sparrow (introduced)
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 47
Geology and Natural History of Nebraska
Being Developed by Jon Garbisch Cedar Point Biological Station jgarbisch2unledu
bull Geological history of Nebraska
bull Present geological formation of regions
bull General soil types
bull Geological landforms and related habitats
What we currently use
Theme
Nebraska geology formed over millions of years through the erosion of mountains the deposition of
sediments and the flow of water and ice shaping the landscape that we call home
Goal
Attendees will develop an understanding of the natural processes that influenced and built Nebraska
and in so doing develop a greater appreciation for the geology and how it relates to all other aspects of
the statersquos identity
Objective(s)
The Master Naturalists attendees will be able to use the knowledge they have gained to better
understand the surface and subsurface geology at any location in the state that they may find
themselves working
How will it be measured
Attendees will be able to use the knowledge gained to actively interpret general Nebraska geology by
completing activities in the form of hand-out diagrams biostratigraphic fossil correlations
interpretation of rock type hand specimens and visual description of the Geology on the trail at Camp
Brewster Fontenelle Forest
Introduction
Nebraska geology formed over millions of years through the erosion of mountains the deposition of
sediments and the flow of water and ice shaping the landscape that we call home (Hand out agenda)
Geology is rooted in the 3 rock groups that exist on planet Earth and so familiarity with
o these groups gives us a solid foundation for all other geologic interpretation
A half hour will be spent handling examples from each rock group
o 3 groups 3 tables with one rock type on each table each group spends 10 minutes at
each table
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 48
The Geologic Time Scale is a record over time of the Earths major geologic events and we
can use it to help us understand how and when Nebraska took shape
The natural agents of change which have shaped our state include oceans rivers wind
o and ice
The geologic time periods in Nebraska are represented by rock layers (or not) which occur all
around the state and have been named so that no matter where you are in the state you can
correlate the strata to the time scale (fossilsisotopes)
6 Geologic Principles will be discussed so that when the MN is in the field they can be used as an
aid in basic geologic interpretation
Conclusion
Nebraska geology formed over millions of years through the erosion of mountains the deposition of
sediments and the flow of water and ice shaping the landscape that we call home Geology supplies us
a record of the events that have shaped our Earth by learning the language in which the Earth script is
written we will be able to interpret and share the story of our state of Nebraska This understanding will
aid in us in relating to other areas influential and important to the state
Places to Go (places to see examples of Nebraska geology)
a Agate Fossil Beds National Monument Lower Miocene fossil mammal site including abundant body fossils of ancient mammals and prominent fossil rodent burrows
b Ashfall State Park Upper Miocene fossil mammal assemblage found in ash derived from an eruption of a predecessor to the Yellowstone volcanic field c Chimney Rock National Historic Site Oligocene and Lower Miocene continental sedimentary rocks deposited as sediments by wind and steams
d Hummel Park (Omaha) outcrops of Pleistocene glacial till and loess
e Lincoln area Capitol Beach Lake and history of saline waters and salt industry flooding history of Antelope and Salt creeks building stones in downtown area brick industry University of Nebraska State Museum
f Louisville area outcrops of Upper Pennsylvanian marine sedimentary rocks
g Valentine area and Niobrara National Wildlife Refuge Niobrara River Canyon and Cenozoic stratigraphy
h Niobrara State Park Upper Cretaceous marine sedimentary rocks (Niobrara Formation and Pierre Shale) landslides along Missouri River anthropogenic changes in Missouri River Niobrara River and Mormon Canal
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 49
i Downtown Omaha removal of loess from hills in downtown area engineering of Missouri River (eg groins bank armoring etc) visible at Bob Kerrey Memorial Bridge deep bedrock water wells at old industrial sites
j Platte River State Park Upper Pennsylvanian marine sedimentary rocks and overlook of Platte River
k Ponca State Park Upper Cretaceous marine sedimentary rocks (uppermost Dakota Formation through Greenhorn Limestone)
l Rock Creek State Historical Park middle Cretaceous Dakota Formationmdashfluvio-estuarine continental deposits
m Schramm Park Upper Pennsylvanian marine sedimentary rocks
n Scotia and Happy Jack Chalk Mine Upper Miocene lake deposit In Ogallala Group
o Scotts Bluff National Monument Oligocene and Lower Miocene continental sedimentary rocks deposited as sediments by wind and steams
p Smith Falls State ParkCenozoic stratigraphy Niobrara River waterfalls as knick points
q Toadstool Park and nearby areas continental sedimentary rocks of upper Eocene Chadron Formation Pine Ridge escarpment Trailside Museum and Ft Robinson State Park
r Weeping Water area Upper Pennsylvanian marine sedimentary rocks
s Wildcat RidgeHillsescarpment on Oligocene and Lower Miocene continental sedimentary rocks deeply eroded into canyons buttes and pinnacles by stream erosion during and after the Late Pliocene
t Indian Cave State Park and Iron Horse Trail south of Peru Upper Pennsylvanian Indian Cave Sandstone (fluvio-estuarine deposit) and sandstone cave
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 50
North American Model and Outdoor Skills Developed by Jeff Rawlinson Assistant Division Administrator Information and Education Nebraska Game and Parks Commission jeffrawlinsonnebraskagov
OUR North American Model of Conservation
Perhaps no other story is more compelling and more important in American history as that of how
our natural resources came to be one of the most important elements in our lives The history of our citizenryrsquos strong land ethic ties us to the natural world long after other nations have forgone this relationship We value how the common person from a common family can participate in the thrill of the chase experiencing wildness to its fullest
The North American Model of Conservation is a philosophy that the United States and Canada have
developed to manage wildlife in a sustainable way Historians debate how this land ethic began Some
say our model of conservation began in 1937 with the passage of the PittmanRobertson Act a move that provided funding for wildlife conservation at the national and state level The source of this funding came from the sale of hunting and shooting equipment Others may say that it began when the conservation giant President Theodore Roosevelt brought management of natural resources to the
political forefront Others would argue our Model of conservation was birthed under the Magna Charta which transferred the ownership of wildlife from the King of England and the English nobles to the all of
the people of England In reality however our Model has been under development for several hundred years combining what we have learned from other nations peoples cultures and experiences to shape a philosophy ingrained in our culture supported by hunters anglers and shooting sports enthusiasts
benefiting all wildlife and wild lands in the United States
First Wildlife Managers The concept of managing wildlife or natural resources was not conceived by our young nation For
thousands of years humanity has been manipulating and controlling the land and all its inhabitants to benefit our needs Ever since the first hunter followed that wooly creature across the Bering Straight embarking on an epic journey that would result in settling of North America man has ldquomanagedrdquo
wildlife in North America
Throughout history many leaders have shown some element of concern or conservation ethic towards wildlife The great Kublai Khan grandson of Genghis Khan and founder of the Yuan Dynasty in China forbade harvesting of many species of wildlife during critical reproductive months of March
through August so species could ldquoincrease and multiplyrdquo Conservation of wildlife is even found in Mosaic Law in Deuteronomy 226 representing some of the first written wildlife management idealsmdashldquo If you come across a birdrsquos nest in any tree or on the ground with young ones or eggs and
the mother sitting on the young or on the eggs you shall not take the mother with the youngrdquo (English Standard Version 2001)
As populations expanded throughout Europe wildlife resources fell under ownership of powerful kings
who enacted harsh punishments for anyone found taking the kingrsquos game In 1215 a rebellion against King John of England resulted in the Magna Charta transferring ownership of lands and game from the crown to the people This ldquoprivatizingrdquo of wildlife ownership had profound impacts America over 500 years later
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 51
Era Of Abundance (1600 ndash 1850) When our forefathers first landed on the eastern shores of America they brought with them science
religion and a new hope They found plentiful game and soon began a relationship with the land that provided them with many of their daily needs Wildlife was viewed as a limitless resource in a relatively untapped land These early settlers had left Europe where few had access to wildlife and entered a world where everyone had access Furs feathers hides all had value to this young country In 1776 the Declaration of Independence revoked the Kingrsquos rights to land and people in this new world After a
bloody war led by revolutionaries such as Washington Hamilton Jefferson and Adams the United States gained its independence and the land and wildlife belonged to everyone
Era Of Exploitation (1850 ndash 1900)
The 1800s brought a commercialization of our wildlife resources Market hunting and habitat
destruction began to decimate wildlife populations such as the American Bison and Passenger Pigeon After the American Revolutionary War and the Civial Warmdashwhich nearly destroyed our ldquodemocratic
experimentrdquo all togethermdashfew people were looking after the interest of wildlife and even fewer rules
existed governing the management of a resource everyone had ownership of yet no one had responsibility for
The railroad provided settlers with the means to access new lands expanding the markets for meats hides and fur Advancements in technology such as the repeating rifle further aided the unbridled
destruction of wildlife resources Yet throughout this era something positive was growing The people of this new nation were developing a relationship with the land By 1842 a Supreme Court ruling had huge impacts on this developing model of conservation resulting in a Public Trust Doctrine that would
further outline a model for conserving our natural resources Conservation was developing some direction but had no money or laws to support it
Era Of Protection (19001930) The early 1900s brought an industrial boom Abuse of natural resources had taken its toll and throughout the Nation and evidence of this abuse could be seen in the loss of species such as the
passenger pigeon near loss of the American bison and in many large mammals including whitetailed deer and our once numerous waterfowl species America was becoming an economic giant yet through
the roar of machines both political and metal a small voice could be heard It was the hunter and their voice was of concern for the direction our wildlife resources were heading Conservation minded men and women had continued a relationship with the land and the wildlife
Era of Game Management (1930 ndash 1966) The ldquodirty thirtiesrdquo were marked by the dust bowl and an impoverished nation Agricultural practices
unchecked by environmental stewardship had left the Nationrsquos heartland in ecological peril Politically the conservation movement was supported by the footings laid by Theodore Roosevelt New federal acts moved forward to provide for environmental protection due to the outcry of hunters in panic over the vanishing wildlife resources of the Nation
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 52
Wildlife conservation had support yet it lacked the science to properly manage our Nationrsquos resources A young biologist name Aldo Leopold changed all this with his writings including the book Game
Management which led to Universities across the country developing wildlife conservation programs These programs spawned a new breed of professional game managers who utilized science to support management methods that ultimately lead to the greatest wildlife conservation success story in the world In 1937 the PittmanRobertson Act provided thousands of jobs for young professionals along with ldquogame wardensrdquo supported by individual states to further the development of the Conservation Model
which now had science and funding to support it
Era of Environmental Management (1966 ndash Present) Science and funding led to a broadening view of conservation as focus shifted from managing ldquogame
animalsrdquo to managing the entire biota (environment and all living things in it) Further federal acts such
as the Endangered Species Act of 1966 and the National Environmental Policy Act of 1969 provided greater protection for species by a nation that had finally changed its course providing time to review
and perfect conservation efforts Recent acts such as the 1980 Farm Bill continued the effort to help
landowners provide quality habitat for wildlife and hunters by providing incentives to landowners to set aside highly erosive lands and plant them into wildlife habitat (grasslands) that benefit wildlife and hunters
The story of our unique model of conservation is still being written New challenges today threaten our
coveted resources and new professionals are entering the arena to further the plight of our Nationrsquos wildlife and hunting heritage
Seven Pillars of the Model
Seven main pillars have been highlighted as the foundation of support for the North American Model
of Conservation These include
The Public Trust The wildlife of the United States are owned by the people This is very different from the European Model where wildlife is privately owned The North American Model recognizes wildlife as a public
resource that is so important it can not be owned or managed by any one segment of our society but rather managed by professional state and federal entities for the benefit of all This concept known as
the Public Trust Doctrine began development in 1842 when the Supreme Court ruled that the Magna Charta had settled the question of who owns fish and wildlife and that King Charles II did not have the authority to give away the ldquodominion and propertyrdquo of lands in colonial America The court further ruled that since the American Revolution the people held public trust responsibilities for fish and wildlife except for rights specified in the US Constitution
Prohibition on Commerce
It was the hunter who brought forth stringent laws that protected wildlife from peril in the 19th
and 20th
centuries Because we all own and appreciate our wildlife as a national resource they should never find themselves on the public market to the highest bidder This path led to a largescale loss of many species
including the Passenger Pigeon and the near loss of the American bison As our country was developing these practices were common as people moved west in search of prosperity capitalizing on a land seemingly untouched by the modern world Today many laws in place serve to protect our most
valuable resourceshellipour wildlife
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 53
Democratic Rule of Law Each citizen of this great nation has the ability and responsibility to engage in healthy politics that serve
to support and protect sound wildlife conservation measures Our first conservation measures in this Country habitat restoration simple harvest restrictions and bag limits came from hunters people who respected the game they pursued and loved the wild places they chased them in The North American Model of conservation is built upon active public involvement instilling a value for wildlife in all citizens
Hunting Opportunity for All The Model was developed on the premise that all people regardless of political or economic standing could participate in and feel the thrill of the chase It is this unique Model that provides us with wildlife opportunities for all Americans Imagine how important this was to our fore fathers who left a brutal
King in England where only the aristocracy had any dream of pursuing wild creatures in wild places Our
wildlife laws ensure that each generation that comes after us will have the same opportunity to enjoy and appreciate wildlife
Nonfrivolous Use Our management of wildlife depends on a citizenry that loves and appreciates the wild creatures and the habitats necessary to their survival and our quality of life Wildlife may be utilized under strict rule of
law including utilizing the wildlife once harvested to its best potential Killing wildlife for the sake of killing can only lead to the numbing of hearts to wildlife and a profound lack of respect for our most
precious resources
International Resources
It was not until the 20th
century that hunters and wildlife lovers understood the importance of
managing wildlife at a much larger scale This became readily apparent with the passage of the
Migratory Bird Treaty Act of 1918 where nations came together to manage wildlife resources as a
collective Wildlife species do not recognize national or state boundaries Governments must work together to be effective in managing wildlife for the benefit of all The United States has made great
strides in this area with Mexico and Canada Our wildlife is not only a resource to us but to all continents they may call home throughout the year Our biologists must think globally to be effective locally
Scientific Management Although Theodore Roosevelt brought conservation to the political forefront it was a young forester from Iowa that made the study of wildlife management a science Aldo Leopold is considered by many
as the ldquofather of wildlife managementrdquo due to his tireless efforts to develop curriculum for future wildlife biologists Today our biologists earn their opportunity to manage wildlife through prominent
Bachelor Masters and Doctorate degree programs from Universities around the world Wildlife must be managed using fact science and the latest research We are constantly learning and adapting to new technology and changing environments For such an important resource we cannot afford to have it any other way
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 54
Nebraska Master Naturalist Specializations Certifying as a Specialist ldquoFollow your own natural geniusrdquo wrote Thoreau ldquoand it will not fail to show you a fresh prospect every hourrdquo Many of us learn by doing When our curiosity and interests carry us into deeper study of a given subject it can be helpful to have clear opportunities to pursue Thus the Nebraska Master Naturalist Program offers specialized voluntary training for those who are hungry to develop and apply their particular skill and personal understanding on behalf of our natural legacy Specializations are designed to create collaborators leaders and mentors in four key areas
Interpretation and Outreach
Outdoor Skills and Recreation
Resource Management
Citizen Science Master Naturalist Certification Requirements Annual Requirement o 8 Hours Training Annually o 20 Hours of Volunteerism Annually Master Naturalist Specialization Requirement One Time Requirement o 20 Hours of Training Total Specific to Specialization Annual Requirement o Additional 20 Hours of Volunteerism Annually Specific to Specialization (does not include initial Certification annual requirement hours)
OUTDOOR SKILLS AND RECREATION SPECIALIZATION The purpose of OUTDOOR SKILLS AND RECREATION is to promote activity and development of skills in the outdoor pursuits associated with natural resources Specializations are designed to create collaborators leaders and mentors in particular areas A Certified Nebraska Master Naturalist can complete the Outdoor Recreation Specializationby meeting the following requirements Complete at least one of the workshops or certification‐leading trainings listed below If specialized training is not listed below it can be approved upon request by the Master Naturalist Program Committee Specialized Training Options ‐
Hunter Education Instructor Certification 13 hrs
National 4‐H Shooting Sports Instructor Certification 32 hrs
Nebraska 4‐H Shooting Sports Shotgun Certification 12 hrs
Nebraska 4‐H Shooting Sports Archery Certification 12 hrs
Nebraska 4‐H Shooting Sports Rifle Certification 12 hrs
Nebraska 4‐H Shooting Sports Pistol Certification 12 hrs
Nebraska 4‐H Shooting Sports Muzzleloader Certification 12 hrs
National Archery in the Schools Program Basic Archery Instructor 4 hrs
NRA Range OfficerMaster Certification 8 hrs
Hunt Master Training Instructor 4 hrs
NRA Shooting Instructor 16 hrs
NRA Shotgun Instructor 16 hrs
NRA Rifle Instructor 16 hrs
Boater Education Instructor 12 hrs
Youth Fishing Instructor 5 hrs
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 55
American Canoe Association National CanoeKayak Instructor 16‐32hrs
National Camp SchoolBoy Scouts 16‐24 hrs
Wood Badge TrainingBoy Scouts 16‐24 hrs
Merit Badge Counselor TrainingBoy Scouts 2‐16 hrs
Conservation Leaders for Tomorrow 35 hrs
Wilderness First Aid 16‐32 hrs
Professional Trappers College 40 hrs
American Camp Association Instructor Training 8‐40 hrs
American Red Cross Instructor Training 2‐16 hrs
American Sailing Association Instructor Training 16‐24 hrs
Certified Horsemanship Association Instructor Training 24‐40 hrs
Leave No Trace Master Educator Training 40 hrs
National Outdoor Leadership School 280 hrs
Camp Cook School 32‐96 hrs
Professional Association of Diving Instructors Training 32‐96 hrs
Professional Mountain Bike Association Instructor Training 24 hrs
League of American Bicyclists Instructor Certification 24 hrs
Hunting
Shooting
Fishing
Trapping
Camping
Outdoor Cooking
Orienteering
Geocaching
Photography
Wildlife Viewing
Hiking
Biking
Birding
Becoming an Outdoors‐Woman Program
Wilderness First Aid
Wilderness Survival
Leave No Trace Educator
Service Options ndash Provide a minimum of 20 hours of service annually in the following or similar areas
4‐H leader and youth training outdoor recreation
Scout leader and youth training outdoor recreation
Wild About Nature
Flying WILD Educator or Facilitator Workshop
Becoming an Outdoors Woman (BOW)
Beyond Becoming an Outdoors Woman (BOW)
Family Camp
Learn to Hunt Program
National Archery in the Schools Program BAI training or greater
Mentor HuntHunt Masters Training
After School Programs
Others ndash Upon approval
Outdoor discovery programs volunteer
CRO at a shooting event
Assist with National or State shooting sports competitions
Family fishing day
Design or write a brochure
Develop or contribute to a website
Develop or contribute to a social networking site
Design or write a newsletter
Assist in fundraising
Plan an event or festival
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 56
Interpretation amp Education- Developed By Lindsay Rogers Nebraska Game amp Parks
Commission
Do not try to satisfy your vanity by teaching a great many things Awaken peoplersquos curiosity It is
enough to open minds do not overload them Put there just a spark If there is some good
inflammable stuff it will catch firerdquo
- Anatole France in The Earth Speaks
Session Objectives
To help participants understand the role education plays in sounds ecological conservation
To help participants learn about past and present conservationist and interpretive educators
To help participants learn components of quality education and interpretation
To have participants partake in quality interpretive education
To make sure participants understand that their role is to light the spark and awaken curiosityhellip not spew facts
Lecture Requirements
1 What is interpretation (5 minutes) a What does ldquointerpretrdquo mean b National Association of Interpretation definition of ldquointerpretationrdquo
i Interpretation is a mission-based communication process that forges emotional and intellectual connection between the interests of the audience and the meanings inherent to the resource
c Freeman Tilden Interpreting Our Heritage 1957 i Interpretation is an educational activity which aims to reveal meanings
and relationships through the use of original objects by first-hand experience and by illustrative media rather than simply to communicate factual information
d Components of interpretation i pleasurable or enjoyable
ii relevant to the world iii organized iv themed v sparks an interest
vi includes information but does not stop there links information to the world
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 57
vii age appropriate viii taught to someone not at them
2 What is education (5 minutes)
a What does it mean to ldquoeducaterdquo someone b John Dewey Democracy amp Education 2944
i Education in its general sense is a form of learning in which the knowledge skills and habits of a group of people are transferred from one generation to the next through teaching training or research
c Components of education i - generally presented to someone but not always
ii enjoyable sometimes iii provides knowledge and facts iv can make connections but not always v organized and themed
d Both education and interpretation are important they work together
3 Conservationists (10 minutes) a Jon Muir
i Immigrated from Scotland to Wisconsin in 1849 ii Attended the University of Wisconsin studies botany amp geology
iii Moved to the western US mainly the Sierra Nevada area iv Believed humans were part of the interconnected natural world v Advocated for the preservation of natural areas
vi Co-founded the Sierra Club b Aldo Leopold
i Iowa native attended Yale University ii After college he joined the US Forest Service was stationed in Arizona
and New Mexico iii Developed theories of land ethics the need for biodiversity and an
appreciation for wilderness areas iv Moved to Wisconsin in 1924 became a professor at the University of
Wisconsin v Regarded as the ldquoFather of Conservationrdquo
c Gifford Pinchot i Born in Connecticut in 1905
ii Studied at Yale studies forestry in France iii Named chief of the Division of Forestry (later to become the US Forest
Service) iv First chief of the US Forest Service greatly improved forest
management and increased the size of Forest Service lands
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 58
v Managed forests for the greatest good for the greatest number Pinchot added the phrase in the long run to emphasize that forest management consists of long-term decisions
d Steven Mather i Born in California attended Berkley University
ii Worked for the Pacific Coast Borax Company where he had a talent for promotion Started a competing company made millions
iii When revisiting Sequoia and Yosemite National Parks in 1914 he was appalled by the conditions of the national parks
iv Joined the Department of the Interior as the head of parks later created the National Parks System
v Professionalized the National Parks and helped to greatly grow protected lands
e Rachel Carson i Born in Pennsylvania in 1907 attended John Hopkins University for
graduate school ii Went to work for the US Bureau of Fisheries (later to become the US
Fish amp Wildlife Service) iii Wrote Silent Spring in 1962 The book created an awaking for Americanrsquos
to their responsibility to the environment and wildlife The book lead to the US Government banning the use of DDT
f Theodore Roosevelt i Born in 1858 in New York New York was a sickly child who stayed inside
studying natural history ii An avid outdoorsman he spent much time in the South Dakota Badlands
iii Became President in 1901 with the assignation of President McKinley iv Among many major accomplishments as president he started the
National Parks was instrumental in conserving about 230 million acres
4 Naturalist Interpreters (10 minutes) a Freeman Tilden
i Born 1883 worked as a newspaper columnist and author ii At age 58 he began working with the National Parks Service
iii While traveling to various National Parks he became concerned with the quality of interpretation
iv Wrote Interpreting Our Heritage in 1957 outlines 6 principles to quality interpretation forever changed the field of interpretation
b William Lewis i Worked as a ranger naturalist and interpreter trainer for the National
Parks Service ii Developed the approach of ldquoThematic Interpretationrdquo which requires the
interpreter to choose a central theme (major point) to guide the development of a program
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 59
iii Wrote Interpreting For Park Visitors c Sam Ham
i Director of Center for International Training and Outreach at the University of Idaho
ii Work has focused on applying communication theory to environmental conservation interpretation and on nature-based tourism and guide training
iii Wrote Environmental Interpretation (1992) d Ted Cable
i Professor of Park Management and Conservation at Kansas State University
ii Co-authored Interpreting Cultural and Natural Resources (2003) and Interpretation for the 21st Century Fifteen Guiding Principles for Interpreting Nature and Culture (2002)
5 Conducting an Interpretative Program Try and Fail (60 minutes + 120 minutes of activities throughouthellip see list of Suggested Activities below)
a Experiential Learning i The first time you tried to walk you failed The first time you rode a bike
you failed This is called experiential learning The first time you attempt an educational or interpretation program you will fail thatrsquos how we learn
ii Donrsquot be afraid to fail b Ask Questions about the ProgramPresentation before you commit to leading it c Plan your Program
i Generally I want my presentation to be about Specifically however I want to tell my audience about After hearing my presentation I want my audience to understand (what is the big picture you want them to take home)
1 You do not need (or want) to teach your audience everything you know your job is to light the spark
ii What will your tangibles and intangibles be 1 Tangibles are those things you can touch things you use to teach
when teaching a Examples include a tree a mammal pelt a skull a live
animal a prairie 2 Intangibles involve connecting the tangibles to concepts and the
ideas they represent intangibles are the meanings the relationships the processes the ideas the feelings and the beliefs
a Examples include food webs ecosystem health entropy ecology
iii People remember themes they forget facts
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 60
iv Plan for an organized presentation 1 Think about your overall theme smaller parts of the program and
your transitions v Stick to your theme
vi Determine what type of presentation you will have 1 PowerPoint (avoid) 2 Podium Presentation (avoid) 3 Active taking a hike playing a game etc 4 Hands-on touching feeling trying hearing smelling
vii Think about all the different kinds of learners 1 verbal-linguistic 2 logical-mathematical 3 visual-spatial 4 kinesthetic 5 musical-rhythmic 6 interpersonal (groups) 7 intrapersonal (individual) 8 naturalist
d Know your role as an educator 1 Provide facts and relationships not opinions 2 Allow participants to determine their own opinions and beliefs
using the facts amp relationships you provide them 3 PLAY ldquoFIRST IMPRESSIONSrdquo
e Prepare Prepare Prepare 1 Know the type of space and area you will have (indoor vs
outdoor small space vs vast area etc) 2 Plan for more that you are told 3 Plan for the weather (always expect it to be windy in Nebraska)
f Questions i Ask good questions
1 Is this a fox Vs How do you know this is a fox 2 Do you have any questions Vs What questions do you have
ii Be prepared for quality questions 1 What are the implications for describe the impact of what are
the reasons for iii Be prepared for ldquogoodrdquo questions
1 Do you have ewoks in the forest If a Mountain Lion and an Eagle were to fight who would win
2 Take all questions seriously Answer seriously g Model what you want to see the students do
i If you want a group of students to catch insects help them get active with them
ii This is true when working with children and adults
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 61
1 Working alongside students validates them and their learning h Be enthusiastic show your passion
i This is another form of modeling what you want to see in your students ii We need to excite students (no matter their age) about conservation
nature and the outdoors iii Have fun
6 Take Home Lesson Light the Spark and Donrsquot Be Afraid to Fail
Suggested Activities (amp potential mandatory activities)
Throughout the lesson conduct multiple games andor activities to model good interpretation
Suggested games include but are not limited to
1 Oh Deer (Project WILD) 2 First Impressions (to be done during section 5) (Project WILD) 3 The Long Haul (Project WET) 4 Sum of the Parts (Project WET) 5 Water Quality Ask the Bugs (Project WET) 6 Adaptation Artistry (Flying WILD) or Fashion a Fish (Aquatic Project WILD) 7 Avian Antics (Flying WILD) 8 Pollinators Meet Your Plants (Nebraska Project WILD wwwnebraskaprojectwildorg) 9 Scavenger Hunts (Nebraska Project WILD wwwnebraskaprojectwildorg)
Suggested Post-Readings
Interpreting Our Heritage Freeman Tilden 1957 (4th edition 2008)
ISBN-13 978-0807858677
Interpreting for Park Visitors William Lewis 1981
ISBN-13 978-0890620793
Environmental Interpretation Sam Ham 1992
ISBN-13 978-1555919023
Interpretation for the 21st Century Fifteen Guiding Principles for Interpreting Nature and
Culture Larry Beck amp Ted Cable 2002
ISBN-13 978-1571675224
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 62
Interpretation-Making a Difference on Purpose Sam Ham 2013
ISBN-13 978-1555917425
Foundations of Interpretation Curriculum Content Narrative National Parks Service 2007
httpwwwnpsgovidpinterp101foundationscurriculumpdf
Websites
National Association of Interpretation
wwwinterpnetcom
North American Association for Environmental Education
wwwnaaeeorg
Nebraska Alliance for Conservation and Environment Education
wwwnaceeorg
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 63
Safety in the Field
Developed by Rich Hawes Nebraska Master Naturalist rdhawes26msncom
Objectives
Raise awareness of Risk Managementassessment as part of event planning
Guidelines to safe activities for participants presenters and the environment
Present Leave No Trace Principals as part of all outdoor activities
Present resources for additional training or certification for outdoor activities
Hands on activities to encourage interest and to provoke thought and discussion
Hazards of the area
Outdoor hiking safety
Stewardship of the land and natural resources
Being flexible and working with ldquowhat you haverdquo
Outline
1 Outdoor Activities ndash Whatrsquos The Worst That Can Happen An Introduction to Event Planning and Risk Management
2 Leave No Trace Principals
3 Trip planning and Logistics
4 Health amp Safety
5 Youth Protection
6 Age Appropriate Activities
7 Resource Training and Certifications
a Standard First Aid CPRAED Wilderness First Aid
b Shooting Sports - Range Safety Officer or Instructor
c Hunter Safety Instructor
d Climbing COPE and Zip Lines
e Water Safety Instructor Life Guard Small Boat Handling
f Leave No Trace Trainer or Master Educator
g Tread Lightly Tread Trainer or Master Tread Trainer
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 64
Suggested Activities
CPR Scenario
First Aid Scenario
Weather Scenario
Lost Scenario
Online Resources
American Camp Association
Boy Scouts of America
Youth Protection
Safe Swim Defense
Safety Afloat
Climb On Safely
Weather Safety
Trek On Safely
(etc)
Leave No Trace
Nebraska Game amp Parks
Hunter Safety
Boating Rules amp Regs
National Rifle Association
(Archery groups)
American Red Cross
(wilderness medicine group(s))
NOLS
Tread Lightly
US Coast Guard
NEBRASKA MASTER NATURALIST Explore Contribute Connect
3
Reading 2 ldquoThe Land Ethicrdquo in A Sand County Almanac and Sketches Here and There Special
Commemorative Edition (Oxford Oxford University Press 1949) pp 201-226
Abstract Published shortly after Aldo Leopold died in 1949 A Sand County Almanac has been described
by many as the environmentalistrsquos handbook due primarily to the short section that concludes the text
ldquoThe Land Ethicrdquo Here Leopold challenges his readers to think of themselves less as masters of a
landscape ndash endowed by reason and therefore justified in utilizing land in whatever manner they see fit
ndash and more as ldquoplain membersrdquo participants in an elaborate ldquobiotic communityrdquo Leopold believes that
viewing the world from the latter perspective will have much more beneficial results as humanity moves
into an uncertain future
Objectives Objectives for reading this article include the following
To introduce master naturalists to one of the great luminaries of the American environmental
movement Aldo Leopold
To familiarize master naturalists with the basic outlines of Leopoldrsquos ldquoland ethicrdquo so as to
distinguish it from instrumentalist or utilitarian approaches
To challenge master naturalists to enlarge their conception of community to include ldquosoils
waters plants and animalsrdquo
To encourage master naturalists to consider the implications of being a ldquoplain memberrdquo of a
ldquobiotic communityrdquo
To give master naturalists the opportunity to think critically about the integrity of their own
biotic communities
Questions for Reflection
1 In what ways do you resonate with Aldo Leopoldrsquos ldquoland ethicrdquo as you think about the reasons for why
you want to become a master naturalist
2 If ethics is a ldquolimitation on freedomrdquo as Leopold claims then what limitations apply to our
relationship to the natural world What limitations apply to the use of onersquos property
3 If prior to reading Leopold you were asked to describe your community who or what would you have
included
4 How would seeing yourself as a ldquoplain memberrdquo of your biotic community affect the way you live and
act in the world
5 Can you think of examples from your own experience of what Leopold calls the ldquoA-B cleavagerdquo
6 What are the economic cultural and biological implications of this famous line from Leopoldrsquos text
ldquoA thing is right when it tends to preserve the integrity stability and beauty of a biotic community It is
wrong when it tends otherwiserdquo
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4
Flora of Nebraska
Developed by Leslie Kwasnieski Nebraska Master Naturalist lesliekwasnieskigmailcom
Objectives
Grasslands and Prairies of Nebraska Can be used as an example of Nebraskarsquos diverse flora
This Session should provide a general overview of plant biology including the following
1 a basic introductory discussion of plant physiology including nutrition water relations
internal transport respiration and photosynthesis
2 economic and other social importance of plants with a focus on Nebraska
3 plant ecology and its changing due to environmental impact
4 Plant Identification plant anatomy to enable the student to use a key to identify plants in
Nebraska
5 Discussion of native plants as well as invasive species found in Nebraska
Outline
1 Introduction to Plant Identification
a The plant kingdom a definition
b Basic anatomy including flower parts vascular system and leaf anatomy
2 Plant reproduction and alternation of generations
3 Plant relationships with the environment
a What do they need for nutrition where do they find it
b Water too much and too little How do they survive
c Internal transport respiration and Photosynthesis ndash how do these affect where a plant
can survive
4 Why are plants important Discussion and list
a Crops vs native plants vs invasive species
5 Plant ecology and changes in the environment
a Consider various ecoregions of Nebraska and the differences in plant material
i Tallgrass Prairie
ii Central Mixedgrass Prairie
iii Sand Prairies
iv Western Mixedgrass Prairie
b How havewill these ecoregions change with changes in the climate
c Discussion
6 Basic flower leaf stem anatomy Use key to identify some floral samples
a How to identify plants a basic anatomy lesson It would be nice to have samples
b Can be done with photographs classroom samples etc
7 Native plants of Nebraska how to identify
a Learning Family patterns - mustards gooseberries asters lilies grasses sedges rushes
b Nebraskarsquos floral diversity httpplantsusdagovjavastateSearch
c Learning plant family patterns
NEBRASKA MASTER NATURALIST Explore Contribute Connect
5
Reading ListResources
Field Guide to Wildflowers of Nebraska and the Great Plains ndash Jon Farrar ndash Nebraska Game and Parks
Commission ndash University of Iowa Press
Grassland Plants of South Dakota and the Northern Great Plains ndash James R Johnson ndash South Dakota
State University College of Agricultural and Biological Sciences ndash South Dakota Agricultural Experiment
Station ndash B 566
The Flora of Nebraska Second Edition (MP-47b) 2011 967 pp Kaul Robert B Sutherland David
Rolfsmeier Steven
The Nebraska Legacy Project ndash State Wildlife Action Plan ndash 2nd edition 2011 Selected Sections
Natural Communities A Coarse Filter Page 18-19
Promote Management that is more compatible with Conserving Biological Diversity ndash Pages 40-
Tallgrass Prairie Ecoregion - Pages 61 -101
Mixedgrass Prairie Ecoregion ndash Pages 103 ndash 137
Sandhill Ecoregion Pages 139 ndash 170
Shortgrass Prairie Ecoregion ndash Pages 171 203
Appendix 7 Terrestrial natural communities of Nebraska Page 251-264
Guide to Nebraskarsquos Wetlands and their Conservation Needs Ted LaGrange Nebraska Game and Parks
Commission 2005
Conservation Trees for Nebraska ndash Nebraskarsquos Natural Resources District ndash Nebraska Forest Service
Native Vegetation of Nebraska (Map Robert Kaul and Steven Rolfsmeier) 1993 UNL Conservation and
Survey Division (httpnebraskamapsunledu)
University of Nebraska State Museum Division of Botany
(httpmuseumunleduresearchbotanyindexhtml) ndash List of Nebraska Species Collections etc
Online key to plants of Nebraska can be found at
httpwwwnrcsusdagovwpsportalnrcsdetailss=16ampnavtype=SUBNAVIGATIONampcid=stelp
rdb1044954ampnavid=120160320130000amppnavid=120000000000000ampposition=Not20Yet20Determin
edHtmlampttype=detailamppname=PLANTS20Interactive20ID20Keys2020Introduction20|20NR
CS
httpplantsusdagovintro_to_plants_1211pdf - a really good online reference about plants
including a list of plants by state
NEBRASKA MASTER NATURALIST Explore Contribute Connect
6
Ecology of Nebraska
Developed and Adopted by Keanna Leonard Education Director Rowe Sanctuary kleonardaudubonorg
Ecology in a nutshell
Ecology is part of biology that deals with the relationship between organisms and their environment
Ecology is a science Environmentalism is a cause with or without scientific backing Conservation
Biology is the integration of Ecology and Environmentalism using science to influence political cause
Central to ecological study is habitat the special location where an animalrsquos lives What an animal
does in its habitat its profession or how it survives and adapts is its niche A niche is the product of
evolution and once it is established no other species in the community can evolve to exploit the exact
same resources (Competitive exclusion principle) Therefore different species are able to form an
ecological community in which each has a different role in their shared environment
From the Integrated Principles of Zoology 1996 Hickman Roberts Larson
Without habitat there are no animals It is that simple ndash Wildlife Habitat Canada
The richness of the earthrsquos biomass is organized into a hierarchy of interacting units
The individual organism the population the community the ecosystem
Ecosystem Ecology An ecosystem is a complex self-sustaining natural system with living (biotic) and nonliving (abiotic)
components
The abiotic component of an ecosystem is defined by physical parameters such as temperature altitude
light and moisture Chemical features such as nutrients establish the quality of the ecosystem
The biotic component or the populations of plants animals and microorganisms of an ecosystem can be
grouped as
Producers - algae green plants and cyanobacteria (blue-green algae)
autotrophs ndash use energy from sun to synthesize sugars from carbon dioxide and
water by photosynthesis
Consumers - carnivores herbivores omnivores parasites and decomposers
Decomposers - consumers that perform final breakdown of complex organic materials
into inorganic materials
Decomposers and other consumers are heterotrophs that consume autotrophs
Energy Flow through the ecosystem Photosynthesis - Sunlight (energy) is absorbed by chlorophyll (the green pigment found in plants)
NEBRASKA MASTER NATURALIST Explore Contribute Connect
7
This energy is used to synthesize sugar (carbohydrates) from carbon dioxide and water
By-product of photosynthesis is oxygen
Food Chain - A feeding sequence used to describe the flow of energy and materials in an ecosystem
Example grass (producer) gt deer (consumer) gtcoyote (consumer) gt decomposer
Food Web - Intertwined food chains
Trophic Levels - Each step in the food chain
At each step 80-90 of available energy is lost as heat Most of the fuel obtained in
food is used to stay alive Because of this fact trophic levels are usually limited to four
or five There are more producers (plants) than herbivores (plant-eaters) and more
herbivores than carnivores Carnivores can be further divided by into first- second-
top-level consumers
Nutrient Cycles or Biogeochemical Cycles All essential elements for life are derived from the environment (air rocks soil and water)
There are four cycles that return these elements to a useable form for life to continue
The Water (hydrologic) Cycle The paths water moves through earthrsquos ecosystems in its various states (vapor liquid solid)
Water is the only substance on earth that exists naturally in all three states
The Carbon Cycle All living things contain carbon Carbon is what makes organic molecules organic or living Carbon is the
basic element found in carbohydrates proteins and fats
Plants take in carbon dioxide during photosynthesis Animals eat the plants Animals release carbon
dioxide when they breathe (respire) and when they die and decompose Plants take it up again
Decomposing organic material will also leach carbon into the ground forming fossil fuels Other stores
of carbon include peat cellulose found in plants and water The cycling of carbon is linked to the flow
of energy through a system
The Phosphorus Cycle ATP (adenosine triphosphate) the energy molecule created by every living thing contains phosphorous
Our DNA and RNA the molecules that form our genes require phosphorous to bond together Bone
tissue also contains phosphorous
Plants take up phosphorous then the plants are eaten by animals Animals release phosphorous by
defecating and decomposing Plants also release phosphorous through decomposition Phosphorous is
then reabsorbed by plants or becomes part of sediments that forms rock As rocks erode phosphorous
is released into water and soil to be taken up by plants
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8
The Nitrogen Cycle Nitrogen is essential in forming proteins and nucleic acids The atmosphere has a high concentration of
nitrogen but is not usable to living organisms in its gaseous form The nitrogen cycle converts this gas
into usable forms
This cycle is the most complex because nitrogen can be found in several different forms Parts of the
cycle include
Nitrogen Fixation ndash Nitrogen is fixed or converted into ammonia and nitrates by bacteria lightning and
ultraviolet radiation in the soils and root nodules of some plants (legumes or beans) Nitrogen
fixation does not allow nitrogen to convert back to gaseous nitrogen
Nitrification ndash Other bacteria can take the ammonia and oxidize it into nitrite Nitrite is further
processed into nitrate
Denitrification and Ammonification - Plants absorb nitrates and ammonia from the soil and use
them to build organic compounds Animals eat the plants or other animals Animal waste
contains nitrogen in the forms of ammonia urea and uric acid
Denitrification is the process of decomposing bacteria converting nitrate back to nitrogen gas
Ammonification is the process of other decomposing bacteria converting organic compounds to
ammonium ions
Communities amp Populations A community is the living (biotic) portion of an ecosystem Within the community each population of
organisms has a habitat and a niche A community is usually dominated by a single species or a limited
group of species that impact the local environment (Example Tallgrass Prairie) Other species adapt to
conditions created by the dominant species If a dominant species is removed two scenarios can occur
Another species will take its place and not change the ecosystem in general Or the whole community is
changed If the community is drastically altered the species is considered a keystone species
A population is a group of same organisms that occur in the same community
Habitat is the place where an organism normally lives Basic components of habitat are food water
shelter and space Habitat is the organismrsquos physical surroundings and its niche is its profession or role
it plays in the community No two species can occupy the same niche at the same time (competitive
exclusion principle)
Population Interactions Competition ndash an overlap of some degree of two populationrsquos niches in such a way that they are
competing for the same resource(s) (food shelter water space etc)
Symbiosis - two populations living together in a community in close association There are
several types of symbiosis
NEBRASKA MASTER NATURALIST Explore Contribute Connect
9
Mutualism ndash the relationship is mutually beneficial (lichens)
Commensalisms ndash one population receives benefits and the other neither benefits or is
harmed (intestinal bacteria)
Parasitism ndash one population benefits and the other is harmed (ticks)
Synergism ndash two populations accomplish together what neither could do on their own
Another type of relationship is called predation-prey relationship where one population captures and
feeds on another Predators have more than one prey species but normally feed on the most
abundant As one prey species declines in population predators will switch to another more abundant
species
Natural selection favors the most efficient predator and at the same time prey that can escape
predation
Adaptation is a change in structure physiological process or behavior that evolved by natural selection
and improves an organismrsquos ability to survive and reproduced
MAD Law ndash Move Adapt or Die
Population growth Populations grow until they reach certain environmental limitations called limiting factors These
factors can either be physical or biotic ndash from predation to limited space for nesting
When a population reaches its maximum density that the environment can support it is said that it has
reached its carrying capacity A population cannot go beyond the carrying capacity for long without
consequences
In a community an orderly predictable replacement of populations normally occurs over time Certain
populations will dominate and then decline to be replaced by new dominant populations A community
at the last stage of succession is called the climax community
Biodiversity Biodiversity refers to the variety of living organisms in a given ecosystem and is described at three
levels
Genetic Diversity ndash the variety of genes in a population Genetic Diversity shapes the
potential of individuals to survive and reproduce and as a population to adapt and evolve
Species Diversity ndash the number of species within a community
Ecosystem Diversity ndash the organizational and functional diversity of the ecosystem
NEBRASKA MASTER NATURALIST Explore Contribute Connect
10
Three measures are used when studying biodiversity
Composition ndash the number of genes species or ecosystems in a given area
Structure ndash the distribution of genes species or ecosystems
Function - the ecological processes accomplished by genes species or ecosystems
Biodiversity is important to maintain a stable ecosystem vast storehouse of untapped resources for
medicine food energy etc
Ecoregions in Nebraska
The Central Flyway There are four major North American flyways ndash the Atlantic the Mississippi the Central and the Pacific Flyways Except along the coasts the flyway boundaries are not always sharply defined and both in the northern breeding and southern wintering grounds there is overlapping Every year millions of migrating birds travel the Central Flyway The ldquohourglassrdquo route narrows in central Nebraska The eighty mile stretch of Platte River (Big Bend area) between Lexington and Grand Island serves as a month long stop over for around 600000 sandhill cranes and endangered whooping cranes This stretch of river has shallow wide-open water to provide cranes some security from predators when roosting and grain fields and wet meadows for eating and loafing
The Platte River
The Platte River begins near the city of North Platte Nebraska with the convergence of the North Platte and South Platte Rivers The Platte the largest braided river in North America snakes 310 miles eastward and empties into the Missouri River south of Omaha Nebraska drains about 29800 square miles of land along its route The South Platte River originates as snowmelt in central Colorado meandering 450 miles towards North Platte The North Platte River also begins as snowmelt in north central Colorado and runs 665 miles before converging with the South Platte
The Big Bend Region
The central or Big Bend Region of the Platte River between Grand Island and Lexington has long been recognized as critical staging area for half million sandhill cranes millions of geese and ducks and for the highly endangered whooping crane It is also important nesting habitat for endangered piping plovers and least terns and threatened eagles as well as year around habitat for other wildlife The Platte River is a broad shallow braided river dotted with small itinerant sandbars up to the huge islands In the early 1800rsquos the Platte was one to two miles wide Water depth ranged from dry to eight feet deep The islands were scoured each spring by the rush of snowmelt from the Rockies that removed vegetation from the sandbars washed into sloughs and recharged the surrounding soils Fires suppressed tree growth along most of the shoreline Protected islands and areas of shoreline grew cottonwoods and willows This diversity was excellent habitat for wildlife But in less than 100 years it changed Man has diverted over 70 percent of the Plattersquos average annual flow for use in irrigation and industry ( comes back to the river via groundwater) Fires have been controlled Floods and ice no longer clear the islands of vegetation With less water in the river wet meadow soils are not recharged with water seeping from the river Bridges restrict flows and deep
NEBRASKA MASTER NATURALIST Explore Contribute Connect
11
gravel pits alter the shoreline This taming of the Platte River is causing it to lose the very characteristics that make it unique and attractive to native wildlife The wide channels now must be maintained by mechanically clearing sand bars and low islands Audubon and other conservation organizations spend a considerable amount of time and money each year to keep the river clear The Platte River valley is now characterized by forest shrub and sandbar vegetation on the river floodplain lowland prairie and cultivated fields on the river terraces and an upland prairie on the loess bluffs along the ancient river escarpment The floodplain forest shrub and sandbar communities have developed on coarse textured alluvial soils adjacent to the river channel The forest communities have open canopies and are dominated by cottonwoods with an understory of red cedar and rough-leaf dogwood Green ash hackberry American elm red mulberry and slippery elm also occur in these areas Adjacent to the major river channel and in areas where the forests are limited to a narrow strip along the river bank low shrub islands and vegetated sandbars predominate Peach-leaf willow sandbar willow and indigo bush are the dominate shrub species Lovegrass nutsedge barnyard grass cocklebur and scattered willow and cottonwood seedlings characterize the vegetation on the low shrub islands and recently exposed sandbars
One of the sanctuaryrsquos most important tasks has been functioning as Audubonrsquos footprint on the Platte
River Audubon played a significant role in many battles to limit development on the Platte the final
being the defeat of Two Forks Dam near Denver in 1992 Today Audubon along with the Platte River
Whooping Crane Maintenance Trust the National Wildlife Federation Fish and Wildlife and Nebraska
Game and Parks plays a major role in keeping the river in its current condition One such program is
maintaining the wide channels on parts of the river which must be done mechanically to clear sandbars
and low islands
Tallgrass Prairie Ecoregion
Introduction
Once extended from eastern Nebraska to Indiana and from Texas to southern Canada
Today less than 1 remains
Approximately 2 of the remaining tallgrass prairie is found in Nebraska o Covers eastern fourth of state and extends along stream valleys of the Republican
Loup Platte and Niobrara
Shaped by glaciers wind and water
Mainly rolling hills intersected by stream valleys
Elevation from east to west 850 to 1700 feet above sea level
Receives 25-36 inches of annual precipitation
Average highs in the 90 degrees and lows of 10 degrees
Two major rivers o Missouri River
States largest river flowing approximately 350 miles in Nebraska
NEBRASKA MASTER NATURALIST Explore Contribute Connect
12
Drains approximately 529350 square miles of land (including entire state of NE) Forms eastern and northern boundaries of tallgrass prairie Historically more a mile wide and up to 20 feet deep with abundant sandbars
and forested island
Floodplain was a mosaic of oxbow lakes backwater marshes wet prairies and forests
Platte River ndash prairie river o Historically shallow braided channel up to 3 miles wide with many sandbars
Floodplain 15 miles wide and covered with lush wet meadows and freshwater marshes
Spring floods limited tree growth and created barren sandbars o Other streams include Papio Creek Turkey Creek and Bazile Creek
Wetland types o Saline wetlands
Found in the floodplain of Salt Creek and its tributaries in Lancaster and Saunders counties
Salinity originates from groundwater passing through an underground rock formation containing salts deposited by an ancient sea that once covered
Nebraska
o Todd Valley playas Small clay-lined depressions Seasonally and temporarily flooded Found in an ancient valley of the Platte called the Todd Valley
Vegetation of Tallgrass Prairies
Dominant vegetation ndash big bluestem Indiangrass switchgrass and Canada wildrye o Can reach six feet or taller
Hundreds of spp of wildflowers and forbs o Showy goldenrod prairie blazing star sky blue aster amp purple coneflower
Native woodland found mainly in fire-protected stream valleys and bluffs o Found in floodplains - Cotton woods willows boxelders American elms
Drier river bluffs o Oaks hickories basswood black walnut etc o Essential habitat for migrating birds
Wet meadows found in stream valleys o Sedges spike rushes prairie cordgrass and switchgrass
Marshes o Broad-leaf cattail bulrushes bur reed smartweeds and arrowheads
NEBRASKA MASTER NATURALIST Explore Contribute Connect
13
Birds
More than 300 spp of resident and migratory birds
Nesting waterbirds include o Wood duck green heron northern pintail blue-wing teal mallard
Grassland birds include o Henslowrsquos sparrow dickcissel grasshopper sparrow bobolink vesper
sparrow and Swainsonrsquos hawk
Woodland birds include o Bellrsquos vireo blank-and-white warbler rose-breasted grosbeak orchard oriole
Mammal
More than 55 mammals o Plains pocket gopher prairie vole plains pocket mouse thirteen-line ground squirrel
Franklinrsquos ground squirrel o Prior to European settlement
Bison elk mule deer mountain lion black and grizzly bear gray wolf Larger animals include coyote bobcat least and long-tailed weasel mink
Fish
More than 75 species of fish Amphibians and Reptiles
53 species of amphibians and reptiles o 2 salamanders 5 toads 6 frogs 8 turtles 8 lizards and 24 snakes
Eco-tourism amp Wildlife Viewing
Henry Doorly Zoo in Omaha Childrenrsquos Zoo in Lincoln
Ak-Sar-Ben Aquarium Ponca State Park
Mahoney State Park Platte River State Park
Two Rivers State Recreation Area Branched Oak
Homestead National Monument Ashfalls Fossil Beds State Park
Migrating birds Fontenelle Forest Indian Cave State Park Schramm State Park
Tallgrass prairie Audubonrsquos Spring Creek Prairie south of Denton amp Nine-Mile Prairie
Canoeing hiking biking
Elkhorn River Platte River
Cowboy Trail Steamboat Trace Trail
MoPac East Trail Oak Creek Trail
Driving Tours
Nebraska Scenic Byway Outlaw Trail Scenic Byway
Heritage Highway Lewis and Clark Scenic Byway
NEBRASKA MASTER NATURALIST Explore Contribute Connect
14
Mixedgrass Prairie
Introduction
Transition zone between tallgrass and shortgrass prairies o Have characteristics of both o Plant composition varies considerably depending of soil type topography weather and
land use
Elevation east to west 1650 to 3000 feet above sea level
Climate - Semiarid o Average annual precipitation from 28 inches in the east to 20 inches in the west o Average annual temperature from 52-57 degrees - Frost-free period 150 ndash 190 days
General topography o Level broad plains rolling hills in north-central part steep sloops with deep drainages in
the southwest o Mostly covered with windblown silt o Ogallala aquifer underlies most of the Ecoregion
Alluvial aquifers along streams
Streams o Platte Republican Loup Niobrara Blue rivers ndash all eventually drain into Missouri River
Wetlands o Rainwater Basin ndash playa wetlands formed by wind with a clay pan to hold water
Found in south-central Nebraska Once contained more that 4000 major wetlands National importance for migrating birds
o Central Table Playas ndash found mostly in Custer County on top of hills o Subirrigated Wet Meadows ndash found along Platte and Loup Rivers
Transected with old river channels swales and sloughs o Riverine Wetlands ndash found along streams
Include oxbows and other semi-permanent wetlands o Sandhill Wetlands ndash found in sandy areas close to Platte and Loup Rivers o Formed where groundwater reaches surface
Vegetation
Tallgrass spps tend to dominate in the east and along floodplains and shortgrass spps found further west (drought resistant)
Hilltops dominated by buffalograss and blue grama
Hill sides dominated by medium-stature grasses ndash side-oats grama little bluestem western wheatgrass and sand dropseed
Lower slopes and valleys ndash big bluestem Indiangrass switchgrass and Canada wildrye
Hundreds of forbs found including o Prairie clover Illinois bundle flower wild alfalfa deer vetch leadplant prairie
coneflower stiff sunflower and blazing star
Historically less than 1 covered with woodlands ndash mostly close to streams o Trees - Eastern cottonwood green ash hackberry red cedar o Shrubs ndash roughleaf dogwood false indigo sandbar willow o Some native oaks and black walnut can be found on steeper slopes
Wet meadows and wet prairies
NEBRASKA MASTER NATURALIST Explore Contribute Connect
15
o Woolly sedge spike rush prairie cordgrass o Federally endangered prairie white-fringed orchid o State endangered saltwort
Playa wetlands (Rainwater Basin and Central Tables area) o Seasonally flooded - River bulrush common cattail smartweed o Temporarily flooded ndash spike rush flatsedge plains coreopsis o More permanent - bladderwort pondweed duckweed
Riparian wetlands ndash switchgrass scouring rush bedstraw
Sandhill wetlands ndash cattail bulrush smartweed
Birds
More than 350 spps of resident and migratory birds o Grasshopper and field sparrow dickcissel western meadowlark bobolink northern
bobwhite ring-necked pheasant northern harrier and greater prairie chicken o Platte River
Over 300 spps with 141 known to nest o Sandhill cranes endangered whooping cranes
o Rainwater Basin Over a dozen spps of waterfowl including 13 of northern pintails 50 of North
Americans mallards 90 of mid-continentrsquos white-fronted geese Approximately 3000000 shorebirds
o Thousands of Swainsonrsquos hawks migrate through the region Mammals
Many species of mammals but none that are only found in mixedgrass prairies Fish ndash Diverse range of species
Reptiles and amphibians
Spiny softshell turtles western painted turtles and snapping turtles in wet areas
Ornate box turtle in native grasslands
Northern water snake ndash only aquatic snake found
Prairie rattlesnake only poisonous snake found
Smooth green snakes and red-bellied snakes are two of the more rare snakes
3 lizards found ndash northern earless prairie racerunner northern prairie lizards
Tiger salamander only salamander found
Frogs and toads common
Eco-tourism amp Wildlife Viewing
Sandhill cranes - Rowe Sanctuary amp Roadside viewing sites constructed by Central Platte NRD
Waterfowl viewing - Rainwater Basin
Massie Waterfowl Production Area with an observation tower (Clay Center)
Funk Waterfowl Production Area and Sacramento-Wilcox Wildlife Management Area o Handicapped accessible blinds
Bald eagle viewing ndash J-2 Power Station near Lexington Harlan County Lake Sherman Lake and Rowe Sanctuary
Prairie chicken viewing- Calamus Outfitters near Calamus Reservoir
NEBRASKA MASTER NATURALIST Explore Contribute Connect
16
Sandhills Motel ndash Mullen
Walking Trails ndash Rowe Sanctuary Kearney Hike-Bike Trail Harlan County Lake Funk Harvard and Massie Waterfowl Production Areas Lake Seldom at Holdrege
Best way to find out about birding trails is to go to wwwnebraskabirdingtrailscom o Some are ndash Chicken Dance Trail Rainwater Basin Loops
Sandhills
Introduction
19300 square miles of north-central Nebraska o Largest dune system in the western hemisphere o One of the largest grass-stabilized dune regions in the world o Majority of the region is in relatively natural state
Sandhills young geologically speaking o Dunes aligned primarily in a northwesterly to southeasterly direction with prevailing
winds o Some dunes over 400 feet in height o Soils poorly developed with a thin layer of topsoil o High infiltration rate (up to 10 feet per day) o High water table ndash almost 2000 shallow lakes and over a million acres of wetlands
Most lakes and wetlands at headwaters of streams amp in poorer draining areas in western areas
Most wetlands and lakes pH neutral but alkaline wetlands and lakes common in the west where salts and carbonates accumulate
Fens ndash Sandhills contains some of Great Plains largest ones
Streams of the region o North and Middle Loup Calamus Cedar Dismal ndash flow from groundwater discharge o Niobrara River ndash only river that originates out of the region (starts in Wyoming)
Climate o Semiarid ndash annual precipitation ndash 23 inches in east to 17 inches in west
Vegetation
700 native plants spps
Sandhills dune prairie plant community o Mixture of sand-adapted grasses ndash sand bluestem prairie sandreed little bluestem and
hairy grama o Forbs ndash stiff sunflower bush morning glory plains gayfeather o Shrubs ndash sand cherry leadplant prairie rose and yucca
Sandhills dry valley prairie community o Grasses - Big Bluestem Indiangrass switchgrass o Forbs ndash western ragweed white sage and prairie coneflower o Shrubs ndash leadplant Arkansas rose western wild rose
Blowouts o Federal and state threatened blowout penstemon
Native woodlands ndash uncommon o Eastern cottonwood peachleaf willow coyote willow chokecherry wild plum and
snowberry
Middle Niobrara River valley largest woodland in sandhills
NEBRASKA MASTER NATURALIST Explore Contribute Connect
17
o South facing bluffs -Oak basswood black walnut green ash o Canyons ndash Paper birch quaking aspen o North river bluffs ndash ponderosa pine o Referred to as a biological crossroads
Wet meadows o Sedges spike rushes prairie cordgrass switchgrass o Shrubs - Sandbar willow false indigobush
Alkaline wet meadows o Inland saltgrass foxtail barley alkali sacaton meadow bluegrass and scratchgrass
Fens o Contain 20 at-risk plant species including bog bean cottongrass and marsh marigold
Freshwater marshes o Ripgut sedge common reed smartweeds bulrush cattail duckweed coontail
Alkaline marshes ndash alkaline-tolerant plants Birds
More that 300 species of birds o Sharp-tailed grouse and greater prairie chicken o Long-billed curlew (sandhills important breeding site)
Upland sandpiper vesper sparrow lark bunting grasshopper sparrow western meadowlark High concentration of northern harriers and ferruginous hawks
Important breeding area for mallards blue-wing teal pintail
American Bird Conservancy calls the area the ldquoBest grassland bird place in the United Statesrdquo Mammals
55 species of mammals but not specific to the Ecoregion Fish
75 species of fish
Rare spps ndash blacknose shiner pearl northern redbelly and finescale daces o Species cutoff from principle range
Amphibians and Reptiles
27 species o One salamander 3 toads 4 frogs 6 turtles 4 lizards 9 snakes
Eco-tourism amp Wildlife Viewing
Crescent Lake Fort Niobrara Valentine National Wildlife Refuges
Nebraska and Samuel R McKelvie National Forests
Niobrara Valley Preserve (TNC property) with 2 bison herds
Merritt Reservoir Calamus Reservoir
Niobrara Wild and Scenic River o Over 10 outfitters in Valentine area for canoeing kayaking and tubing
Dismal Loup and Cedar rivers also offer canoeing and tubing
Niobrara Valley Preserve
Swan Lake Motor Route
Sandhills Scenic Byway (Hwy 2) ndash one of the top 10 scenic highways in the nation
NEBRASKA MASTER NATURALIST Explore Contribute Connect
18
Stargazing ndash Nebraska Star Party near Valentine in August
Cowboy Trail (will be the nationrsquos longest rails-to-trails conversion)
Calamus Outfitters
Shortgrass Prairie
Introduction
Found in western Nebraska
High diversity of habitats
Dramatic changes in elevation and topography
Soils range from sand to clay-loam to hard sandstone
Annual precipitation 12-17 inches ndash humidity generally low
Annual average temperature 47-50
Topography o Truest form of shortgrass prairie found in Banner Cheyenne Deuel and Kimball counties o Mixedgrass and sandsage prairies in southeast of Ecoregion o Wildcat Hills bluff formation found in Scottsbluff amp Morrill counties o Relic sandhill extend through Morrill and Sioux counties o Pine Ridge found in northern Dawes Sheridan and Sioux counties
Streams o North Platte River Lodgepole Creek Upper Niobrara and White Rivers o 5 large reservoirs and a number of smaller artificial lakes o Playas found throughout the region
Vegetation
Shortgrass Prairie o Buffalograss blue grama side-oats grama purple threeawn (grass height 10 inch) o Over 100 spps of forbs o Milkvetch scarlet guara cutleaf ironplant prickly pear purple locoweed scurfpea
prairie coneflower scarlet globe mallow
Mixedgrass Prairie o Blue grama prairie sandreed threadleaf sedge needle-and thread grass little bluestem
western wheatgrass (grass height 18-24 inches) o Shrubs
Skunkbush sumac winterfat fringed sage snowberry yucca broom snakeweed o Over 100 species of Forbs o Scarlet guara dotted gayfeather skeleton plant cutleaf ironplant scurfpea scarlet
globe mallow o Within the mixedgrass prairie ndash 2 unique communities found
Northwestern mixedgrass amp Loess mixedgrass prairie
Sandhill dune prairie and sandsage prairies o Sandsage sand bluestem blue grama prairie sandreed needle-and-thread yucca o Forbs ndashsand-lily desert goosefoot plains sunflower bush morning glory showy
impomopsis
Western alkaline meadows along the North Platte o Inland saltgrass alkali sacaton field sedge foxtail barley meadow bluegrass o Forbs ndash spearscale alkali aster camphor daisy thelypody
NEBRASKA MASTER NATURALIST Explore Contribute Connect
19
Ponderosa pine woodlands o Ponderosa pine quaking aspen green ash Saskatoon serviceberry chokecherry dwarf
juniper fragrant sumac mountain mahogany wolfberry Kentucky bluegrass littleseed ricegrass
Riparian woodlands o Cottonwoods peachleaf willows green ash boxelder Sandbar willow wild plum
chokecherry buffaloberry horsetail sedges marsh muhly and cordgrass
Badlands o Saltbush rabbitbrush poverty weed Russian thistle
Birds
More that 300 species of birds found
Shortgrass birds o McCownrsquos and Chestnut-collared longspurs Brewerrsquos sparrow horned lark burrowing
owl and state threatened mountain plover
Mixedgrass birds o Western meadowlark grasshopper sparrow lark bunting
Pine Ridge birds o Lewisrsquo woodpecker pygmy nuthatch ovenbird mountain bluebird
Wetland birds o Canada geese mallard northern pintail shorebirds
Mammals
White-tail and mule deer elk pronghorn bighorn sheep coyotes bobcats mountain lions prairie dogs federally endangered black-footed ferret river otter black-tailed jackrabbit badger pocket gopher grasshopper mouse
Fish
Many gamefish state threatened finescale dace endangered blacknose shiner etc Amphibians and Reptiles
Include western striped chorus frog Woodhousersquos toad bullsnake prairie rattler lesser earless lizard horned lizard ornate box turtle and painted turtle
Ecotourism amp Wildlife
Lake McConaughy (largest reservoir in state)
Lake Ogallala
Pine Ridge area o Ft Robinson State Park o Chadron State Park o Nebraska National Forest (Pine Ridge Unit) o Soldier Creek Wilderness
Oglala National Grassland and Toadstool Geologic Park
Wildcat Hills Nature Center in Gering
Scotts Bluff National Monument
Chimney Rock
Agate Fossil Beds National Monument
NEBRASKA MASTER NATURALIST Explore Contribute Connect
20
Endangered Species Act
The Endangered Species Act provides a program for the conservation of threatened and endangered
plants and animals and the habitats in which they are found The US Fish and Wildlife Service and the
Department of the Interior maintain the list of 632 endangered species (326 plants and 306 animals) and
190 threatened species (112 animals and 78 plants)
The law is written to prohibit any action that results in taking or injuring a listed species or negatively affects habitat Also prohibited is the import export interstate or foreign trade of listed species
Nebraskarsquos Endangered amp Threatened Species
State Status Federal Status
Birds Bald Eagle Threatened Threatened
Piping Plover Threatened Threatened
Mountain Plover Threatened Proposed Threatened
Whooping Crane Endangered Endangered
Eskimo Curlew Endangered Endangered
Interior Least Tern Endangered Endangered
Mammals River Otter Threatened
Southern Flying Squirrel Threatened
Black-footed Ferret Endangered Endangered
Swift Fox Endangered
Black-tailed Prairie Dog Candidate
Plants Western Prairie Fringed Orchid Threatened Threatened
Utersquos Ladyrsquos Tresses Threatened Threatened
Ginseng Threatened
Small White Ladyrsquos Slipper Threatened
Colorado Butterfly Plant Endangered Threatened
Saltwort Endangered
Hayden Penstemon Endangered Endangered
Insects American Burying Beetle Endangered Endangered
Salt Creek Tiger Beetle Endangered Candidate
Fish Lake Sturgeon Threatened
NEBRASKA MASTER NATURALIST Explore Contribute Connect
21
Northern Redbelly Dace Threatened
Finescale Dace Threatened
Blacknose Shiner Threatened
Topeka Shiner Endangered Endangered
Sturgeon Chub Endangered
Pallid Sturgeon Endangered Endangered
Reptiles amp Mussels Massasauga Threatened
Scaleshell Mussel Endangered Endangered
Information courtesy of Nebraska Game and Parks US Department of the Interior and the US Fish
and Wildlife Service
The Nuts and Bolts
Without habitat there are no animals
Every species has its niche
Understand the importance of biodiversity Know where the Platte River begins and ends understand its
makeup and where Rowe is located in the relationship to the river How Rowe plays a role in
conservation habitat maintenance and education Have an understanding of what constitutes the 4
major eco-regions in Nebraska
References Integrated Principals of Zoology by Cleveland P Hickman Jr Larry S Roberts Alan Larson (WmC
Brown Publishers 1996)
Zoology by Lawrence G Mitchell John A Mutchmor Warren D Dolphin (The BenjaminCummings
Publishing Company Inc 1988)
Biology the unity and Diversity of Life 7th Ed By Cecie Starr and Ralph Taggart (Wadsworth Publishing
Company 1995)
Nebraskarsquos Natural Legacy Project httpwwwngpcstateneuswildlifeprogramslegacyreviewasp
Cliffs Quick Review Biology by I Edward Alcamo PhD and Kelly Schweitzer PhD (Wiley Publishing 2001)
Biology for Dummies by Donna Rae Siegfried (Wiley Publishing Inc 2001)
NEBRASKA MASTER NATURALIST Explore Contribute Connect
22
Taxonomy in a Nutshell
Definitions
Classification is a systematic arrangement in groups or categories according to established
criteria
Taxonomy is the orderly classification of plants and animals according to their presumed natural
relationships
Binomial nomenclature (Binomial = 2 terms ndash Generic amp specific nomenclature = set of names)
is a system of naming in which each species of animal or plant is given a two tern Latin name
The first term identifies the genus to which the plantanimal belongs and is always spelled with
a capital letter The second term is the species of the plantanimal and is spelled with a lower
case letter This ldquoscientific namerdquo is usually printed in italics or underlined For example ndash Felis
concolor or Felis concolor
The Reason for ithellipWhy use taxonomy
Scientific taxonomic classification is a tool used through the world in an effort to catalog and compare
living things Zoologists now classify approximately 15 million animal species Each year about 10000
new species are added and it is estimated that more than 10 million different animal species may
actually exist on earth
Okay But why Latin
Common names of animals and plants vary from place to place even within a community For instance
the animal name above Felis concolor is known as puma mountain lion catamount panther and
several other local names So how does a biologist from Nebraska know that she and a scientist from
Scotland are talking about the same animalplant Throughout the scientific world Latin is recognized
as the universal language of scholars and scientists By referring to it by its Latin ldquoscientific namerdquo there
is no mistaking what animalplant they are referring to Latin also provides a source for decoding the
scientific name into something that tells you a little about the animalplant itself A translation often
provides a short description of the animal ie the giant anteaterrsquos species tridactyla actually means
three-toed
Background
The identification and comparison of different animals and plant species dates back to ancient times
Naturalists wrote herbals and bestiaries that were lists and descriptions of familiar organisms of a given
locality There was little interest in communicating outside a restricted region The advent of the
printing press led to broader dissemination of books and ideas Cataloging and comparing species on a
more comprehensive scale became possible As naturalists compiled their work they used many words
NEBRASKA MASTER NATURALIST Explore Contribute Connect
23
to describe a species by several characteristics sometimes defining one species in terms of another For
example the blue chair with the fluted arms the red chair like the blue chair with the fluted arms etc
Each authorrsquos system and terminology was different It is only comparatively recently that the
observation and study of the animal and plant world has begun to be organized along truly scientific
lines
Toward the middle of the eighteenth century the Swedish botanist Carolus Linnaeus produced a general
classification of all living species and this system has formed the departure point for all subsequent
developments of taxonomy His system was ambitious and used polynomials some with fifteen words
An example is the oak with leaves with deep blunt lobes bearing hair-like bristles Although he
considered the polynomial name to be the true one he also made notes with two-term names The
current binomial system used today is based upon these notes His writings and those of other scientists
that came after him became the standard for all classifications Since Latin was the universal language
of scholarship his writings were all in Latin Actually his real name was Carl van Linne but he translated
that to Latin as well
In the course of the last couple of centuries naturalists have come to adopt two different forms of
investigation and comparison in their classification process First they studied the question of
adaptation to the environment the significance of diverse structures and behavioral patterns among
animal species and the reason why these different modes of behavior and lifestyles enable animals in
different surroundings to survive
Secondly they have tried to recognize affinities and relationships between the various species They
have attempted to identify the ldquofamily likenessesrdquo that often exist among species which live in different
environments and therefore may be quite unlike one another in outward appearance
As a result of all this research scientists have built up a system of classification which places every
animalplant species in a particular category according to its relationships with other animalsplants
This is taxonomy
Side note ndash genetic testing is now being used to help with classification
How does it Work
When a new animalplant is recognized and identified it is given a species name This may be a term
that describes it or identifies the person who first recognized it as a separate species Originally these
species names were assigned by the individual scientist that discovered them but now they are
assigned by international groups Once this species term is assigned it almost never changes In theory
NEBRASKA MASTER NATURALIST Explore Contribute Connect
24
it is never supposed to be changed even if it is later moved to a different genus family or class but over
the years there have been a few exceptions
The basis of taxonomy however is the genus This is the smallest grouping of related species When
taxonomy began there were relatively few identified species so species were grouped into genera and
there it ended As the body of knowledge grew so did the need for a broader system of grouping From
there the hierarchical system of classification based on natural features evolved
The current system works as follows
Individually related species are grouped into the same genus
The most closely related genera are grouped into the same family
Related families are grouped into an order
Orders are grouped into a related class
Similar classes are included in the same phylum
The phyla are then placed into the proper kingdom
Each of these categories may also contain sub- or super- subdivisions
Taxonomy is a constant work in progress As scientists learn more about different species their
classification may change Changes can reflect a clearer understanding of where the species fits in
among the others with similar characteristics Until recently we only had to contend with two kingdoms
ndash animal and plants Today scientists recognize a least five different kingdoms of living things
Monera ndash bacteria and blue-green algae
Protista ndash one-celled organism with nucleus
Plantea ndash green plants
Fungi ndash non-green plants
Animalia ndash animals
NEBRASKA MASTER NATURALIST Explore Contribute Connect
25
Fauna of Nebraska
Developed and Adopted by Keanna Leonard Education Director Rowe Sanctuary
Objectives for Fauna Mammals Amphibians amp Reptiles Birds 3-4 hours
1 Descriptions ndash (Mammals Amphibians and Reptiles birds --ndash IMPORTANT CHARACTERISTICS)
2 Vocabulary
3 Common Oderrsquos in Nebraska and examples
4 Nuts amp Bolts of Mammals How to ID amp locate specific animals and their evidence (possible
activity tracks traces etc) in Nebraska
MAMMALS IN A NUTSHELL Basic Characteristics
1 Mammary glands (hint the name) that
produce milk
2 Sweat glands
3 Sebaceous glands for oil
4 Presence of hair on the body at some time
during life span
5 Homiothermic Endotherm (warm blooded)--
regulate high body temperature
6 Four-chambered heart
7 Enucleated red blood cells
8 Have a diaphragm
9 Enlarged cerebral hemisphere
10 One bone in lower jaw and complex
dentition
11 3 middle ear bones
12 Turbinal bones in nasal chamber
13 Eggs develop in a uterus with
placental attachment and born alive
(viviparous)
MAMMAL VOCABULARY
Altricial Born helpless
Arboreal Tree dwelling
Carnivore A mammal in the order Carnivora
Carnivorous Meat eating
Crepuscular Active at dusk and dawn
Diurnal Active during the day
Dominant Ruler or leader of others
Habitat Region where an animal lives
Herbivore An animal that eats only plants
Herbivorous Plant eating
Hibernation Winter period when certain
animals become inactive to a point in
where all body functions slow
considerably for a long period
Instinct Inherited mode of behavior
Mammal Animals that have hair on their
bodies (see other char above)
Marsupial Animals whose females have
pouches
Nocturnal Active during nighttime
Omnivore Animals that eats both meat and
plant material
Omnivorous Eating both meat and plant
material
Precocial Born in an advanced stage of
development and able to move about
Predator Animals that kills another animal for
food
Prehensile Grasping
Prey Animal hunted for food
NEBRASKA MASTER NATURALIST Explore Contribute Connect
26
Protective coloration Enables the animal to
blend in with surroundings
Reticulated Net-like pattern of skin
Terrestrial Ground dwelling
Viviparous Live birthing
There are 21 orders of mammals found in the world
Listed below are the orders and examples of common species found in Nebraska
More Species found in Core Curriculum Binder
Insectivores (shrews and moles)
Masked Shrew (Sorex cinereus)
Northern Short-tailed Shrew (Blarina
brevicauda) (venomous)
Least Shrew (Cryptotis parva)
Eastern Mole (Scalopus aquaticus)
Chiroptera (bats)
Big Brown Bat (Eptesicus fuscus)
Red Bat (Lasiurus borealis)
Hoary Bat (Lasiurus cinereus)
Xenarthra
Nine-banded Armadillo (Dasypus novemcinctus)
Lagomorpha Eastern Cottontail (Sylvilagus floridanus) Black-tailed Jackrabbit (Lepus californicus)
Rodentia
Franklinrsquos Ground Squirrel (Spermophilus
franklinii)
Thirteen-lined Ground Squirrel (S
tridecemlineatus)
Black-tailed Prairie Dog (Cynomys
ludovicianus)
Plains Pocket Gopher (Geomys bursarius)(fur-
lined pouch)
Plains Pocket Mouse (Perognathus
flavescens)
Beaver (Castor canadensis)
Eastern Woodrat (Neotoma floridana)
Meadow Vole (Microtus pennsylvanicus)
Muskrat (Ondtra zibethicus) (laterally
compressed tail)
Porcupine (Erethizon dorsatu
Carnivora Despite the name of the order not all are carnivorous Many are omnivores (most bears and raccoons)
and some are even herbivores (giant panda)
Most carnivorous mammals have 3 up and 3 down relatively small incisors and 1 up and 1 down large
canine teeth on both sides of the incisors
Common species found in this area include
Family Canidae Coyote (Canis latrans) Red fox (Vulpes vulpes)
Family Procyonida Raccoon (Procyon lotor)
Family Mustelidae
NEBRASKA MASTER NATURALIST Explore Contribute Connect
27
Long-tailed Weasel (Mustela nivalis)
Least Weasel (M nibalis)
Mink (Mustela vison)
Badger (Taxidea taxus)
Striped Skunk (Mephitis mephitis)
River Otter (Lutra canadensis)
Family Felidae Bobcat (Felis rufus)
Artiodactyla Mule Deer (Odocoileus hemionus) White-tailed Deer (O virginianus
References National Audubon Society Field Guide to North American Mammals by John O Whitake Jr Robert
Elman Carol Nehring (Alfred A Knoph Inc 1994)
Guide to Mammals of the Plains States By J Knox Jr Davide M Armstrong Jerry R Choate (University
of Nebraska Press 1985)
The Nuts and Bolts Know important characteristics especially-
Mammary glands Sweat glands Sebaceous glands Hair sometime during their life
4 chambered heart
Though these critters look like a rodent
Donrsquot confuse them for a moment
They sport small eyes and ears out of view
Their teeth are small sharp and more than a few
They are made up of one mole and shrews three
So in what ORDER can they be
Commonly seen species of Chiroptera number three And are known as the only mammals to swim through the air free They are normally seen at night and for finding food use echolocation rather than sight Now I know you know what they be But go ahead and name all three These mammals have what humans claim to be a disgusting habit of defecating undigested pellets and eating them again What are they Chewing the cud is normal for this group and so is walking on their two middle toes Name the common species found in this area
NEBRASKA MASTER NATURALIST Explore Contribute Connect
28
AMPHIBIANS
Basic Characteristics
1 Skin naked No scales or hair
2 Eggs do not have shells but are jelly like
Laid in clusters always in water
3 Ectodermic
4 Can breathe through permeable skin
5 Spend all or part of life in water
6 Adults are carnivores Size of head
determines size of prey
7 Incomplete lung development
DIFFERENCES BETWEEN REPTILES AND AMPHIBIANS
Reptiles
1 Ectodermic
2 Covered with scales or plates
3 Shed skin
4 Most not do not live in or around water
Amphibians
1 Ectodermic
2 Smooth slimy skin without scales
3 Do not shed skin
4 Spend all or part of life in water
5 Go through metamorphose
Listed below are the orders and examples of common species found in Nebraska
More Species found in Core Curriculum Binder
Salamanders (Order Urodela)
Small-mouth Salamander (Ambystoma
texanum) Occurs in eastern Nebraksa
Tiger Salamander (A tigrinum) Occurs
throughout the state
Frogs and Toads (Order Anura) Thirteen species occur in Nebraska
Pelobatidae or Spadefoot Family
Plains Spadefoot (Spea bombifrons) Occurs throughout Nebraska expect southeast
Ranidae or True Frog Family Plains Leopard Frog (Rana blairi)
Northern Leopard Frog (Rana pipiens)
Bullfrog (Rana catesbeiana
Microhylidae or Narrow-mouthed Family Plains Narrowmouth Toad (Gastrophryne olivacea)
NEBRASKA MASTER NATURALIST Explore Contribute Connect
29
Bufonidae or Toad Family
American Toad (Bufo americanus) Occurs only
in eastern part of the state
Great Plains Toad (Bufo cognatus) Occurs
throughout the state
Woodhousersquos Toad (Bufo woodhousei) Occurs
throughout the state
Hylidae or Tree Frogs
Northern Cricket Frog (Acris crepitans) East
and central Nebraska
Western Striped Chorus Frog (Pseudacris
triseriata amp P maculata) Occurs throughout the
state
Copes Gray Treefrog (Hyla chrysoscelis) Found
in eastern part of state
Resources Reptiles and Amphibians of Nebraska ndash herpetology database httpsnrsunleduherpneb
NEBRASKA MASTER NATURALIST Explore Contribute Connect
30
REPTILES Basic Characteristics
1 Ectothermic (cold-blooded) Body temperature is the same as the temperature of its surroundings
2 Dry skin covered with scales or plates
3 Teeth if present are needle-like or conical
4 Skin shed in one piece or several pieces at intervals
5 Lay soft shelled eggs or young born alive in a membranous sac
6 Lung breathing
There are four groups
Lizards - Short-legged long-bodied reptiles
Taped tail Size varies from 4- inch long fence
swift to 10 foot Kamodo dragon
Snakes - Legates cousins of lizards
Turtles - Armored shells
Crocodilians - Crocodiles Alligators Caimans
REPTILE VOCABULARY
Antivenin An antidote to the venom of
venomous snakes produced by inoculating
horses with small doses of venom Horses build
up an immunity or resistance The horsersquos
blood is used to make the antivenin
Blue Stage Refers to the condition of a snake
prior to shedding
Carapace Dorsal (covering the back) shell
Constrictor A term used in describing a snake
that kills its prey by constriction
Ectothermic Not able to control body
temperature (Cold-blooded) Dependent upon
environment to control body temperature
Egg Tooth A sharp projection located in front
of nose on upper jaw Used by infant reptiles to
cut through eggshell
Fangs Grooved or tubular teeth used to inject
venom
Hemotoxin Venom that attacks the blood
Herpetologist A specialist in reptiles
Jacobsonrsquos Organ A tastesmell sense organ
with two small openings located on roof of
mouth
Thermal Pit A heat sensory pit on side of head
between nostril and eye Allows snakes to track
warm-blooded animals and to strike accurately
especially at night Found only in venomous
snakes known as pit vipers
Neurotoxin Venom that attacks the nervous
system
Oviparous Lays egg
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31
Ovoviviparous Give birth to live young Egg
developed in female and then deposited as a
living young
Plastron Ventral (covering the belly) shell
Reticulated Net-like pattern on skin
Scales Folds of skin covering reptiles
Scutes Single section of shell each sell is made
up of many scutes
Toxic Poisonous
Toxin Poison
Undulating Type of snake locomotion typical of
most snakes - Leaves ldquoSrdquo shape track
Venom Poisonous fluid secreted from glands
and transmitted by bite or sting
Venomous Describes animal containing venom
gland
Nuts amp Bolts of Reptiles
Most reptiles are carnivores (eat meat) Many will eat only live food Some are herbivores (eat
plant material) as well as insectivores (eat insects)
Reptiles often found in water or underground for protection from predators and to help
regulate body temperature Air temperature can change quickly but water and soil
temperature are more constant therefore it helps to regulate the reptiles body temperature
Because they are ectothermic many reptiles live in places that are warm year round In colder
climates reptiles hibernate underground below the freeze line
Most reptile lay eggs and are called oviparous Eggs are buried in sand soil rotted logs etc and
kept warm only by heart from the sun or from rotting vegetation Very few reptiles stay around
to protect their eggs Some reptiles keep their eggs inside their bodies until they hatch and
produce live young (ovoviviparous) Example - garter snakes Very few reptiles care for or feed
their young Young are precocial able to look after themselves minutes after they hatch
Most snakes are harmless Even snakes that are venomous will not bite unless they are
cornered or stepped on Snakes are good and necessary animals They help control potential
destructive populations of rodents
Listed below are the orders and examples of common species found in Nebraska
ORDER CHELONIA Basic Characteristics
1 Contains all forms of turtles and tortoises
2 Has body enclosed in a shell made of
modified horny scales and bone Shell made of
two parts Carapace - upper part covering
animalrsquos back Plastron-under part covering
animalrsquos stomach amp chest
3Ribs and most of vertebrae attached to shell
4 Neck long and flexible and can usually be
withdrawn into shell
5 Have no teeth but jaws outfitted with horny
beaks
6 All lay eggs Usually bury eggs in pit in sand or soil Hatchlings must dig themselves to the surface
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32
Examples of Turtles found in Nebraska Snapping Turtle (Chelydra serpentina)
Blandingrsquos Turtle (Emydoidea (Emys)
blandingii) Protected Species
False Map Turtle (Graptemys
pseudogeographica) Protected Species
Ornate Box Turtle (Terrapene ornata)
Smooth Softshell (Apalone mutica)
Spiny Softshell (Apalone spinifer
SUBORDER LACERTILA (lizards) Basic Characteristics
1 Dry scaly skin clawed feet external ear
openings
2Have movable eyelids - snakes do not
3 Males and females often show different
coloration
4 Generally diurnal but many nocturnal
(geckos night lizards Gila Monsters)
5 Courtship brief fertilization is internal
6 Most are egg layers
Examples of Lizards of Nebraska
Six-line Racerunner (Cnemidophorus sexlineatus Five-line Skink (Eumeces fasciatus)
Many-lined Skink (Eumeces mulitvirgatus)
Great Plains Skink (Eumeces obsoletus)
Slender Glass Lizard (Ophisaurus attenautus)
Lesser Earless Lizard (Holbrookia maculate)
Northern Prairie Lizard (fence lizard)
(Sceloporus undulates)
SUBORDER SERPENTES (Snakes) Basic Characteristics
1 Elongated scaly bodies (to protect from water
loss) no limbs external ear opening or eyelids
(eye covered with a clear scale)
2 Terrestrial subterranean arboreal
amphibious
3 Carnivores swallow prey whole
4 Continue to grow throughout their lives
6 Hibernate in colder climates
7 Males locate females by scent
8 Internal fertilization
9 Some lay eggs others bear live young
11 Vipers (venomous snakes) have heat-
sensing organs called thermal pits
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33
12 Teeth slanted back If one is lost another drops down in itrsquos place
Examples of snakes found in Nebraska
Black Rat Snake (Elaphe obsoleta)
Great Plains Rat Snake (Elaphe guttata)
Bullsnake (Pituophis catenifer)
Common Kingsnake (Lampropeltis getula)
Eastern Hognose Snake (Heterodon
platyrhinos)
Western Hognose Snake (Heterodon nasicus)
Glossy Snake (Arizona elegans)
Milk Snake (Lampropeltis triangulum)
Plains Garter Snake (Thamnophis radix)
Common Garter Snake (Thamnophis sirtalis)
Racer (Coluber constrictor)
Pit Vipers
Copperhead (Agkistrodon contortrix) found in extreme southeast Nebraska
Massasauga (Sistrurus catenatus) Found in southeast Nebraska Protected Species
Prairie Rattlesnake (Crotalus viridis) Found in central and western parts of the state
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 34
Birds What Makes a Bird a Bird IMPORTANT CHARACTERISTICS
So what makes a bird a bird All birds share one common characteristic that no other animal has and
that is FEATHERS Other characteristics include
Maintain high constant body temperature Endotherms (warm-blooded)
Possess toothless beaks or bills
All lay hard-shelled eggs (oviparous)
Air sacs in birdrsquos body give buoyancy
Generally bones are hollow Decreases body weight
Four-chambered heart
Lend Me Your Ear Yes birds have ears but they are missing the pinna or outside part of the ear that collects sound Birds
have feather-covered openings on both sides of the head just behind the eyes Owls and other night-
flying birds have off-setting ears that allow them to pinpoint the exact position of prey
Can birds smell We are not quite sure how well most birds smell We do know vultures use the sense of smell to find
their dinner The champion bird sniffer belongs to kiwi found in New Zealand They are able to sniff out earthworms Some diving birds like cormorants cannot even breathe through their nostrils because they are sealed Ocean birds have special glands in their noses which eliminates salt from the salty water they drink
Eggs Birds lay hard-shelled eggs made mostly of carbon carbonate The hard shell keeps the egg from drying
out and allows parents to sit on it without damaging the developing chick Though the shells are hard it
does not mean that they are non-porous Microscopic pores allow the embryo to ldquobreatherdquo Carbon
dioxide and oxygen can pass through the shell
Eggs come in all sizes colors and patterns We believe that the different colors and patterns are
intended as camouflage Blue and green eggs are found in nests that are in the shade Patterned eggs
blend in with vegetation and stones and white eggs are normally found in cavities
The shape of eggs also depends on where a bird nests The most common shape is oval A pointed egg
is usually found near ledges Round eggs are generally found in highly secure nests
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 35
Commonly Seen Bird Families of Nebraska
Grebes (Family Podicipediae ndash rump foot)
WHAT TO LOOK FOR
Sleek diving waterbirds - small to medium size
Most have sharp pointed bills with fairly long necks short wings and almost no tail
Have lobed toes and legs set far back on body
Common Nebraska species - Pied-billed horned eared western and Clark grebes
Pelicans (Family Pelecanidae ndash an ax)
WHAT TO LOOK FOR
Very large waterbirds
Huge bills with large distensible pouches
Most are white with black flight feathers ndash wingspan 6-9 feet
Common Nebraska species ndash American White Pelican
Cormorants (Family Phalacrocoracidae ndash bald raven)
WHAT TO LOOK FOR
Large diving waterbird shaped like an elongated goose
Long neck and long bill hooked at the end
Wing span 3-5 feet Mostly dark in color
Common Nebraska species ndash Double-crested cormorant
Herons Egrets and Bitterns (Family Ardeidae - )
WHAT TO LOOK FOR
Medium to large wading birds
Usually with long legs bills and S-shaped neck
Short rounded tails
Common Nebraska species ndash American and least bitterns great and snowy egrets little
blue egret cattle egret great blue green black-crowned night and
yellow-crowned night herons
Ibises (and Spoonbills) (Family Threskiornithidae ndash sacred bird)
WHAT TO LOOK FOR
Medium to large wading birds
Long necks and legs with a duck-like body
Long tapering down-curved bill Common Nebraska species ndash white-faced ibis
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Page | 36
Vultures (Family Cathartidae ndash cleanser)
WHAT TO LOOK FOR
Large soaring scavengers
Resemble eagles and large hawks in flight
Head and neck void of feathers bill hooked
Hold wings in a raised V-shape (dihedral)
Common Nebraska species ndash turkey vulture
Duck Geese and Swans (Family Anatidae ndash waterfowl)
WHAT TO LOOK FOR
Medium to large waterbirds
Large heads with conspicuous and horizontally flattened bills
Long necks heavy bodies relative short tails webbed feet and long wingspan Major differences between duck geese and swans
Ducks
Smallest of the three Have a soft swelling about the nostrils called a cere
Males of most ducks are easily separated from females by their gaudier plumage Feathers are
molted twice a year
Most males change into nuptial plumage after pair formation in the fall There may be some
modification of shape of a single feather or entire regions of plumage
Most species are sexually mature at 9 - 11 months
Males take no part in incubation
Geese
Neck shorter than body
Lore (area between eye and bill) feathered and more bluntly triangular than ducksrsquo
Sexes are similar
Permanent pair bonding
Molt once per year postnuptially
Sexually mature at 3 years
Males protect female clutch and brood after hatching
Young stay with parents for almost a year
Legs of most geese are farther forward under the belly than those of typical swans and ducks
Swans
Longest necks - necks slightly longer than body
Lore is naked
Sexes are similar
Molt once per year postnuptially - parents molt one after the other so one is able to fly
Young are carried on parentsrsquo backs
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 37
Sexually mature at 4 -5 years
Hawks and Allies (Family Accipitridae ndash to grasp or take)
Medium to very large diurnal raptors
Hooked beak strong legs and sharp talons
Buteos (buzzard hawks)
Stocky with broad wings wide tails
Soar and wheel high in the sky
Common Nebraska species ndash red-shouldered broad-winged Swainsonrsquos red-tailed
ferruginous rough-legged hawks
Accipiters (true hawks)
Small heads short rounded wings longish tail slender bodies
Fly with several rapid beats and a glide Common Nebraska species ndash sharp-shinned hawk Cooperrsquos hawk northern goshawk
Harriers
Slim body with slim round-tipped wings
Fly in open country gliding low with wings lifted in a V (dihedral)
Species in Nebraska - northern harrier
Kites
Small falcon shaped buoyant gliders not power-fliers
Common Nebraska species ndash Mississippi Kite
Osprey
Soar high on long swept-back wings
Broad tail short-headed appearance
Often travel in pairs
Eagles
Large very broad bodied with broad long plank-like wings massive head and bill
Soar steadily holding wings flat out to the side
Powerful wing beat on upstroke wings raised high Common Nebraska species ndash bald and golden
Falcons (and caracaras) (Family Falconidae - )
WHAT TO LOOK FOR
Small to large compact fast-flying raptors
Long pointed wings bent at the wrist - Strong rapid wing strokes
Common Nebraska species ndash American kestrel gyrfalcon peregrine falcon prairie falcon
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 38
Grouse Turkeys and Pheasants (Family Phasianidae ndash cock or fowl-like bird)
WHAT TO LOOK FOR
Ground dwelling birds with feather nostrils
Short strong bills and short rounded wings
Flight strong but brief
Males perform elaborate courting displays
Common Nebraska species ndash ring-necked pheasant sharp-tailed grouse greater
prairie chicken wild turkey
New World Quail ( Family Odontophoridae ndash bearing teeth)
WHAT TO LOOK FOR
Ground dwelling bird found in brushy habitat and other dense low foliage
Chunky rounded bodies and crests or head plumes
Chicken-like bill short rounded wings
Common Nebraska species - northern bobwhite
Rails and Coots (Family Rallidae - )
WHAT TO LOOK FOR
Marsh birds with short tails and stubby wings
Secretive and identified chiefly by call and habitat
Rails are laterally flattened ldquoThin as a railrdquo Coots are plumper and gregarious
Common Nebraska species ndash yellow rail black rail king rail Virginia rail sora common
moorhen American coot
Cranes (Family Gruidae - )
WHAT TO LOOK FOR
Tall stately wetland birds with long necks and long bills
Tertial flight feathers droop over rump in a bustle when standing
Fly with necks fully extended
Circle in thermals like raptors
Common Nebraska species - sandhill and whooping cranes
Plovers and Killdeer (Family Charadriidae ndash nocturnal waterbird)
WHAT TO LOOK FOR
Small to medium shorebirds that dart across the ground stop and then take off again Upright posture with medium length legs and long pointed wings
Rounded head large eyes thick neck with a short thick bill
Common Nebraska species ndash black-billed American golden snowy semipalmated piping
plovers and killdeer
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Page | 39
Stilts and Avocets (Family Recurviostridae- bent bill)
WHAT TO LOOK FOR
Tall slim shorebirds
Long thin bill very long slender legs long neck striking black-and-white plumage Stilts have straight bills avocets have re-curved bills
Common Nebraska species ndash American avocets black-necked stilt
Sandpipers and Phalaropes and Allies (Family Scolopacidae ndash woodcock)
WHAT TO LOOK FOR
Diverse group of shorebirds
Long toes and long tapered wings
Bill and leg length varies but bill more slender than a ploverrsquos
Plumage browns grays and whites with reds and oranges during breeding season
All but one species have short elevated hind toe
Species found in Nebraska include common snipe ruddy turnstone phalaropes sandpipers
woodcocks godwits whimbrels willets etc
Dowitchers
WHAT TO LOOK FOR
Medium sized chunky dark shorebird
Long straight bills and distinct pale eyebrows
Feed in mud or shallow water in a rapid jabbing motion
Phalaropes
WHAT TO LOOK FOR
Often spin like a top in water when feeding
Female larger and more colorful than male
Male tends incubates and cares for chicks
Common Nebraska species ndash Wilsonrsquos and red-necked phalaropes
Gulls Terns and Allies (Family Laridae ndashsea birds)
Gulls
WHAT TO LOOK FOR
More robust with wider wings and longer legs than terns
Bill slightly hooked tail square or rounded - Seldom Dive
Common Nebraska species ndash Pomarine Jaeger Franklinrsquos little Bonapartersquos ring-
billed California Herring Thayerrsquos lesser black-backed glaucous
Sabinersquos gulls black-legged kittiwake
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 40
Terns
WHAT TO LOOK FOR
Graceful more streamline than gulls
Usually has a forked tail ndash most whitish with black cap
Sharp-pointed bill - Hoover and dive headfirst for fish
Common Nebraska species ndash Caspian common Foresterrsquos terns
Pigeons and Doves (Family Columbidae ndash dove)
WHAT TO LOOK FOR
Plump fast flying cooing voice
Short legs and necks and small heads short bills
Tail fan-like rounded or pointed
Pigeons larger than doves
Common Nebraska species ndash rock mourning Eurasian collared doves
Cuckoos Roadrunners and Anis (Family Cuculidae - )
WHAT TO LOOK FOR
Slender with a long tail at least half of the birdrsquos total length
Fairly large sturdy decurved (curving down) bill
2 toes forward 2 back (zygodactyls)
Common Nebraska species - black-billed cuckoo and yellow-billed cuckoo
Barn Owls (Family Tytonidae -)
WHAT TO LOOK FOR
Slim medium sized night hunter
Legs are long and sparsely feathered
Large head with large forward-facing immovable eyes
Heart-shaped face hooked beak and ghostly appearance
Typical Owls (Family Stigidae ndash night bird)
WHAT TO LOOK FOR
Generally night hunters
Large heads flatten face with large forward-facing immovable eyes hooked beak
Mottled appearance some with feather tuffs upright stance
Common Nebraska species ndash eastern screech great horned burrowing barred long-eared
short-eared northern saw-whet owls
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 41
Nighthawks and Nightjars (Family Caprimulgidae ndashgoat sucker)
WHAT TO LOOK FOR
Nocturnal or crepuscular
Big tail large eyes tiny bills surrounding a large gaping mouth
By day sit horizontally on limb or on ground
Easiest to identify by voice
Common Nebraska species ndash common nighthawk common poorwill chuck-willrsquos-widow
Whip-poor-will
Swifts (Family Apodidae ndash without feet)
WHAT TO LOOK FOR
Small to medium sized aerial foragers ndashspend most of life flying
Long sickle-shaped wings bending close to body and extremely short legs
Eat bathe drink and sometime mate in the air
Common Nebraska species - chimney swift white-throated swift
Hummingbirds (Family Trochilidae ndash small bird)
WHAT TO LOOK FOR
Tiny body long slender bill
Distinctive blur and hum of hovering wings
Jewel-like throat feather found on male
Common Nebraska species ndash ruby-throated broad-tailed and rufous hummingbirds
Kingfishers (Family Alcedinidae - kingfisher)
WHAT TO LOOK FOR
Small to medium size
Thickset with short neck and tail small feet
Large head with a ragged crest and long strong bill
Sit on lines and low branches near water or hovers above water
Plunges head first into water to catch fish
Common Nebraska species ndash belted kingfisher
Woodpeckers (Family Picidae ndash woodpecker)
WHAT TO LOOK FOR
Arboreal (tree) birds
Vertical posture creep up trees
Strong chisel-like bill short legs stiff tail feathers rounded wings
Undulating flight pattern and characteristic bill drumming
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 42
Common Nebraska species ndash Lewisrsquos red-headed red-bellied hairy downy woodpeckers
yellow-bellied and red-naped sapsuckers northern flicker
THE PASSERINES Feet adapted to perching
Tyrant Flycatchers (Family Tyrannidae - lord ruler king)
WHAT TO LOOK FOR
Small to medium perching bird
Large head broad flattened bill pointed wings short legs
Bristly ldquowhiskersrdquo at base of bill
Sit upright on exposed branch and dart out to catch insects
Common Nebraska species - flycatchers pewees kingbirds phoebes kingbirds
Shrikes (Family Laniidae ndash butcher)
WHAT TO LOOK FOR
ldquoButcher birdsrdquo ndash impale prey on thorns (may be to attract a mate and mark territory)
Robin-size bird with hooked bill and masked face with hawk-like behavior
Black gray and white birds
Common Nebraska species - northern and loggerhead shrike
Vireos (Family Vireondae ndash small bird)
WHAT TO LOOK FOR
Small olive- or gray-backed bird with short sturdy cylindrical slightly hooked bill
Can have wing bars and eye-rings or have eye stripes and no wing bars
Often confused with warblers but are chunkier bigger headed thicker billed
Common Nebraska species ndash white-eyed Bellrsquos yellow-throated plumbeous
Cassinrsquos blue-headed warbling Philadelphia red-eyed
Crows and Jays (Family Corvidae ndash raven)
WHAT TO LOOK FOR
Large perching bird with strong longish all-purpose bill to handle variety of foods
Nostrils covered with feathers
Legs scaled in front and smooth behind
Harsh voice and noisy
Bold gregarious
Common Nebraska species - black-billed magpie American crow
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 43
Larks (Family Alauidae ndash lark)
WHAT TO LOOK FOR
Ground dwellers of open fields ndash seldom seen in trees and shrub
Walk rather than hop have an elongated hind toe
Slender billed seed and insect eaters
Yellowwhite face with black facemask horns and breast band
Has musical song often sung in display flight
Common Nebraska species ndash horned lark
Swallows and Martins (Family Hirundinidae ndash swallow)
WHAT TO LOOK FOR
Slim streamline bodies with long pointed angled wings
Tail forked or squared legs and feet inconspicuous
Bill short and wide
Fluid aerialists ndash dart about catching insects
Flocks perch in long rows on branches and lines
Common Nebraska species ndash purple martin northern rough wing bank cliff barn swallows
Chickadees and Titmice (Family Paridae - )
WHAT TO LOOK FOR
Small plump sociable birds with short bills and wings
Active agile ndash often hang upside down to feed
Many times roam in little bands (often leading the group) in search of food
Chickadee ndash no tuff of feathers on head Titmice ndash tufted Common Nebraska species ndash black-capped chickadee tufted titmouse
Nuthatches (Family Sittidae ndash birds that peck bark of tree)
WHAT TO LOOK FOR
Small stout tree-climbers with slightly upturned strong woodpecker-like bills
Stubby squared off tails
Walk down trees headfirst Common Nebraska species ndash red-breasted and white-breasted nuthatches
Creepers (Family Certhiidae -)
WHAT TO LOOK FOR
Small slim tree-dwellers with stiff tails and slender downward curving bill
Primarily brown
Common Nebraska species ndash brown creeper
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 44
Wrens (Family Troglodytidae ndash cave dweller
WHAT TO LOOK FOR
Small stumpy energetic brown birds
Bill slightly down turned loud song
Tails often in ldquocockedrdquo or up-tilted position
Common Nebraska species ndash rock house winter marsh wrens
Kinglets (Family Regulidae -)
WHAT TO LOOK FOR
TINY very active songbirds ndash only certain hummingbirds smaller
Can hover will feeding
Greenish plumage with bright colored crowns Short tails
Common Nebraska species ndash ruby-crowned and golden-crowned kinglets
Gnatcatchers (and Old World Warblers) (Family Sylviidae - )
WHAT TO LOOK FOR
Small birds with slender pointed bills surrounded by rectal bristles
Drab plumage with seasonally changing head patterns
In constant motion
Common Nebraska species ndash blue-gray gnatcatcher
Thrushes (Family Turdidae -)
WHAT TO LOOK FOR
Large-eyed upright postured songbirds - known for their singing ability
Bill is slender straight but not sharp
Often hop along the ground looking for food
Common Nebraska species ndash eastern bluebird veery gray-cheeked Swainsonrsquos hermit
wood thrush American robin
Mockingbirds and Thrashers (Family Mimidae ndash imitator mimic)
WHAT TO LOOK FOR
Well known for their vocal and mimicking ability
Have short rounded wings long legs and tails
Long down-curved bills
Common Nebraska species ndash gray catbird northern mockingbird brown thrasher
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 45
Starlings (and Mynas) (Family Sturnidae - )
WHAT TO LOOK FOR
Medium sized chunky glossy birds with short tails sharp bills
Short triangular to rounded wings
Gregarious bold birds
Pipits (and Wagtails) (Family Motacillidae -)
WHAT TO LOOK FOR
Slender billed brownish ground dwellers with long back toe
Walk briskly rather than hop along the ground
Most species bob their tails up and down
Common Nebraska species ndash American pipit
Waxwings (Family Bombycillidae ndash silk tail)
WHAT TO LOOK FOR
Birds with sleek crest that can be erected
Plump-bodied birds with pointed wings with red waxy tips of secondaries
Bill is small wide and notched high thin calls
Square tail with terminal yellow band
Common Nebraska species ndash Bohemian and cedar waxwings
Wood Warblers (Family Parulidae -)
WHAT TO LOOK FOR
Brightly colored (mostly yellow) birds
Smaller than sparrows with thin needle-like bills
Common Nebraska species ndash approx 34 warblers ovenbirds yellow-breasted chats and
waterthrush
New World Sparrows (Family Emberizidae -)
WHAT TO LOOK FOR
Small to medium-sized birds - often brown streaked appearance
Rounded wings cone-shaped bills
Common Nebraska species ndash 20 sparrows towhees longspurs dark-eyed juncos snow and
lark buntings
Cardinals and Allies (Family Cardinalidae )
WHAT TO LOOK FOR
Medium to large songbirds
Have large cone-shaped bills
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 46
Males often very colorful
Common Nebraska species ndash northern cardinals rose-breasted and black-headed grosbeaks
indigo bunting dickcissel
Blackbirds Orioles and Allies (Family Icteridae)
WHAT TO LOOK FOR
Medium to large songbirds with strong straight bills
Strong-direct flight
Plumage varies from iridescent black to yellow to orange
Common Nebraska species ndash Bobolink eastern and western meadowlarks red-winged and
rusty blackbirds common and great-tailed grackles orchard Baltimore and
Bullockrsquos orioles brown-headed cowbird
Finches and Allies (Family Fringillidae)
WHAT TO LOOK FOR
Small to medium songbirds
Have conical bills and forked relatively short tails
Fly fast and undulate through the air giving high-pitched calls in flight
Common Nebraska species ndash gray-crowned rosy purple Cassinrsquos house finches red
crossbill white-winged crossbill common redpoll pine siskin American goldfinch
evening grosbeak
Old World Sparrows (Family Passeridae)
WHAT TO LOOK FOR
Stouter bodies shorter legs and thicker bills than native sparrows
Have a simple song repeating single elements with no particular rhythm or beginning
And end vocalize all day and year-round
Common Nebraska species ndash house sparrow (introduced)
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 47
Geology and Natural History of Nebraska
Being Developed by Jon Garbisch Cedar Point Biological Station jgarbisch2unledu
bull Geological history of Nebraska
bull Present geological formation of regions
bull General soil types
bull Geological landforms and related habitats
What we currently use
Theme
Nebraska geology formed over millions of years through the erosion of mountains the deposition of
sediments and the flow of water and ice shaping the landscape that we call home
Goal
Attendees will develop an understanding of the natural processes that influenced and built Nebraska
and in so doing develop a greater appreciation for the geology and how it relates to all other aspects of
the statersquos identity
Objective(s)
The Master Naturalists attendees will be able to use the knowledge they have gained to better
understand the surface and subsurface geology at any location in the state that they may find
themselves working
How will it be measured
Attendees will be able to use the knowledge gained to actively interpret general Nebraska geology by
completing activities in the form of hand-out diagrams biostratigraphic fossil correlations
interpretation of rock type hand specimens and visual description of the Geology on the trail at Camp
Brewster Fontenelle Forest
Introduction
Nebraska geology formed over millions of years through the erosion of mountains the deposition of
sediments and the flow of water and ice shaping the landscape that we call home (Hand out agenda)
Geology is rooted in the 3 rock groups that exist on planet Earth and so familiarity with
o these groups gives us a solid foundation for all other geologic interpretation
A half hour will be spent handling examples from each rock group
o 3 groups 3 tables with one rock type on each table each group spends 10 minutes at
each table
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 48
The Geologic Time Scale is a record over time of the Earths major geologic events and we
can use it to help us understand how and when Nebraska took shape
The natural agents of change which have shaped our state include oceans rivers wind
o and ice
The geologic time periods in Nebraska are represented by rock layers (or not) which occur all
around the state and have been named so that no matter where you are in the state you can
correlate the strata to the time scale (fossilsisotopes)
6 Geologic Principles will be discussed so that when the MN is in the field they can be used as an
aid in basic geologic interpretation
Conclusion
Nebraska geology formed over millions of years through the erosion of mountains the deposition of
sediments and the flow of water and ice shaping the landscape that we call home Geology supplies us
a record of the events that have shaped our Earth by learning the language in which the Earth script is
written we will be able to interpret and share the story of our state of Nebraska This understanding will
aid in us in relating to other areas influential and important to the state
Places to Go (places to see examples of Nebraska geology)
a Agate Fossil Beds National Monument Lower Miocene fossil mammal site including abundant body fossils of ancient mammals and prominent fossil rodent burrows
b Ashfall State Park Upper Miocene fossil mammal assemblage found in ash derived from an eruption of a predecessor to the Yellowstone volcanic field c Chimney Rock National Historic Site Oligocene and Lower Miocene continental sedimentary rocks deposited as sediments by wind and steams
d Hummel Park (Omaha) outcrops of Pleistocene glacial till and loess
e Lincoln area Capitol Beach Lake and history of saline waters and salt industry flooding history of Antelope and Salt creeks building stones in downtown area brick industry University of Nebraska State Museum
f Louisville area outcrops of Upper Pennsylvanian marine sedimentary rocks
g Valentine area and Niobrara National Wildlife Refuge Niobrara River Canyon and Cenozoic stratigraphy
h Niobrara State Park Upper Cretaceous marine sedimentary rocks (Niobrara Formation and Pierre Shale) landslides along Missouri River anthropogenic changes in Missouri River Niobrara River and Mormon Canal
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 49
i Downtown Omaha removal of loess from hills in downtown area engineering of Missouri River (eg groins bank armoring etc) visible at Bob Kerrey Memorial Bridge deep bedrock water wells at old industrial sites
j Platte River State Park Upper Pennsylvanian marine sedimentary rocks and overlook of Platte River
k Ponca State Park Upper Cretaceous marine sedimentary rocks (uppermost Dakota Formation through Greenhorn Limestone)
l Rock Creek State Historical Park middle Cretaceous Dakota Formationmdashfluvio-estuarine continental deposits
m Schramm Park Upper Pennsylvanian marine sedimentary rocks
n Scotia and Happy Jack Chalk Mine Upper Miocene lake deposit In Ogallala Group
o Scotts Bluff National Monument Oligocene and Lower Miocene continental sedimentary rocks deposited as sediments by wind and steams
p Smith Falls State ParkCenozoic stratigraphy Niobrara River waterfalls as knick points
q Toadstool Park and nearby areas continental sedimentary rocks of upper Eocene Chadron Formation Pine Ridge escarpment Trailside Museum and Ft Robinson State Park
r Weeping Water area Upper Pennsylvanian marine sedimentary rocks
s Wildcat RidgeHillsescarpment on Oligocene and Lower Miocene continental sedimentary rocks deeply eroded into canyons buttes and pinnacles by stream erosion during and after the Late Pliocene
t Indian Cave State Park and Iron Horse Trail south of Peru Upper Pennsylvanian Indian Cave Sandstone (fluvio-estuarine deposit) and sandstone cave
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 50
North American Model and Outdoor Skills Developed by Jeff Rawlinson Assistant Division Administrator Information and Education Nebraska Game and Parks Commission jeffrawlinsonnebraskagov
OUR North American Model of Conservation
Perhaps no other story is more compelling and more important in American history as that of how
our natural resources came to be one of the most important elements in our lives The history of our citizenryrsquos strong land ethic ties us to the natural world long after other nations have forgone this relationship We value how the common person from a common family can participate in the thrill of the chase experiencing wildness to its fullest
The North American Model of Conservation is a philosophy that the United States and Canada have
developed to manage wildlife in a sustainable way Historians debate how this land ethic began Some
say our model of conservation began in 1937 with the passage of the PittmanRobertson Act a move that provided funding for wildlife conservation at the national and state level The source of this funding came from the sale of hunting and shooting equipment Others may say that it began when the conservation giant President Theodore Roosevelt brought management of natural resources to the
political forefront Others would argue our Model of conservation was birthed under the Magna Charta which transferred the ownership of wildlife from the King of England and the English nobles to the all of
the people of England In reality however our Model has been under development for several hundred years combining what we have learned from other nations peoples cultures and experiences to shape a philosophy ingrained in our culture supported by hunters anglers and shooting sports enthusiasts
benefiting all wildlife and wild lands in the United States
First Wildlife Managers The concept of managing wildlife or natural resources was not conceived by our young nation For
thousands of years humanity has been manipulating and controlling the land and all its inhabitants to benefit our needs Ever since the first hunter followed that wooly creature across the Bering Straight embarking on an epic journey that would result in settling of North America man has ldquomanagedrdquo
wildlife in North America
Throughout history many leaders have shown some element of concern or conservation ethic towards wildlife The great Kublai Khan grandson of Genghis Khan and founder of the Yuan Dynasty in China forbade harvesting of many species of wildlife during critical reproductive months of March
through August so species could ldquoincrease and multiplyrdquo Conservation of wildlife is even found in Mosaic Law in Deuteronomy 226 representing some of the first written wildlife management idealsmdashldquo If you come across a birdrsquos nest in any tree or on the ground with young ones or eggs and
the mother sitting on the young or on the eggs you shall not take the mother with the youngrdquo (English Standard Version 2001)
As populations expanded throughout Europe wildlife resources fell under ownership of powerful kings
who enacted harsh punishments for anyone found taking the kingrsquos game In 1215 a rebellion against King John of England resulted in the Magna Charta transferring ownership of lands and game from the crown to the people This ldquoprivatizingrdquo of wildlife ownership had profound impacts America over 500 years later
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 51
Era Of Abundance (1600 ndash 1850) When our forefathers first landed on the eastern shores of America they brought with them science
religion and a new hope They found plentiful game and soon began a relationship with the land that provided them with many of their daily needs Wildlife was viewed as a limitless resource in a relatively untapped land These early settlers had left Europe where few had access to wildlife and entered a world where everyone had access Furs feathers hides all had value to this young country In 1776 the Declaration of Independence revoked the Kingrsquos rights to land and people in this new world After a
bloody war led by revolutionaries such as Washington Hamilton Jefferson and Adams the United States gained its independence and the land and wildlife belonged to everyone
Era Of Exploitation (1850 ndash 1900)
The 1800s brought a commercialization of our wildlife resources Market hunting and habitat
destruction began to decimate wildlife populations such as the American Bison and Passenger Pigeon After the American Revolutionary War and the Civial Warmdashwhich nearly destroyed our ldquodemocratic
experimentrdquo all togethermdashfew people were looking after the interest of wildlife and even fewer rules
existed governing the management of a resource everyone had ownership of yet no one had responsibility for
The railroad provided settlers with the means to access new lands expanding the markets for meats hides and fur Advancements in technology such as the repeating rifle further aided the unbridled
destruction of wildlife resources Yet throughout this era something positive was growing The people of this new nation were developing a relationship with the land By 1842 a Supreme Court ruling had huge impacts on this developing model of conservation resulting in a Public Trust Doctrine that would
further outline a model for conserving our natural resources Conservation was developing some direction but had no money or laws to support it
Era Of Protection (19001930) The early 1900s brought an industrial boom Abuse of natural resources had taken its toll and throughout the Nation and evidence of this abuse could be seen in the loss of species such as the
passenger pigeon near loss of the American bison and in many large mammals including whitetailed deer and our once numerous waterfowl species America was becoming an economic giant yet through
the roar of machines both political and metal a small voice could be heard It was the hunter and their voice was of concern for the direction our wildlife resources were heading Conservation minded men and women had continued a relationship with the land and the wildlife
Era of Game Management (1930 ndash 1966) The ldquodirty thirtiesrdquo were marked by the dust bowl and an impoverished nation Agricultural practices
unchecked by environmental stewardship had left the Nationrsquos heartland in ecological peril Politically the conservation movement was supported by the footings laid by Theodore Roosevelt New federal acts moved forward to provide for environmental protection due to the outcry of hunters in panic over the vanishing wildlife resources of the Nation
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 52
Wildlife conservation had support yet it lacked the science to properly manage our Nationrsquos resources A young biologist name Aldo Leopold changed all this with his writings including the book Game
Management which led to Universities across the country developing wildlife conservation programs These programs spawned a new breed of professional game managers who utilized science to support management methods that ultimately lead to the greatest wildlife conservation success story in the world In 1937 the PittmanRobertson Act provided thousands of jobs for young professionals along with ldquogame wardensrdquo supported by individual states to further the development of the Conservation Model
which now had science and funding to support it
Era of Environmental Management (1966 ndash Present) Science and funding led to a broadening view of conservation as focus shifted from managing ldquogame
animalsrdquo to managing the entire biota (environment and all living things in it) Further federal acts such
as the Endangered Species Act of 1966 and the National Environmental Policy Act of 1969 provided greater protection for species by a nation that had finally changed its course providing time to review
and perfect conservation efforts Recent acts such as the 1980 Farm Bill continued the effort to help
landowners provide quality habitat for wildlife and hunters by providing incentives to landowners to set aside highly erosive lands and plant them into wildlife habitat (grasslands) that benefit wildlife and hunters
The story of our unique model of conservation is still being written New challenges today threaten our
coveted resources and new professionals are entering the arena to further the plight of our Nationrsquos wildlife and hunting heritage
Seven Pillars of the Model
Seven main pillars have been highlighted as the foundation of support for the North American Model
of Conservation These include
The Public Trust The wildlife of the United States are owned by the people This is very different from the European Model where wildlife is privately owned The North American Model recognizes wildlife as a public
resource that is so important it can not be owned or managed by any one segment of our society but rather managed by professional state and federal entities for the benefit of all This concept known as
the Public Trust Doctrine began development in 1842 when the Supreme Court ruled that the Magna Charta had settled the question of who owns fish and wildlife and that King Charles II did not have the authority to give away the ldquodominion and propertyrdquo of lands in colonial America The court further ruled that since the American Revolution the people held public trust responsibilities for fish and wildlife except for rights specified in the US Constitution
Prohibition on Commerce
It was the hunter who brought forth stringent laws that protected wildlife from peril in the 19th
and 20th
centuries Because we all own and appreciate our wildlife as a national resource they should never find themselves on the public market to the highest bidder This path led to a largescale loss of many species
including the Passenger Pigeon and the near loss of the American bison As our country was developing these practices were common as people moved west in search of prosperity capitalizing on a land seemingly untouched by the modern world Today many laws in place serve to protect our most
valuable resourceshellipour wildlife
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 53
Democratic Rule of Law Each citizen of this great nation has the ability and responsibility to engage in healthy politics that serve
to support and protect sound wildlife conservation measures Our first conservation measures in this Country habitat restoration simple harvest restrictions and bag limits came from hunters people who respected the game they pursued and loved the wild places they chased them in The North American Model of conservation is built upon active public involvement instilling a value for wildlife in all citizens
Hunting Opportunity for All The Model was developed on the premise that all people regardless of political or economic standing could participate in and feel the thrill of the chase It is this unique Model that provides us with wildlife opportunities for all Americans Imagine how important this was to our fore fathers who left a brutal
King in England where only the aristocracy had any dream of pursuing wild creatures in wild places Our
wildlife laws ensure that each generation that comes after us will have the same opportunity to enjoy and appreciate wildlife
Nonfrivolous Use Our management of wildlife depends on a citizenry that loves and appreciates the wild creatures and the habitats necessary to their survival and our quality of life Wildlife may be utilized under strict rule of
law including utilizing the wildlife once harvested to its best potential Killing wildlife for the sake of killing can only lead to the numbing of hearts to wildlife and a profound lack of respect for our most
precious resources
International Resources
It was not until the 20th
century that hunters and wildlife lovers understood the importance of
managing wildlife at a much larger scale This became readily apparent with the passage of the
Migratory Bird Treaty Act of 1918 where nations came together to manage wildlife resources as a
collective Wildlife species do not recognize national or state boundaries Governments must work together to be effective in managing wildlife for the benefit of all The United States has made great
strides in this area with Mexico and Canada Our wildlife is not only a resource to us but to all continents they may call home throughout the year Our biologists must think globally to be effective locally
Scientific Management Although Theodore Roosevelt brought conservation to the political forefront it was a young forester from Iowa that made the study of wildlife management a science Aldo Leopold is considered by many
as the ldquofather of wildlife managementrdquo due to his tireless efforts to develop curriculum for future wildlife biologists Today our biologists earn their opportunity to manage wildlife through prominent
Bachelor Masters and Doctorate degree programs from Universities around the world Wildlife must be managed using fact science and the latest research We are constantly learning and adapting to new technology and changing environments For such an important resource we cannot afford to have it any other way
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 54
Nebraska Master Naturalist Specializations Certifying as a Specialist ldquoFollow your own natural geniusrdquo wrote Thoreau ldquoand it will not fail to show you a fresh prospect every hourrdquo Many of us learn by doing When our curiosity and interests carry us into deeper study of a given subject it can be helpful to have clear opportunities to pursue Thus the Nebraska Master Naturalist Program offers specialized voluntary training for those who are hungry to develop and apply their particular skill and personal understanding on behalf of our natural legacy Specializations are designed to create collaborators leaders and mentors in four key areas
Interpretation and Outreach
Outdoor Skills and Recreation
Resource Management
Citizen Science Master Naturalist Certification Requirements Annual Requirement o 8 Hours Training Annually o 20 Hours of Volunteerism Annually Master Naturalist Specialization Requirement One Time Requirement o 20 Hours of Training Total Specific to Specialization Annual Requirement o Additional 20 Hours of Volunteerism Annually Specific to Specialization (does not include initial Certification annual requirement hours)
OUTDOOR SKILLS AND RECREATION SPECIALIZATION The purpose of OUTDOOR SKILLS AND RECREATION is to promote activity and development of skills in the outdoor pursuits associated with natural resources Specializations are designed to create collaborators leaders and mentors in particular areas A Certified Nebraska Master Naturalist can complete the Outdoor Recreation Specializationby meeting the following requirements Complete at least one of the workshops or certification‐leading trainings listed below If specialized training is not listed below it can be approved upon request by the Master Naturalist Program Committee Specialized Training Options ‐
Hunter Education Instructor Certification 13 hrs
National 4‐H Shooting Sports Instructor Certification 32 hrs
Nebraska 4‐H Shooting Sports Shotgun Certification 12 hrs
Nebraska 4‐H Shooting Sports Archery Certification 12 hrs
Nebraska 4‐H Shooting Sports Rifle Certification 12 hrs
Nebraska 4‐H Shooting Sports Pistol Certification 12 hrs
Nebraska 4‐H Shooting Sports Muzzleloader Certification 12 hrs
National Archery in the Schools Program Basic Archery Instructor 4 hrs
NRA Range OfficerMaster Certification 8 hrs
Hunt Master Training Instructor 4 hrs
NRA Shooting Instructor 16 hrs
NRA Shotgun Instructor 16 hrs
NRA Rifle Instructor 16 hrs
Boater Education Instructor 12 hrs
Youth Fishing Instructor 5 hrs
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 55
American Canoe Association National CanoeKayak Instructor 16‐32hrs
National Camp SchoolBoy Scouts 16‐24 hrs
Wood Badge TrainingBoy Scouts 16‐24 hrs
Merit Badge Counselor TrainingBoy Scouts 2‐16 hrs
Conservation Leaders for Tomorrow 35 hrs
Wilderness First Aid 16‐32 hrs
Professional Trappers College 40 hrs
American Camp Association Instructor Training 8‐40 hrs
American Red Cross Instructor Training 2‐16 hrs
American Sailing Association Instructor Training 16‐24 hrs
Certified Horsemanship Association Instructor Training 24‐40 hrs
Leave No Trace Master Educator Training 40 hrs
National Outdoor Leadership School 280 hrs
Camp Cook School 32‐96 hrs
Professional Association of Diving Instructors Training 32‐96 hrs
Professional Mountain Bike Association Instructor Training 24 hrs
League of American Bicyclists Instructor Certification 24 hrs
Hunting
Shooting
Fishing
Trapping
Camping
Outdoor Cooking
Orienteering
Geocaching
Photography
Wildlife Viewing
Hiking
Biking
Birding
Becoming an Outdoors‐Woman Program
Wilderness First Aid
Wilderness Survival
Leave No Trace Educator
Service Options ndash Provide a minimum of 20 hours of service annually in the following or similar areas
4‐H leader and youth training outdoor recreation
Scout leader and youth training outdoor recreation
Wild About Nature
Flying WILD Educator or Facilitator Workshop
Becoming an Outdoors Woman (BOW)
Beyond Becoming an Outdoors Woman (BOW)
Family Camp
Learn to Hunt Program
National Archery in the Schools Program BAI training or greater
Mentor HuntHunt Masters Training
After School Programs
Others ndash Upon approval
Outdoor discovery programs volunteer
CRO at a shooting event
Assist with National or State shooting sports competitions
Family fishing day
Design or write a brochure
Develop or contribute to a website
Develop or contribute to a social networking site
Design or write a newsletter
Assist in fundraising
Plan an event or festival
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 56
Interpretation amp Education- Developed By Lindsay Rogers Nebraska Game amp Parks
Commission
Do not try to satisfy your vanity by teaching a great many things Awaken peoplersquos curiosity It is
enough to open minds do not overload them Put there just a spark If there is some good
inflammable stuff it will catch firerdquo
- Anatole France in The Earth Speaks
Session Objectives
To help participants understand the role education plays in sounds ecological conservation
To help participants learn about past and present conservationist and interpretive educators
To help participants learn components of quality education and interpretation
To have participants partake in quality interpretive education
To make sure participants understand that their role is to light the spark and awaken curiosityhellip not spew facts
Lecture Requirements
1 What is interpretation (5 minutes) a What does ldquointerpretrdquo mean b National Association of Interpretation definition of ldquointerpretationrdquo
i Interpretation is a mission-based communication process that forges emotional and intellectual connection between the interests of the audience and the meanings inherent to the resource
c Freeman Tilden Interpreting Our Heritage 1957 i Interpretation is an educational activity which aims to reveal meanings
and relationships through the use of original objects by first-hand experience and by illustrative media rather than simply to communicate factual information
d Components of interpretation i pleasurable or enjoyable
ii relevant to the world iii organized iv themed v sparks an interest
vi includes information but does not stop there links information to the world
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 57
vii age appropriate viii taught to someone not at them
2 What is education (5 minutes)
a What does it mean to ldquoeducaterdquo someone b John Dewey Democracy amp Education 2944
i Education in its general sense is a form of learning in which the knowledge skills and habits of a group of people are transferred from one generation to the next through teaching training or research
c Components of education i - generally presented to someone but not always
ii enjoyable sometimes iii provides knowledge and facts iv can make connections but not always v organized and themed
d Both education and interpretation are important they work together
3 Conservationists (10 minutes) a Jon Muir
i Immigrated from Scotland to Wisconsin in 1849 ii Attended the University of Wisconsin studies botany amp geology
iii Moved to the western US mainly the Sierra Nevada area iv Believed humans were part of the interconnected natural world v Advocated for the preservation of natural areas
vi Co-founded the Sierra Club b Aldo Leopold
i Iowa native attended Yale University ii After college he joined the US Forest Service was stationed in Arizona
and New Mexico iii Developed theories of land ethics the need for biodiversity and an
appreciation for wilderness areas iv Moved to Wisconsin in 1924 became a professor at the University of
Wisconsin v Regarded as the ldquoFather of Conservationrdquo
c Gifford Pinchot i Born in Connecticut in 1905
ii Studied at Yale studies forestry in France iii Named chief of the Division of Forestry (later to become the US Forest
Service) iv First chief of the US Forest Service greatly improved forest
management and increased the size of Forest Service lands
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 58
v Managed forests for the greatest good for the greatest number Pinchot added the phrase in the long run to emphasize that forest management consists of long-term decisions
d Steven Mather i Born in California attended Berkley University
ii Worked for the Pacific Coast Borax Company where he had a talent for promotion Started a competing company made millions
iii When revisiting Sequoia and Yosemite National Parks in 1914 he was appalled by the conditions of the national parks
iv Joined the Department of the Interior as the head of parks later created the National Parks System
v Professionalized the National Parks and helped to greatly grow protected lands
e Rachel Carson i Born in Pennsylvania in 1907 attended John Hopkins University for
graduate school ii Went to work for the US Bureau of Fisheries (later to become the US
Fish amp Wildlife Service) iii Wrote Silent Spring in 1962 The book created an awaking for Americanrsquos
to their responsibility to the environment and wildlife The book lead to the US Government banning the use of DDT
f Theodore Roosevelt i Born in 1858 in New York New York was a sickly child who stayed inside
studying natural history ii An avid outdoorsman he spent much time in the South Dakota Badlands
iii Became President in 1901 with the assignation of President McKinley iv Among many major accomplishments as president he started the
National Parks was instrumental in conserving about 230 million acres
4 Naturalist Interpreters (10 minutes) a Freeman Tilden
i Born 1883 worked as a newspaper columnist and author ii At age 58 he began working with the National Parks Service
iii While traveling to various National Parks he became concerned with the quality of interpretation
iv Wrote Interpreting Our Heritage in 1957 outlines 6 principles to quality interpretation forever changed the field of interpretation
b William Lewis i Worked as a ranger naturalist and interpreter trainer for the National
Parks Service ii Developed the approach of ldquoThematic Interpretationrdquo which requires the
interpreter to choose a central theme (major point) to guide the development of a program
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 59
iii Wrote Interpreting For Park Visitors c Sam Ham
i Director of Center for International Training and Outreach at the University of Idaho
ii Work has focused on applying communication theory to environmental conservation interpretation and on nature-based tourism and guide training
iii Wrote Environmental Interpretation (1992) d Ted Cable
i Professor of Park Management and Conservation at Kansas State University
ii Co-authored Interpreting Cultural and Natural Resources (2003) and Interpretation for the 21st Century Fifteen Guiding Principles for Interpreting Nature and Culture (2002)
5 Conducting an Interpretative Program Try and Fail (60 minutes + 120 minutes of activities throughouthellip see list of Suggested Activities below)
a Experiential Learning i The first time you tried to walk you failed The first time you rode a bike
you failed This is called experiential learning The first time you attempt an educational or interpretation program you will fail thatrsquos how we learn
ii Donrsquot be afraid to fail b Ask Questions about the ProgramPresentation before you commit to leading it c Plan your Program
i Generally I want my presentation to be about Specifically however I want to tell my audience about After hearing my presentation I want my audience to understand (what is the big picture you want them to take home)
1 You do not need (or want) to teach your audience everything you know your job is to light the spark
ii What will your tangibles and intangibles be 1 Tangibles are those things you can touch things you use to teach
when teaching a Examples include a tree a mammal pelt a skull a live
animal a prairie 2 Intangibles involve connecting the tangibles to concepts and the
ideas they represent intangibles are the meanings the relationships the processes the ideas the feelings and the beliefs
a Examples include food webs ecosystem health entropy ecology
iii People remember themes they forget facts
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 60
iv Plan for an organized presentation 1 Think about your overall theme smaller parts of the program and
your transitions v Stick to your theme
vi Determine what type of presentation you will have 1 PowerPoint (avoid) 2 Podium Presentation (avoid) 3 Active taking a hike playing a game etc 4 Hands-on touching feeling trying hearing smelling
vii Think about all the different kinds of learners 1 verbal-linguistic 2 logical-mathematical 3 visual-spatial 4 kinesthetic 5 musical-rhythmic 6 interpersonal (groups) 7 intrapersonal (individual) 8 naturalist
d Know your role as an educator 1 Provide facts and relationships not opinions 2 Allow participants to determine their own opinions and beliefs
using the facts amp relationships you provide them 3 PLAY ldquoFIRST IMPRESSIONSrdquo
e Prepare Prepare Prepare 1 Know the type of space and area you will have (indoor vs
outdoor small space vs vast area etc) 2 Plan for more that you are told 3 Plan for the weather (always expect it to be windy in Nebraska)
f Questions i Ask good questions
1 Is this a fox Vs How do you know this is a fox 2 Do you have any questions Vs What questions do you have
ii Be prepared for quality questions 1 What are the implications for describe the impact of what are
the reasons for iii Be prepared for ldquogoodrdquo questions
1 Do you have ewoks in the forest If a Mountain Lion and an Eagle were to fight who would win
2 Take all questions seriously Answer seriously g Model what you want to see the students do
i If you want a group of students to catch insects help them get active with them
ii This is true when working with children and adults
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 61
1 Working alongside students validates them and their learning h Be enthusiastic show your passion
i This is another form of modeling what you want to see in your students ii We need to excite students (no matter their age) about conservation
nature and the outdoors iii Have fun
6 Take Home Lesson Light the Spark and Donrsquot Be Afraid to Fail
Suggested Activities (amp potential mandatory activities)
Throughout the lesson conduct multiple games andor activities to model good interpretation
Suggested games include but are not limited to
1 Oh Deer (Project WILD) 2 First Impressions (to be done during section 5) (Project WILD) 3 The Long Haul (Project WET) 4 Sum of the Parts (Project WET) 5 Water Quality Ask the Bugs (Project WET) 6 Adaptation Artistry (Flying WILD) or Fashion a Fish (Aquatic Project WILD) 7 Avian Antics (Flying WILD) 8 Pollinators Meet Your Plants (Nebraska Project WILD wwwnebraskaprojectwildorg) 9 Scavenger Hunts (Nebraska Project WILD wwwnebraskaprojectwildorg)
Suggested Post-Readings
Interpreting Our Heritage Freeman Tilden 1957 (4th edition 2008)
ISBN-13 978-0807858677
Interpreting for Park Visitors William Lewis 1981
ISBN-13 978-0890620793
Environmental Interpretation Sam Ham 1992
ISBN-13 978-1555919023
Interpretation for the 21st Century Fifteen Guiding Principles for Interpreting Nature and
Culture Larry Beck amp Ted Cable 2002
ISBN-13 978-1571675224
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 62
Interpretation-Making a Difference on Purpose Sam Ham 2013
ISBN-13 978-1555917425
Foundations of Interpretation Curriculum Content Narrative National Parks Service 2007
httpwwwnpsgovidpinterp101foundationscurriculumpdf
Websites
National Association of Interpretation
wwwinterpnetcom
North American Association for Environmental Education
wwwnaaeeorg
Nebraska Alliance for Conservation and Environment Education
wwwnaceeorg
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 63
Safety in the Field
Developed by Rich Hawes Nebraska Master Naturalist rdhawes26msncom
Objectives
Raise awareness of Risk Managementassessment as part of event planning
Guidelines to safe activities for participants presenters and the environment
Present Leave No Trace Principals as part of all outdoor activities
Present resources for additional training or certification for outdoor activities
Hands on activities to encourage interest and to provoke thought and discussion
Hazards of the area
Outdoor hiking safety
Stewardship of the land and natural resources
Being flexible and working with ldquowhat you haverdquo
Outline
1 Outdoor Activities ndash Whatrsquos The Worst That Can Happen An Introduction to Event Planning and Risk Management
2 Leave No Trace Principals
3 Trip planning and Logistics
4 Health amp Safety
5 Youth Protection
6 Age Appropriate Activities
7 Resource Training and Certifications
a Standard First Aid CPRAED Wilderness First Aid
b Shooting Sports - Range Safety Officer or Instructor
c Hunter Safety Instructor
d Climbing COPE and Zip Lines
e Water Safety Instructor Life Guard Small Boat Handling
f Leave No Trace Trainer or Master Educator
g Tread Lightly Tread Trainer or Master Tread Trainer
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 64
Suggested Activities
CPR Scenario
First Aid Scenario
Weather Scenario
Lost Scenario
Online Resources
American Camp Association
Boy Scouts of America
Youth Protection
Safe Swim Defense
Safety Afloat
Climb On Safely
Weather Safety
Trek On Safely
(etc)
Leave No Trace
Nebraska Game amp Parks
Hunter Safety
Boating Rules amp Regs
National Rifle Association
(Archery groups)
American Red Cross
(wilderness medicine group(s))
NOLS
Tread Lightly
US Coast Guard
NEBRASKA MASTER NATURALIST Explore Contribute Connect
4
Flora of Nebraska
Developed by Leslie Kwasnieski Nebraska Master Naturalist lesliekwasnieskigmailcom
Objectives
Grasslands and Prairies of Nebraska Can be used as an example of Nebraskarsquos diverse flora
This Session should provide a general overview of plant biology including the following
1 a basic introductory discussion of plant physiology including nutrition water relations
internal transport respiration and photosynthesis
2 economic and other social importance of plants with a focus on Nebraska
3 plant ecology and its changing due to environmental impact
4 Plant Identification plant anatomy to enable the student to use a key to identify plants in
Nebraska
5 Discussion of native plants as well as invasive species found in Nebraska
Outline
1 Introduction to Plant Identification
a The plant kingdom a definition
b Basic anatomy including flower parts vascular system and leaf anatomy
2 Plant reproduction and alternation of generations
3 Plant relationships with the environment
a What do they need for nutrition where do they find it
b Water too much and too little How do they survive
c Internal transport respiration and Photosynthesis ndash how do these affect where a plant
can survive
4 Why are plants important Discussion and list
a Crops vs native plants vs invasive species
5 Plant ecology and changes in the environment
a Consider various ecoregions of Nebraska and the differences in plant material
i Tallgrass Prairie
ii Central Mixedgrass Prairie
iii Sand Prairies
iv Western Mixedgrass Prairie
b How havewill these ecoregions change with changes in the climate
c Discussion
6 Basic flower leaf stem anatomy Use key to identify some floral samples
a How to identify plants a basic anatomy lesson It would be nice to have samples
b Can be done with photographs classroom samples etc
7 Native plants of Nebraska how to identify
a Learning Family patterns - mustards gooseberries asters lilies grasses sedges rushes
b Nebraskarsquos floral diversity httpplantsusdagovjavastateSearch
c Learning plant family patterns
NEBRASKA MASTER NATURALIST Explore Contribute Connect
5
Reading ListResources
Field Guide to Wildflowers of Nebraska and the Great Plains ndash Jon Farrar ndash Nebraska Game and Parks
Commission ndash University of Iowa Press
Grassland Plants of South Dakota and the Northern Great Plains ndash James R Johnson ndash South Dakota
State University College of Agricultural and Biological Sciences ndash South Dakota Agricultural Experiment
Station ndash B 566
The Flora of Nebraska Second Edition (MP-47b) 2011 967 pp Kaul Robert B Sutherland David
Rolfsmeier Steven
The Nebraska Legacy Project ndash State Wildlife Action Plan ndash 2nd edition 2011 Selected Sections
Natural Communities A Coarse Filter Page 18-19
Promote Management that is more compatible with Conserving Biological Diversity ndash Pages 40-
Tallgrass Prairie Ecoregion - Pages 61 -101
Mixedgrass Prairie Ecoregion ndash Pages 103 ndash 137
Sandhill Ecoregion Pages 139 ndash 170
Shortgrass Prairie Ecoregion ndash Pages 171 203
Appendix 7 Terrestrial natural communities of Nebraska Page 251-264
Guide to Nebraskarsquos Wetlands and their Conservation Needs Ted LaGrange Nebraska Game and Parks
Commission 2005
Conservation Trees for Nebraska ndash Nebraskarsquos Natural Resources District ndash Nebraska Forest Service
Native Vegetation of Nebraska (Map Robert Kaul and Steven Rolfsmeier) 1993 UNL Conservation and
Survey Division (httpnebraskamapsunledu)
University of Nebraska State Museum Division of Botany
(httpmuseumunleduresearchbotanyindexhtml) ndash List of Nebraska Species Collections etc
Online key to plants of Nebraska can be found at
httpwwwnrcsusdagovwpsportalnrcsdetailss=16ampnavtype=SUBNAVIGATIONampcid=stelp
rdb1044954ampnavid=120160320130000amppnavid=120000000000000ampposition=Not20Yet20Determin
edHtmlampttype=detailamppname=PLANTS20Interactive20ID20Keys2020Introduction20|20NR
CS
httpplantsusdagovintro_to_plants_1211pdf - a really good online reference about plants
including a list of plants by state
NEBRASKA MASTER NATURALIST Explore Contribute Connect
6
Ecology of Nebraska
Developed and Adopted by Keanna Leonard Education Director Rowe Sanctuary kleonardaudubonorg
Ecology in a nutshell
Ecology is part of biology that deals with the relationship between organisms and their environment
Ecology is a science Environmentalism is a cause with or without scientific backing Conservation
Biology is the integration of Ecology and Environmentalism using science to influence political cause
Central to ecological study is habitat the special location where an animalrsquos lives What an animal
does in its habitat its profession or how it survives and adapts is its niche A niche is the product of
evolution and once it is established no other species in the community can evolve to exploit the exact
same resources (Competitive exclusion principle) Therefore different species are able to form an
ecological community in which each has a different role in their shared environment
From the Integrated Principles of Zoology 1996 Hickman Roberts Larson
Without habitat there are no animals It is that simple ndash Wildlife Habitat Canada
The richness of the earthrsquos biomass is organized into a hierarchy of interacting units
The individual organism the population the community the ecosystem
Ecosystem Ecology An ecosystem is a complex self-sustaining natural system with living (biotic) and nonliving (abiotic)
components
The abiotic component of an ecosystem is defined by physical parameters such as temperature altitude
light and moisture Chemical features such as nutrients establish the quality of the ecosystem
The biotic component or the populations of plants animals and microorganisms of an ecosystem can be
grouped as
Producers - algae green plants and cyanobacteria (blue-green algae)
autotrophs ndash use energy from sun to synthesize sugars from carbon dioxide and
water by photosynthesis
Consumers - carnivores herbivores omnivores parasites and decomposers
Decomposers - consumers that perform final breakdown of complex organic materials
into inorganic materials
Decomposers and other consumers are heterotrophs that consume autotrophs
Energy Flow through the ecosystem Photosynthesis - Sunlight (energy) is absorbed by chlorophyll (the green pigment found in plants)
NEBRASKA MASTER NATURALIST Explore Contribute Connect
7
This energy is used to synthesize sugar (carbohydrates) from carbon dioxide and water
By-product of photosynthesis is oxygen
Food Chain - A feeding sequence used to describe the flow of energy and materials in an ecosystem
Example grass (producer) gt deer (consumer) gtcoyote (consumer) gt decomposer
Food Web - Intertwined food chains
Trophic Levels - Each step in the food chain
At each step 80-90 of available energy is lost as heat Most of the fuel obtained in
food is used to stay alive Because of this fact trophic levels are usually limited to four
or five There are more producers (plants) than herbivores (plant-eaters) and more
herbivores than carnivores Carnivores can be further divided by into first- second-
top-level consumers
Nutrient Cycles or Biogeochemical Cycles All essential elements for life are derived from the environment (air rocks soil and water)
There are four cycles that return these elements to a useable form for life to continue
The Water (hydrologic) Cycle The paths water moves through earthrsquos ecosystems in its various states (vapor liquid solid)
Water is the only substance on earth that exists naturally in all three states
The Carbon Cycle All living things contain carbon Carbon is what makes organic molecules organic or living Carbon is the
basic element found in carbohydrates proteins and fats
Plants take in carbon dioxide during photosynthesis Animals eat the plants Animals release carbon
dioxide when they breathe (respire) and when they die and decompose Plants take it up again
Decomposing organic material will also leach carbon into the ground forming fossil fuels Other stores
of carbon include peat cellulose found in plants and water The cycling of carbon is linked to the flow
of energy through a system
The Phosphorus Cycle ATP (adenosine triphosphate) the energy molecule created by every living thing contains phosphorous
Our DNA and RNA the molecules that form our genes require phosphorous to bond together Bone
tissue also contains phosphorous
Plants take up phosphorous then the plants are eaten by animals Animals release phosphorous by
defecating and decomposing Plants also release phosphorous through decomposition Phosphorous is
then reabsorbed by plants or becomes part of sediments that forms rock As rocks erode phosphorous
is released into water and soil to be taken up by plants
NEBRASKA MASTER NATURALIST Explore Contribute Connect
8
The Nitrogen Cycle Nitrogen is essential in forming proteins and nucleic acids The atmosphere has a high concentration of
nitrogen but is not usable to living organisms in its gaseous form The nitrogen cycle converts this gas
into usable forms
This cycle is the most complex because nitrogen can be found in several different forms Parts of the
cycle include
Nitrogen Fixation ndash Nitrogen is fixed or converted into ammonia and nitrates by bacteria lightning and
ultraviolet radiation in the soils and root nodules of some plants (legumes or beans) Nitrogen
fixation does not allow nitrogen to convert back to gaseous nitrogen
Nitrification ndash Other bacteria can take the ammonia and oxidize it into nitrite Nitrite is further
processed into nitrate
Denitrification and Ammonification - Plants absorb nitrates and ammonia from the soil and use
them to build organic compounds Animals eat the plants or other animals Animal waste
contains nitrogen in the forms of ammonia urea and uric acid
Denitrification is the process of decomposing bacteria converting nitrate back to nitrogen gas
Ammonification is the process of other decomposing bacteria converting organic compounds to
ammonium ions
Communities amp Populations A community is the living (biotic) portion of an ecosystem Within the community each population of
organisms has a habitat and a niche A community is usually dominated by a single species or a limited
group of species that impact the local environment (Example Tallgrass Prairie) Other species adapt to
conditions created by the dominant species If a dominant species is removed two scenarios can occur
Another species will take its place and not change the ecosystem in general Or the whole community is
changed If the community is drastically altered the species is considered a keystone species
A population is a group of same organisms that occur in the same community
Habitat is the place where an organism normally lives Basic components of habitat are food water
shelter and space Habitat is the organismrsquos physical surroundings and its niche is its profession or role
it plays in the community No two species can occupy the same niche at the same time (competitive
exclusion principle)
Population Interactions Competition ndash an overlap of some degree of two populationrsquos niches in such a way that they are
competing for the same resource(s) (food shelter water space etc)
Symbiosis - two populations living together in a community in close association There are
several types of symbiosis
NEBRASKA MASTER NATURALIST Explore Contribute Connect
9
Mutualism ndash the relationship is mutually beneficial (lichens)
Commensalisms ndash one population receives benefits and the other neither benefits or is
harmed (intestinal bacteria)
Parasitism ndash one population benefits and the other is harmed (ticks)
Synergism ndash two populations accomplish together what neither could do on their own
Another type of relationship is called predation-prey relationship where one population captures and
feeds on another Predators have more than one prey species but normally feed on the most
abundant As one prey species declines in population predators will switch to another more abundant
species
Natural selection favors the most efficient predator and at the same time prey that can escape
predation
Adaptation is a change in structure physiological process or behavior that evolved by natural selection
and improves an organismrsquos ability to survive and reproduced
MAD Law ndash Move Adapt or Die
Population growth Populations grow until they reach certain environmental limitations called limiting factors These
factors can either be physical or biotic ndash from predation to limited space for nesting
When a population reaches its maximum density that the environment can support it is said that it has
reached its carrying capacity A population cannot go beyond the carrying capacity for long without
consequences
In a community an orderly predictable replacement of populations normally occurs over time Certain
populations will dominate and then decline to be replaced by new dominant populations A community
at the last stage of succession is called the climax community
Biodiversity Biodiversity refers to the variety of living organisms in a given ecosystem and is described at three
levels
Genetic Diversity ndash the variety of genes in a population Genetic Diversity shapes the
potential of individuals to survive and reproduce and as a population to adapt and evolve
Species Diversity ndash the number of species within a community
Ecosystem Diversity ndash the organizational and functional diversity of the ecosystem
NEBRASKA MASTER NATURALIST Explore Contribute Connect
10
Three measures are used when studying biodiversity
Composition ndash the number of genes species or ecosystems in a given area
Structure ndash the distribution of genes species or ecosystems
Function - the ecological processes accomplished by genes species or ecosystems
Biodiversity is important to maintain a stable ecosystem vast storehouse of untapped resources for
medicine food energy etc
Ecoregions in Nebraska
The Central Flyway There are four major North American flyways ndash the Atlantic the Mississippi the Central and the Pacific Flyways Except along the coasts the flyway boundaries are not always sharply defined and both in the northern breeding and southern wintering grounds there is overlapping Every year millions of migrating birds travel the Central Flyway The ldquohourglassrdquo route narrows in central Nebraska The eighty mile stretch of Platte River (Big Bend area) between Lexington and Grand Island serves as a month long stop over for around 600000 sandhill cranes and endangered whooping cranes This stretch of river has shallow wide-open water to provide cranes some security from predators when roosting and grain fields and wet meadows for eating and loafing
The Platte River
The Platte River begins near the city of North Platte Nebraska with the convergence of the North Platte and South Platte Rivers The Platte the largest braided river in North America snakes 310 miles eastward and empties into the Missouri River south of Omaha Nebraska drains about 29800 square miles of land along its route The South Platte River originates as snowmelt in central Colorado meandering 450 miles towards North Platte The North Platte River also begins as snowmelt in north central Colorado and runs 665 miles before converging with the South Platte
The Big Bend Region
The central or Big Bend Region of the Platte River between Grand Island and Lexington has long been recognized as critical staging area for half million sandhill cranes millions of geese and ducks and for the highly endangered whooping crane It is also important nesting habitat for endangered piping plovers and least terns and threatened eagles as well as year around habitat for other wildlife The Platte River is a broad shallow braided river dotted with small itinerant sandbars up to the huge islands In the early 1800rsquos the Platte was one to two miles wide Water depth ranged from dry to eight feet deep The islands were scoured each spring by the rush of snowmelt from the Rockies that removed vegetation from the sandbars washed into sloughs and recharged the surrounding soils Fires suppressed tree growth along most of the shoreline Protected islands and areas of shoreline grew cottonwoods and willows This diversity was excellent habitat for wildlife But in less than 100 years it changed Man has diverted over 70 percent of the Plattersquos average annual flow for use in irrigation and industry ( comes back to the river via groundwater) Fires have been controlled Floods and ice no longer clear the islands of vegetation With less water in the river wet meadow soils are not recharged with water seeping from the river Bridges restrict flows and deep
NEBRASKA MASTER NATURALIST Explore Contribute Connect
11
gravel pits alter the shoreline This taming of the Platte River is causing it to lose the very characteristics that make it unique and attractive to native wildlife The wide channels now must be maintained by mechanically clearing sand bars and low islands Audubon and other conservation organizations spend a considerable amount of time and money each year to keep the river clear The Platte River valley is now characterized by forest shrub and sandbar vegetation on the river floodplain lowland prairie and cultivated fields on the river terraces and an upland prairie on the loess bluffs along the ancient river escarpment The floodplain forest shrub and sandbar communities have developed on coarse textured alluvial soils adjacent to the river channel The forest communities have open canopies and are dominated by cottonwoods with an understory of red cedar and rough-leaf dogwood Green ash hackberry American elm red mulberry and slippery elm also occur in these areas Adjacent to the major river channel and in areas where the forests are limited to a narrow strip along the river bank low shrub islands and vegetated sandbars predominate Peach-leaf willow sandbar willow and indigo bush are the dominate shrub species Lovegrass nutsedge barnyard grass cocklebur and scattered willow and cottonwood seedlings characterize the vegetation on the low shrub islands and recently exposed sandbars
One of the sanctuaryrsquos most important tasks has been functioning as Audubonrsquos footprint on the Platte
River Audubon played a significant role in many battles to limit development on the Platte the final
being the defeat of Two Forks Dam near Denver in 1992 Today Audubon along with the Platte River
Whooping Crane Maintenance Trust the National Wildlife Federation Fish and Wildlife and Nebraska
Game and Parks plays a major role in keeping the river in its current condition One such program is
maintaining the wide channels on parts of the river which must be done mechanically to clear sandbars
and low islands
Tallgrass Prairie Ecoregion
Introduction
Once extended from eastern Nebraska to Indiana and from Texas to southern Canada
Today less than 1 remains
Approximately 2 of the remaining tallgrass prairie is found in Nebraska o Covers eastern fourth of state and extends along stream valleys of the Republican
Loup Platte and Niobrara
Shaped by glaciers wind and water
Mainly rolling hills intersected by stream valleys
Elevation from east to west 850 to 1700 feet above sea level
Receives 25-36 inches of annual precipitation
Average highs in the 90 degrees and lows of 10 degrees
Two major rivers o Missouri River
States largest river flowing approximately 350 miles in Nebraska
NEBRASKA MASTER NATURALIST Explore Contribute Connect
12
Drains approximately 529350 square miles of land (including entire state of NE) Forms eastern and northern boundaries of tallgrass prairie Historically more a mile wide and up to 20 feet deep with abundant sandbars
and forested island
Floodplain was a mosaic of oxbow lakes backwater marshes wet prairies and forests
Platte River ndash prairie river o Historically shallow braided channel up to 3 miles wide with many sandbars
Floodplain 15 miles wide and covered with lush wet meadows and freshwater marshes
Spring floods limited tree growth and created barren sandbars o Other streams include Papio Creek Turkey Creek and Bazile Creek
Wetland types o Saline wetlands
Found in the floodplain of Salt Creek and its tributaries in Lancaster and Saunders counties
Salinity originates from groundwater passing through an underground rock formation containing salts deposited by an ancient sea that once covered
Nebraska
o Todd Valley playas Small clay-lined depressions Seasonally and temporarily flooded Found in an ancient valley of the Platte called the Todd Valley
Vegetation of Tallgrass Prairies
Dominant vegetation ndash big bluestem Indiangrass switchgrass and Canada wildrye o Can reach six feet or taller
Hundreds of spp of wildflowers and forbs o Showy goldenrod prairie blazing star sky blue aster amp purple coneflower
Native woodland found mainly in fire-protected stream valleys and bluffs o Found in floodplains - Cotton woods willows boxelders American elms
Drier river bluffs o Oaks hickories basswood black walnut etc o Essential habitat for migrating birds
Wet meadows found in stream valleys o Sedges spike rushes prairie cordgrass and switchgrass
Marshes o Broad-leaf cattail bulrushes bur reed smartweeds and arrowheads
NEBRASKA MASTER NATURALIST Explore Contribute Connect
13
Birds
More than 300 spp of resident and migratory birds
Nesting waterbirds include o Wood duck green heron northern pintail blue-wing teal mallard
Grassland birds include o Henslowrsquos sparrow dickcissel grasshopper sparrow bobolink vesper
sparrow and Swainsonrsquos hawk
Woodland birds include o Bellrsquos vireo blank-and-white warbler rose-breasted grosbeak orchard oriole
Mammal
More than 55 mammals o Plains pocket gopher prairie vole plains pocket mouse thirteen-line ground squirrel
Franklinrsquos ground squirrel o Prior to European settlement
Bison elk mule deer mountain lion black and grizzly bear gray wolf Larger animals include coyote bobcat least and long-tailed weasel mink
Fish
More than 75 species of fish Amphibians and Reptiles
53 species of amphibians and reptiles o 2 salamanders 5 toads 6 frogs 8 turtles 8 lizards and 24 snakes
Eco-tourism amp Wildlife Viewing
Henry Doorly Zoo in Omaha Childrenrsquos Zoo in Lincoln
Ak-Sar-Ben Aquarium Ponca State Park
Mahoney State Park Platte River State Park
Two Rivers State Recreation Area Branched Oak
Homestead National Monument Ashfalls Fossil Beds State Park
Migrating birds Fontenelle Forest Indian Cave State Park Schramm State Park
Tallgrass prairie Audubonrsquos Spring Creek Prairie south of Denton amp Nine-Mile Prairie
Canoeing hiking biking
Elkhorn River Platte River
Cowboy Trail Steamboat Trace Trail
MoPac East Trail Oak Creek Trail
Driving Tours
Nebraska Scenic Byway Outlaw Trail Scenic Byway
Heritage Highway Lewis and Clark Scenic Byway
NEBRASKA MASTER NATURALIST Explore Contribute Connect
14
Mixedgrass Prairie
Introduction
Transition zone between tallgrass and shortgrass prairies o Have characteristics of both o Plant composition varies considerably depending of soil type topography weather and
land use
Elevation east to west 1650 to 3000 feet above sea level
Climate - Semiarid o Average annual precipitation from 28 inches in the east to 20 inches in the west o Average annual temperature from 52-57 degrees - Frost-free period 150 ndash 190 days
General topography o Level broad plains rolling hills in north-central part steep sloops with deep drainages in
the southwest o Mostly covered with windblown silt o Ogallala aquifer underlies most of the Ecoregion
Alluvial aquifers along streams
Streams o Platte Republican Loup Niobrara Blue rivers ndash all eventually drain into Missouri River
Wetlands o Rainwater Basin ndash playa wetlands formed by wind with a clay pan to hold water
Found in south-central Nebraska Once contained more that 4000 major wetlands National importance for migrating birds
o Central Table Playas ndash found mostly in Custer County on top of hills o Subirrigated Wet Meadows ndash found along Platte and Loup Rivers
Transected with old river channels swales and sloughs o Riverine Wetlands ndash found along streams
Include oxbows and other semi-permanent wetlands o Sandhill Wetlands ndash found in sandy areas close to Platte and Loup Rivers o Formed where groundwater reaches surface
Vegetation
Tallgrass spps tend to dominate in the east and along floodplains and shortgrass spps found further west (drought resistant)
Hilltops dominated by buffalograss and blue grama
Hill sides dominated by medium-stature grasses ndash side-oats grama little bluestem western wheatgrass and sand dropseed
Lower slopes and valleys ndash big bluestem Indiangrass switchgrass and Canada wildrye
Hundreds of forbs found including o Prairie clover Illinois bundle flower wild alfalfa deer vetch leadplant prairie
coneflower stiff sunflower and blazing star
Historically less than 1 covered with woodlands ndash mostly close to streams o Trees - Eastern cottonwood green ash hackberry red cedar o Shrubs ndash roughleaf dogwood false indigo sandbar willow o Some native oaks and black walnut can be found on steeper slopes
Wet meadows and wet prairies
NEBRASKA MASTER NATURALIST Explore Contribute Connect
15
o Woolly sedge spike rush prairie cordgrass o Federally endangered prairie white-fringed orchid o State endangered saltwort
Playa wetlands (Rainwater Basin and Central Tables area) o Seasonally flooded - River bulrush common cattail smartweed o Temporarily flooded ndash spike rush flatsedge plains coreopsis o More permanent - bladderwort pondweed duckweed
Riparian wetlands ndash switchgrass scouring rush bedstraw
Sandhill wetlands ndash cattail bulrush smartweed
Birds
More than 350 spps of resident and migratory birds o Grasshopper and field sparrow dickcissel western meadowlark bobolink northern
bobwhite ring-necked pheasant northern harrier and greater prairie chicken o Platte River
Over 300 spps with 141 known to nest o Sandhill cranes endangered whooping cranes
o Rainwater Basin Over a dozen spps of waterfowl including 13 of northern pintails 50 of North
Americans mallards 90 of mid-continentrsquos white-fronted geese Approximately 3000000 shorebirds
o Thousands of Swainsonrsquos hawks migrate through the region Mammals
Many species of mammals but none that are only found in mixedgrass prairies Fish ndash Diverse range of species
Reptiles and amphibians
Spiny softshell turtles western painted turtles and snapping turtles in wet areas
Ornate box turtle in native grasslands
Northern water snake ndash only aquatic snake found
Prairie rattlesnake only poisonous snake found
Smooth green snakes and red-bellied snakes are two of the more rare snakes
3 lizards found ndash northern earless prairie racerunner northern prairie lizards
Tiger salamander only salamander found
Frogs and toads common
Eco-tourism amp Wildlife Viewing
Sandhill cranes - Rowe Sanctuary amp Roadside viewing sites constructed by Central Platte NRD
Waterfowl viewing - Rainwater Basin
Massie Waterfowl Production Area with an observation tower (Clay Center)
Funk Waterfowl Production Area and Sacramento-Wilcox Wildlife Management Area o Handicapped accessible blinds
Bald eagle viewing ndash J-2 Power Station near Lexington Harlan County Lake Sherman Lake and Rowe Sanctuary
Prairie chicken viewing- Calamus Outfitters near Calamus Reservoir
NEBRASKA MASTER NATURALIST Explore Contribute Connect
16
Sandhills Motel ndash Mullen
Walking Trails ndash Rowe Sanctuary Kearney Hike-Bike Trail Harlan County Lake Funk Harvard and Massie Waterfowl Production Areas Lake Seldom at Holdrege
Best way to find out about birding trails is to go to wwwnebraskabirdingtrailscom o Some are ndash Chicken Dance Trail Rainwater Basin Loops
Sandhills
Introduction
19300 square miles of north-central Nebraska o Largest dune system in the western hemisphere o One of the largest grass-stabilized dune regions in the world o Majority of the region is in relatively natural state
Sandhills young geologically speaking o Dunes aligned primarily in a northwesterly to southeasterly direction with prevailing
winds o Some dunes over 400 feet in height o Soils poorly developed with a thin layer of topsoil o High infiltration rate (up to 10 feet per day) o High water table ndash almost 2000 shallow lakes and over a million acres of wetlands
Most lakes and wetlands at headwaters of streams amp in poorer draining areas in western areas
Most wetlands and lakes pH neutral but alkaline wetlands and lakes common in the west where salts and carbonates accumulate
Fens ndash Sandhills contains some of Great Plains largest ones
Streams of the region o North and Middle Loup Calamus Cedar Dismal ndash flow from groundwater discharge o Niobrara River ndash only river that originates out of the region (starts in Wyoming)
Climate o Semiarid ndash annual precipitation ndash 23 inches in east to 17 inches in west
Vegetation
700 native plants spps
Sandhills dune prairie plant community o Mixture of sand-adapted grasses ndash sand bluestem prairie sandreed little bluestem and
hairy grama o Forbs ndash stiff sunflower bush morning glory plains gayfeather o Shrubs ndash sand cherry leadplant prairie rose and yucca
Sandhills dry valley prairie community o Grasses - Big Bluestem Indiangrass switchgrass o Forbs ndash western ragweed white sage and prairie coneflower o Shrubs ndash leadplant Arkansas rose western wild rose
Blowouts o Federal and state threatened blowout penstemon
Native woodlands ndash uncommon o Eastern cottonwood peachleaf willow coyote willow chokecherry wild plum and
snowberry
Middle Niobrara River valley largest woodland in sandhills
NEBRASKA MASTER NATURALIST Explore Contribute Connect
17
o South facing bluffs -Oak basswood black walnut green ash o Canyons ndash Paper birch quaking aspen o North river bluffs ndash ponderosa pine o Referred to as a biological crossroads
Wet meadows o Sedges spike rushes prairie cordgrass switchgrass o Shrubs - Sandbar willow false indigobush
Alkaline wet meadows o Inland saltgrass foxtail barley alkali sacaton meadow bluegrass and scratchgrass
Fens o Contain 20 at-risk plant species including bog bean cottongrass and marsh marigold
Freshwater marshes o Ripgut sedge common reed smartweeds bulrush cattail duckweed coontail
Alkaline marshes ndash alkaline-tolerant plants Birds
More that 300 species of birds o Sharp-tailed grouse and greater prairie chicken o Long-billed curlew (sandhills important breeding site)
Upland sandpiper vesper sparrow lark bunting grasshopper sparrow western meadowlark High concentration of northern harriers and ferruginous hawks
Important breeding area for mallards blue-wing teal pintail
American Bird Conservancy calls the area the ldquoBest grassland bird place in the United Statesrdquo Mammals
55 species of mammals but not specific to the Ecoregion Fish
75 species of fish
Rare spps ndash blacknose shiner pearl northern redbelly and finescale daces o Species cutoff from principle range
Amphibians and Reptiles
27 species o One salamander 3 toads 4 frogs 6 turtles 4 lizards 9 snakes
Eco-tourism amp Wildlife Viewing
Crescent Lake Fort Niobrara Valentine National Wildlife Refuges
Nebraska and Samuel R McKelvie National Forests
Niobrara Valley Preserve (TNC property) with 2 bison herds
Merritt Reservoir Calamus Reservoir
Niobrara Wild and Scenic River o Over 10 outfitters in Valentine area for canoeing kayaking and tubing
Dismal Loup and Cedar rivers also offer canoeing and tubing
Niobrara Valley Preserve
Swan Lake Motor Route
Sandhills Scenic Byway (Hwy 2) ndash one of the top 10 scenic highways in the nation
NEBRASKA MASTER NATURALIST Explore Contribute Connect
18
Stargazing ndash Nebraska Star Party near Valentine in August
Cowboy Trail (will be the nationrsquos longest rails-to-trails conversion)
Calamus Outfitters
Shortgrass Prairie
Introduction
Found in western Nebraska
High diversity of habitats
Dramatic changes in elevation and topography
Soils range from sand to clay-loam to hard sandstone
Annual precipitation 12-17 inches ndash humidity generally low
Annual average temperature 47-50
Topography o Truest form of shortgrass prairie found in Banner Cheyenne Deuel and Kimball counties o Mixedgrass and sandsage prairies in southeast of Ecoregion o Wildcat Hills bluff formation found in Scottsbluff amp Morrill counties o Relic sandhill extend through Morrill and Sioux counties o Pine Ridge found in northern Dawes Sheridan and Sioux counties
Streams o North Platte River Lodgepole Creek Upper Niobrara and White Rivers o 5 large reservoirs and a number of smaller artificial lakes o Playas found throughout the region
Vegetation
Shortgrass Prairie o Buffalograss blue grama side-oats grama purple threeawn (grass height 10 inch) o Over 100 spps of forbs o Milkvetch scarlet guara cutleaf ironplant prickly pear purple locoweed scurfpea
prairie coneflower scarlet globe mallow
Mixedgrass Prairie o Blue grama prairie sandreed threadleaf sedge needle-and thread grass little bluestem
western wheatgrass (grass height 18-24 inches) o Shrubs
Skunkbush sumac winterfat fringed sage snowberry yucca broom snakeweed o Over 100 species of Forbs o Scarlet guara dotted gayfeather skeleton plant cutleaf ironplant scurfpea scarlet
globe mallow o Within the mixedgrass prairie ndash 2 unique communities found
Northwestern mixedgrass amp Loess mixedgrass prairie
Sandhill dune prairie and sandsage prairies o Sandsage sand bluestem blue grama prairie sandreed needle-and-thread yucca o Forbs ndashsand-lily desert goosefoot plains sunflower bush morning glory showy
impomopsis
Western alkaline meadows along the North Platte o Inland saltgrass alkali sacaton field sedge foxtail barley meadow bluegrass o Forbs ndash spearscale alkali aster camphor daisy thelypody
NEBRASKA MASTER NATURALIST Explore Contribute Connect
19
Ponderosa pine woodlands o Ponderosa pine quaking aspen green ash Saskatoon serviceberry chokecherry dwarf
juniper fragrant sumac mountain mahogany wolfberry Kentucky bluegrass littleseed ricegrass
Riparian woodlands o Cottonwoods peachleaf willows green ash boxelder Sandbar willow wild plum
chokecherry buffaloberry horsetail sedges marsh muhly and cordgrass
Badlands o Saltbush rabbitbrush poverty weed Russian thistle
Birds
More that 300 species of birds found
Shortgrass birds o McCownrsquos and Chestnut-collared longspurs Brewerrsquos sparrow horned lark burrowing
owl and state threatened mountain plover
Mixedgrass birds o Western meadowlark grasshopper sparrow lark bunting
Pine Ridge birds o Lewisrsquo woodpecker pygmy nuthatch ovenbird mountain bluebird
Wetland birds o Canada geese mallard northern pintail shorebirds
Mammals
White-tail and mule deer elk pronghorn bighorn sheep coyotes bobcats mountain lions prairie dogs federally endangered black-footed ferret river otter black-tailed jackrabbit badger pocket gopher grasshopper mouse
Fish
Many gamefish state threatened finescale dace endangered blacknose shiner etc Amphibians and Reptiles
Include western striped chorus frog Woodhousersquos toad bullsnake prairie rattler lesser earless lizard horned lizard ornate box turtle and painted turtle
Ecotourism amp Wildlife
Lake McConaughy (largest reservoir in state)
Lake Ogallala
Pine Ridge area o Ft Robinson State Park o Chadron State Park o Nebraska National Forest (Pine Ridge Unit) o Soldier Creek Wilderness
Oglala National Grassland and Toadstool Geologic Park
Wildcat Hills Nature Center in Gering
Scotts Bluff National Monument
Chimney Rock
Agate Fossil Beds National Monument
NEBRASKA MASTER NATURALIST Explore Contribute Connect
20
Endangered Species Act
The Endangered Species Act provides a program for the conservation of threatened and endangered
plants and animals and the habitats in which they are found The US Fish and Wildlife Service and the
Department of the Interior maintain the list of 632 endangered species (326 plants and 306 animals) and
190 threatened species (112 animals and 78 plants)
The law is written to prohibit any action that results in taking or injuring a listed species or negatively affects habitat Also prohibited is the import export interstate or foreign trade of listed species
Nebraskarsquos Endangered amp Threatened Species
State Status Federal Status
Birds Bald Eagle Threatened Threatened
Piping Plover Threatened Threatened
Mountain Plover Threatened Proposed Threatened
Whooping Crane Endangered Endangered
Eskimo Curlew Endangered Endangered
Interior Least Tern Endangered Endangered
Mammals River Otter Threatened
Southern Flying Squirrel Threatened
Black-footed Ferret Endangered Endangered
Swift Fox Endangered
Black-tailed Prairie Dog Candidate
Plants Western Prairie Fringed Orchid Threatened Threatened
Utersquos Ladyrsquos Tresses Threatened Threatened
Ginseng Threatened
Small White Ladyrsquos Slipper Threatened
Colorado Butterfly Plant Endangered Threatened
Saltwort Endangered
Hayden Penstemon Endangered Endangered
Insects American Burying Beetle Endangered Endangered
Salt Creek Tiger Beetle Endangered Candidate
Fish Lake Sturgeon Threatened
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21
Northern Redbelly Dace Threatened
Finescale Dace Threatened
Blacknose Shiner Threatened
Topeka Shiner Endangered Endangered
Sturgeon Chub Endangered
Pallid Sturgeon Endangered Endangered
Reptiles amp Mussels Massasauga Threatened
Scaleshell Mussel Endangered Endangered
Information courtesy of Nebraska Game and Parks US Department of the Interior and the US Fish
and Wildlife Service
The Nuts and Bolts
Without habitat there are no animals
Every species has its niche
Understand the importance of biodiversity Know where the Platte River begins and ends understand its
makeup and where Rowe is located in the relationship to the river How Rowe plays a role in
conservation habitat maintenance and education Have an understanding of what constitutes the 4
major eco-regions in Nebraska
References Integrated Principals of Zoology by Cleveland P Hickman Jr Larry S Roberts Alan Larson (WmC
Brown Publishers 1996)
Zoology by Lawrence G Mitchell John A Mutchmor Warren D Dolphin (The BenjaminCummings
Publishing Company Inc 1988)
Biology the unity and Diversity of Life 7th Ed By Cecie Starr and Ralph Taggart (Wadsworth Publishing
Company 1995)
Nebraskarsquos Natural Legacy Project httpwwwngpcstateneuswildlifeprogramslegacyreviewasp
Cliffs Quick Review Biology by I Edward Alcamo PhD and Kelly Schweitzer PhD (Wiley Publishing 2001)
Biology for Dummies by Donna Rae Siegfried (Wiley Publishing Inc 2001)
NEBRASKA MASTER NATURALIST Explore Contribute Connect
22
Taxonomy in a Nutshell
Definitions
Classification is a systematic arrangement in groups or categories according to established
criteria
Taxonomy is the orderly classification of plants and animals according to their presumed natural
relationships
Binomial nomenclature (Binomial = 2 terms ndash Generic amp specific nomenclature = set of names)
is a system of naming in which each species of animal or plant is given a two tern Latin name
The first term identifies the genus to which the plantanimal belongs and is always spelled with
a capital letter The second term is the species of the plantanimal and is spelled with a lower
case letter This ldquoscientific namerdquo is usually printed in italics or underlined For example ndash Felis
concolor or Felis concolor
The Reason for ithellipWhy use taxonomy
Scientific taxonomic classification is a tool used through the world in an effort to catalog and compare
living things Zoologists now classify approximately 15 million animal species Each year about 10000
new species are added and it is estimated that more than 10 million different animal species may
actually exist on earth
Okay But why Latin
Common names of animals and plants vary from place to place even within a community For instance
the animal name above Felis concolor is known as puma mountain lion catamount panther and
several other local names So how does a biologist from Nebraska know that she and a scientist from
Scotland are talking about the same animalplant Throughout the scientific world Latin is recognized
as the universal language of scholars and scientists By referring to it by its Latin ldquoscientific namerdquo there
is no mistaking what animalplant they are referring to Latin also provides a source for decoding the
scientific name into something that tells you a little about the animalplant itself A translation often
provides a short description of the animal ie the giant anteaterrsquos species tridactyla actually means
three-toed
Background
The identification and comparison of different animals and plant species dates back to ancient times
Naturalists wrote herbals and bestiaries that were lists and descriptions of familiar organisms of a given
locality There was little interest in communicating outside a restricted region The advent of the
printing press led to broader dissemination of books and ideas Cataloging and comparing species on a
more comprehensive scale became possible As naturalists compiled their work they used many words
NEBRASKA MASTER NATURALIST Explore Contribute Connect
23
to describe a species by several characteristics sometimes defining one species in terms of another For
example the blue chair with the fluted arms the red chair like the blue chair with the fluted arms etc
Each authorrsquos system and terminology was different It is only comparatively recently that the
observation and study of the animal and plant world has begun to be organized along truly scientific
lines
Toward the middle of the eighteenth century the Swedish botanist Carolus Linnaeus produced a general
classification of all living species and this system has formed the departure point for all subsequent
developments of taxonomy His system was ambitious and used polynomials some with fifteen words
An example is the oak with leaves with deep blunt lobes bearing hair-like bristles Although he
considered the polynomial name to be the true one he also made notes with two-term names The
current binomial system used today is based upon these notes His writings and those of other scientists
that came after him became the standard for all classifications Since Latin was the universal language
of scholarship his writings were all in Latin Actually his real name was Carl van Linne but he translated
that to Latin as well
In the course of the last couple of centuries naturalists have come to adopt two different forms of
investigation and comparison in their classification process First they studied the question of
adaptation to the environment the significance of diverse structures and behavioral patterns among
animal species and the reason why these different modes of behavior and lifestyles enable animals in
different surroundings to survive
Secondly they have tried to recognize affinities and relationships between the various species They
have attempted to identify the ldquofamily likenessesrdquo that often exist among species which live in different
environments and therefore may be quite unlike one another in outward appearance
As a result of all this research scientists have built up a system of classification which places every
animalplant species in a particular category according to its relationships with other animalsplants
This is taxonomy
Side note ndash genetic testing is now being used to help with classification
How does it Work
When a new animalplant is recognized and identified it is given a species name This may be a term
that describes it or identifies the person who first recognized it as a separate species Originally these
species names were assigned by the individual scientist that discovered them but now they are
assigned by international groups Once this species term is assigned it almost never changes In theory
NEBRASKA MASTER NATURALIST Explore Contribute Connect
24
it is never supposed to be changed even if it is later moved to a different genus family or class but over
the years there have been a few exceptions
The basis of taxonomy however is the genus This is the smallest grouping of related species When
taxonomy began there were relatively few identified species so species were grouped into genera and
there it ended As the body of knowledge grew so did the need for a broader system of grouping From
there the hierarchical system of classification based on natural features evolved
The current system works as follows
Individually related species are grouped into the same genus
The most closely related genera are grouped into the same family
Related families are grouped into an order
Orders are grouped into a related class
Similar classes are included in the same phylum
The phyla are then placed into the proper kingdom
Each of these categories may also contain sub- or super- subdivisions
Taxonomy is a constant work in progress As scientists learn more about different species their
classification may change Changes can reflect a clearer understanding of where the species fits in
among the others with similar characteristics Until recently we only had to contend with two kingdoms
ndash animal and plants Today scientists recognize a least five different kingdoms of living things
Monera ndash bacteria and blue-green algae
Protista ndash one-celled organism with nucleus
Plantea ndash green plants
Fungi ndash non-green plants
Animalia ndash animals
NEBRASKA MASTER NATURALIST Explore Contribute Connect
25
Fauna of Nebraska
Developed and Adopted by Keanna Leonard Education Director Rowe Sanctuary
Objectives for Fauna Mammals Amphibians amp Reptiles Birds 3-4 hours
1 Descriptions ndash (Mammals Amphibians and Reptiles birds --ndash IMPORTANT CHARACTERISTICS)
2 Vocabulary
3 Common Oderrsquos in Nebraska and examples
4 Nuts amp Bolts of Mammals How to ID amp locate specific animals and their evidence (possible
activity tracks traces etc) in Nebraska
MAMMALS IN A NUTSHELL Basic Characteristics
1 Mammary glands (hint the name) that
produce milk
2 Sweat glands
3 Sebaceous glands for oil
4 Presence of hair on the body at some time
during life span
5 Homiothermic Endotherm (warm blooded)--
regulate high body temperature
6 Four-chambered heart
7 Enucleated red blood cells
8 Have a diaphragm
9 Enlarged cerebral hemisphere
10 One bone in lower jaw and complex
dentition
11 3 middle ear bones
12 Turbinal bones in nasal chamber
13 Eggs develop in a uterus with
placental attachment and born alive
(viviparous)
MAMMAL VOCABULARY
Altricial Born helpless
Arboreal Tree dwelling
Carnivore A mammal in the order Carnivora
Carnivorous Meat eating
Crepuscular Active at dusk and dawn
Diurnal Active during the day
Dominant Ruler or leader of others
Habitat Region where an animal lives
Herbivore An animal that eats only plants
Herbivorous Plant eating
Hibernation Winter period when certain
animals become inactive to a point in
where all body functions slow
considerably for a long period
Instinct Inherited mode of behavior
Mammal Animals that have hair on their
bodies (see other char above)
Marsupial Animals whose females have
pouches
Nocturnal Active during nighttime
Omnivore Animals that eats both meat and
plant material
Omnivorous Eating both meat and plant
material
Precocial Born in an advanced stage of
development and able to move about
Predator Animals that kills another animal for
food
Prehensile Grasping
Prey Animal hunted for food
NEBRASKA MASTER NATURALIST Explore Contribute Connect
26
Protective coloration Enables the animal to
blend in with surroundings
Reticulated Net-like pattern of skin
Terrestrial Ground dwelling
Viviparous Live birthing
There are 21 orders of mammals found in the world
Listed below are the orders and examples of common species found in Nebraska
More Species found in Core Curriculum Binder
Insectivores (shrews and moles)
Masked Shrew (Sorex cinereus)
Northern Short-tailed Shrew (Blarina
brevicauda) (venomous)
Least Shrew (Cryptotis parva)
Eastern Mole (Scalopus aquaticus)
Chiroptera (bats)
Big Brown Bat (Eptesicus fuscus)
Red Bat (Lasiurus borealis)
Hoary Bat (Lasiurus cinereus)
Xenarthra
Nine-banded Armadillo (Dasypus novemcinctus)
Lagomorpha Eastern Cottontail (Sylvilagus floridanus) Black-tailed Jackrabbit (Lepus californicus)
Rodentia
Franklinrsquos Ground Squirrel (Spermophilus
franklinii)
Thirteen-lined Ground Squirrel (S
tridecemlineatus)
Black-tailed Prairie Dog (Cynomys
ludovicianus)
Plains Pocket Gopher (Geomys bursarius)(fur-
lined pouch)
Plains Pocket Mouse (Perognathus
flavescens)
Beaver (Castor canadensis)
Eastern Woodrat (Neotoma floridana)
Meadow Vole (Microtus pennsylvanicus)
Muskrat (Ondtra zibethicus) (laterally
compressed tail)
Porcupine (Erethizon dorsatu
Carnivora Despite the name of the order not all are carnivorous Many are omnivores (most bears and raccoons)
and some are even herbivores (giant panda)
Most carnivorous mammals have 3 up and 3 down relatively small incisors and 1 up and 1 down large
canine teeth on both sides of the incisors
Common species found in this area include
Family Canidae Coyote (Canis latrans) Red fox (Vulpes vulpes)
Family Procyonida Raccoon (Procyon lotor)
Family Mustelidae
NEBRASKA MASTER NATURALIST Explore Contribute Connect
27
Long-tailed Weasel (Mustela nivalis)
Least Weasel (M nibalis)
Mink (Mustela vison)
Badger (Taxidea taxus)
Striped Skunk (Mephitis mephitis)
River Otter (Lutra canadensis)
Family Felidae Bobcat (Felis rufus)
Artiodactyla Mule Deer (Odocoileus hemionus) White-tailed Deer (O virginianus
References National Audubon Society Field Guide to North American Mammals by John O Whitake Jr Robert
Elman Carol Nehring (Alfred A Knoph Inc 1994)
Guide to Mammals of the Plains States By J Knox Jr Davide M Armstrong Jerry R Choate (University
of Nebraska Press 1985)
The Nuts and Bolts Know important characteristics especially-
Mammary glands Sweat glands Sebaceous glands Hair sometime during their life
4 chambered heart
Though these critters look like a rodent
Donrsquot confuse them for a moment
They sport small eyes and ears out of view
Their teeth are small sharp and more than a few
They are made up of one mole and shrews three
So in what ORDER can they be
Commonly seen species of Chiroptera number three And are known as the only mammals to swim through the air free They are normally seen at night and for finding food use echolocation rather than sight Now I know you know what they be But go ahead and name all three These mammals have what humans claim to be a disgusting habit of defecating undigested pellets and eating them again What are they Chewing the cud is normal for this group and so is walking on their two middle toes Name the common species found in this area
NEBRASKA MASTER NATURALIST Explore Contribute Connect
28
AMPHIBIANS
Basic Characteristics
1 Skin naked No scales or hair
2 Eggs do not have shells but are jelly like
Laid in clusters always in water
3 Ectodermic
4 Can breathe through permeable skin
5 Spend all or part of life in water
6 Adults are carnivores Size of head
determines size of prey
7 Incomplete lung development
DIFFERENCES BETWEEN REPTILES AND AMPHIBIANS
Reptiles
1 Ectodermic
2 Covered with scales or plates
3 Shed skin
4 Most not do not live in or around water
Amphibians
1 Ectodermic
2 Smooth slimy skin without scales
3 Do not shed skin
4 Spend all or part of life in water
5 Go through metamorphose
Listed below are the orders and examples of common species found in Nebraska
More Species found in Core Curriculum Binder
Salamanders (Order Urodela)
Small-mouth Salamander (Ambystoma
texanum) Occurs in eastern Nebraksa
Tiger Salamander (A tigrinum) Occurs
throughout the state
Frogs and Toads (Order Anura) Thirteen species occur in Nebraska
Pelobatidae or Spadefoot Family
Plains Spadefoot (Spea bombifrons) Occurs throughout Nebraska expect southeast
Ranidae or True Frog Family Plains Leopard Frog (Rana blairi)
Northern Leopard Frog (Rana pipiens)
Bullfrog (Rana catesbeiana
Microhylidae or Narrow-mouthed Family Plains Narrowmouth Toad (Gastrophryne olivacea)
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29
Bufonidae or Toad Family
American Toad (Bufo americanus) Occurs only
in eastern part of the state
Great Plains Toad (Bufo cognatus) Occurs
throughout the state
Woodhousersquos Toad (Bufo woodhousei) Occurs
throughout the state
Hylidae or Tree Frogs
Northern Cricket Frog (Acris crepitans) East
and central Nebraska
Western Striped Chorus Frog (Pseudacris
triseriata amp P maculata) Occurs throughout the
state
Copes Gray Treefrog (Hyla chrysoscelis) Found
in eastern part of state
Resources Reptiles and Amphibians of Nebraska ndash herpetology database httpsnrsunleduherpneb
NEBRASKA MASTER NATURALIST Explore Contribute Connect
30
REPTILES Basic Characteristics
1 Ectothermic (cold-blooded) Body temperature is the same as the temperature of its surroundings
2 Dry skin covered with scales or plates
3 Teeth if present are needle-like or conical
4 Skin shed in one piece or several pieces at intervals
5 Lay soft shelled eggs or young born alive in a membranous sac
6 Lung breathing
There are four groups
Lizards - Short-legged long-bodied reptiles
Taped tail Size varies from 4- inch long fence
swift to 10 foot Kamodo dragon
Snakes - Legates cousins of lizards
Turtles - Armored shells
Crocodilians - Crocodiles Alligators Caimans
REPTILE VOCABULARY
Antivenin An antidote to the venom of
venomous snakes produced by inoculating
horses with small doses of venom Horses build
up an immunity or resistance The horsersquos
blood is used to make the antivenin
Blue Stage Refers to the condition of a snake
prior to shedding
Carapace Dorsal (covering the back) shell
Constrictor A term used in describing a snake
that kills its prey by constriction
Ectothermic Not able to control body
temperature (Cold-blooded) Dependent upon
environment to control body temperature
Egg Tooth A sharp projection located in front
of nose on upper jaw Used by infant reptiles to
cut through eggshell
Fangs Grooved or tubular teeth used to inject
venom
Hemotoxin Venom that attacks the blood
Herpetologist A specialist in reptiles
Jacobsonrsquos Organ A tastesmell sense organ
with two small openings located on roof of
mouth
Thermal Pit A heat sensory pit on side of head
between nostril and eye Allows snakes to track
warm-blooded animals and to strike accurately
especially at night Found only in venomous
snakes known as pit vipers
Neurotoxin Venom that attacks the nervous
system
Oviparous Lays egg
NEBRASKA MASTER NATURALIST Explore Contribute Connect
31
Ovoviviparous Give birth to live young Egg
developed in female and then deposited as a
living young
Plastron Ventral (covering the belly) shell
Reticulated Net-like pattern on skin
Scales Folds of skin covering reptiles
Scutes Single section of shell each sell is made
up of many scutes
Toxic Poisonous
Toxin Poison
Undulating Type of snake locomotion typical of
most snakes - Leaves ldquoSrdquo shape track
Venom Poisonous fluid secreted from glands
and transmitted by bite or sting
Venomous Describes animal containing venom
gland
Nuts amp Bolts of Reptiles
Most reptiles are carnivores (eat meat) Many will eat only live food Some are herbivores (eat
plant material) as well as insectivores (eat insects)
Reptiles often found in water or underground for protection from predators and to help
regulate body temperature Air temperature can change quickly but water and soil
temperature are more constant therefore it helps to regulate the reptiles body temperature
Because they are ectothermic many reptiles live in places that are warm year round In colder
climates reptiles hibernate underground below the freeze line
Most reptile lay eggs and are called oviparous Eggs are buried in sand soil rotted logs etc and
kept warm only by heart from the sun or from rotting vegetation Very few reptiles stay around
to protect their eggs Some reptiles keep their eggs inside their bodies until they hatch and
produce live young (ovoviviparous) Example - garter snakes Very few reptiles care for or feed
their young Young are precocial able to look after themselves minutes after they hatch
Most snakes are harmless Even snakes that are venomous will not bite unless they are
cornered or stepped on Snakes are good and necessary animals They help control potential
destructive populations of rodents
Listed below are the orders and examples of common species found in Nebraska
ORDER CHELONIA Basic Characteristics
1 Contains all forms of turtles and tortoises
2 Has body enclosed in a shell made of
modified horny scales and bone Shell made of
two parts Carapace - upper part covering
animalrsquos back Plastron-under part covering
animalrsquos stomach amp chest
3Ribs and most of vertebrae attached to shell
4 Neck long and flexible and can usually be
withdrawn into shell
5 Have no teeth but jaws outfitted with horny
beaks
6 All lay eggs Usually bury eggs in pit in sand or soil Hatchlings must dig themselves to the surface
NEBRASKA MASTER NATURALIST Explore Contribute Connect
32
Examples of Turtles found in Nebraska Snapping Turtle (Chelydra serpentina)
Blandingrsquos Turtle (Emydoidea (Emys)
blandingii) Protected Species
False Map Turtle (Graptemys
pseudogeographica) Protected Species
Ornate Box Turtle (Terrapene ornata)
Smooth Softshell (Apalone mutica)
Spiny Softshell (Apalone spinifer
SUBORDER LACERTILA (lizards) Basic Characteristics
1 Dry scaly skin clawed feet external ear
openings
2Have movable eyelids - snakes do not
3 Males and females often show different
coloration
4 Generally diurnal but many nocturnal
(geckos night lizards Gila Monsters)
5 Courtship brief fertilization is internal
6 Most are egg layers
Examples of Lizards of Nebraska
Six-line Racerunner (Cnemidophorus sexlineatus Five-line Skink (Eumeces fasciatus)
Many-lined Skink (Eumeces mulitvirgatus)
Great Plains Skink (Eumeces obsoletus)
Slender Glass Lizard (Ophisaurus attenautus)
Lesser Earless Lizard (Holbrookia maculate)
Northern Prairie Lizard (fence lizard)
(Sceloporus undulates)
SUBORDER SERPENTES (Snakes) Basic Characteristics
1 Elongated scaly bodies (to protect from water
loss) no limbs external ear opening or eyelids
(eye covered with a clear scale)
2 Terrestrial subterranean arboreal
amphibious
3 Carnivores swallow prey whole
4 Continue to grow throughout their lives
6 Hibernate in colder climates
7 Males locate females by scent
8 Internal fertilization
9 Some lay eggs others bear live young
11 Vipers (venomous snakes) have heat-
sensing organs called thermal pits
NEBRASKA MASTER NATURALIST Explore Contribute Connect
33
12 Teeth slanted back If one is lost another drops down in itrsquos place
Examples of snakes found in Nebraska
Black Rat Snake (Elaphe obsoleta)
Great Plains Rat Snake (Elaphe guttata)
Bullsnake (Pituophis catenifer)
Common Kingsnake (Lampropeltis getula)
Eastern Hognose Snake (Heterodon
platyrhinos)
Western Hognose Snake (Heterodon nasicus)
Glossy Snake (Arizona elegans)
Milk Snake (Lampropeltis triangulum)
Plains Garter Snake (Thamnophis radix)
Common Garter Snake (Thamnophis sirtalis)
Racer (Coluber constrictor)
Pit Vipers
Copperhead (Agkistrodon contortrix) found in extreme southeast Nebraska
Massasauga (Sistrurus catenatus) Found in southeast Nebraska Protected Species
Prairie Rattlesnake (Crotalus viridis) Found in central and western parts of the state
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 34
Birds What Makes a Bird a Bird IMPORTANT CHARACTERISTICS
So what makes a bird a bird All birds share one common characteristic that no other animal has and
that is FEATHERS Other characteristics include
Maintain high constant body temperature Endotherms (warm-blooded)
Possess toothless beaks or bills
All lay hard-shelled eggs (oviparous)
Air sacs in birdrsquos body give buoyancy
Generally bones are hollow Decreases body weight
Four-chambered heart
Lend Me Your Ear Yes birds have ears but they are missing the pinna or outside part of the ear that collects sound Birds
have feather-covered openings on both sides of the head just behind the eyes Owls and other night-
flying birds have off-setting ears that allow them to pinpoint the exact position of prey
Can birds smell We are not quite sure how well most birds smell We do know vultures use the sense of smell to find
their dinner The champion bird sniffer belongs to kiwi found in New Zealand They are able to sniff out earthworms Some diving birds like cormorants cannot even breathe through their nostrils because they are sealed Ocean birds have special glands in their noses which eliminates salt from the salty water they drink
Eggs Birds lay hard-shelled eggs made mostly of carbon carbonate The hard shell keeps the egg from drying
out and allows parents to sit on it without damaging the developing chick Though the shells are hard it
does not mean that they are non-porous Microscopic pores allow the embryo to ldquobreatherdquo Carbon
dioxide and oxygen can pass through the shell
Eggs come in all sizes colors and patterns We believe that the different colors and patterns are
intended as camouflage Blue and green eggs are found in nests that are in the shade Patterned eggs
blend in with vegetation and stones and white eggs are normally found in cavities
The shape of eggs also depends on where a bird nests The most common shape is oval A pointed egg
is usually found near ledges Round eggs are generally found in highly secure nests
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 35
Commonly Seen Bird Families of Nebraska
Grebes (Family Podicipediae ndash rump foot)
WHAT TO LOOK FOR
Sleek diving waterbirds - small to medium size
Most have sharp pointed bills with fairly long necks short wings and almost no tail
Have lobed toes and legs set far back on body
Common Nebraska species - Pied-billed horned eared western and Clark grebes
Pelicans (Family Pelecanidae ndash an ax)
WHAT TO LOOK FOR
Very large waterbirds
Huge bills with large distensible pouches
Most are white with black flight feathers ndash wingspan 6-9 feet
Common Nebraska species ndash American White Pelican
Cormorants (Family Phalacrocoracidae ndash bald raven)
WHAT TO LOOK FOR
Large diving waterbird shaped like an elongated goose
Long neck and long bill hooked at the end
Wing span 3-5 feet Mostly dark in color
Common Nebraska species ndash Double-crested cormorant
Herons Egrets and Bitterns (Family Ardeidae - )
WHAT TO LOOK FOR
Medium to large wading birds
Usually with long legs bills and S-shaped neck
Short rounded tails
Common Nebraska species ndash American and least bitterns great and snowy egrets little
blue egret cattle egret great blue green black-crowned night and
yellow-crowned night herons
Ibises (and Spoonbills) (Family Threskiornithidae ndash sacred bird)
WHAT TO LOOK FOR
Medium to large wading birds
Long necks and legs with a duck-like body
Long tapering down-curved bill Common Nebraska species ndash white-faced ibis
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 36
Vultures (Family Cathartidae ndash cleanser)
WHAT TO LOOK FOR
Large soaring scavengers
Resemble eagles and large hawks in flight
Head and neck void of feathers bill hooked
Hold wings in a raised V-shape (dihedral)
Common Nebraska species ndash turkey vulture
Duck Geese and Swans (Family Anatidae ndash waterfowl)
WHAT TO LOOK FOR
Medium to large waterbirds
Large heads with conspicuous and horizontally flattened bills
Long necks heavy bodies relative short tails webbed feet and long wingspan Major differences between duck geese and swans
Ducks
Smallest of the three Have a soft swelling about the nostrils called a cere
Males of most ducks are easily separated from females by their gaudier plumage Feathers are
molted twice a year
Most males change into nuptial plumage after pair formation in the fall There may be some
modification of shape of a single feather or entire regions of plumage
Most species are sexually mature at 9 - 11 months
Males take no part in incubation
Geese
Neck shorter than body
Lore (area between eye and bill) feathered and more bluntly triangular than ducksrsquo
Sexes are similar
Permanent pair bonding
Molt once per year postnuptially
Sexually mature at 3 years
Males protect female clutch and brood after hatching
Young stay with parents for almost a year
Legs of most geese are farther forward under the belly than those of typical swans and ducks
Swans
Longest necks - necks slightly longer than body
Lore is naked
Sexes are similar
Molt once per year postnuptially - parents molt one after the other so one is able to fly
Young are carried on parentsrsquo backs
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 37
Sexually mature at 4 -5 years
Hawks and Allies (Family Accipitridae ndash to grasp or take)
Medium to very large diurnal raptors
Hooked beak strong legs and sharp talons
Buteos (buzzard hawks)
Stocky with broad wings wide tails
Soar and wheel high in the sky
Common Nebraska species ndash red-shouldered broad-winged Swainsonrsquos red-tailed
ferruginous rough-legged hawks
Accipiters (true hawks)
Small heads short rounded wings longish tail slender bodies
Fly with several rapid beats and a glide Common Nebraska species ndash sharp-shinned hawk Cooperrsquos hawk northern goshawk
Harriers
Slim body with slim round-tipped wings
Fly in open country gliding low with wings lifted in a V (dihedral)
Species in Nebraska - northern harrier
Kites
Small falcon shaped buoyant gliders not power-fliers
Common Nebraska species ndash Mississippi Kite
Osprey
Soar high on long swept-back wings
Broad tail short-headed appearance
Often travel in pairs
Eagles
Large very broad bodied with broad long plank-like wings massive head and bill
Soar steadily holding wings flat out to the side
Powerful wing beat on upstroke wings raised high Common Nebraska species ndash bald and golden
Falcons (and caracaras) (Family Falconidae - )
WHAT TO LOOK FOR
Small to large compact fast-flying raptors
Long pointed wings bent at the wrist - Strong rapid wing strokes
Common Nebraska species ndash American kestrel gyrfalcon peregrine falcon prairie falcon
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 38
Grouse Turkeys and Pheasants (Family Phasianidae ndash cock or fowl-like bird)
WHAT TO LOOK FOR
Ground dwelling birds with feather nostrils
Short strong bills and short rounded wings
Flight strong but brief
Males perform elaborate courting displays
Common Nebraska species ndash ring-necked pheasant sharp-tailed grouse greater
prairie chicken wild turkey
New World Quail ( Family Odontophoridae ndash bearing teeth)
WHAT TO LOOK FOR
Ground dwelling bird found in brushy habitat and other dense low foliage
Chunky rounded bodies and crests or head plumes
Chicken-like bill short rounded wings
Common Nebraska species - northern bobwhite
Rails and Coots (Family Rallidae - )
WHAT TO LOOK FOR
Marsh birds with short tails and stubby wings
Secretive and identified chiefly by call and habitat
Rails are laterally flattened ldquoThin as a railrdquo Coots are plumper and gregarious
Common Nebraska species ndash yellow rail black rail king rail Virginia rail sora common
moorhen American coot
Cranes (Family Gruidae - )
WHAT TO LOOK FOR
Tall stately wetland birds with long necks and long bills
Tertial flight feathers droop over rump in a bustle when standing
Fly with necks fully extended
Circle in thermals like raptors
Common Nebraska species - sandhill and whooping cranes
Plovers and Killdeer (Family Charadriidae ndash nocturnal waterbird)
WHAT TO LOOK FOR
Small to medium shorebirds that dart across the ground stop and then take off again Upright posture with medium length legs and long pointed wings
Rounded head large eyes thick neck with a short thick bill
Common Nebraska species ndash black-billed American golden snowy semipalmated piping
plovers and killdeer
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 39
Stilts and Avocets (Family Recurviostridae- bent bill)
WHAT TO LOOK FOR
Tall slim shorebirds
Long thin bill very long slender legs long neck striking black-and-white plumage Stilts have straight bills avocets have re-curved bills
Common Nebraska species ndash American avocets black-necked stilt
Sandpipers and Phalaropes and Allies (Family Scolopacidae ndash woodcock)
WHAT TO LOOK FOR
Diverse group of shorebirds
Long toes and long tapered wings
Bill and leg length varies but bill more slender than a ploverrsquos
Plumage browns grays and whites with reds and oranges during breeding season
All but one species have short elevated hind toe
Species found in Nebraska include common snipe ruddy turnstone phalaropes sandpipers
woodcocks godwits whimbrels willets etc
Dowitchers
WHAT TO LOOK FOR
Medium sized chunky dark shorebird
Long straight bills and distinct pale eyebrows
Feed in mud or shallow water in a rapid jabbing motion
Phalaropes
WHAT TO LOOK FOR
Often spin like a top in water when feeding
Female larger and more colorful than male
Male tends incubates and cares for chicks
Common Nebraska species ndash Wilsonrsquos and red-necked phalaropes
Gulls Terns and Allies (Family Laridae ndashsea birds)
Gulls
WHAT TO LOOK FOR
More robust with wider wings and longer legs than terns
Bill slightly hooked tail square or rounded - Seldom Dive
Common Nebraska species ndash Pomarine Jaeger Franklinrsquos little Bonapartersquos ring-
billed California Herring Thayerrsquos lesser black-backed glaucous
Sabinersquos gulls black-legged kittiwake
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 40
Terns
WHAT TO LOOK FOR
Graceful more streamline than gulls
Usually has a forked tail ndash most whitish with black cap
Sharp-pointed bill - Hoover and dive headfirst for fish
Common Nebraska species ndash Caspian common Foresterrsquos terns
Pigeons and Doves (Family Columbidae ndash dove)
WHAT TO LOOK FOR
Plump fast flying cooing voice
Short legs and necks and small heads short bills
Tail fan-like rounded or pointed
Pigeons larger than doves
Common Nebraska species ndash rock mourning Eurasian collared doves
Cuckoos Roadrunners and Anis (Family Cuculidae - )
WHAT TO LOOK FOR
Slender with a long tail at least half of the birdrsquos total length
Fairly large sturdy decurved (curving down) bill
2 toes forward 2 back (zygodactyls)
Common Nebraska species - black-billed cuckoo and yellow-billed cuckoo
Barn Owls (Family Tytonidae -)
WHAT TO LOOK FOR
Slim medium sized night hunter
Legs are long and sparsely feathered
Large head with large forward-facing immovable eyes
Heart-shaped face hooked beak and ghostly appearance
Typical Owls (Family Stigidae ndash night bird)
WHAT TO LOOK FOR
Generally night hunters
Large heads flatten face with large forward-facing immovable eyes hooked beak
Mottled appearance some with feather tuffs upright stance
Common Nebraska species ndash eastern screech great horned burrowing barred long-eared
short-eared northern saw-whet owls
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 41
Nighthawks and Nightjars (Family Caprimulgidae ndashgoat sucker)
WHAT TO LOOK FOR
Nocturnal or crepuscular
Big tail large eyes tiny bills surrounding a large gaping mouth
By day sit horizontally on limb or on ground
Easiest to identify by voice
Common Nebraska species ndash common nighthawk common poorwill chuck-willrsquos-widow
Whip-poor-will
Swifts (Family Apodidae ndash without feet)
WHAT TO LOOK FOR
Small to medium sized aerial foragers ndashspend most of life flying
Long sickle-shaped wings bending close to body and extremely short legs
Eat bathe drink and sometime mate in the air
Common Nebraska species - chimney swift white-throated swift
Hummingbirds (Family Trochilidae ndash small bird)
WHAT TO LOOK FOR
Tiny body long slender bill
Distinctive blur and hum of hovering wings
Jewel-like throat feather found on male
Common Nebraska species ndash ruby-throated broad-tailed and rufous hummingbirds
Kingfishers (Family Alcedinidae - kingfisher)
WHAT TO LOOK FOR
Small to medium size
Thickset with short neck and tail small feet
Large head with a ragged crest and long strong bill
Sit on lines and low branches near water or hovers above water
Plunges head first into water to catch fish
Common Nebraska species ndash belted kingfisher
Woodpeckers (Family Picidae ndash woodpecker)
WHAT TO LOOK FOR
Arboreal (tree) birds
Vertical posture creep up trees
Strong chisel-like bill short legs stiff tail feathers rounded wings
Undulating flight pattern and characteristic bill drumming
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 42
Common Nebraska species ndash Lewisrsquos red-headed red-bellied hairy downy woodpeckers
yellow-bellied and red-naped sapsuckers northern flicker
THE PASSERINES Feet adapted to perching
Tyrant Flycatchers (Family Tyrannidae - lord ruler king)
WHAT TO LOOK FOR
Small to medium perching bird
Large head broad flattened bill pointed wings short legs
Bristly ldquowhiskersrdquo at base of bill
Sit upright on exposed branch and dart out to catch insects
Common Nebraska species - flycatchers pewees kingbirds phoebes kingbirds
Shrikes (Family Laniidae ndash butcher)
WHAT TO LOOK FOR
ldquoButcher birdsrdquo ndash impale prey on thorns (may be to attract a mate and mark territory)
Robin-size bird with hooked bill and masked face with hawk-like behavior
Black gray and white birds
Common Nebraska species - northern and loggerhead shrike
Vireos (Family Vireondae ndash small bird)
WHAT TO LOOK FOR
Small olive- or gray-backed bird with short sturdy cylindrical slightly hooked bill
Can have wing bars and eye-rings or have eye stripes and no wing bars
Often confused with warblers but are chunkier bigger headed thicker billed
Common Nebraska species ndash white-eyed Bellrsquos yellow-throated plumbeous
Cassinrsquos blue-headed warbling Philadelphia red-eyed
Crows and Jays (Family Corvidae ndash raven)
WHAT TO LOOK FOR
Large perching bird with strong longish all-purpose bill to handle variety of foods
Nostrils covered with feathers
Legs scaled in front and smooth behind
Harsh voice and noisy
Bold gregarious
Common Nebraska species - black-billed magpie American crow
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 43
Larks (Family Alauidae ndash lark)
WHAT TO LOOK FOR
Ground dwellers of open fields ndash seldom seen in trees and shrub
Walk rather than hop have an elongated hind toe
Slender billed seed and insect eaters
Yellowwhite face with black facemask horns and breast band
Has musical song often sung in display flight
Common Nebraska species ndash horned lark
Swallows and Martins (Family Hirundinidae ndash swallow)
WHAT TO LOOK FOR
Slim streamline bodies with long pointed angled wings
Tail forked or squared legs and feet inconspicuous
Bill short and wide
Fluid aerialists ndash dart about catching insects
Flocks perch in long rows on branches and lines
Common Nebraska species ndash purple martin northern rough wing bank cliff barn swallows
Chickadees and Titmice (Family Paridae - )
WHAT TO LOOK FOR
Small plump sociable birds with short bills and wings
Active agile ndash often hang upside down to feed
Many times roam in little bands (often leading the group) in search of food
Chickadee ndash no tuff of feathers on head Titmice ndash tufted Common Nebraska species ndash black-capped chickadee tufted titmouse
Nuthatches (Family Sittidae ndash birds that peck bark of tree)
WHAT TO LOOK FOR
Small stout tree-climbers with slightly upturned strong woodpecker-like bills
Stubby squared off tails
Walk down trees headfirst Common Nebraska species ndash red-breasted and white-breasted nuthatches
Creepers (Family Certhiidae -)
WHAT TO LOOK FOR
Small slim tree-dwellers with stiff tails and slender downward curving bill
Primarily brown
Common Nebraska species ndash brown creeper
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 44
Wrens (Family Troglodytidae ndash cave dweller
WHAT TO LOOK FOR
Small stumpy energetic brown birds
Bill slightly down turned loud song
Tails often in ldquocockedrdquo or up-tilted position
Common Nebraska species ndash rock house winter marsh wrens
Kinglets (Family Regulidae -)
WHAT TO LOOK FOR
TINY very active songbirds ndash only certain hummingbirds smaller
Can hover will feeding
Greenish plumage with bright colored crowns Short tails
Common Nebraska species ndash ruby-crowned and golden-crowned kinglets
Gnatcatchers (and Old World Warblers) (Family Sylviidae - )
WHAT TO LOOK FOR
Small birds with slender pointed bills surrounded by rectal bristles
Drab plumage with seasonally changing head patterns
In constant motion
Common Nebraska species ndash blue-gray gnatcatcher
Thrushes (Family Turdidae -)
WHAT TO LOOK FOR
Large-eyed upright postured songbirds - known for their singing ability
Bill is slender straight but not sharp
Often hop along the ground looking for food
Common Nebraska species ndash eastern bluebird veery gray-cheeked Swainsonrsquos hermit
wood thrush American robin
Mockingbirds and Thrashers (Family Mimidae ndash imitator mimic)
WHAT TO LOOK FOR
Well known for their vocal and mimicking ability
Have short rounded wings long legs and tails
Long down-curved bills
Common Nebraska species ndash gray catbird northern mockingbird brown thrasher
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 45
Starlings (and Mynas) (Family Sturnidae - )
WHAT TO LOOK FOR
Medium sized chunky glossy birds with short tails sharp bills
Short triangular to rounded wings
Gregarious bold birds
Pipits (and Wagtails) (Family Motacillidae -)
WHAT TO LOOK FOR
Slender billed brownish ground dwellers with long back toe
Walk briskly rather than hop along the ground
Most species bob their tails up and down
Common Nebraska species ndash American pipit
Waxwings (Family Bombycillidae ndash silk tail)
WHAT TO LOOK FOR
Birds with sleek crest that can be erected
Plump-bodied birds with pointed wings with red waxy tips of secondaries
Bill is small wide and notched high thin calls
Square tail with terminal yellow band
Common Nebraska species ndash Bohemian and cedar waxwings
Wood Warblers (Family Parulidae -)
WHAT TO LOOK FOR
Brightly colored (mostly yellow) birds
Smaller than sparrows with thin needle-like bills
Common Nebraska species ndash approx 34 warblers ovenbirds yellow-breasted chats and
waterthrush
New World Sparrows (Family Emberizidae -)
WHAT TO LOOK FOR
Small to medium-sized birds - often brown streaked appearance
Rounded wings cone-shaped bills
Common Nebraska species ndash 20 sparrows towhees longspurs dark-eyed juncos snow and
lark buntings
Cardinals and Allies (Family Cardinalidae )
WHAT TO LOOK FOR
Medium to large songbirds
Have large cone-shaped bills
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 46
Males often very colorful
Common Nebraska species ndash northern cardinals rose-breasted and black-headed grosbeaks
indigo bunting dickcissel
Blackbirds Orioles and Allies (Family Icteridae)
WHAT TO LOOK FOR
Medium to large songbirds with strong straight bills
Strong-direct flight
Plumage varies from iridescent black to yellow to orange
Common Nebraska species ndash Bobolink eastern and western meadowlarks red-winged and
rusty blackbirds common and great-tailed grackles orchard Baltimore and
Bullockrsquos orioles brown-headed cowbird
Finches and Allies (Family Fringillidae)
WHAT TO LOOK FOR
Small to medium songbirds
Have conical bills and forked relatively short tails
Fly fast and undulate through the air giving high-pitched calls in flight
Common Nebraska species ndash gray-crowned rosy purple Cassinrsquos house finches red
crossbill white-winged crossbill common redpoll pine siskin American goldfinch
evening grosbeak
Old World Sparrows (Family Passeridae)
WHAT TO LOOK FOR
Stouter bodies shorter legs and thicker bills than native sparrows
Have a simple song repeating single elements with no particular rhythm or beginning
And end vocalize all day and year-round
Common Nebraska species ndash house sparrow (introduced)
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 47
Geology and Natural History of Nebraska
Being Developed by Jon Garbisch Cedar Point Biological Station jgarbisch2unledu
bull Geological history of Nebraska
bull Present geological formation of regions
bull General soil types
bull Geological landforms and related habitats
What we currently use
Theme
Nebraska geology formed over millions of years through the erosion of mountains the deposition of
sediments and the flow of water and ice shaping the landscape that we call home
Goal
Attendees will develop an understanding of the natural processes that influenced and built Nebraska
and in so doing develop a greater appreciation for the geology and how it relates to all other aspects of
the statersquos identity
Objective(s)
The Master Naturalists attendees will be able to use the knowledge they have gained to better
understand the surface and subsurface geology at any location in the state that they may find
themselves working
How will it be measured
Attendees will be able to use the knowledge gained to actively interpret general Nebraska geology by
completing activities in the form of hand-out diagrams biostratigraphic fossil correlations
interpretation of rock type hand specimens and visual description of the Geology on the trail at Camp
Brewster Fontenelle Forest
Introduction
Nebraska geology formed over millions of years through the erosion of mountains the deposition of
sediments and the flow of water and ice shaping the landscape that we call home (Hand out agenda)
Geology is rooted in the 3 rock groups that exist on planet Earth and so familiarity with
o these groups gives us a solid foundation for all other geologic interpretation
A half hour will be spent handling examples from each rock group
o 3 groups 3 tables with one rock type on each table each group spends 10 minutes at
each table
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 48
The Geologic Time Scale is a record over time of the Earths major geologic events and we
can use it to help us understand how and when Nebraska took shape
The natural agents of change which have shaped our state include oceans rivers wind
o and ice
The geologic time periods in Nebraska are represented by rock layers (or not) which occur all
around the state and have been named so that no matter where you are in the state you can
correlate the strata to the time scale (fossilsisotopes)
6 Geologic Principles will be discussed so that when the MN is in the field they can be used as an
aid in basic geologic interpretation
Conclusion
Nebraska geology formed over millions of years through the erosion of mountains the deposition of
sediments and the flow of water and ice shaping the landscape that we call home Geology supplies us
a record of the events that have shaped our Earth by learning the language in which the Earth script is
written we will be able to interpret and share the story of our state of Nebraska This understanding will
aid in us in relating to other areas influential and important to the state
Places to Go (places to see examples of Nebraska geology)
a Agate Fossil Beds National Monument Lower Miocene fossil mammal site including abundant body fossils of ancient mammals and prominent fossil rodent burrows
b Ashfall State Park Upper Miocene fossil mammal assemblage found in ash derived from an eruption of a predecessor to the Yellowstone volcanic field c Chimney Rock National Historic Site Oligocene and Lower Miocene continental sedimentary rocks deposited as sediments by wind and steams
d Hummel Park (Omaha) outcrops of Pleistocene glacial till and loess
e Lincoln area Capitol Beach Lake and history of saline waters and salt industry flooding history of Antelope and Salt creeks building stones in downtown area brick industry University of Nebraska State Museum
f Louisville area outcrops of Upper Pennsylvanian marine sedimentary rocks
g Valentine area and Niobrara National Wildlife Refuge Niobrara River Canyon and Cenozoic stratigraphy
h Niobrara State Park Upper Cretaceous marine sedimentary rocks (Niobrara Formation and Pierre Shale) landslides along Missouri River anthropogenic changes in Missouri River Niobrara River and Mormon Canal
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 49
i Downtown Omaha removal of loess from hills in downtown area engineering of Missouri River (eg groins bank armoring etc) visible at Bob Kerrey Memorial Bridge deep bedrock water wells at old industrial sites
j Platte River State Park Upper Pennsylvanian marine sedimentary rocks and overlook of Platte River
k Ponca State Park Upper Cretaceous marine sedimentary rocks (uppermost Dakota Formation through Greenhorn Limestone)
l Rock Creek State Historical Park middle Cretaceous Dakota Formationmdashfluvio-estuarine continental deposits
m Schramm Park Upper Pennsylvanian marine sedimentary rocks
n Scotia and Happy Jack Chalk Mine Upper Miocene lake deposit In Ogallala Group
o Scotts Bluff National Monument Oligocene and Lower Miocene continental sedimentary rocks deposited as sediments by wind and steams
p Smith Falls State ParkCenozoic stratigraphy Niobrara River waterfalls as knick points
q Toadstool Park and nearby areas continental sedimentary rocks of upper Eocene Chadron Formation Pine Ridge escarpment Trailside Museum and Ft Robinson State Park
r Weeping Water area Upper Pennsylvanian marine sedimentary rocks
s Wildcat RidgeHillsescarpment on Oligocene and Lower Miocene continental sedimentary rocks deeply eroded into canyons buttes and pinnacles by stream erosion during and after the Late Pliocene
t Indian Cave State Park and Iron Horse Trail south of Peru Upper Pennsylvanian Indian Cave Sandstone (fluvio-estuarine deposit) and sandstone cave
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 50
North American Model and Outdoor Skills Developed by Jeff Rawlinson Assistant Division Administrator Information and Education Nebraska Game and Parks Commission jeffrawlinsonnebraskagov
OUR North American Model of Conservation
Perhaps no other story is more compelling and more important in American history as that of how
our natural resources came to be one of the most important elements in our lives The history of our citizenryrsquos strong land ethic ties us to the natural world long after other nations have forgone this relationship We value how the common person from a common family can participate in the thrill of the chase experiencing wildness to its fullest
The North American Model of Conservation is a philosophy that the United States and Canada have
developed to manage wildlife in a sustainable way Historians debate how this land ethic began Some
say our model of conservation began in 1937 with the passage of the PittmanRobertson Act a move that provided funding for wildlife conservation at the national and state level The source of this funding came from the sale of hunting and shooting equipment Others may say that it began when the conservation giant President Theodore Roosevelt brought management of natural resources to the
political forefront Others would argue our Model of conservation was birthed under the Magna Charta which transferred the ownership of wildlife from the King of England and the English nobles to the all of
the people of England In reality however our Model has been under development for several hundred years combining what we have learned from other nations peoples cultures and experiences to shape a philosophy ingrained in our culture supported by hunters anglers and shooting sports enthusiasts
benefiting all wildlife and wild lands in the United States
First Wildlife Managers The concept of managing wildlife or natural resources was not conceived by our young nation For
thousands of years humanity has been manipulating and controlling the land and all its inhabitants to benefit our needs Ever since the first hunter followed that wooly creature across the Bering Straight embarking on an epic journey that would result in settling of North America man has ldquomanagedrdquo
wildlife in North America
Throughout history many leaders have shown some element of concern or conservation ethic towards wildlife The great Kublai Khan grandson of Genghis Khan and founder of the Yuan Dynasty in China forbade harvesting of many species of wildlife during critical reproductive months of March
through August so species could ldquoincrease and multiplyrdquo Conservation of wildlife is even found in Mosaic Law in Deuteronomy 226 representing some of the first written wildlife management idealsmdashldquo If you come across a birdrsquos nest in any tree or on the ground with young ones or eggs and
the mother sitting on the young or on the eggs you shall not take the mother with the youngrdquo (English Standard Version 2001)
As populations expanded throughout Europe wildlife resources fell under ownership of powerful kings
who enacted harsh punishments for anyone found taking the kingrsquos game In 1215 a rebellion against King John of England resulted in the Magna Charta transferring ownership of lands and game from the crown to the people This ldquoprivatizingrdquo of wildlife ownership had profound impacts America over 500 years later
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 51
Era Of Abundance (1600 ndash 1850) When our forefathers first landed on the eastern shores of America they brought with them science
religion and a new hope They found plentiful game and soon began a relationship with the land that provided them with many of their daily needs Wildlife was viewed as a limitless resource in a relatively untapped land These early settlers had left Europe where few had access to wildlife and entered a world where everyone had access Furs feathers hides all had value to this young country In 1776 the Declaration of Independence revoked the Kingrsquos rights to land and people in this new world After a
bloody war led by revolutionaries such as Washington Hamilton Jefferson and Adams the United States gained its independence and the land and wildlife belonged to everyone
Era Of Exploitation (1850 ndash 1900)
The 1800s brought a commercialization of our wildlife resources Market hunting and habitat
destruction began to decimate wildlife populations such as the American Bison and Passenger Pigeon After the American Revolutionary War and the Civial Warmdashwhich nearly destroyed our ldquodemocratic
experimentrdquo all togethermdashfew people were looking after the interest of wildlife and even fewer rules
existed governing the management of a resource everyone had ownership of yet no one had responsibility for
The railroad provided settlers with the means to access new lands expanding the markets for meats hides and fur Advancements in technology such as the repeating rifle further aided the unbridled
destruction of wildlife resources Yet throughout this era something positive was growing The people of this new nation were developing a relationship with the land By 1842 a Supreme Court ruling had huge impacts on this developing model of conservation resulting in a Public Trust Doctrine that would
further outline a model for conserving our natural resources Conservation was developing some direction but had no money or laws to support it
Era Of Protection (19001930) The early 1900s brought an industrial boom Abuse of natural resources had taken its toll and throughout the Nation and evidence of this abuse could be seen in the loss of species such as the
passenger pigeon near loss of the American bison and in many large mammals including whitetailed deer and our once numerous waterfowl species America was becoming an economic giant yet through
the roar of machines both political and metal a small voice could be heard It was the hunter and their voice was of concern for the direction our wildlife resources were heading Conservation minded men and women had continued a relationship with the land and the wildlife
Era of Game Management (1930 ndash 1966) The ldquodirty thirtiesrdquo were marked by the dust bowl and an impoverished nation Agricultural practices
unchecked by environmental stewardship had left the Nationrsquos heartland in ecological peril Politically the conservation movement was supported by the footings laid by Theodore Roosevelt New federal acts moved forward to provide for environmental protection due to the outcry of hunters in panic over the vanishing wildlife resources of the Nation
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 52
Wildlife conservation had support yet it lacked the science to properly manage our Nationrsquos resources A young biologist name Aldo Leopold changed all this with his writings including the book Game
Management which led to Universities across the country developing wildlife conservation programs These programs spawned a new breed of professional game managers who utilized science to support management methods that ultimately lead to the greatest wildlife conservation success story in the world In 1937 the PittmanRobertson Act provided thousands of jobs for young professionals along with ldquogame wardensrdquo supported by individual states to further the development of the Conservation Model
which now had science and funding to support it
Era of Environmental Management (1966 ndash Present) Science and funding led to a broadening view of conservation as focus shifted from managing ldquogame
animalsrdquo to managing the entire biota (environment and all living things in it) Further federal acts such
as the Endangered Species Act of 1966 and the National Environmental Policy Act of 1969 provided greater protection for species by a nation that had finally changed its course providing time to review
and perfect conservation efforts Recent acts such as the 1980 Farm Bill continued the effort to help
landowners provide quality habitat for wildlife and hunters by providing incentives to landowners to set aside highly erosive lands and plant them into wildlife habitat (grasslands) that benefit wildlife and hunters
The story of our unique model of conservation is still being written New challenges today threaten our
coveted resources and new professionals are entering the arena to further the plight of our Nationrsquos wildlife and hunting heritage
Seven Pillars of the Model
Seven main pillars have been highlighted as the foundation of support for the North American Model
of Conservation These include
The Public Trust The wildlife of the United States are owned by the people This is very different from the European Model where wildlife is privately owned The North American Model recognizes wildlife as a public
resource that is so important it can not be owned or managed by any one segment of our society but rather managed by professional state and federal entities for the benefit of all This concept known as
the Public Trust Doctrine began development in 1842 when the Supreme Court ruled that the Magna Charta had settled the question of who owns fish and wildlife and that King Charles II did not have the authority to give away the ldquodominion and propertyrdquo of lands in colonial America The court further ruled that since the American Revolution the people held public trust responsibilities for fish and wildlife except for rights specified in the US Constitution
Prohibition on Commerce
It was the hunter who brought forth stringent laws that protected wildlife from peril in the 19th
and 20th
centuries Because we all own and appreciate our wildlife as a national resource they should never find themselves on the public market to the highest bidder This path led to a largescale loss of many species
including the Passenger Pigeon and the near loss of the American bison As our country was developing these practices were common as people moved west in search of prosperity capitalizing on a land seemingly untouched by the modern world Today many laws in place serve to protect our most
valuable resourceshellipour wildlife
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 53
Democratic Rule of Law Each citizen of this great nation has the ability and responsibility to engage in healthy politics that serve
to support and protect sound wildlife conservation measures Our first conservation measures in this Country habitat restoration simple harvest restrictions and bag limits came from hunters people who respected the game they pursued and loved the wild places they chased them in The North American Model of conservation is built upon active public involvement instilling a value for wildlife in all citizens
Hunting Opportunity for All The Model was developed on the premise that all people regardless of political or economic standing could participate in and feel the thrill of the chase It is this unique Model that provides us with wildlife opportunities for all Americans Imagine how important this was to our fore fathers who left a brutal
King in England where only the aristocracy had any dream of pursuing wild creatures in wild places Our
wildlife laws ensure that each generation that comes after us will have the same opportunity to enjoy and appreciate wildlife
Nonfrivolous Use Our management of wildlife depends on a citizenry that loves and appreciates the wild creatures and the habitats necessary to their survival and our quality of life Wildlife may be utilized under strict rule of
law including utilizing the wildlife once harvested to its best potential Killing wildlife for the sake of killing can only lead to the numbing of hearts to wildlife and a profound lack of respect for our most
precious resources
International Resources
It was not until the 20th
century that hunters and wildlife lovers understood the importance of
managing wildlife at a much larger scale This became readily apparent with the passage of the
Migratory Bird Treaty Act of 1918 where nations came together to manage wildlife resources as a
collective Wildlife species do not recognize national or state boundaries Governments must work together to be effective in managing wildlife for the benefit of all The United States has made great
strides in this area with Mexico and Canada Our wildlife is not only a resource to us but to all continents they may call home throughout the year Our biologists must think globally to be effective locally
Scientific Management Although Theodore Roosevelt brought conservation to the political forefront it was a young forester from Iowa that made the study of wildlife management a science Aldo Leopold is considered by many
as the ldquofather of wildlife managementrdquo due to his tireless efforts to develop curriculum for future wildlife biologists Today our biologists earn their opportunity to manage wildlife through prominent
Bachelor Masters and Doctorate degree programs from Universities around the world Wildlife must be managed using fact science and the latest research We are constantly learning and adapting to new technology and changing environments For such an important resource we cannot afford to have it any other way
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 54
Nebraska Master Naturalist Specializations Certifying as a Specialist ldquoFollow your own natural geniusrdquo wrote Thoreau ldquoand it will not fail to show you a fresh prospect every hourrdquo Many of us learn by doing When our curiosity and interests carry us into deeper study of a given subject it can be helpful to have clear opportunities to pursue Thus the Nebraska Master Naturalist Program offers specialized voluntary training for those who are hungry to develop and apply their particular skill and personal understanding on behalf of our natural legacy Specializations are designed to create collaborators leaders and mentors in four key areas
Interpretation and Outreach
Outdoor Skills and Recreation
Resource Management
Citizen Science Master Naturalist Certification Requirements Annual Requirement o 8 Hours Training Annually o 20 Hours of Volunteerism Annually Master Naturalist Specialization Requirement One Time Requirement o 20 Hours of Training Total Specific to Specialization Annual Requirement o Additional 20 Hours of Volunteerism Annually Specific to Specialization (does not include initial Certification annual requirement hours)
OUTDOOR SKILLS AND RECREATION SPECIALIZATION The purpose of OUTDOOR SKILLS AND RECREATION is to promote activity and development of skills in the outdoor pursuits associated with natural resources Specializations are designed to create collaborators leaders and mentors in particular areas A Certified Nebraska Master Naturalist can complete the Outdoor Recreation Specializationby meeting the following requirements Complete at least one of the workshops or certification‐leading trainings listed below If specialized training is not listed below it can be approved upon request by the Master Naturalist Program Committee Specialized Training Options ‐
Hunter Education Instructor Certification 13 hrs
National 4‐H Shooting Sports Instructor Certification 32 hrs
Nebraska 4‐H Shooting Sports Shotgun Certification 12 hrs
Nebraska 4‐H Shooting Sports Archery Certification 12 hrs
Nebraska 4‐H Shooting Sports Rifle Certification 12 hrs
Nebraska 4‐H Shooting Sports Pistol Certification 12 hrs
Nebraska 4‐H Shooting Sports Muzzleloader Certification 12 hrs
National Archery in the Schools Program Basic Archery Instructor 4 hrs
NRA Range OfficerMaster Certification 8 hrs
Hunt Master Training Instructor 4 hrs
NRA Shooting Instructor 16 hrs
NRA Shotgun Instructor 16 hrs
NRA Rifle Instructor 16 hrs
Boater Education Instructor 12 hrs
Youth Fishing Instructor 5 hrs
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 55
American Canoe Association National CanoeKayak Instructor 16‐32hrs
National Camp SchoolBoy Scouts 16‐24 hrs
Wood Badge TrainingBoy Scouts 16‐24 hrs
Merit Badge Counselor TrainingBoy Scouts 2‐16 hrs
Conservation Leaders for Tomorrow 35 hrs
Wilderness First Aid 16‐32 hrs
Professional Trappers College 40 hrs
American Camp Association Instructor Training 8‐40 hrs
American Red Cross Instructor Training 2‐16 hrs
American Sailing Association Instructor Training 16‐24 hrs
Certified Horsemanship Association Instructor Training 24‐40 hrs
Leave No Trace Master Educator Training 40 hrs
National Outdoor Leadership School 280 hrs
Camp Cook School 32‐96 hrs
Professional Association of Diving Instructors Training 32‐96 hrs
Professional Mountain Bike Association Instructor Training 24 hrs
League of American Bicyclists Instructor Certification 24 hrs
Hunting
Shooting
Fishing
Trapping
Camping
Outdoor Cooking
Orienteering
Geocaching
Photography
Wildlife Viewing
Hiking
Biking
Birding
Becoming an Outdoors‐Woman Program
Wilderness First Aid
Wilderness Survival
Leave No Trace Educator
Service Options ndash Provide a minimum of 20 hours of service annually in the following or similar areas
4‐H leader and youth training outdoor recreation
Scout leader and youth training outdoor recreation
Wild About Nature
Flying WILD Educator or Facilitator Workshop
Becoming an Outdoors Woman (BOW)
Beyond Becoming an Outdoors Woman (BOW)
Family Camp
Learn to Hunt Program
National Archery in the Schools Program BAI training or greater
Mentor HuntHunt Masters Training
After School Programs
Others ndash Upon approval
Outdoor discovery programs volunteer
CRO at a shooting event
Assist with National or State shooting sports competitions
Family fishing day
Design or write a brochure
Develop or contribute to a website
Develop or contribute to a social networking site
Design or write a newsletter
Assist in fundraising
Plan an event or festival
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 56
Interpretation amp Education- Developed By Lindsay Rogers Nebraska Game amp Parks
Commission
Do not try to satisfy your vanity by teaching a great many things Awaken peoplersquos curiosity It is
enough to open minds do not overload them Put there just a spark If there is some good
inflammable stuff it will catch firerdquo
- Anatole France in The Earth Speaks
Session Objectives
To help participants understand the role education plays in sounds ecological conservation
To help participants learn about past and present conservationist and interpretive educators
To help participants learn components of quality education and interpretation
To have participants partake in quality interpretive education
To make sure participants understand that their role is to light the spark and awaken curiosityhellip not spew facts
Lecture Requirements
1 What is interpretation (5 minutes) a What does ldquointerpretrdquo mean b National Association of Interpretation definition of ldquointerpretationrdquo
i Interpretation is a mission-based communication process that forges emotional and intellectual connection between the interests of the audience and the meanings inherent to the resource
c Freeman Tilden Interpreting Our Heritage 1957 i Interpretation is an educational activity which aims to reveal meanings
and relationships through the use of original objects by first-hand experience and by illustrative media rather than simply to communicate factual information
d Components of interpretation i pleasurable or enjoyable
ii relevant to the world iii organized iv themed v sparks an interest
vi includes information but does not stop there links information to the world
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 57
vii age appropriate viii taught to someone not at them
2 What is education (5 minutes)
a What does it mean to ldquoeducaterdquo someone b John Dewey Democracy amp Education 2944
i Education in its general sense is a form of learning in which the knowledge skills and habits of a group of people are transferred from one generation to the next through teaching training or research
c Components of education i - generally presented to someone but not always
ii enjoyable sometimes iii provides knowledge and facts iv can make connections but not always v organized and themed
d Both education and interpretation are important they work together
3 Conservationists (10 minutes) a Jon Muir
i Immigrated from Scotland to Wisconsin in 1849 ii Attended the University of Wisconsin studies botany amp geology
iii Moved to the western US mainly the Sierra Nevada area iv Believed humans were part of the interconnected natural world v Advocated for the preservation of natural areas
vi Co-founded the Sierra Club b Aldo Leopold
i Iowa native attended Yale University ii After college he joined the US Forest Service was stationed in Arizona
and New Mexico iii Developed theories of land ethics the need for biodiversity and an
appreciation for wilderness areas iv Moved to Wisconsin in 1924 became a professor at the University of
Wisconsin v Regarded as the ldquoFather of Conservationrdquo
c Gifford Pinchot i Born in Connecticut in 1905
ii Studied at Yale studies forestry in France iii Named chief of the Division of Forestry (later to become the US Forest
Service) iv First chief of the US Forest Service greatly improved forest
management and increased the size of Forest Service lands
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 58
v Managed forests for the greatest good for the greatest number Pinchot added the phrase in the long run to emphasize that forest management consists of long-term decisions
d Steven Mather i Born in California attended Berkley University
ii Worked for the Pacific Coast Borax Company where he had a talent for promotion Started a competing company made millions
iii When revisiting Sequoia and Yosemite National Parks in 1914 he was appalled by the conditions of the national parks
iv Joined the Department of the Interior as the head of parks later created the National Parks System
v Professionalized the National Parks and helped to greatly grow protected lands
e Rachel Carson i Born in Pennsylvania in 1907 attended John Hopkins University for
graduate school ii Went to work for the US Bureau of Fisheries (later to become the US
Fish amp Wildlife Service) iii Wrote Silent Spring in 1962 The book created an awaking for Americanrsquos
to their responsibility to the environment and wildlife The book lead to the US Government banning the use of DDT
f Theodore Roosevelt i Born in 1858 in New York New York was a sickly child who stayed inside
studying natural history ii An avid outdoorsman he spent much time in the South Dakota Badlands
iii Became President in 1901 with the assignation of President McKinley iv Among many major accomplishments as president he started the
National Parks was instrumental in conserving about 230 million acres
4 Naturalist Interpreters (10 minutes) a Freeman Tilden
i Born 1883 worked as a newspaper columnist and author ii At age 58 he began working with the National Parks Service
iii While traveling to various National Parks he became concerned with the quality of interpretation
iv Wrote Interpreting Our Heritage in 1957 outlines 6 principles to quality interpretation forever changed the field of interpretation
b William Lewis i Worked as a ranger naturalist and interpreter trainer for the National
Parks Service ii Developed the approach of ldquoThematic Interpretationrdquo which requires the
interpreter to choose a central theme (major point) to guide the development of a program
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 59
iii Wrote Interpreting For Park Visitors c Sam Ham
i Director of Center for International Training and Outreach at the University of Idaho
ii Work has focused on applying communication theory to environmental conservation interpretation and on nature-based tourism and guide training
iii Wrote Environmental Interpretation (1992) d Ted Cable
i Professor of Park Management and Conservation at Kansas State University
ii Co-authored Interpreting Cultural and Natural Resources (2003) and Interpretation for the 21st Century Fifteen Guiding Principles for Interpreting Nature and Culture (2002)
5 Conducting an Interpretative Program Try and Fail (60 minutes + 120 minutes of activities throughouthellip see list of Suggested Activities below)
a Experiential Learning i The first time you tried to walk you failed The first time you rode a bike
you failed This is called experiential learning The first time you attempt an educational or interpretation program you will fail thatrsquos how we learn
ii Donrsquot be afraid to fail b Ask Questions about the ProgramPresentation before you commit to leading it c Plan your Program
i Generally I want my presentation to be about Specifically however I want to tell my audience about After hearing my presentation I want my audience to understand (what is the big picture you want them to take home)
1 You do not need (or want) to teach your audience everything you know your job is to light the spark
ii What will your tangibles and intangibles be 1 Tangibles are those things you can touch things you use to teach
when teaching a Examples include a tree a mammal pelt a skull a live
animal a prairie 2 Intangibles involve connecting the tangibles to concepts and the
ideas they represent intangibles are the meanings the relationships the processes the ideas the feelings and the beliefs
a Examples include food webs ecosystem health entropy ecology
iii People remember themes they forget facts
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 60
iv Plan for an organized presentation 1 Think about your overall theme smaller parts of the program and
your transitions v Stick to your theme
vi Determine what type of presentation you will have 1 PowerPoint (avoid) 2 Podium Presentation (avoid) 3 Active taking a hike playing a game etc 4 Hands-on touching feeling trying hearing smelling
vii Think about all the different kinds of learners 1 verbal-linguistic 2 logical-mathematical 3 visual-spatial 4 kinesthetic 5 musical-rhythmic 6 interpersonal (groups) 7 intrapersonal (individual) 8 naturalist
d Know your role as an educator 1 Provide facts and relationships not opinions 2 Allow participants to determine their own opinions and beliefs
using the facts amp relationships you provide them 3 PLAY ldquoFIRST IMPRESSIONSrdquo
e Prepare Prepare Prepare 1 Know the type of space and area you will have (indoor vs
outdoor small space vs vast area etc) 2 Plan for more that you are told 3 Plan for the weather (always expect it to be windy in Nebraska)
f Questions i Ask good questions
1 Is this a fox Vs How do you know this is a fox 2 Do you have any questions Vs What questions do you have
ii Be prepared for quality questions 1 What are the implications for describe the impact of what are
the reasons for iii Be prepared for ldquogoodrdquo questions
1 Do you have ewoks in the forest If a Mountain Lion and an Eagle were to fight who would win
2 Take all questions seriously Answer seriously g Model what you want to see the students do
i If you want a group of students to catch insects help them get active with them
ii This is true when working with children and adults
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 61
1 Working alongside students validates them and their learning h Be enthusiastic show your passion
i This is another form of modeling what you want to see in your students ii We need to excite students (no matter their age) about conservation
nature and the outdoors iii Have fun
6 Take Home Lesson Light the Spark and Donrsquot Be Afraid to Fail
Suggested Activities (amp potential mandatory activities)
Throughout the lesson conduct multiple games andor activities to model good interpretation
Suggested games include but are not limited to
1 Oh Deer (Project WILD) 2 First Impressions (to be done during section 5) (Project WILD) 3 The Long Haul (Project WET) 4 Sum of the Parts (Project WET) 5 Water Quality Ask the Bugs (Project WET) 6 Adaptation Artistry (Flying WILD) or Fashion a Fish (Aquatic Project WILD) 7 Avian Antics (Flying WILD) 8 Pollinators Meet Your Plants (Nebraska Project WILD wwwnebraskaprojectwildorg) 9 Scavenger Hunts (Nebraska Project WILD wwwnebraskaprojectwildorg)
Suggested Post-Readings
Interpreting Our Heritage Freeman Tilden 1957 (4th edition 2008)
ISBN-13 978-0807858677
Interpreting for Park Visitors William Lewis 1981
ISBN-13 978-0890620793
Environmental Interpretation Sam Ham 1992
ISBN-13 978-1555919023
Interpretation for the 21st Century Fifteen Guiding Principles for Interpreting Nature and
Culture Larry Beck amp Ted Cable 2002
ISBN-13 978-1571675224
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 62
Interpretation-Making a Difference on Purpose Sam Ham 2013
ISBN-13 978-1555917425
Foundations of Interpretation Curriculum Content Narrative National Parks Service 2007
httpwwwnpsgovidpinterp101foundationscurriculumpdf
Websites
National Association of Interpretation
wwwinterpnetcom
North American Association for Environmental Education
wwwnaaeeorg
Nebraska Alliance for Conservation and Environment Education
wwwnaceeorg
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 63
Safety in the Field
Developed by Rich Hawes Nebraska Master Naturalist rdhawes26msncom
Objectives
Raise awareness of Risk Managementassessment as part of event planning
Guidelines to safe activities for participants presenters and the environment
Present Leave No Trace Principals as part of all outdoor activities
Present resources for additional training or certification for outdoor activities
Hands on activities to encourage interest and to provoke thought and discussion
Hazards of the area
Outdoor hiking safety
Stewardship of the land and natural resources
Being flexible and working with ldquowhat you haverdquo
Outline
1 Outdoor Activities ndash Whatrsquos The Worst That Can Happen An Introduction to Event Planning and Risk Management
2 Leave No Trace Principals
3 Trip planning and Logistics
4 Health amp Safety
5 Youth Protection
6 Age Appropriate Activities
7 Resource Training and Certifications
a Standard First Aid CPRAED Wilderness First Aid
b Shooting Sports - Range Safety Officer or Instructor
c Hunter Safety Instructor
d Climbing COPE and Zip Lines
e Water Safety Instructor Life Guard Small Boat Handling
f Leave No Trace Trainer or Master Educator
g Tread Lightly Tread Trainer or Master Tread Trainer
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 64
Suggested Activities
CPR Scenario
First Aid Scenario
Weather Scenario
Lost Scenario
Online Resources
American Camp Association
Boy Scouts of America
Youth Protection
Safe Swim Defense
Safety Afloat
Climb On Safely
Weather Safety
Trek On Safely
(etc)
Leave No Trace
Nebraska Game amp Parks
Hunter Safety
Boating Rules amp Regs
National Rifle Association
(Archery groups)
American Red Cross
(wilderness medicine group(s))
NOLS
Tread Lightly
US Coast Guard
NEBRASKA MASTER NATURALIST Explore Contribute Connect
5
Reading ListResources
Field Guide to Wildflowers of Nebraska and the Great Plains ndash Jon Farrar ndash Nebraska Game and Parks
Commission ndash University of Iowa Press
Grassland Plants of South Dakota and the Northern Great Plains ndash James R Johnson ndash South Dakota
State University College of Agricultural and Biological Sciences ndash South Dakota Agricultural Experiment
Station ndash B 566
The Flora of Nebraska Second Edition (MP-47b) 2011 967 pp Kaul Robert B Sutherland David
Rolfsmeier Steven
The Nebraska Legacy Project ndash State Wildlife Action Plan ndash 2nd edition 2011 Selected Sections
Natural Communities A Coarse Filter Page 18-19
Promote Management that is more compatible with Conserving Biological Diversity ndash Pages 40-
Tallgrass Prairie Ecoregion - Pages 61 -101
Mixedgrass Prairie Ecoregion ndash Pages 103 ndash 137
Sandhill Ecoregion Pages 139 ndash 170
Shortgrass Prairie Ecoregion ndash Pages 171 203
Appendix 7 Terrestrial natural communities of Nebraska Page 251-264
Guide to Nebraskarsquos Wetlands and their Conservation Needs Ted LaGrange Nebraska Game and Parks
Commission 2005
Conservation Trees for Nebraska ndash Nebraskarsquos Natural Resources District ndash Nebraska Forest Service
Native Vegetation of Nebraska (Map Robert Kaul and Steven Rolfsmeier) 1993 UNL Conservation and
Survey Division (httpnebraskamapsunledu)
University of Nebraska State Museum Division of Botany
(httpmuseumunleduresearchbotanyindexhtml) ndash List of Nebraska Species Collections etc
Online key to plants of Nebraska can be found at
httpwwwnrcsusdagovwpsportalnrcsdetailss=16ampnavtype=SUBNAVIGATIONampcid=stelp
rdb1044954ampnavid=120160320130000amppnavid=120000000000000ampposition=Not20Yet20Determin
edHtmlampttype=detailamppname=PLANTS20Interactive20ID20Keys2020Introduction20|20NR
CS
httpplantsusdagovintro_to_plants_1211pdf - a really good online reference about plants
including a list of plants by state
NEBRASKA MASTER NATURALIST Explore Contribute Connect
6
Ecology of Nebraska
Developed and Adopted by Keanna Leonard Education Director Rowe Sanctuary kleonardaudubonorg
Ecology in a nutshell
Ecology is part of biology that deals with the relationship between organisms and their environment
Ecology is a science Environmentalism is a cause with or without scientific backing Conservation
Biology is the integration of Ecology and Environmentalism using science to influence political cause
Central to ecological study is habitat the special location where an animalrsquos lives What an animal
does in its habitat its profession or how it survives and adapts is its niche A niche is the product of
evolution and once it is established no other species in the community can evolve to exploit the exact
same resources (Competitive exclusion principle) Therefore different species are able to form an
ecological community in which each has a different role in their shared environment
From the Integrated Principles of Zoology 1996 Hickman Roberts Larson
Without habitat there are no animals It is that simple ndash Wildlife Habitat Canada
The richness of the earthrsquos biomass is organized into a hierarchy of interacting units
The individual organism the population the community the ecosystem
Ecosystem Ecology An ecosystem is a complex self-sustaining natural system with living (biotic) and nonliving (abiotic)
components
The abiotic component of an ecosystem is defined by physical parameters such as temperature altitude
light and moisture Chemical features such as nutrients establish the quality of the ecosystem
The biotic component or the populations of plants animals and microorganisms of an ecosystem can be
grouped as
Producers - algae green plants and cyanobacteria (blue-green algae)
autotrophs ndash use energy from sun to synthesize sugars from carbon dioxide and
water by photosynthesis
Consumers - carnivores herbivores omnivores parasites and decomposers
Decomposers - consumers that perform final breakdown of complex organic materials
into inorganic materials
Decomposers and other consumers are heterotrophs that consume autotrophs
Energy Flow through the ecosystem Photosynthesis - Sunlight (energy) is absorbed by chlorophyll (the green pigment found in plants)
NEBRASKA MASTER NATURALIST Explore Contribute Connect
7
This energy is used to synthesize sugar (carbohydrates) from carbon dioxide and water
By-product of photosynthesis is oxygen
Food Chain - A feeding sequence used to describe the flow of energy and materials in an ecosystem
Example grass (producer) gt deer (consumer) gtcoyote (consumer) gt decomposer
Food Web - Intertwined food chains
Trophic Levels - Each step in the food chain
At each step 80-90 of available energy is lost as heat Most of the fuel obtained in
food is used to stay alive Because of this fact trophic levels are usually limited to four
or five There are more producers (plants) than herbivores (plant-eaters) and more
herbivores than carnivores Carnivores can be further divided by into first- second-
top-level consumers
Nutrient Cycles or Biogeochemical Cycles All essential elements for life are derived from the environment (air rocks soil and water)
There are four cycles that return these elements to a useable form for life to continue
The Water (hydrologic) Cycle The paths water moves through earthrsquos ecosystems in its various states (vapor liquid solid)
Water is the only substance on earth that exists naturally in all three states
The Carbon Cycle All living things contain carbon Carbon is what makes organic molecules organic or living Carbon is the
basic element found in carbohydrates proteins and fats
Plants take in carbon dioxide during photosynthesis Animals eat the plants Animals release carbon
dioxide when they breathe (respire) and when they die and decompose Plants take it up again
Decomposing organic material will also leach carbon into the ground forming fossil fuels Other stores
of carbon include peat cellulose found in plants and water The cycling of carbon is linked to the flow
of energy through a system
The Phosphorus Cycle ATP (adenosine triphosphate) the energy molecule created by every living thing contains phosphorous
Our DNA and RNA the molecules that form our genes require phosphorous to bond together Bone
tissue also contains phosphorous
Plants take up phosphorous then the plants are eaten by animals Animals release phosphorous by
defecating and decomposing Plants also release phosphorous through decomposition Phosphorous is
then reabsorbed by plants or becomes part of sediments that forms rock As rocks erode phosphorous
is released into water and soil to be taken up by plants
NEBRASKA MASTER NATURALIST Explore Contribute Connect
8
The Nitrogen Cycle Nitrogen is essential in forming proteins and nucleic acids The atmosphere has a high concentration of
nitrogen but is not usable to living organisms in its gaseous form The nitrogen cycle converts this gas
into usable forms
This cycle is the most complex because nitrogen can be found in several different forms Parts of the
cycle include
Nitrogen Fixation ndash Nitrogen is fixed or converted into ammonia and nitrates by bacteria lightning and
ultraviolet radiation in the soils and root nodules of some plants (legumes or beans) Nitrogen
fixation does not allow nitrogen to convert back to gaseous nitrogen
Nitrification ndash Other bacteria can take the ammonia and oxidize it into nitrite Nitrite is further
processed into nitrate
Denitrification and Ammonification - Plants absorb nitrates and ammonia from the soil and use
them to build organic compounds Animals eat the plants or other animals Animal waste
contains nitrogen in the forms of ammonia urea and uric acid
Denitrification is the process of decomposing bacteria converting nitrate back to nitrogen gas
Ammonification is the process of other decomposing bacteria converting organic compounds to
ammonium ions
Communities amp Populations A community is the living (biotic) portion of an ecosystem Within the community each population of
organisms has a habitat and a niche A community is usually dominated by a single species or a limited
group of species that impact the local environment (Example Tallgrass Prairie) Other species adapt to
conditions created by the dominant species If a dominant species is removed two scenarios can occur
Another species will take its place and not change the ecosystem in general Or the whole community is
changed If the community is drastically altered the species is considered a keystone species
A population is a group of same organisms that occur in the same community
Habitat is the place where an organism normally lives Basic components of habitat are food water
shelter and space Habitat is the organismrsquos physical surroundings and its niche is its profession or role
it plays in the community No two species can occupy the same niche at the same time (competitive
exclusion principle)
Population Interactions Competition ndash an overlap of some degree of two populationrsquos niches in such a way that they are
competing for the same resource(s) (food shelter water space etc)
Symbiosis - two populations living together in a community in close association There are
several types of symbiosis
NEBRASKA MASTER NATURALIST Explore Contribute Connect
9
Mutualism ndash the relationship is mutually beneficial (lichens)
Commensalisms ndash one population receives benefits and the other neither benefits or is
harmed (intestinal bacteria)
Parasitism ndash one population benefits and the other is harmed (ticks)
Synergism ndash two populations accomplish together what neither could do on their own
Another type of relationship is called predation-prey relationship where one population captures and
feeds on another Predators have more than one prey species but normally feed on the most
abundant As one prey species declines in population predators will switch to another more abundant
species
Natural selection favors the most efficient predator and at the same time prey that can escape
predation
Adaptation is a change in structure physiological process or behavior that evolved by natural selection
and improves an organismrsquos ability to survive and reproduced
MAD Law ndash Move Adapt or Die
Population growth Populations grow until they reach certain environmental limitations called limiting factors These
factors can either be physical or biotic ndash from predation to limited space for nesting
When a population reaches its maximum density that the environment can support it is said that it has
reached its carrying capacity A population cannot go beyond the carrying capacity for long without
consequences
In a community an orderly predictable replacement of populations normally occurs over time Certain
populations will dominate and then decline to be replaced by new dominant populations A community
at the last stage of succession is called the climax community
Biodiversity Biodiversity refers to the variety of living organisms in a given ecosystem and is described at three
levels
Genetic Diversity ndash the variety of genes in a population Genetic Diversity shapes the
potential of individuals to survive and reproduce and as a population to adapt and evolve
Species Diversity ndash the number of species within a community
Ecosystem Diversity ndash the organizational and functional diversity of the ecosystem
NEBRASKA MASTER NATURALIST Explore Contribute Connect
10
Three measures are used when studying biodiversity
Composition ndash the number of genes species or ecosystems in a given area
Structure ndash the distribution of genes species or ecosystems
Function - the ecological processes accomplished by genes species or ecosystems
Biodiversity is important to maintain a stable ecosystem vast storehouse of untapped resources for
medicine food energy etc
Ecoregions in Nebraska
The Central Flyway There are four major North American flyways ndash the Atlantic the Mississippi the Central and the Pacific Flyways Except along the coasts the flyway boundaries are not always sharply defined and both in the northern breeding and southern wintering grounds there is overlapping Every year millions of migrating birds travel the Central Flyway The ldquohourglassrdquo route narrows in central Nebraska The eighty mile stretch of Platte River (Big Bend area) between Lexington and Grand Island serves as a month long stop over for around 600000 sandhill cranes and endangered whooping cranes This stretch of river has shallow wide-open water to provide cranes some security from predators when roosting and grain fields and wet meadows for eating and loafing
The Platte River
The Platte River begins near the city of North Platte Nebraska with the convergence of the North Platte and South Platte Rivers The Platte the largest braided river in North America snakes 310 miles eastward and empties into the Missouri River south of Omaha Nebraska drains about 29800 square miles of land along its route The South Platte River originates as snowmelt in central Colorado meandering 450 miles towards North Platte The North Platte River also begins as snowmelt in north central Colorado and runs 665 miles before converging with the South Platte
The Big Bend Region
The central or Big Bend Region of the Platte River between Grand Island and Lexington has long been recognized as critical staging area for half million sandhill cranes millions of geese and ducks and for the highly endangered whooping crane It is also important nesting habitat for endangered piping plovers and least terns and threatened eagles as well as year around habitat for other wildlife The Platte River is a broad shallow braided river dotted with small itinerant sandbars up to the huge islands In the early 1800rsquos the Platte was one to two miles wide Water depth ranged from dry to eight feet deep The islands were scoured each spring by the rush of snowmelt from the Rockies that removed vegetation from the sandbars washed into sloughs and recharged the surrounding soils Fires suppressed tree growth along most of the shoreline Protected islands and areas of shoreline grew cottonwoods and willows This diversity was excellent habitat for wildlife But in less than 100 years it changed Man has diverted over 70 percent of the Plattersquos average annual flow for use in irrigation and industry ( comes back to the river via groundwater) Fires have been controlled Floods and ice no longer clear the islands of vegetation With less water in the river wet meadow soils are not recharged with water seeping from the river Bridges restrict flows and deep
NEBRASKA MASTER NATURALIST Explore Contribute Connect
11
gravel pits alter the shoreline This taming of the Platte River is causing it to lose the very characteristics that make it unique and attractive to native wildlife The wide channels now must be maintained by mechanically clearing sand bars and low islands Audubon and other conservation organizations spend a considerable amount of time and money each year to keep the river clear The Platte River valley is now characterized by forest shrub and sandbar vegetation on the river floodplain lowland prairie and cultivated fields on the river terraces and an upland prairie on the loess bluffs along the ancient river escarpment The floodplain forest shrub and sandbar communities have developed on coarse textured alluvial soils adjacent to the river channel The forest communities have open canopies and are dominated by cottonwoods with an understory of red cedar and rough-leaf dogwood Green ash hackberry American elm red mulberry and slippery elm also occur in these areas Adjacent to the major river channel and in areas where the forests are limited to a narrow strip along the river bank low shrub islands and vegetated sandbars predominate Peach-leaf willow sandbar willow and indigo bush are the dominate shrub species Lovegrass nutsedge barnyard grass cocklebur and scattered willow and cottonwood seedlings characterize the vegetation on the low shrub islands and recently exposed sandbars
One of the sanctuaryrsquos most important tasks has been functioning as Audubonrsquos footprint on the Platte
River Audubon played a significant role in many battles to limit development on the Platte the final
being the defeat of Two Forks Dam near Denver in 1992 Today Audubon along with the Platte River
Whooping Crane Maintenance Trust the National Wildlife Federation Fish and Wildlife and Nebraska
Game and Parks plays a major role in keeping the river in its current condition One such program is
maintaining the wide channels on parts of the river which must be done mechanically to clear sandbars
and low islands
Tallgrass Prairie Ecoregion
Introduction
Once extended from eastern Nebraska to Indiana and from Texas to southern Canada
Today less than 1 remains
Approximately 2 of the remaining tallgrass prairie is found in Nebraska o Covers eastern fourth of state and extends along stream valleys of the Republican
Loup Platte and Niobrara
Shaped by glaciers wind and water
Mainly rolling hills intersected by stream valleys
Elevation from east to west 850 to 1700 feet above sea level
Receives 25-36 inches of annual precipitation
Average highs in the 90 degrees and lows of 10 degrees
Two major rivers o Missouri River
States largest river flowing approximately 350 miles in Nebraska
NEBRASKA MASTER NATURALIST Explore Contribute Connect
12
Drains approximately 529350 square miles of land (including entire state of NE) Forms eastern and northern boundaries of tallgrass prairie Historically more a mile wide and up to 20 feet deep with abundant sandbars
and forested island
Floodplain was a mosaic of oxbow lakes backwater marshes wet prairies and forests
Platte River ndash prairie river o Historically shallow braided channel up to 3 miles wide with many sandbars
Floodplain 15 miles wide and covered with lush wet meadows and freshwater marshes
Spring floods limited tree growth and created barren sandbars o Other streams include Papio Creek Turkey Creek and Bazile Creek
Wetland types o Saline wetlands
Found in the floodplain of Salt Creek and its tributaries in Lancaster and Saunders counties
Salinity originates from groundwater passing through an underground rock formation containing salts deposited by an ancient sea that once covered
Nebraska
o Todd Valley playas Small clay-lined depressions Seasonally and temporarily flooded Found in an ancient valley of the Platte called the Todd Valley
Vegetation of Tallgrass Prairies
Dominant vegetation ndash big bluestem Indiangrass switchgrass and Canada wildrye o Can reach six feet or taller
Hundreds of spp of wildflowers and forbs o Showy goldenrod prairie blazing star sky blue aster amp purple coneflower
Native woodland found mainly in fire-protected stream valleys and bluffs o Found in floodplains - Cotton woods willows boxelders American elms
Drier river bluffs o Oaks hickories basswood black walnut etc o Essential habitat for migrating birds
Wet meadows found in stream valleys o Sedges spike rushes prairie cordgrass and switchgrass
Marshes o Broad-leaf cattail bulrushes bur reed smartweeds and arrowheads
NEBRASKA MASTER NATURALIST Explore Contribute Connect
13
Birds
More than 300 spp of resident and migratory birds
Nesting waterbirds include o Wood duck green heron northern pintail blue-wing teal mallard
Grassland birds include o Henslowrsquos sparrow dickcissel grasshopper sparrow bobolink vesper
sparrow and Swainsonrsquos hawk
Woodland birds include o Bellrsquos vireo blank-and-white warbler rose-breasted grosbeak orchard oriole
Mammal
More than 55 mammals o Plains pocket gopher prairie vole plains pocket mouse thirteen-line ground squirrel
Franklinrsquos ground squirrel o Prior to European settlement
Bison elk mule deer mountain lion black and grizzly bear gray wolf Larger animals include coyote bobcat least and long-tailed weasel mink
Fish
More than 75 species of fish Amphibians and Reptiles
53 species of amphibians and reptiles o 2 salamanders 5 toads 6 frogs 8 turtles 8 lizards and 24 snakes
Eco-tourism amp Wildlife Viewing
Henry Doorly Zoo in Omaha Childrenrsquos Zoo in Lincoln
Ak-Sar-Ben Aquarium Ponca State Park
Mahoney State Park Platte River State Park
Two Rivers State Recreation Area Branched Oak
Homestead National Monument Ashfalls Fossil Beds State Park
Migrating birds Fontenelle Forest Indian Cave State Park Schramm State Park
Tallgrass prairie Audubonrsquos Spring Creek Prairie south of Denton amp Nine-Mile Prairie
Canoeing hiking biking
Elkhorn River Platte River
Cowboy Trail Steamboat Trace Trail
MoPac East Trail Oak Creek Trail
Driving Tours
Nebraska Scenic Byway Outlaw Trail Scenic Byway
Heritage Highway Lewis and Clark Scenic Byway
NEBRASKA MASTER NATURALIST Explore Contribute Connect
14
Mixedgrass Prairie
Introduction
Transition zone between tallgrass and shortgrass prairies o Have characteristics of both o Plant composition varies considerably depending of soil type topography weather and
land use
Elevation east to west 1650 to 3000 feet above sea level
Climate - Semiarid o Average annual precipitation from 28 inches in the east to 20 inches in the west o Average annual temperature from 52-57 degrees - Frost-free period 150 ndash 190 days
General topography o Level broad plains rolling hills in north-central part steep sloops with deep drainages in
the southwest o Mostly covered with windblown silt o Ogallala aquifer underlies most of the Ecoregion
Alluvial aquifers along streams
Streams o Platte Republican Loup Niobrara Blue rivers ndash all eventually drain into Missouri River
Wetlands o Rainwater Basin ndash playa wetlands formed by wind with a clay pan to hold water
Found in south-central Nebraska Once contained more that 4000 major wetlands National importance for migrating birds
o Central Table Playas ndash found mostly in Custer County on top of hills o Subirrigated Wet Meadows ndash found along Platte and Loup Rivers
Transected with old river channels swales and sloughs o Riverine Wetlands ndash found along streams
Include oxbows and other semi-permanent wetlands o Sandhill Wetlands ndash found in sandy areas close to Platte and Loup Rivers o Formed where groundwater reaches surface
Vegetation
Tallgrass spps tend to dominate in the east and along floodplains and shortgrass spps found further west (drought resistant)
Hilltops dominated by buffalograss and blue grama
Hill sides dominated by medium-stature grasses ndash side-oats grama little bluestem western wheatgrass and sand dropseed
Lower slopes and valleys ndash big bluestem Indiangrass switchgrass and Canada wildrye
Hundreds of forbs found including o Prairie clover Illinois bundle flower wild alfalfa deer vetch leadplant prairie
coneflower stiff sunflower and blazing star
Historically less than 1 covered with woodlands ndash mostly close to streams o Trees - Eastern cottonwood green ash hackberry red cedar o Shrubs ndash roughleaf dogwood false indigo sandbar willow o Some native oaks and black walnut can be found on steeper slopes
Wet meadows and wet prairies
NEBRASKA MASTER NATURALIST Explore Contribute Connect
15
o Woolly sedge spike rush prairie cordgrass o Federally endangered prairie white-fringed orchid o State endangered saltwort
Playa wetlands (Rainwater Basin and Central Tables area) o Seasonally flooded - River bulrush common cattail smartweed o Temporarily flooded ndash spike rush flatsedge plains coreopsis o More permanent - bladderwort pondweed duckweed
Riparian wetlands ndash switchgrass scouring rush bedstraw
Sandhill wetlands ndash cattail bulrush smartweed
Birds
More than 350 spps of resident and migratory birds o Grasshopper and field sparrow dickcissel western meadowlark bobolink northern
bobwhite ring-necked pheasant northern harrier and greater prairie chicken o Platte River
Over 300 spps with 141 known to nest o Sandhill cranes endangered whooping cranes
o Rainwater Basin Over a dozen spps of waterfowl including 13 of northern pintails 50 of North
Americans mallards 90 of mid-continentrsquos white-fronted geese Approximately 3000000 shorebirds
o Thousands of Swainsonrsquos hawks migrate through the region Mammals
Many species of mammals but none that are only found in mixedgrass prairies Fish ndash Diverse range of species
Reptiles and amphibians
Spiny softshell turtles western painted turtles and snapping turtles in wet areas
Ornate box turtle in native grasslands
Northern water snake ndash only aquatic snake found
Prairie rattlesnake only poisonous snake found
Smooth green snakes and red-bellied snakes are two of the more rare snakes
3 lizards found ndash northern earless prairie racerunner northern prairie lizards
Tiger salamander only salamander found
Frogs and toads common
Eco-tourism amp Wildlife Viewing
Sandhill cranes - Rowe Sanctuary amp Roadside viewing sites constructed by Central Platte NRD
Waterfowl viewing - Rainwater Basin
Massie Waterfowl Production Area with an observation tower (Clay Center)
Funk Waterfowl Production Area and Sacramento-Wilcox Wildlife Management Area o Handicapped accessible blinds
Bald eagle viewing ndash J-2 Power Station near Lexington Harlan County Lake Sherman Lake and Rowe Sanctuary
Prairie chicken viewing- Calamus Outfitters near Calamus Reservoir
NEBRASKA MASTER NATURALIST Explore Contribute Connect
16
Sandhills Motel ndash Mullen
Walking Trails ndash Rowe Sanctuary Kearney Hike-Bike Trail Harlan County Lake Funk Harvard and Massie Waterfowl Production Areas Lake Seldom at Holdrege
Best way to find out about birding trails is to go to wwwnebraskabirdingtrailscom o Some are ndash Chicken Dance Trail Rainwater Basin Loops
Sandhills
Introduction
19300 square miles of north-central Nebraska o Largest dune system in the western hemisphere o One of the largest grass-stabilized dune regions in the world o Majority of the region is in relatively natural state
Sandhills young geologically speaking o Dunes aligned primarily in a northwesterly to southeasterly direction with prevailing
winds o Some dunes over 400 feet in height o Soils poorly developed with a thin layer of topsoil o High infiltration rate (up to 10 feet per day) o High water table ndash almost 2000 shallow lakes and over a million acres of wetlands
Most lakes and wetlands at headwaters of streams amp in poorer draining areas in western areas
Most wetlands and lakes pH neutral but alkaline wetlands and lakes common in the west where salts and carbonates accumulate
Fens ndash Sandhills contains some of Great Plains largest ones
Streams of the region o North and Middle Loup Calamus Cedar Dismal ndash flow from groundwater discharge o Niobrara River ndash only river that originates out of the region (starts in Wyoming)
Climate o Semiarid ndash annual precipitation ndash 23 inches in east to 17 inches in west
Vegetation
700 native plants spps
Sandhills dune prairie plant community o Mixture of sand-adapted grasses ndash sand bluestem prairie sandreed little bluestem and
hairy grama o Forbs ndash stiff sunflower bush morning glory plains gayfeather o Shrubs ndash sand cherry leadplant prairie rose and yucca
Sandhills dry valley prairie community o Grasses - Big Bluestem Indiangrass switchgrass o Forbs ndash western ragweed white sage and prairie coneflower o Shrubs ndash leadplant Arkansas rose western wild rose
Blowouts o Federal and state threatened blowout penstemon
Native woodlands ndash uncommon o Eastern cottonwood peachleaf willow coyote willow chokecherry wild plum and
snowberry
Middle Niobrara River valley largest woodland in sandhills
NEBRASKA MASTER NATURALIST Explore Contribute Connect
17
o South facing bluffs -Oak basswood black walnut green ash o Canyons ndash Paper birch quaking aspen o North river bluffs ndash ponderosa pine o Referred to as a biological crossroads
Wet meadows o Sedges spike rushes prairie cordgrass switchgrass o Shrubs - Sandbar willow false indigobush
Alkaline wet meadows o Inland saltgrass foxtail barley alkali sacaton meadow bluegrass and scratchgrass
Fens o Contain 20 at-risk plant species including bog bean cottongrass and marsh marigold
Freshwater marshes o Ripgut sedge common reed smartweeds bulrush cattail duckweed coontail
Alkaline marshes ndash alkaline-tolerant plants Birds
More that 300 species of birds o Sharp-tailed grouse and greater prairie chicken o Long-billed curlew (sandhills important breeding site)
Upland sandpiper vesper sparrow lark bunting grasshopper sparrow western meadowlark High concentration of northern harriers and ferruginous hawks
Important breeding area for mallards blue-wing teal pintail
American Bird Conservancy calls the area the ldquoBest grassland bird place in the United Statesrdquo Mammals
55 species of mammals but not specific to the Ecoregion Fish
75 species of fish
Rare spps ndash blacknose shiner pearl northern redbelly and finescale daces o Species cutoff from principle range
Amphibians and Reptiles
27 species o One salamander 3 toads 4 frogs 6 turtles 4 lizards 9 snakes
Eco-tourism amp Wildlife Viewing
Crescent Lake Fort Niobrara Valentine National Wildlife Refuges
Nebraska and Samuel R McKelvie National Forests
Niobrara Valley Preserve (TNC property) with 2 bison herds
Merritt Reservoir Calamus Reservoir
Niobrara Wild and Scenic River o Over 10 outfitters in Valentine area for canoeing kayaking and tubing
Dismal Loup and Cedar rivers also offer canoeing and tubing
Niobrara Valley Preserve
Swan Lake Motor Route
Sandhills Scenic Byway (Hwy 2) ndash one of the top 10 scenic highways in the nation
NEBRASKA MASTER NATURALIST Explore Contribute Connect
18
Stargazing ndash Nebraska Star Party near Valentine in August
Cowboy Trail (will be the nationrsquos longest rails-to-trails conversion)
Calamus Outfitters
Shortgrass Prairie
Introduction
Found in western Nebraska
High diversity of habitats
Dramatic changes in elevation and topography
Soils range from sand to clay-loam to hard sandstone
Annual precipitation 12-17 inches ndash humidity generally low
Annual average temperature 47-50
Topography o Truest form of shortgrass prairie found in Banner Cheyenne Deuel and Kimball counties o Mixedgrass and sandsage prairies in southeast of Ecoregion o Wildcat Hills bluff formation found in Scottsbluff amp Morrill counties o Relic sandhill extend through Morrill and Sioux counties o Pine Ridge found in northern Dawes Sheridan and Sioux counties
Streams o North Platte River Lodgepole Creek Upper Niobrara and White Rivers o 5 large reservoirs and a number of smaller artificial lakes o Playas found throughout the region
Vegetation
Shortgrass Prairie o Buffalograss blue grama side-oats grama purple threeawn (grass height 10 inch) o Over 100 spps of forbs o Milkvetch scarlet guara cutleaf ironplant prickly pear purple locoweed scurfpea
prairie coneflower scarlet globe mallow
Mixedgrass Prairie o Blue grama prairie sandreed threadleaf sedge needle-and thread grass little bluestem
western wheatgrass (grass height 18-24 inches) o Shrubs
Skunkbush sumac winterfat fringed sage snowberry yucca broom snakeweed o Over 100 species of Forbs o Scarlet guara dotted gayfeather skeleton plant cutleaf ironplant scurfpea scarlet
globe mallow o Within the mixedgrass prairie ndash 2 unique communities found
Northwestern mixedgrass amp Loess mixedgrass prairie
Sandhill dune prairie and sandsage prairies o Sandsage sand bluestem blue grama prairie sandreed needle-and-thread yucca o Forbs ndashsand-lily desert goosefoot plains sunflower bush morning glory showy
impomopsis
Western alkaline meadows along the North Platte o Inland saltgrass alkali sacaton field sedge foxtail barley meadow bluegrass o Forbs ndash spearscale alkali aster camphor daisy thelypody
NEBRASKA MASTER NATURALIST Explore Contribute Connect
19
Ponderosa pine woodlands o Ponderosa pine quaking aspen green ash Saskatoon serviceberry chokecherry dwarf
juniper fragrant sumac mountain mahogany wolfberry Kentucky bluegrass littleseed ricegrass
Riparian woodlands o Cottonwoods peachleaf willows green ash boxelder Sandbar willow wild plum
chokecherry buffaloberry horsetail sedges marsh muhly and cordgrass
Badlands o Saltbush rabbitbrush poverty weed Russian thistle
Birds
More that 300 species of birds found
Shortgrass birds o McCownrsquos and Chestnut-collared longspurs Brewerrsquos sparrow horned lark burrowing
owl and state threatened mountain plover
Mixedgrass birds o Western meadowlark grasshopper sparrow lark bunting
Pine Ridge birds o Lewisrsquo woodpecker pygmy nuthatch ovenbird mountain bluebird
Wetland birds o Canada geese mallard northern pintail shorebirds
Mammals
White-tail and mule deer elk pronghorn bighorn sheep coyotes bobcats mountain lions prairie dogs federally endangered black-footed ferret river otter black-tailed jackrabbit badger pocket gopher grasshopper mouse
Fish
Many gamefish state threatened finescale dace endangered blacknose shiner etc Amphibians and Reptiles
Include western striped chorus frog Woodhousersquos toad bullsnake prairie rattler lesser earless lizard horned lizard ornate box turtle and painted turtle
Ecotourism amp Wildlife
Lake McConaughy (largest reservoir in state)
Lake Ogallala
Pine Ridge area o Ft Robinson State Park o Chadron State Park o Nebraska National Forest (Pine Ridge Unit) o Soldier Creek Wilderness
Oglala National Grassland and Toadstool Geologic Park
Wildcat Hills Nature Center in Gering
Scotts Bluff National Monument
Chimney Rock
Agate Fossil Beds National Monument
NEBRASKA MASTER NATURALIST Explore Contribute Connect
20
Endangered Species Act
The Endangered Species Act provides a program for the conservation of threatened and endangered
plants and animals and the habitats in which they are found The US Fish and Wildlife Service and the
Department of the Interior maintain the list of 632 endangered species (326 plants and 306 animals) and
190 threatened species (112 animals and 78 plants)
The law is written to prohibit any action that results in taking or injuring a listed species or negatively affects habitat Also prohibited is the import export interstate or foreign trade of listed species
Nebraskarsquos Endangered amp Threatened Species
State Status Federal Status
Birds Bald Eagle Threatened Threatened
Piping Plover Threatened Threatened
Mountain Plover Threatened Proposed Threatened
Whooping Crane Endangered Endangered
Eskimo Curlew Endangered Endangered
Interior Least Tern Endangered Endangered
Mammals River Otter Threatened
Southern Flying Squirrel Threatened
Black-footed Ferret Endangered Endangered
Swift Fox Endangered
Black-tailed Prairie Dog Candidate
Plants Western Prairie Fringed Orchid Threatened Threatened
Utersquos Ladyrsquos Tresses Threatened Threatened
Ginseng Threatened
Small White Ladyrsquos Slipper Threatened
Colorado Butterfly Plant Endangered Threatened
Saltwort Endangered
Hayden Penstemon Endangered Endangered
Insects American Burying Beetle Endangered Endangered
Salt Creek Tiger Beetle Endangered Candidate
Fish Lake Sturgeon Threatened
NEBRASKA MASTER NATURALIST Explore Contribute Connect
21
Northern Redbelly Dace Threatened
Finescale Dace Threatened
Blacknose Shiner Threatened
Topeka Shiner Endangered Endangered
Sturgeon Chub Endangered
Pallid Sturgeon Endangered Endangered
Reptiles amp Mussels Massasauga Threatened
Scaleshell Mussel Endangered Endangered
Information courtesy of Nebraska Game and Parks US Department of the Interior and the US Fish
and Wildlife Service
The Nuts and Bolts
Without habitat there are no animals
Every species has its niche
Understand the importance of biodiversity Know where the Platte River begins and ends understand its
makeup and where Rowe is located in the relationship to the river How Rowe plays a role in
conservation habitat maintenance and education Have an understanding of what constitutes the 4
major eco-regions in Nebraska
References Integrated Principals of Zoology by Cleveland P Hickman Jr Larry S Roberts Alan Larson (WmC
Brown Publishers 1996)
Zoology by Lawrence G Mitchell John A Mutchmor Warren D Dolphin (The BenjaminCummings
Publishing Company Inc 1988)
Biology the unity and Diversity of Life 7th Ed By Cecie Starr and Ralph Taggart (Wadsworth Publishing
Company 1995)
Nebraskarsquos Natural Legacy Project httpwwwngpcstateneuswildlifeprogramslegacyreviewasp
Cliffs Quick Review Biology by I Edward Alcamo PhD and Kelly Schweitzer PhD (Wiley Publishing 2001)
Biology for Dummies by Donna Rae Siegfried (Wiley Publishing Inc 2001)
NEBRASKA MASTER NATURALIST Explore Contribute Connect
22
Taxonomy in a Nutshell
Definitions
Classification is a systematic arrangement in groups or categories according to established
criteria
Taxonomy is the orderly classification of plants and animals according to their presumed natural
relationships
Binomial nomenclature (Binomial = 2 terms ndash Generic amp specific nomenclature = set of names)
is a system of naming in which each species of animal or plant is given a two tern Latin name
The first term identifies the genus to which the plantanimal belongs and is always spelled with
a capital letter The second term is the species of the plantanimal and is spelled with a lower
case letter This ldquoscientific namerdquo is usually printed in italics or underlined For example ndash Felis
concolor or Felis concolor
The Reason for ithellipWhy use taxonomy
Scientific taxonomic classification is a tool used through the world in an effort to catalog and compare
living things Zoologists now classify approximately 15 million animal species Each year about 10000
new species are added and it is estimated that more than 10 million different animal species may
actually exist on earth
Okay But why Latin
Common names of animals and plants vary from place to place even within a community For instance
the animal name above Felis concolor is known as puma mountain lion catamount panther and
several other local names So how does a biologist from Nebraska know that she and a scientist from
Scotland are talking about the same animalplant Throughout the scientific world Latin is recognized
as the universal language of scholars and scientists By referring to it by its Latin ldquoscientific namerdquo there
is no mistaking what animalplant they are referring to Latin also provides a source for decoding the
scientific name into something that tells you a little about the animalplant itself A translation often
provides a short description of the animal ie the giant anteaterrsquos species tridactyla actually means
three-toed
Background
The identification and comparison of different animals and plant species dates back to ancient times
Naturalists wrote herbals and bestiaries that were lists and descriptions of familiar organisms of a given
locality There was little interest in communicating outside a restricted region The advent of the
printing press led to broader dissemination of books and ideas Cataloging and comparing species on a
more comprehensive scale became possible As naturalists compiled their work they used many words
NEBRASKA MASTER NATURALIST Explore Contribute Connect
23
to describe a species by several characteristics sometimes defining one species in terms of another For
example the blue chair with the fluted arms the red chair like the blue chair with the fluted arms etc
Each authorrsquos system and terminology was different It is only comparatively recently that the
observation and study of the animal and plant world has begun to be organized along truly scientific
lines
Toward the middle of the eighteenth century the Swedish botanist Carolus Linnaeus produced a general
classification of all living species and this system has formed the departure point for all subsequent
developments of taxonomy His system was ambitious and used polynomials some with fifteen words
An example is the oak with leaves with deep blunt lobes bearing hair-like bristles Although he
considered the polynomial name to be the true one he also made notes with two-term names The
current binomial system used today is based upon these notes His writings and those of other scientists
that came after him became the standard for all classifications Since Latin was the universal language
of scholarship his writings were all in Latin Actually his real name was Carl van Linne but he translated
that to Latin as well
In the course of the last couple of centuries naturalists have come to adopt two different forms of
investigation and comparison in their classification process First they studied the question of
adaptation to the environment the significance of diverse structures and behavioral patterns among
animal species and the reason why these different modes of behavior and lifestyles enable animals in
different surroundings to survive
Secondly they have tried to recognize affinities and relationships between the various species They
have attempted to identify the ldquofamily likenessesrdquo that often exist among species which live in different
environments and therefore may be quite unlike one another in outward appearance
As a result of all this research scientists have built up a system of classification which places every
animalplant species in a particular category according to its relationships with other animalsplants
This is taxonomy
Side note ndash genetic testing is now being used to help with classification
How does it Work
When a new animalplant is recognized and identified it is given a species name This may be a term
that describes it or identifies the person who first recognized it as a separate species Originally these
species names were assigned by the individual scientist that discovered them but now they are
assigned by international groups Once this species term is assigned it almost never changes In theory
NEBRASKA MASTER NATURALIST Explore Contribute Connect
24
it is never supposed to be changed even if it is later moved to a different genus family or class but over
the years there have been a few exceptions
The basis of taxonomy however is the genus This is the smallest grouping of related species When
taxonomy began there were relatively few identified species so species were grouped into genera and
there it ended As the body of knowledge grew so did the need for a broader system of grouping From
there the hierarchical system of classification based on natural features evolved
The current system works as follows
Individually related species are grouped into the same genus
The most closely related genera are grouped into the same family
Related families are grouped into an order
Orders are grouped into a related class
Similar classes are included in the same phylum
The phyla are then placed into the proper kingdom
Each of these categories may also contain sub- or super- subdivisions
Taxonomy is a constant work in progress As scientists learn more about different species their
classification may change Changes can reflect a clearer understanding of where the species fits in
among the others with similar characteristics Until recently we only had to contend with two kingdoms
ndash animal and plants Today scientists recognize a least five different kingdoms of living things
Monera ndash bacteria and blue-green algae
Protista ndash one-celled organism with nucleus
Plantea ndash green plants
Fungi ndash non-green plants
Animalia ndash animals
NEBRASKA MASTER NATURALIST Explore Contribute Connect
25
Fauna of Nebraska
Developed and Adopted by Keanna Leonard Education Director Rowe Sanctuary
Objectives for Fauna Mammals Amphibians amp Reptiles Birds 3-4 hours
1 Descriptions ndash (Mammals Amphibians and Reptiles birds --ndash IMPORTANT CHARACTERISTICS)
2 Vocabulary
3 Common Oderrsquos in Nebraska and examples
4 Nuts amp Bolts of Mammals How to ID amp locate specific animals and their evidence (possible
activity tracks traces etc) in Nebraska
MAMMALS IN A NUTSHELL Basic Characteristics
1 Mammary glands (hint the name) that
produce milk
2 Sweat glands
3 Sebaceous glands for oil
4 Presence of hair on the body at some time
during life span
5 Homiothermic Endotherm (warm blooded)--
regulate high body temperature
6 Four-chambered heart
7 Enucleated red blood cells
8 Have a diaphragm
9 Enlarged cerebral hemisphere
10 One bone in lower jaw and complex
dentition
11 3 middle ear bones
12 Turbinal bones in nasal chamber
13 Eggs develop in a uterus with
placental attachment and born alive
(viviparous)
MAMMAL VOCABULARY
Altricial Born helpless
Arboreal Tree dwelling
Carnivore A mammal in the order Carnivora
Carnivorous Meat eating
Crepuscular Active at dusk and dawn
Diurnal Active during the day
Dominant Ruler or leader of others
Habitat Region where an animal lives
Herbivore An animal that eats only plants
Herbivorous Plant eating
Hibernation Winter period when certain
animals become inactive to a point in
where all body functions slow
considerably for a long period
Instinct Inherited mode of behavior
Mammal Animals that have hair on their
bodies (see other char above)
Marsupial Animals whose females have
pouches
Nocturnal Active during nighttime
Omnivore Animals that eats both meat and
plant material
Omnivorous Eating both meat and plant
material
Precocial Born in an advanced stage of
development and able to move about
Predator Animals that kills another animal for
food
Prehensile Grasping
Prey Animal hunted for food
NEBRASKA MASTER NATURALIST Explore Contribute Connect
26
Protective coloration Enables the animal to
blend in with surroundings
Reticulated Net-like pattern of skin
Terrestrial Ground dwelling
Viviparous Live birthing
There are 21 orders of mammals found in the world
Listed below are the orders and examples of common species found in Nebraska
More Species found in Core Curriculum Binder
Insectivores (shrews and moles)
Masked Shrew (Sorex cinereus)
Northern Short-tailed Shrew (Blarina
brevicauda) (venomous)
Least Shrew (Cryptotis parva)
Eastern Mole (Scalopus aquaticus)
Chiroptera (bats)
Big Brown Bat (Eptesicus fuscus)
Red Bat (Lasiurus borealis)
Hoary Bat (Lasiurus cinereus)
Xenarthra
Nine-banded Armadillo (Dasypus novemcinctus)
Lagomorpha Eastern Cottontail (Sylvilagus floridanus) Black-tailed Jackrabbit (Lepus californicus)
Rodentia
Franklinrsquos Ground Squirrel (Spermophilus
franklinii)
Thirteen-lined Ground Squirrel (S
tridecemlineatus)
Black-tailed Prairie Dog (Cynomys
ludovicianus)
Plains Pocket Gopher (Geomys bursarius)(fur-
lined pouch)
Plains Pocket Mouse (Perognathus
flavescens)
Beaver (Castor canadensis)
Eastern Woodrat (Neotoma floridana)
Meadow Vole (Microtus pennsylvanicus)
Muskrat (Ondtra zibethicus) (laterally
compressed tail)
Porcupine (Erethizon dorsatu
Carnivora Despite the name of the order not all are carnivorous Many are omnivores (most bears and raccoons)
and some are even herbivores (giant panda)
Most carnivorous mammals have 3 up and 3 down relatively small incisors and 1 up and 1 down large
canine teeth on both sides of the incisors
Common species found in this area include
Family Canidae Coyote (Canis latrans) Red fox (Vulpes vulpes)
Family Procyonida Raccoon (Procyon lotor)
Family Mustelidae
NEBRASKA MASTER NATURALIST Explore Contribute Connect
27
Long-tailed Weasel (Mustela nivalis)
Least Weasel (M nibalis)
Mink (Mustela vison)
Badger (Taxidea taxus)
Striped Skunk (Mephitis mephitis)
River Otter (Lutra canadensis)
Family Felidae Bobcat (Felis rufus)
Artiodactyla Mule Deer (Odocoileus hemionus) White-tailed Deer (O virginianus
References National Audubon Society Field Guide to North American Mammals by John O Whitake Jr Robert
Elman Carol Nehring (Alfred A Knoph Inc 1994)
Guide to Mammals of the Plains States By J Knox Jr Davide M Armstrong Jerry R Choate (University
of Nebraska Press 1985)
The Nuts and Bolts Know important characteristics especially-
Mammary glands Sweat glands Sebaceous glands Hair sometime during their life
4 chambered heart
Though these critters look like a rodent
Donrsquot confuse them for a moment
They sport small eyes and ears out of view
Their teeth are small sharp and more than a few
They are made up of one mole and shrews three
So in what ORDER can they be
Commonly seen species of Chiroptera number three And are known as the only mammals to swim through the air free They are normally seen at night and for finding food use echolocation rather than sight Now I know you know what they be But go ahead and name all three These mammals have what humans claim to be a disgusting habit of defecating undigested pellets and eating them again What are they Chewing the cud is normal for this group and so is walking on their two middle toes Name the common species found in this area
NEBRASKA MASTER NATURALIST Explore Contribute Connect
28
AMPHIBIANS
Basic Characteristics
1 Skin naked No scales or hair
2 Eggs do not have shells but are jelly like
Laid in clusters always in water
3 Ectodermic
4 Can breathe through permeable skin
5 Spend all or part of life in water
6 Adults are carnivores Size of head
determines size of prey
7 Incomplete lung development
DIFFERENCES BETWEEN REPTILES AND AMPHIBIANS
Reptiles
1 Ectodermic
2 Covered with scales or plates
3 Shed skin
4 Most not do not live in or around water
Amphibians
1 Ectodermic
2 Smooth slimy skin without scales
3 Do not shed skin
4 Spend all or part of life in water
5 Go through metamorphose
Listed below are the orders and examples of common species found in Nebraska
More Species found in Core Curriculum Binder
Salamanders (Order Urodela)
Small-mouth Salamander (Ambystoma
texanum) Occurs in eastern Nebraksa
Tiger Salamander (A tigrinum) Occurs
throughout the state
Frogs and Toads (Order Anura) Thirteen species occur in Nebraska
Pelobatidae or Spadefoot Family
Plains Spadefoot (Spea bombifrons) Occurs throughout Nebraska expect southeast
Ranidae or True Frog Family Plains Leopard Frog (Rana blairi)
Northern Leopard Frog (Rana pipiens)
Bullfrog (Rana catesbeiana
Microhylidae or Narrow-mouthed Family Plains Narrowmouth Toad (Gastrophryne olivacea)
NEBRASKA MASTER NATURALIST Explore Contribute Connect
29
Bufonidae or Toad Family
American Toad (Bufo americanus) Occurs only
in eastern part of the state
Great Plains Toad (Bufo cognatus) Occurs
throughout the state
Woodhousersquos Toad (Bufo woodhousei) Occurs
throughout the state
Hylidae or Tree Frogs
Northern Cricket Frog (Acris crepitans) East
and central Nebraska
Western Striped Chorus Frog (Pseudacris
triseriata amp P maculata) Occurs throughout the
state
Copes Gray Treefrog (Hyla chrysoscelis) Found
in eastern part of state
Resources Reptiles and Amphibians of Nebraska ndash herpetology database httpsnrsunleduherpneb
NEBRASKA MASTER NATURALIST Explore Contribute Connect
30
REPTILES Basic Characteristics
1 Ectothermic (cold-blooded) Body temperature is the same as the temperature of its surroundings
2 Dry skin covered with scales or plates
3 Teeth if present are needle-like or conical
4 Skin shed in one piece or several pieces at intervals
5 Lay soft shelled eggs or young born alive in a membranous sac
6 Lung breathing
There are four groups
Lizards - Short-legged long-bodied reptiles
Taped tail Size varies from 4- inch long fence
swift to 10 foot Kamodo dragon
Snakes - Legates cousins of lizards
Turtles - Armored shells
Crocodilians - Crocodiles Alligators Caimans
REPTILE VOCABULARY
Antivenin An antidote to the venom of
venomous snakes produced by inoculating
horses with small doses of venom Horses build
up an immunity or resistance The horsersquos
blood is used to make the antivenin
Blue Stage Refers to the condition of a snake
prior to shedding
Carapace Dorsal (covering the back) shell
Constrictor A term used in describing a snake
that kills its prey by constriction
Ectothermic Not able to control body
temperature (Cold-blooded) Dependent upon
environment to control body temperature
Egg Tooth A sharp projection located in front
of nose on upper jaw Used by infant reptiles to
cut through eggshell
Fangs Grooved or tubular teeth used to inject
venom
Hemotoxin Venom that attacks the blood
Herpetologist A specialist in reptiles
Jacobsonrsquos Organ A tastesmell sense organ
with two small openings located on roof of
mouth
Thermal Pit A heat sensory pit on side of head
between nostril and eye Allows snakes to track
warm-blooded animals and to strike accurately
especially at night Found only in venomous
snakes known as pit vipers
Neurotoxin Venom that attacks the nervous
system
Oviparous Lays egg
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31
Ovoviviparous Give birth to live young Egg
developed in female and then deposited as a
living young
Plastron Ventral (covering the belly) shell
Reticulated Net-like pattern on skin
Scales Folds of skin covering reptiles
Scutes Single section of shell each sell is made
up of many scutes
Toxic Poisonous
Toxin Poison
Undulating Type of snake locomotion typical of
most snakes - Leaves ldquoSrdquo shape track
Venom Poisonous fluid secreted from glands
and transmitted by bite or sting
Venomous Describes animal containing venom
gland
Nuts amp Bolts of Reptiles
Most reptiles are carnivores (eat meat) Many will eat only live food Some are herbivores (eat
plant material) as well as insectivores (eat insects)
Reptiles often found in water or underground for protection from predators and to help
regulate body temperature Air temperature can change quickly but water and soil
temperature are more constant therefore it helps to regulate the reptiles body temperature
Because they are ectothermic many reptiles live in places that are warm year round In colder
climates reptiles hibernate underground below the freeze line
Most reptile lay eggs and are called oviparous Eggs are buried in sand soil rotted logs etc and
kept warm only by heart from the sun or from rotting vegetation Very few reptiles stay around
to protect their eggs Some reptiles keep their eggs inside their bodies until they hatch and
produce live young (ovoviviparous) Example - garter snakes Very few reptiles care for or feed
their young Young are precocial able to look after themselves minutes after they hatch
Most snakes are harmless Even snakes that are venomous will not bite unless they are
cornered or stepped on Snakes are good and necessary animals They help control potential
destructive populations of rodents
Listed below are the orders and examples of common species found in Nebraska
ORDER CHELONIA Basic Characteristics
1 Contains all forms of turtles and tortoises
2 Has body enclosed in a shell made of
modified horny scales and bone Shell made of
two parts Carapace - upper part covering
animalrsquos back Plastron-under part covering
animalrsquos stomach amp chest
3Ribs and most of vertebrae attached to shell
4 Neck long and flexible and can usually be
withdrawn into shell
5 Have no teeth but jaws outfitted with horny
beaks
6 All lay eggs Usually bury eggs in pit in sand or soil Hatchlings must dig themselves to the surface
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32
Examples of Turtles found in Nebraska Snapping Turtle (Chelydra serpentina)
Blandingrsquos Turtle (Emydoidea (Emys)
blandingii) Protected Species
False Map Turtle (Graptemys
pseudogeographica) Protected Species
Ornate Box Turtle (Terrapene ornata)
Smooth Softshell (Apalone mutica)
Spiny Softshell (Apalone spinifer
SUBORDER LACERTILA (lizards) Basic Characteristics
1 Dry scaly skin clawed feet external ear
openings
2Have movable eyelids - snakes do not
3 Males and females often show different
coloration
4 Generally diurnal but many nocturnal
(geckos night lizards Gila Monsters)
5 Courtship brief fertilization is internal
6 Most are egg layers
Examples of Lizards of Nebraska
Six-line Racerunner (Cnemidophorus sexlineatus Five-line Skink (Eumeces fasciatus)
Many-lined Skink (Eumeces mulitvirgatus)
Great Plains Skink (Eumeces obsoletus)
Slender Glass Lizard (Ophisaurus attenautus)
Lesser Earless Lizard (Holbrookia maculate)
Northern Prairie Lizard (fence lizard)
(Sceloporus undulates)
SUBORDER SERPENTES (Snakes) Basic Characteristics
1 Elongated scaly bodies (to protect from water
loss) no limbs external ear opening or eyelids
(eye covered with a clear scale)
2 Terrestrial subterranean arboreal
amphibious
3 Carnivores swallow prey whole
4 Continue to grow throughout their lives
6 Hibernate in colder climates
7 Males locate females by scent
8 Internal fertilization
9 Some lay eggs others bear live young
11 Vipers (venomous snakes) have heat-
sensing organs called thermal pits
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33
12 Teeth slanted back If one is lost another drops down in itrsquos place
Examples of snakes found in Nebraska
Black Rat Snake (Elaphe obsoleta)
Great Plains Rat Snake (Elaphe guttata)
Bullsnake (Pituophis catenifer)
Common Kingsnake (Lampropeltis getula)
Eastern Hognose Snake (Heterodon
platyrhinos)
Western Hognose Snake (Heterodon nasicus)
Glossy Snake (Arizona elegans)
Milk Snake (Lampropeltis triangulum)
Plains Garter Snake (Thamnophis radix)
Common Garter Snake (Thamnophis sirtalis)
Racer (Coluber constrictor)
Pit Vipers
Copperhead (Agkistrodon contortrix) found in extreme southeast Nebraska
Massasauga (Sistrurus catenatus) Found in southeast Nebraska Protected Species
Prairie Rattlesnake (Crotalus viridis) Found in central and western parts of the state
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 34
Birds What Makes a Bird a Bird IMPORTANT CHARACTERISTICS
So what makes a bird a bird All birds share one common characteristic that no other animal has and
that is FEATHERS Other characteristics include
Maintain high constant body temperature Endotherms (warm-blooded)
Possess toothless beaks or bills
All lay hard-shelled eggs (oviparous)
Air sacs in birdrsquos body give buoyancy
Generally bones are hollow Decreases body weight
Four-chambered heart
Lend Me Your Ear Yes birds have ears but they are missing the pinna or outside part of the ear that collects sound Birds
have feather-covered openings on both sides of the head just behind the eyes Owls and other night-
flying birds have off-setting ears that allow them to pinpoint the exact position of prey
Can birds smell We are not quite sure how well most birds smell We do know vultures use the sense of smell to find
their dinner The champion bird sniffer belongs to kiwi found in New Zealand They are able to sniff out earthworms Some diving birds like cormorants cannot even breathe through their nostrils because they are sealed Ocean birds have special glands in their noses which eliminates salt from the salty water they drink
Eggs Birds lay hard-shelled eggs made mostly of carbon carbonate The hard shell keeps the egg from drying
out and allows parents to sit on it without damaging the developing chick Though the shells are hard it
does not mean that they are non-porous Microscopic pores allow the embryo to ldquobreatherdquo Carbon
dioxide and oxygen can pass through the shell
Eggs come in all sizes colors and patterns We believe that the different colors and patterns are
intended as camouflage Blue and green eggs are found in nests that are in the shade Patterned eggs
blend in with vegetation and stones and white eggs are normally found in cavities
The shape of eggs also depends on where a bird nests The most common shape is oval A pointed egg
is usually found near ledges Round eggs are generally found in highly secure nests
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 35
Commonly Seen Bird Families of Nebraska
Grebes (Family Podicipediae ndash rump foot)
WHAT TO LOOK FOR
Sleek diving waterbirds - small to medium size
Most have sharp pointed bills with fairly long necks short wings and almost no tail
Have lobed toes and legs set far back on body
Common Nebraska species - Pied-billed horned eared western and Clark grebes
Pelicans (Family Pelecanidae ndash an ax)
WHAT TO LOOK FOR
Very large waterbirds
Huge bills with large distensible pouches
Most are white with black flight feathers ndash wingspan 6-9 feet
Common Nebraska species ndash American White Pelican
Cormorants (Family Phalacrocoracidae ndash bald raven)
WHAT TO LOOK FOR
Large diving waterbird shaped like an elongated goose
Long neck and long bill hooked at the end
Wing span 3-5 feet Mostly dark in color
Common Nebraska species ndash Double-crested cormorant
Herons Egrets and Bitterns (Family Ardeidae - )
WHAT TO LOOK FOR
Medium to large wading birds
Usually with long legs bills and S-shaped neck
Short rounded tails
Common Nebraska species ndash American and least bitterns great and snowy egrets little
blue egret cattle egret great blue green black-crowned night and
yellow-crowned night herons
Ibises (and Spoonbills) (Family Threskiornithidae ndash sacred bird)
WHAT TO LOOK FOR
Medium to large wading birds
Long necks and legs with a duck-like body
Long tapering down-curved bill Common Nebraska species ndash white-faced ibis
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Page | 36
Vultures (Family Cathartidae ndash cleanser)
WHAT TO LOOK FOR
Large soaring scavengers
Resemble eagles and large hawks in flight
Head and neck void of feathers bill hooked
Hold wings in a raised V-shape (dihedral)
Common Nebraska species ndash turkey vulture
Duck Geese and Swans (Family Anatidae ndash waterfowl)
WHAT TO LOOK FOR
Medium to large waterbirds
Large heads with conspicuous and horizontally flattened bills
Long necks heavy bodies relative short tails webbed feet and long wingspan Major differences between duck geese and swans
Ducks
Smallest of the three Have a soft swelling about the nostrils called a cere
Males of most ducks are easily separated from females by their gaudier plumage Feathers are
molted twice a year
Most males change into nuptial plumage after pair formation in the fall There may be some
modification of shape of a single feather or entire regions of plumage
Most species are sexually mature at 9 - 11 months
Males take no part in incubation
Geese
Neck shorter than body
Lore (area between eye and bill) feathered and more bluntly triangular than ducksrsquo
Sexes are similar
Permanent pair bonding
Molt once per year postnuptially
Sexually mature at 3 years
Males protect female clutch and brood after hatching
Young stay with parents for almost a year
Legs of most geese are farther forward under the belly than those of typical swans and ducks
Swans
Longest necks - necks slightly longer than body
Lore is naked
Sexes are similar
Molt once per year postnuptially - parents molt one after the other so one is able to fly
Young are carried on parentsrsquo backs
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 37
Sexually mature at 4 -5 years
Hawks and Allies (Family Accipitridae ndash to grasp or take)
Medium to very large diurnal raptors
Hooked beak strong legs and sharp talons
Buteos (buzzard hawks)
Stocky with broad wings wide tails
Soar and wheel high in the sky
Common Nebraska species ndash red-shouldered broad-winged Swainsonrsquos red-tailed
ferruginous rough-legged hawks
Accipiters (true hawks)
Small heads short rounded wings longish tail slender bodies
Fly with several rapid beats and a glide Common Nebraska species ndash sharp-shinned hawk Cooperrsquos hawk northern goshawk
Harriers
Slim body with slim round-tipped wings
Fly in open country gliding low with wings lifted in a V (dihedral)
Species in Nebraska - northern harrier
Kites
Small falcon shaped buoyant gliders not power-fliers
Common Nebraska species ndash Mississippi Kite
Osprey
Soar high on long swept-back wings
Broad tail short-headed appearance
Often travel in pairs
Eagles
Large very broad bodied with broad long plank-like wings massive head and bill
Soar steadily holding wings flat out to the side
Powerful wing beat on upstroke wings raised high Common Nebraska species ndash bald and golden
Falcons (and caracaras) (Family Falconidae - )
WHAT TO LOOK FOR
Small to large compact fast-flying raptors
Long pointed wings bent at the wrist - Strong rapid wing strokes
Common Nebraska species ndash American kestrel gyrfalcon peregrine falcon prairie falcon
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 38
Grouse Turkeys and Pheasants (Family Phasianidae ndash cock or fowl-like bird)
WHAT TO LOOK FOR
Ground dwelling birds with feather nostrils
Short strong bills and short rounded wings
Flight strong but brief
Males perform elaborate courting displays
Common Nebraska species ndash ring-necked pheasant sharp-tailed grouse greater
prairie chicken wild turkey
New World Quail ( Family Odontophoridae ndash bearing teeth)
WHAT TO LOOK FOR
Ground dwelling bird found in brushy habitat and other dense low foliage
Chunky rounded bodies and crests or head plumes
Chicken-like bill short rounded wings
Common Nebraska species - northern bobwhite
Rails and Coots (Family Rallidae - )
WHAT TO LOOK FOR
Marsh birds with short tails and stubby wings
Secretive and identified chiefly by call and habitat
Rails are laterally flattened ldquoThin as a railrdquo Coots are plumper and gregarious
Common Nebraska species ndash yellow rail black rail king rail Virginia rail sora common
moorhen American coot
Cranes (Family Gruidae - )
WHAT TO LOOK FOR
Tall stately wetland birds with long necks and long bills
Tertial flight feathers droop over rump in a bustle when standing
Fly with necks fully extended
Circle in thermals like raptors
Common Nebraska species - sandhill and whooping cranes
Plovers and Killdeer (Family Charadriidae ndash nocturnal waterbird)
WHAT TO LOOK FOR
Small to medium shorebirds that dart across the ground stop and then take off again Upright posture with medium length legs and long pointed wings
Rounded head large eyes thick neck with a short thick bill
Common Nebraska species ndash black-billed American golden snowy semipalmated piping
plovers and killdeer
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Page | 39
Stilts and Avocets (Family Recurviostridae- bent bill)
WHAT TO LOOK FOR
Tall slim shorebirds
Long thin bill very long slender legs long neck striking black-and-white plumage Stilts have straight bills avocets have re-curved bills
Common Nebraska species ndash American avocets black-necked stilt
Sandpipers and Phalaropes and Allies (Family Scolopacidae ndash woodcock)
WHAT TO LOOK FOR
Diverse group of shorebirds
Long toes and long tapered wings
Bill and leg length varies but bill more slender than a ploverrsquos
Plumage browns grays and whites with reds and oranges during breeding season
All but one species have short elevated hind toe
Species found in Nebraska include common snipe ruddy turnstone phalaropes sandpipers
woodcocks godwits whimbrels willets etc
Dowitchers
WHAT TO LOOK FOR
Medium sized chunky dark shorebird
Long straight bills and distinct pale eyebrows
Feed in mud or shallow water in a rapid jabbing motion
Phalaropes
WHAT TO LOOK FOR
Often spin like a top in water when feeding
Female larger and more colorful than male
Male tends incubates and cares for chicks
Common Nebraska species ndash Wilsonrsquos and red-necked phalaropes
Gulls Terns and Allies (Family Laridae ndashsea birds)
Gulls
WHAT TO LOOK FOR
More robust with wider wings and longer legs than terns
Bill slightly hooked tail square or rounded - Seldom Dive
Common Nebraska species ndash Pomarine Jaeger Franklinrsquos little Bonapartersquos ring-
billed California Herring Thayerrsquos lesser black-backed glaucous
Sabinersquos gulls black-legged kittiwake
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 40
Terns
WHAT TO LOOK FOR
Graceful more streamline than gulls
Usually has a forked tail ndash most whitish with black cap
Sharp-pointed bill - Hoover and dive headfirst for fish
Common Nebraska species ndash Caspian common Foresterrsquos terns
Pigeons and Doves (Family Columbidae ndash dove)
WHAT TO LOOK FOR
Plump fast flying cooing voice
Short legs and necks and small heads short bills
Tail fan-like rounded or pointed
Pigeons larger than doves
Common Nebraska species ndash rock mourning Eurasian collared doves
Cuckoos Roadrunners and Anis (Family Cuculidae - )
WHAT TO LOOK FOR
Slender with a long tail at least half of the birdrsquos total length
Fairly large sturdy decurved (curving down) bill
2 toes forward 2 back (zygodactyls)
Common Nebraska species - black-billed cuckoo and yellow-billed cuckoo
Barn Owls (Family Tytonidae -)
WHAT TO LOOK FOR
Slim medium sized night hunter
Legs are long and sparsely feathered
Large head with large forward-facing immovable eyes
Heart-shaped face hooked beak and ghostly appearance
Typical Owls (Family Stigidae ndash night bird)
WHAT TO LOOK FOR
Generally night hunters
Large heads flatten face with large forward-facing immovable eyes hooked beak
Mottled appearance some with feather tuffs upright stance
Common Nebraska species ndash eastern screech great horned burrowing barred long-eared
short-eared northern saw-whet owls
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 41
Nighthawks and Nightjars (Family Caprimulgidae ndashgoat sucker)
WHAT TO LOOK FOR
Nocturnal or crepuscular
Big tail large eyes tiny bills surrounding a large gaping mouth
By day sit horizontally on limb or on ground
Easiest to identify by voice
Common Nebraska species ndash common nighthawk common poorwill chuck-willrsquos-widow
Whip-poor-will
Swifts (Family Apodidae ndash without feet)
WHAT TO LOOK FOR
Small to medium sized aerial foragers ndashspend most of life flying
Long sickle-shaped wings bending close to body and extremely short legs
Eat bathe drink and sometime mate in the air
Common Nebraska species - chimney swift white-throated swift
Hummingbirds (Family Trochilidae ndash small bird)
WHAT TO LOOK FOR
Tiny body long slender bill
Distinctive blur and hum of hovering wings
Jewel-like throat feather found on male
Common Nebraska species ndash ruby-throated broad-tailed and rufous hummingbirds
Kingfishers (Family Alcedinidae - kingfisher)
WHAT TO LOOK FOR
Small to medium size
Thickset with short neck and tail small feet
Large head with a ragged crest and long strong bill
Sit on lines and low branches near water or hovers above water
Plunges head first into water to catch fish
Common Nebraska species ndash belted kingfisher
Woodpeckers (Family Picidae ndash woodpecker)
WHAT TO LOOK FOR
Arboreal (tree) birds
Vertical posture creep up trees
Strong chisel-like bill short legs stiff tail feathers rounded wings
Undulating flight pattern and characteristic bill drumming
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 42
Common Nebraska species ndash Lewisrsquos red-headed red-bellied hairy downy woodpeckers
yellow-bellied and red-naped sapsuckers northern flicker
THE PASSERINES Feet adapted to perching
Tyrant Flycatchers (Family Tyrannidae - lord ruler king)
WHAT TO LOOK FOR
Small to medium perching bird
Large head broad flattened bill pointed wings short legs
Bristly ldquowhiskersrdquo at base of bill
Sit upright on exposed branch and dart out to catch insects
Common Nebraska species - flycatchers pewees kingbirds phoebes kingbirds
Shrikes (Family Laniidae ndash butcher)
WHAT TO LOOK FOR
ldquoButcher birdsrdquo ndash impale prey on thorns (may be to attract a mate and mark territory)
Robin-size bird with hooked bill and masked face with hawk-like behavior
Black gray and white birds
Common Nebraska species - northern and loggerhead shrike
Vireos (Family Vireondae ndash small bird)
WHAT TO LOOK FOR
Small olive- or gray-backed bird with short sturdy cylindrical slightly hooked bill
Can have wing bars and eye-rings or have eye stripes and no wing bars
Often confused with warblers but are chunkier bigger headed thicker billed
Common Nebraska species ndash white-eyed Bellrsquos yellow-throated plumbeous
Cassinrsquos blue-headed warbling Philadelphia red-eyed
Crows and Jays (Family Corvidae ndash raven)
WHAT TO LOOK FOR
Large perching bird with strong longish all-purpose bill to handle variety of foods
Nostrils covered with feathers
Legs scaled in front and smooth behind
Harsh voice and noisy
Bold gregarious
Common Nebraska species - black-billed magpie American crow
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 43
Larks (Family Alauidae ndash lark)
WHAT TO LOOK FOR
Ground dwellers of open fields ndash seldom seen in trees and shrub
Walk rather than hop have an elongated hind toe
Slender billed seed and insect eaters
Yellowwhite face with black facemask horns and breast band
Has musical song often sung in display flight
Common Nebraska species ndash horned lark
Swallows and Martins (Family Hirundinidae ndash swallow)
WHAT TO LOOK FOR
Slim streamline bodies with long pointed angled wings
Tail forked or squared legs and feet inconspicuous
Bill short and wide
Fluid aerialists ndash dart about catching insects
Flocks perch in long rows on branches and lines
Common Nebraska species ndash purple martin northern rough wing bank cliff barn swallows
Chickadees and Titmice (Family Paridae - )
WHAT TO LOOK FOR
Small plump sociable birds with short bills and wings
Active agile ndash often hang upside down to feed
Many times roam in little bands (often leading the group) in search of food
Chickadee ndash no tuff of feathers on head Titmice ndash tufted Common Nebraska species ndash black-capped chickadee tufted titmouse
Nuthatches (Family Sittidae ndash birds that peck bark of tree)
WHAT TO LOOK FOR
Small stout tree-climbers with slightly upturned strong woodpecker-like bills
Stubby squared off tails
Walk down trees headfirst Common Nebraska species ndash red-breasted and white-breasted nuthatches
Creepers (Family Certhiidae -)
WHAT TO LOOK FOR
Small slim tree-dwellers with stiff tails and slender downward curving bill
Primarily brown
Common Nebraska species ndash brown creeper
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 44
Wrens (Family Troglodytidae ndash cave dweller
WHAT TO LOOK FOR
Small stumpy energetic brown birds
Bill slightly down turned loud song
Tails often in ldquocockedrdquo or up-tilted position
Common Nebraska species ndash rock house winter marsh wrens
Kinglets (Family Regulidae -)
WHAT TO LOOK FOR
TINY very active songbirds ndash only certain hummingbirds smaller
Can hover will feeding
Greenish plumage with bright colored crowns Short tails
Common Nebraska species ndash ruby-crowned and golden-crowned kinglets
Gnatcatchers (and Old World Warblers) (Family Sylviidae - )
WHAT TO LOOK FOR
Small birds with slender pointed bills surrounded by rectal bristles
Drab plumage with seasonally changing head patterns
In constant motion
Common Nebraska species ndash blue-gray gnatcatcher
Thrushes (Family Turdidae -)
WHAT TO LOOK FOR
Large-eyed upright postured songbirds - known for their singing ability
Bill is slender straight but not sharp
Often hop along the ground looking for food
Common Nebraska species ndash eastern bluebird veery gray-cheeked Swainsonrsquos hermit
wood thrush American robin
Mockingbirds and Thrashers (Family Mimidae ndash imitator mimic)
WHAT TO LOOK FOR
Well known for their vocal and mimicking ability
Have short rounded wings long legs and tails
Long down-curved bills
Common Nebraska species ndash gray catbird northern mockingbird brown thrasher
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 45
Starlings (and Mynas) (Family Sturnidae - )
WHAT TO LOOK FOR
Medium sized chunky glossy birds with short tails sharp bills
Short triangular to rounded wings
Gregarious bold birds
Pipits (and Wagtails) (Family Motacillidae -)
WHAT TO LOOK FOR
Slender billed brownish ground dwellers with long back toe
Walk briskly rather than hop along the ground
Most species bob their tails up and down
Common Nebraska species ndash American pipit
Waxwings (Family Bombycillidae ndash silk tail)
WHAT TO LOOK FOR
Birds with sleek crest that can be erected
Plump-bodied birds with pointed wings with red waxy tips of secondaries
Bill is small wide and notched high thin calls
Square tail with terminal yellow band
Common Nebraska species ndash Bohemian and cedar waxwings
Wood Warblers (Family Parulidae -)
WHAT TO LOOK FOR
Brightly colored (mostly yellow) birds
Smaller than sparrows with thin needle-like bills
Common Nebraska species ndash approx 34 warblers ovenbirds yellow-breasted chats and
waterthrush
New World Sparrows (Family Emberizidae -)
WHAT TO LOOK FOR
Small to medium-sized birds - often brown streaked appearance
Rounded wings cone-shaped bills
Common Nebraska species ndash 20 sparrows towhees longspurs dark-eyed juncos snow and
lark buntings
Cardinals and Allies (Family Cardinalidae )
WHAT TO LOOK FOR
Medium to large songbirds
Have large cone-shaped bills
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 46
Males often very colorful
Common Nebraska species ndash northern cardinals rose-breasted and black-headed grosbeaks
indigo bunting dickcissel
Blackbirds Orioles and Allies (Family Icteridae)
WHAT TO LOOK FOR
Medium to large songbirds with strong straight bills
Strong-direct flight
Plumage varies from iridescent black to yellow to orange
Common Nebraska species ndash Bobolink eastern and western meadowlarks red-winged and
rusty blackbirds common and great-tailed grackles orchard Baltimore and
Bullockrsquos orioles brown-headed cowbird
Finches and Allies (Family Fringillidae)
WHAT TO LOOK FOR
Small to medium songbirds
Have conical bills and forked relatively short tails
Fly fast and undulate through the air giving high-pitched calls in flight
Common Nebraska species ndash gray-crowned rosy purple Cassinrsquos house finches red
crossbill white-winged crossbill common redpoll pine siskin American goldfinch
evening grosbeak
Old World Sparrows (Family Passeridae)
WHAT TO LOOK FOR
Stouter bodies shorter legs and thicker bills than native sparrows
Have a simple song repeating single elements with no particular rhythm or beginning
And end vocalize all day and year-round
Common Nebraska species ndash house sparrow (introduced)
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 47
Geology and Natural History of Nebraska
Being Developed by Jon Garbisch Cedar Point Biological Station jgarbisch2unledu
bull Geological history of Nebraska
bull Present geological formation of regions
bull General soil types
bull Geological landforms and related habitats
What we currently use
Theme
Nebraska geology formed over millions of years through the erosion of mountains the deposition of
sediments and the flow of water and ice shaping the landscape that we call home
Goal
Attendees will develop an understanding of the natural processes that influenced and built Nebraska
and in so doing develop a greater appreciation for the geology and how it relates to all other aspects of
the statersquos identity
Objective(s)
The Master Naturalists attendees will be able to use the knowledge they have gained to better
understand the surface and subsurface geology at any location in the state that they may find
themselves working
How will it be measured
Attendees will be able to use the knowledge gained to actively interpret general Nebraska geology by
completing activities in the form of hand-out diagrams biostratigraphic fossil correlations
interpretation of rock type hand specimens and visual description of the Geology on the trail at Camp
Brewster Fontenelle Forest
Introduction
Nebraska geology formed over millions of years through the erosion of mountains the deposition of
sediments and the flow of water and ice shaping the landscape that we call home (Hand out agenda)
Geology is rooted in the 3 rock groups that exist on planet Earth and so familiarity with
o these groups gives us a solid foundation for all other geologic interpretation
A half hour will be spent handling examples from each rock group
o 3 groups 3 tables with one rock type on each table each group spends 10 minutes at
each table
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 48
The Geologic Time Scale is a record over time of the Earths major geologic events and we
can use it to help us understand how and when Nebraska took shape
The natural agents of change which have shaped our state include oceans rivers wind
o and ice
The geologic time periods in Nebraska are represented by rock layers (or not) which occur all
around the state and have been named so that no matter where you are in the state you can
correlate the strata to the time scale (fossilsisotopes)
6 Geologic Principles will be discussed so that when the MN is in the field they can be used as an
aid in basic geologic interpretation
Conclusion
Nebraska geology formed over millions of years through the erosion of mountains the deposition of
sediments and the flow of water and ice shaping the landscape that we call home Geology supplies us
a record of the events that have shaped our Earth by learning the language in which the Earth script is
written we will be able to interpret and share the story of our state of Nebraska This understanding will
aid in us in relating to other areas influential and important to the state
Places to Go (places to see examples of Nebraska geology)
a Agate Fossil Beds National Monument Lower Miocene fossil mammal site including abundant body fossils of ancient mammals and prominent fossil rodent burrows
b Ashfall State Park Upper Miocene fossil mammal assemblage found in ash derived from an eruption of a predecessor to the Yellowstone volcanic field c Chimney Rock National Historic Site Oligocene and Lower Miocene continental sedimentary rocks deposited as sediments by wind and steams
d Hummel Park (Omaha) outcrops of Pleistocene glacial till and loess
e Lincoln area Capitol Beach Lake and history of saline waters and salt industry flooding history of Antelope and Salt creeks building stones in downtown area brick industry University of Nebraska State Museum
f Louisville area outcrops of Upper Pennsylvanian marine sedimentary rocks
g Valentine area and Niobrara National Wildlife Refuge Niobrara River Canyon and Cenozoic stratigraphy
h Niobrara State Park Upper Cretaceous marine sedimentary rocks (Niobrara Formation and Pierre Shale) landslides along Missouri River anthropogenic changes in Missouri River Niobrara River and Mormon Canal
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 49
i Downtown Omaha removal of loess from hills in downtown area engineering of Missouri River (eg groins bank armoring etc) visible at Bob Kerrey Memorial Bridge deep bedrock water wells at old industrial sites
j Platte River State Park Upper Pennsylvanian marine sedimentary rocks and overlook of Platte River
k Ponca State Park Upper Cretaceous marine sedimentary rocks (uppermost Dakota Formation through Greenhorn Limestone)
l Rock Creek State Historical Park middle Cretaceous Dakota Formationmdashfluvio-estuarine continental deposits
m Schramm Park Upper Pennsylvanian marine sedimentary rocks
n Scotia and Happy Jack Chalk Mine Upper Miocene lake deposit In Ogallala Group
o Scotts Bluff National Monument Oligocene and Lower Miocene continental sedimentary rocks deposited as sediments by wind and steams
p Smith Falls State ParkCenozoic stratigraphy Niobrara River waterfalls as knick points
q Toadstool Park and nearby areas continental sedimentary rocks of upper Eocene Chadron Formation Pine Ridge escarpment Trailside Museum and Ft Robinson State Park
r Weeping Water area Upper Pennsylvanian marine sedimentary rocks
s Wildcat RidgeHillsescarpment on Oligocene and Lower Miocene continental sedimentary rocks deeply eroded into canyons buttes and pinnacles by stream erosion during and after the Late Pliocene
t Indian Cave State Park and Iron Horse Trail south of Peru Upper Pennsylvanian Indian Cave Sandstone (fluvio-estuarine deposit) and sandstone cave
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 50
North American Model and Outdoor Skills Developed by Jeff Rawlinson Assistant Division Administrator Information and Education Nebraska Game and Parks Commission jeffrawlinsonnebraskagov
OUR North American Model of Conservation
Perhaps no other story is more compelling and more important in American history as that of how
our natural resources came to be one of the most important elements in our lives The history of our citizenryrsquos strong land ethic ties us to the natural world long after other nations have forgone this relationship We value how the common person from a common family can participate in the thrill of the chase experiencing wildness to its fullest
The North American Model of Conservation is a philosophy that the United States and Canada have
developed to manage wildlife in a sustainable way Historians debate how this land ethic began Some
say our model of conservation began in 1937 with the passage of the PittmanRobertson Act a move that provided funding for wildlife conservation at the national and state level The source of this funding came from the sale of hunting and shooting equipment Others may say that it began when the conservation giant President Theodore Roosevelt brought management of natural resources to the
political forefront Others would argue our Model of conservation was birthed under the Magna Charta which transferred the ownership of wildlife from the King of England and the English nobles to the all of
the people of England In reality however our Model has been under development for several hundred years combining what we have learned from other nations peoples cultures and experiences to shape a philosophy ingrained in our culture supported by hunters anglers and shooting sports enthusiasts
benefiting all wildlife and wild lands in the United States
First Wildlife Managers The concept of managing wildlife or natural resources was not conceived by our young nation For
thousands of years humanity has been manipulating and controlling the land and all its inhabitants to benefit our needs Ever since the first hunter followed that wooly creature across the Bering Straight embarking on an epic journey that would result in settling of North America man has ldquomanagedrdquo
wildlife in North America
Throughout history many leaders have shown some element of concern or conservation ethic towards wildlife The great Kublai Khan grandson of Genghis Khan and founder of the Yuan Dynasty in China forbade harvesting of many species of wildlife during critical reproductive months of March
through August so species could ldquoincrease and multiplyrdquo Conservation of wildlife is even found in Mosaic Law in Deuteronomy 226 representing some of the first written wildlife management idealsmdashldquo If you come across a birdrsquos nest in any tree or on the ground with young ones or eggs and
the mother sitting on the young or on the eggs you shall not take the mother with the youngrdquo (English Standard Version 2001)
As populations expanded throughout Europe wildlife resources fell under ownership of powerful kings
who enacted harsh punishments for anyone found taking the kingrsquos game In 1215 a rebellion against King John of England resulted in the Magna Charta transferring ownership of lands and game from the crown to the people This ldquoprivatizingrdquo of wildlife ownership had profound impacts America over 500 years later
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 51
Era Of Abundance (1600 ndash 1850) When our forefathers first landed on the eastern shores of America they brought with them science
religion and a new hope They found plentiful game and soon began a relationship with the land that provided them with many of their daily needs Wildlife was viewed as a limitless resource in a relatively untapped land These early settlers had left Europe where few had access to wildlife and entered a world where everyone had access Furs feathers hides all had value to this young country In 1776 the Declaration of Independence revoked the Kingrsquos rights to land and people in this new world After a
bloody war led by revolutionaries such as Washington Hamilton Jefferson and Adams the United States gained its independence and the land and wildlife belonged to everyone
Era Of Exploitation (1850 ndash 1900)
The 1800s brought a commercialization of our wildlife resources Market hunting and habitat
destruction began to decimate wildlife populations such as the American Bison and Passenger Pigeon After the American Revolutionary War and the Civial Warmdashwhich nearly destroyed our ldquodemocratic
experimentrdquo all togethermdashfew people were looking after the interest of wildlife and even fewer rules
existed governing the management of a resource everyone had ownership of yet no one had responsibility for
The railroad provided settlers with the means to access new lands expanding the markets for meats hides and fur Advancements in technology such as the repeating rifle further aided the unbridled
destruction of wildlife resources Yet throughout this era something positive was growing The people of this new nation were developing a relationship with the land By 1842 a Supreme Court ruling had huge impacts on this developing model of conservation resulting in a Public Trust Doctrine that would
further outline a model for conserving our natural resources Conservation was developing some direction but had no money or laws to support it
Era Of Protection (19001930) The early 1900s brought an industrial boom Abuse of natural resources had taken its toll and throughout the Nation and evidence of this abuse could be seen in the loss of species such as the
passenger pigeon near loss of the American bison and in many large mammals including whitetailed deer and our once numerous waterfowl species America was becoming an economic giant yet through
the roar of machines both political and metal a small voice could be heard It was the hunter and their voice was of concern for the direction our wildlife resources were heading Conservation minded men and women had continued a relationship with the land and the wildlife
Era of Game Management (1930 ndash 1966) The ldquodirty thirtiesrdquo were marked by the dust bowl and an impoverished nation Agricultural practices
unchecked by environmental stewardship had left the Nationrsquos heartland in ecological peril Politically the conservation movement was supported by the footings laid by Theodore Roosevelt New federal acts moved forward to provide for environmental protection due to the outcry of hunters in panic over the vanishing wildlife resources of the Nation
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 52
Wildlife conservation had support yet it lacked the science to properly manage our Nationrsquos resources A young biologist name Aldo Leopold changed all this with his writings including the book Game
Management which led to Universities across the country developing wildlife conservation programs These programs spawned a new breed of professional game managers who utilized science to support management methods that ultimately lead to the greatest wildlife conservation success story in the world In 1937 the PittmanRobertson Act provided thousands of jobs for young professionals along with ldquogame wardensrdquo supported by individual states to further the development of the Conservation Model
which now had science and funding to support it
Era of Environmental Management (1966 ndash Present) Science and funding led to a broadening view of conservation as focus shifted from managing ldquogame
animalsrdquo to managing the entire biota (environment and all living things in it) Further federal acts such
as the Endangered Species Act of 1966 and the National Environmental Policy Act of 1969 provided greater protection for species by a nation that had finally changed its course providing time to review
and perfect conservation efforts Recent acts such as the 1980 Farm Bill continued the effort to help
landowners provide quality habitat for wildlife and hunters by providing incentives to landowners to set aside highly erosive lands and plant them into wildlife habitat (grasslands) that benefit wildlife and hunters
The story of our unique model of conservation is still being written New challenges today threaten our
coveted resources and new professionals are entering the arena to further the plight of our Nationrsquos wildlife and hunting heritage
Seven Pillars of the Model
Seven main pillars have been highlighted as the foundation of support for the North American Model
of Conservation These include
The Public Trust The wildlife of the United States are owned by the people This is very different from the European Model where wildlife is privately owned The North American Model recognizes wildlife as a public
resource that is so important it can not be owned or managed by any one segment of our society but rather managed by professional state and federal entities for the benefit of all This concept known as
the Public Trust Doctrine began development in 1842 when the Supreme Court ruled that the Magna Charta had settled the question of who owns fish and wildlife and that King Charles II did not have the authority to give away the ldquodominion and propertyrdquo of lands in colonial America The court further ruled that since the American Revolution the people held public trust responsibilities for fish and wildlife except for rights specified in the US Constitution
Prohibition on Commerce
It was the hunter who brought forth stringent laws that protected wildlife from peril in the 19th
and 20th
centuries Because we all own and appreciate our wildlife as a national resource they should never find themselves on the public market to the highest bidder This path led to a largescale loss of many species
including the Passenger Pigeon and the near loss of the American bison As our country was developing these practices were common as people moved west in search of prosperity capitalizing on a land seemingly untouched by the modern world Today many laws in place serve to protect our most
valuable resourceshellipour wildlife
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 53
Democratic Rule of Law Each citizen of this great nation has the ability and responsibility to engage in healthy politics that serve
to support and protect sound wildlife conservation measures Our first conservation measures in this Country habitat restoration simple harvest restrictions and bag limits came from hunters people who respected the game they pursued and loved the wild places they chased them in The North American Model of conservation is built upon active public involvement instilling a value for wildlife in all citizens
Hunting Opportunity for All The Model was developed on the premise that all people regardless of political or economic standing could participate in and feel the thrill of the chase It is this unique Model that provides us with wildlife opportunities for all Americans Imagine how important this was to our fore fathers who left a brutal
King in England where only the aristocracy had any dream of pursuing wild creatures in wild places Our
wildlife laws ensure that each generation that comes after us will have the same opportunity to enjoy and appreciate wildlife
Nonfrivolous Use Our management of wildlife depends on a citizenry that loves and appreciates the wild creatures and the habitats necessary to their survival and our quality of life Wildlife may be utilized under strict rule of
law including utilizing the wildlife once harvested to its best potential Killing wildlife for the sake of killing can only lead to the numbing of hearts to wildlife and a profound lack of respect for our most
precious resources
International Resources
It was not until the 20th
century that hunters and wildlife lovers understood the importance of
managing wildlife at a much larger scale This became readily apparent with the passage of the
Migratory Bird Treaty Act of 1918 where nations came together to manage wildlife resources as a
collective Wildlife species do not recognize national or state boundaries Governments must work together to be effective in managing wildlife for the benefit of all The United States has made great
strides in this area with Mexico and Canada Our wildlife is not only a resource to us but to all continents they may call home throughout the year Our biologists must think globally to be effective locally
Scientific Management Although Theodore Roosevelt brought conservation to the political forefront it was a young forester from Iowa that made the study of wildlife management a science Aldo Leopold is considered by many
as the ldquofather of wildlife managementrdquo due to his tireless efforts to develop curriculum for future wildlife biologists Today our biologists earn their opportunity to manage wildlife through prominent
Bachelor Masters and Doctorate degree programs from Universities around the world Wildlife must be managed using fact science and the latest research We are constantly learning and adapting to new technology and changing environments For such an important resource we cannot afford to have it any other way
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 54
Nebraska Master Naturalist Specializations Certifying as a Specialist ldquoFollow your own natural geniusrdquo wrote Thoreau ldquoand it will not fail to show you a fresh prospect every hourrdquo Many of us learn by doing When our curiosity and interests carry us into deeper study of a given subject it can be helpful to have clear opportunities to pursue Thus the Nebraska Master Naturalist Program offers specialized voluntary training for those who are hungry to develop and apply their particular skill and personal understanding on behalf of our natural legacy Specializations are designed to create collaborators leaders and mentors in four key areas
Interpretation and Outreach
Outdoor Skills and Recreation
Resource Management
Citizen Science Master Naturalist Certification Requirements Annual Requirement o 8 Hours Training Annually o 20 Hours of Volunteerism Annually Master Naturalist Specialization Requirement One Time Requirement o 20 Hours of Training Total Specific to Specialization Annual Requirement o Additional 20 Hours of Volunteerism Annually Specific to Specialization (does not include initial Certification annual requirement hours)
OUTDOOR SKILLS AND RECREATION SPECIALIZATION The purpose of OUTDOOR SKILLS AND RECREATION is to promote activity and development of skills in the outdoor pursuits associated with natural resources Specializations are designed to create collaborators leaders and mentors in particular areas A Certified Nebraska Master Naturalist can complete the Outdoor Recreation Specializationby meeting the following requirements Complete at least one of the workshops or certification‐leading trainings listed below If specialized training is not listed below it can be approved upon request by the Master Naturalist Program Committee Specialized Training Options ‐
Hunter Education Instructor Certification 13 hrs
National 4‐H Shooting Sports Instructor Certification 32 hrs
Nebraska 4‐H Shooting Sports Shotgun Certification 12 hrs
Nebraska 4‐H Shooting Sports Archery Certification 12 hrs
Nebraska 4‐H Shooting Sports Rifle Certification 12 hrs
Nebraska 4‐H Shooting Sports Pistol Certification 12 hrs
Nebraska 4‐H Shooting Sports Muzzleloader Certification 12 hrs
National Archery in the Schools Program Basic Archery Instructor 4 hrs
NRA Range OfficerMaster Certification 8 hrs
Hunt Master Training Instructor 4 hrs
NRA Shooting Instructor 16 hrs
NRA Shotgun Instructor 16 hrs
NRA Rifle Instructor 16 hrs
Boater Education Instructor 12 hrs
Youth Fishing Instructor 5 hrs
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 55
American Canoe Association National CanoeKayak Instructor 16‐32hrs
National Camp SchoolBoy Scouts 16‐24 hrs
Wood Badge TrainingBoy Scouts 16‐24 hrs
Merit Badge Counselor TrainingBoy Scouts 2‐16 hrs
Conservation Leaders for Tomorrow 35 hrs
Wilderness First Aid 16‐32 hrs
Professional Trappers College 40 hrs
American Camp Association Instructor Training 8‐40 hrs
American Red Cross Instructor Training 2‐16 hrs
American Sailing Association Instructor Training 16‐24 hrs
Certified Horsemanship Association Instructor Training 24‐40 hrs
Leave No Trace Master Educator Training 40 hrs
National Outdoor Leadership School 280 hrs
Camp Cook School 32‐96 hrs
Professional Association of Diving Instructors Training 32‐96 hrs
Professional Mountain Bike Association Instructor Training 24 hrs
League of American Bicyclists Instructor Certification 24 hrs
Hunting
Shooting
Fishing
Trapping
Camping
Outdoor Cooking
Orienteering
Geocaching
Photography
Wildlife Viewing
Hiking
Biking
Birding
Becoming an Outdoors‐Woman Program
Wilderness First Aid
Wilderness Survival
Leave No Trace Educator
Service Options ndash Provide a minimum of 20 hours of service annually in the following or similar areas
4‐H leader and youth training outdoor recreation
Scout leader and youth training outdoor recreation
Wild About Nature
Flying WILD Educator or Facilitator Workshop
Becoming an Outdoors Woman (BOW)
Beyond Becoming an Outdoors Woman (BOW)
Family Camp
Learn to Hunt Program
National Archery in the Schools Program BAI training or greater
Mentor HuntHunt Masters Training
After School Programs
Others ndash Upon approval
Outdoor discovery programs volunteer
CRO at a shooting event
Assist with National or State shooting sports competitions
Family fishing day
Design or write a brochure
Develop or contribute to a website
Develop or contribute to a social networking site
Design or write a newsletter
Assist in fundraising
Plan an event or festival
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 56
Interpretation amp Education- Developed By Lindsay Rogers Nebraska Game amp Parks
Commission
Do not try to satisfy your vanity by teaching a great many things Awaken peoplersquos curiosity It is
enough to open minds do not overload them Put there just a spark If there is some good
inflammable stuff it will catch firerdquo
- Anatole France in The Earth Speaks
Session Objectives
To help participants understand the role education plays in sounds ecological conservation
To help participants learn about past and present conservationist and interpretive educators
To help participants learn components of quality education and interpretation
To have participants partake in quality interpretive education
To make sure participants understand that their role is to light the spark and awaken curiosityhellip not spew facts
Lecture Requirements
1 What is interpretation (5 minutes) a What does ldquointerpretrdquo mean b National Association of Interpretation definition of ldquointerpretationrdquo
i Interpretation is a mission-based communication process that forges emotional and intellectual connection between the interests of the audience and the meanings inherent to the resource
c Freeman Tilden Interpreting Our Heritage 1957 i Interpretation is an educational activity which aims to reveal meanings
and relationships through the use of original objects by first-hand experience and by illustrative media rather than simply to communicate factual information
d Components of interpretation i pleasurable or enjoyable
ii relevant to the world iii organized iv themed v sparks an interest
vi includes information but does not stop there links information to the world
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 57
vii age appropriate viii taught to someone not at them
2 What is education (5 minutes)
a What does it mean to ldquoeducaterdquo someone b John Dewey Democracy amp Education 2944
i Education in its general sense is a form of learning in which the knowledge skills and habits of a group of people are transferred from one generation to the next through teaching training or research
c Components of education i - generally presented to someone but not always
ii enjoyable sometimes iii provides knowledge and facts iv can make connections but not always v organized and themed
d Both education and interpretation are important they work together
3 Conservationists (10 minutes) a Jon Muir
i Immigrated from Scotland to Wisconsin in 1849 ii Attended the University of Wisconsin studies botany amp geology
iii Moved to the western US mainly the Sierra Nevada area iv Believed humans were part of the interconnected natural world v Advocated for the preservation of natural areas
vi Co-founded the Sierra Club b Aldo Leopold
i Iowa native attended Yale University ii After college he joined the US Forest Service was stationed in Arizona
and New Mexico iii Developed theories of land ethics the need for biodiversity and an
appreciation for wilderness areas iv Moved to Wisconsin in 1924 became a professor at the University of
Wisconsin v Regarded as the ldquoFather of Conservationrdquo
c Gifford Pinchot i Born in Connecticut in 1905
ii Studied at Yale studies forestry in France iii Named chief of the Division of Forestry (later to become the US Forest
Service) iv First chief of the US Forest Service greatly improved forest
management and increased the size of Forest Service lands
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 58
v Managed forests for the greatest good for the greatest number Pinchot added the phrase in the long run to emphasize that forest management consists of long-term decisions
d Steven Mather i Born in California attended Berkley University
ii Worked for the Pacific Coast Borax Company where he had a talent for promotion Started a competing company made millions
iii When revisiting Sequoia and Yosemite National Parks in 1914 he was appalled by the conditions of the national parks
iv Joined the Department of the Interior as the head of parks later created the National Parks System
v Professionalized the National Parks and helped to greatly grow protected lands
e Rachel Carson i Born in Pennsylvania in 1907 attended John Hopkins University for
graduate school ii Went to work for the US Bureau of Fisheries (later to become the US
Fish amp Wildlife Service) iii Wrote Silent Spring in 1962 The book created an awaking for Americanrsquos
to their responsibility to the environment and wildlife The book lead to the US Government banning the use of DDT
f Theodore Roosevelt i Born in 1858 in New York New York was a sickly child who stayed inside
studying natural history ii An avid outdoorsman he spent much time in the South Dakota Badlands
iii Became President in 1901 with the assignation of President McKinley iv Among many major accomplishments as president he started the
National Parks was instrumental in conserving about 230 million acres
4 Naturalist Interpreters (10 minutes) a Freeman Tilden
i Born 1883 worked as a newspaper columnist and author ii At age 58 he began working with the National Parks Service
iii While traveling to various National Parks he became concerned with the quality of interpretation
iv Wrote Interpreting Our Heritage in 1957 outlines 6 principles to quality interpretation forever changed the field of interpretation
b William Lewis i Worked as a ranger naturalist and interpreter trainer for the National
Parks Service ii Developed the approach of ldquoThematic Interpretationrdquo which requires the
interpreter to choose a central theme (major point) to guide the development of a program
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 59
iii Wrote Interpreting For Park Visitors c Sam Ham
i Director of Center for International Training and Outreach at the University of Idaho
ii Work has focused on applying communication theory to environmental conservation interpretation and on nature-based tourism and guide training
iii Wrote Environmental Interpretation (1992) d Ted Cable
i Professor of Park Management and Conservation at Kansas State University
ii Co-authored Interpreting Cultural and Natural Resources (2003) and Interpretation for the 21st Century Fifteen Guiding Principles for Interpreting Nature and Culture (2002)
5 Conducting an Interpretative Program Try and Fail (60 minutes + 120 minutes of activities throughouthellip see list of Suggested Activities below)
a Experiential Learning i The first time you tried to walk you failed The first time you rode a bike
you failed This is called experiential learning The first time you attempt an educational or interpretation program you will fail thatrsquos how we learn
ii Donrsquot be afraid to fail b Ask Questions about the ProgramPresentation before you commit to leading it c Plan your Program
i Generally I want my presentation to be about Specifically however I want to tell my audience about After hearing my presentation I want my audience to understand (what is the big picture you want them to take home)
1 You do not need (or want) to teach your audience everything you know your job is to light the spark
ii What will your tangibles and intangibles be 1 Tangibles are those things you can touch things you use to teach
when teaching a Examples include a tree a mammal pelt a skull a live
animal a prairie 2 Intangibles involve connecting the tangibles to concepts and the
ideas they represent intangibles are the meanings the relationships the processes the ideas the feelings and the beliefs
a Examples include food webs ecosystem health entropy ecology
iii People remember themes they forget facts
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 60
iv Plan for an organized presentation 1 Think about your overall theme smaller parts of the program and
your transitions v Stick to your theme
vi Determine what type of presentation you will have 1 PowerPoint (avoid) 2 Podium Presentation (avoid) 3 Active taking a hike playing a game etc 4 Hands-on touching feeling trying hearing smelling
vii Think about all the different kinds of learners 1 verbal-linguistic 2 logical-mathematical 3 visual-spatial 4 kinesthetic 5 musical-rhythmic 6 interpersonal (groups) 7 intrapersonal (individual) 8 naturalist
d Know your role as an educator 1 Provide facts and relationships not opinions 2 Allow participants to determine their own opinions and beliefs
using the facts amp relationships you provide them 3 PLAY ldquoFIRST IMPRESSIONSrdquo
e Prepare Prepare Prepare 1 Know the type of space and area you will have (indoor vs
outdoor small space vs vast area etc) 2 Plan for more that you are told 3 Plan for the weather (always expect it to be windy in Nebraska)
f Questions i Ask good questions
1 Is this a fox Vs How do you know this is a fox 2 Do you have any questions Vs What questions do you have
ii Be prepared for quality questions 1 What are the implications for describe the impact of what are
the reasons for iii Be prepared for ldquogoodrdquo questions
1 Do you have ewoks in the forest If a Mountain Lion and an Eagle were to fight who would win
2 Take all questions seriously Answer seriously g Model what you want to see the students do
i If you want a group of students to catch insects help them get active with them
ii This is true when working with children and adults
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 61
1 Working alongside students validates them and their learning h Be enthusiastic show your passion
i This is another form of modeling what you want to see in your students ii We need to excite students (no matter their age) about conservation
nature and the outdoors iii Have fun
6 Take Home Lesson Light the Spark and Donrsquot Be Afraid to Fail
Suggested Activities (amp potential mandatory activities)
Throughout the lesson conduct multiple games andor activities to model good interpretation
Suggested games include but are not limited to
1 Oh Deer (Project WILD) 2 First Impressions (to be done during section 5) (Project WILD) 3 The Long Haul (Project WET) 4 Sum of the Parts (Project WET) 5 Water Quality Ask the Bugs (Project WET) 6 Adaptation Artistry (Flying WILD) or Fashion a Fish (Aquatic Project WILD) 7 Avian Antics (Flying WILD) 8 Pollinators Meet Your Plants (Nebraska Project WILD wwwnebraskaprojectwildorg) 9 Scavenger Hunts (Nebraska Project WILD wwwnebraskaprojectwildorg)
Suggested Post-Readings
Interpreting Our Heritage Freeman Tilden 1957 (4th edition 2008)
ISBN-13 978-0807858677
Interpreting for Park Visitors William Lewis 1981
ISBN-13 978-0890620793
Environmental Interpretation Sam Ham 1992
ISBN-13 978-1555919023
Interpretation for the 21st Century Fifteen Guiding Principles for Interpreting Nature and
Culture Larry Beck amp Ted Cable 2002
ISBN-13 978-1571675224
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 62
Interpretation-Making a Difference on Purpose Sam Ham 2013
ISBN-13 978-1555917425
Foundations of Interpretation Curriculum Content Narrative National Parks Service 2007
httpwwwnpsgovidpinterp101foundationscurriculumpdf
Websites
National Association of Interpretation
wwwinterpnetcom
North American Association for Environmental Education
wwwnaaeeorg
Nebraska Alliance for Conservation and Environment Education
wwwnaceeorg
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 63
Safety in the Field
Developed by Rich Hawes Nebraska Master Naturalist rdhawes26msncom
Objectives
Raise awareness of Risk Managementassessment as part of event planning
Guidelines to safe activities for participants presenters and the environment
Present Leave No Trace Principals as part of all outdoor activities
Present resources for additional training or certification for outdoor activities
Hands on activities to encourage interest and to provoke thought and discussion
Hazards of the area
Outdoor hiking safety
Stewardship of the land and natural resources
Being flexible and working with ldquowhat you haverdquo
Outline
1 Outdoor Activities ndash Whatrsquos The Worst That Can Happen An Introduction to Event Planning and Risk Management
2 Leave No Trace Principals
3 Trip planning and Logistics
4 Health amp Safety
5 Youth Protection
6 Age Appropriate Activities
7 Resource Training and Certifications
a Standard First Aid CPRAED Wilderness First Aid
b Shooting Sports - Range Safety Officer or Instructor
c Hunter Safety Instructor
d Climbing COPE and Zip Lines
e Water Safety Instructor Life Guard Small Boat Handling
f Leave No Trace Trainer or Master Educator
g Tread Lightly Tread Trainer or Master Tread Trainer
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 64
Suggested Activities
CPR Scenario
First Aid Scenario
Weather Scenario
Lost Scenario
Online Resources
American Camp Association
Boy Scouts of America
Youth Protection
Safe Swim Defense
Safety Afloat
Climb On Safely
Weather Safety
Trek On Safely
(etc)
Leave No Trace
Nebraska Game amp Parks
Hunter Safety
Boating Rules amp Regs
National Rifle Association
(Archery groups)
American Red Cross
(wilderness medicine group(s))
NOLS
Tread Lightly
US Coast Guard
NEBRASKA MASTER NATURALIST Explore Contribute Connect
6
Ecology of Nebraska
Developed and Adopted by Keanna Leonard Education Director Rowe Sanctuary kleonardaudubonorg
Ecology in a nutshell
Ecology is part of biology that deals with the relationship between organisms and their environment
Ecology is a science Environmentalism is a cause with or without scientific backing Conservation
Biology is the integration of Ecology and Environmentalism using science to influence political cause
Central to ecological study is habitat the special location where an animalrsquos lives What an animal
does in its habitat its profession or how it survives and adapts is its niche A niche is the product of
evolution and once it is established no other species in the community can evolve to exploit the exact
same resources (Competitive exclusion principle) Therefore different species are able to form an
ecological community in which each has a different role in their shared environment
From the Integrated Principles of Zoology 1996 Hickman Roberts Larson
Without habitat there are no animals It is that simple ndash Wildlife Habitat Canada
The richness of the earthrsquos biomass is organized into a hierarchy of interacting units
The individual organism the population the community the ecosystem
Ecosystem Ecology An ecosystem is a complex self-sustaining natural system with living (biotic) and nonliving (abiotic)
components
The abiotic component of an ecosystem is defined by physical parameters such as temperature altitude
light and moisture Chemical features such as nutrients establish the quality of the ecosystem
The biotic component or the populations of plants animals and microorganisms of an ecosystem can be
grouped as
Producers - algae green plants and cyanobacteria (blue-green algae)
autotrophs ndash use energy from sun to synthesize sugars from carbon dioxide and
water by photosynthesis
Consumers - carnivores herbivores omnivores parasites and decomposers
Decomposers - consumers that perform final breakdown of complex organic materials
into inorganic materials
Decomposers and other consumers are heterotrophs that consume autotrophs
Energy Flow through the ecosystem Photosynthesis - Sunlight (energy) is absorbed by chlorophyll (the green pigment found in plants)
NEBRASKA MASTER NATURALIST Explore Contribute Connect
7
This energy is used to synthesize sugar (carbohydrates) from carbon dioxide and water
By-product of photosynthesis is oxygen
Food Chain - A feeding sequence used to describe the flow of energy and materials in an ecosystem
Example grass (producer) gt deer (consumer) gtcoyote (consumer) gt decomposer
Food Web - Intertwined food chains
Trophic Levels - Each step in the food chain
At each step 80-90 of available energy is lost as heat Most of the fuel obtained in
food is used to stay alive Because of this fact trophic levels are usually limited to four
or five There are more producers (plants) than herbivores (plant-eaters) and more
herbivores than carnivores Carnivores can be further divided by into first- second-
top-level consumers
Nutrient Cycles or Biogeochemical Cycles All essential elements for life are derived from the environment (air rocks soil and water)
There are four cycles that return these elements to a useable form for life to continue
The Water (hydrologic) Cycle The paths water moves through earthrsquos ecosystems in its various states (vapor liquid solid)
Water is the only substance on earth that exists naturally in all three states
The Carbon Cycle All living things contain carbon Carbon is what makes organic molecules organic or living Carbon is the
basic element found in carbohydrates proteins and fats
Plants take in carbon dioxide during photosynthesis Animals eat the plants Animals release carbon
dioxide when they breathe (respire) and when they die and decompose Plants take it up again
Decomposing organic material will also leach carbon into the ground forming fossil fuels Other stores
of carbon include peat cellulose found in plants and water The cycling of carbon is linked to the flow
of energy through a system
The Phosphorus Cycle ATP (adenosine triphosphate) the energy molecule created by every living thing contains phosphorous
Our DNA and RNA the molecules that form our genes require phosphorous to bond together Bone
tissue also contains phosphorous
Plants take up phosphorous then the plants are eaten by animals Animals release phosphorous by
defecating and decomposing Plants also release phosphorous through decomposition Phosphorous is
then reabsorbed by plants or becomes part of sediments that forms rock As rocks erode phosphorous
is released into water and soil to be taken up by plants
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8
The Nitrogen Cycle Nitrogen is essential in forming proteins and nucleic acids The atmosphere has a high concentration of
nitrogen but is not usable to living organisms in its gaseous form The nitrogen cycle converts this gas
into usable forms
This cycle is the most complex because nitrogen can be found in several different forms Parts of the
cycle include
Nitrogen Fixation ndash Nitrogen is fixed or converted into ammonia and nitrates by bacteria lightning and
ultraviolet radiation in the soils and root nodules of some plants (legumes or beans) Nitrogen
fixation does not allow nitrogen to convert back to gaseous nitrogen
Nitrification ndash Other bacteria can take the ammonia and oxidize it into nitrite Nitrite is further
processed into nitrate
Denitrification and Ammonification - Plants absorb nitrates and ammonia from the soil and use
them to build organic compounds Animals eat the plants or other animals Animal waste
contains nitrogen in the forms of ammonia urea and uric acid
Denitrification is the process of decomposing bacteria converting nitrate back to nitrogen gas
Ammonification is the process of other decomposing bacteria converting organic compounds to
ammonium ions
Communities amp Populations A community is the living (biotic) portion of an ecosystem Within the community each population of
organisms has a habitat and a niche A community is usually dominated by a single species or a limited
group of species that impact the local environment (Example Tallgrass Prairie) Other species adapt to
conditions created by the dominant species If a dominant species is removed two scenarios can occur
Another species will take its place and not change the ecosystem in general Or the whole community is
changed If the community is drastically altered the species is considered a keystone species
A population is a group of same organisms that occur in the same community
Habitat is the place where an organism normally lives Basic components of habitat are food water
shelter and space Habitat is the organismrsquos physical surroundings and its niche is its profession or role
it plays in the community No two species can occupy the same niche at the same time (competitive
exclusion principle)
Population Interactions Competition ndash an overlap of some degree of two populationrsquos niches in such a way that they are
competing for the same resource(s) (food shelter water space etc)
Symbiosis - two populations living together in a community in close association There are
several types of symbiosis
NEBRASKA MASTER NATURALIST Explore Contribute Connect
9
Mutualism ndash the relationship is mutually beneficial (lichens)
Commensalisms ndash one population receives benefits and the other neither benefits or is
harmed (intestinal bacteria)
Parasitism ndash one population benefits and the other is harmed (ticks)
Synergism ndash two populations accomplish together what neither could do on their own
Another type of relationship is called predation-prey relationship where one population captures and
feeds on another Predators have more than one prey species but normally feed on the most
abundant As one prey species declines in population predators will switch to another more abundant
species
Natural selection favors the most efficient predator and at the same time prey that can escape
predation
Adaptation is a change in structure physiological process or behavior that evolved by natural selection
and improves an organismrsquos ability to survive and reproduced
MAD Law ndash Move Adapt or Die
Population growth Populations grow until they reach certain environmental limitations called limiting factors These
factors can either be physical or biotic ndash from predation to limited space for nesting
When a population reaches its maximum density that the environment can support it is said that it has
reached its carrying capacity A population cannot go beyond the carrying capacity for long without
consequences
In a community an orderly predictable replacement of populations normally occurs over time Certain
populations will dominate and then decline to be replaced by new dominant populations A community
at the last stage of succession is called the climax community
Biodiversity Biodiversity refers to the variety of living organisms in a given ecosystem and is described at three
levels
Genetic Diversity ndash the variety of genes in a population Genetic Diversity shapes the
potential of individuals to survive and reproduce and as a population to adapt and evolve
Species Diversity ndash the number of species within a community
Ecosystem Diversity ndash the organizational and functional diversity of the ecosystem
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10
Three measures are used when studying biodiversity
Composition ndash the number of genes species or ecosystems in a given area
Structure ndash the distribution of genes species or ecosystems
Function - the ecological processes accomplished by genes species or ecosystems
Biodiversity is important to maintain a stable ecosystem vast storehouse of untapped resources for
medicine food energy etc
Ecoregions in Nebraska
The Central Flyway There are four major North American flyways ndash the Atlantic the Mississippi the Central and the Pacific Flyways Except along the coasts the flyway boundaries are not always sharply defined and both in the northern breeding and southern wintering grounds there is overlapping Every year millions of migrating birds travel the Central Flyway The ldquohourglassrdquo route narrows in central Nebraska The eighty mile stretch of Platte River (Big Bend area) between Lexington and Grand Island serves as a month long stop over for around 600000 sandhill cranes and endangered whooping cranes This stretch of river has shallow wide-open water to provide cranes some security from predators when roosting and grain fields and wet meadows for eating and loafing
The Platte River
The Platte River begins near the city of North Platte Nebraska with the convergence of the North Platte and South Platte Rivers The Platte the largest braided river in North America snakes 310 miles eastward and empties into the Missouri River south of Omaha Nebraska drains about 29800 square miles of land along its route The South Platte River originates as snowmelt in central Colorado meandering 450 miles towards North Platte The North Platte River also begins as snowmelt in north central Colorado and runs 665 miles before converging with the South Platte
The Big Bend Region
The central or Big Bend Region of the Platte River between Grand Island and Lexington has long been recognized as critical staging area for half million sandhill cranes millions of geese and ducks and for the highly endangered whooping crane It is also important nesting habitat for endangered piping plovers and least terns and threatened eagles as well as year around habitat for other wildlife The Platte River is a broad shallow braided river dotted with small itinerant sandbars up to the huge islands In the early 1800rsquos the Platte was one to two miles wide Water depth ranged from dry to eight feet deep The islands were scoured each spring by the rush of snowmelt from the Rockies that removed vegetation from the sandbars washed into sloughs and recharged the surrounding soils Fires suppressed tree growth along most of the shoreline Protected islands and areas of shoreline grew cottonwoods and willows This diversity was excellent habitat for wildlife But in less than 100 years it changed Man has diverted over 70 percent of the Plattersquos average annual flow for use in irrigation and industry ( comes back to the river via groundwater) Fires have been controlled Floods and ice no longer clear the islands of vegetation With less water in the river wet meadow soils are not recharged with water seeping from the river Bridges restrict flows and deep
NEBRASKA MASTER NATURALIST Explore Contribute Connect
11
gravel pits alter the shoreline This taming of the Platte River is causing it to lose the very characteristics that make it unique and attractive to native wildlife The wide channels now must be maintained by mechanically clearing sand bars and low islands Audubon and other conservation organizations spend a considerable amount of time and money each year to keep the river clear The Platte River valley is now characterized by forest shrub and sandbar vegetation on the river floodplain lowland prairie and cultivated fields on the river terraces and an upland prairie on the loess bluffs along the ancient river escarpment The floodplain forest shrub and sandbar communities have developed on coarse textured alluvial soils adjacent to the river channel The forest communities have open canopies and are dominated by cottonwoods with an understory of red cedar and rough-leaf dogwood Green ash hackberry American elm red mulberry and slippery elm also occur in these areas Adjacent to the major river channel and in areas where the forests are limited to a narrow strip along the river bank low shrub islands and vegetated sandbars predominate Peach-leaf willow sandbar willow and indigo bush are the dominate shrub species Lovegrass nutsedge barnyard grass cocklebur and scattered willow and cottonwood seedlings characterize the vegetation on the low shrub islands and recently exposed sandbars
One of the sanctuaryrsquos most important tasks has been functioning as Audubonrsquos footprint on the Platte
River Audubon played a significant role in many battles to limit development on the Platte the final
being the defeat of Two Forks Dam near Denver in 1992 Today Audubon along with the Platte River
Whooping Crane Maintenance Trust the National Wildlife Federation Fish and Wildlife and Nebraska
Game and Parks plays a major role in keeping the river in its current condition One such program is
maintaining the wide channels on parts of the river which must be done mechanically to clear sandbars
and low islands
Tallgrass Prairie Ecoregion
Introduction
Once extended from eastern Nebraska to Indiana and from Texas to southern Canada
Today less than 1 remains
Approximately 2 of the remaining tallgrass prairie is found in Nebraska o Covers eastern fourth of state and extends along stream valleys of the Republican
Loup Platte and Niobrara
Shaped by glaciers wind and water
Mainly rolling hills intersected by stream valleys
Elevation from east to west 850 to 1700 feet above sea level
Receives 25-36 inches of annual precipitation
Average highs in the 90 degrees and lows of 10 degrees
Two major rivers o Missouri River
States largest river flowing approximately 350 miles in Nebraska
NEBRASKA MASTER NATURALIST Explore Contribute Connect
12
Drains approximately 529350 square miles of land (including entire state of NE) Forms eastern and northern boundaries of tallgrass prairie Historically more a mile wide and up to 20 feet deep with abundant sandbars
and forested island
Floodplain was a mosaic of oxbow lakes backwater marshes wet prairies and forests
Platte River ndash prairie river o Historically shallow braided channel up to 3 miles wide with many sandbars
Floodplain 15 miles wide and covered with lush wet meadows and freshwater marshes
Spring floods limited tree growth and created barren sandbars o Other streams include Papio Creek Turkey Creek and Bazile Creek
Wetland types o Saline wetlands
Found in the floodplain of Salt Creek and its tributaries in Lancaster and Saunders counties
Salinity originates from groundwater passing through an underground rock formation containing salts deposited by an ancient sea that once covered
Nebraska
o Todd Valley playas Small clay-lined depressions Seasonally and temporarily flooded Found in an ancient valley of the Platte called the Todd Valley
Vegetation of Tallgrass Prairies
Dominant vegetation ndash big bluestem Indiangrass switchgrass and Canada wildrye o Can reach six feet or taller
Hundreds of spp of wildflowers and forbs o Showy goldenrod prairie blazing star sky blue aster amp purple coneflower
Native woodland found mainly in fire-protected stream valleys and bluffs o Found in floodplains - Cotton woods willows boxelders American elms
Drier river bluffs o Oaks hickories basswood black walnut etc o Essential habitat for migrating birds
Wet meadows found in stream valleys o Sedges spike rushes prairie cordgrass and switchgrass
Marshes o Broad-leaf cattail bulrushes bur reed smartweeds and arrowheads
NEBRASKA MASTER NATURALIST Explore Contribute Connect
13
Birds
More than 300 spp of resident and migratory birds
Nesting waterbirds include o Wood duck green heron northern pintail blue-wing teal mallard
Grassland birds include o Henslowrsquos sparrow dickcissel grasshopper sparrow bobolink vesper
sparrow and Swainsonrsquos hawk
Woodland birds include o Bellrsquos vireo blank-and-white warbler rose-breasted grosbeak orchard oriole
Mammal
More than 55 mammals o Plains pocket gopher prairie vole plains pocket mouse thirteen-line ground squirrel
Franklinrsquos ground squirrel o Prior to European settlement
Bison elk mule deer mountain lion black and grizzly bear gray wolf Larger animals include coyote bobcat least and long-tailed weasel mink
Fish
More than 75 species of fish Amphibians and Reptiles
53 species of amphibians and reptiles o 2 salamanders 5 toads 6 frogs 8 turtles 8 lizards and 24 snakes
Eco-tourism amp Wildlife Viewing
Henry Doorly Zoo in Omaha Childrenrsquos Zoo in Lincoln
Ak-Sar-Ben Aquarium Ponca State Park
Mahoney State Park Platte River State Park
Two Rivers State Recreation Area Branched Oak
Homestead National Monument Ashfalls Fossil Beds State Park
Migrating birds Fontenelle Forest Indian Cave State Park Schramm State Park
Tallgrass prairie Audubonrsquos Spring Creek Prairie south of Denton amp Nine-Mile Prairie
Canoeing hiking biking
Elkhorn River Platte River
Cowboy Trail Steamboat Trace Trail
MoPac East Trail Oak Creek Trail
Driving Tours
Nebraska Scenic Byway Outlaw Trail Scenic Byway
Heritage Highway Lewis and Clark Scenic Byway
NEBRASKA MASTER NATURALIST Explore Contribute Connect
14
Mixedgrass Prairie
Introduction
Transition zone between tallgrass and shortgrass prairies o Have characteristics of both o Plant composition varies considerably depending of soil type topography weather and
land use
Elevation east to west 1650 to 3000 feet above sea level
Climate - Semiarid o Average annual precipitation from 28 inches in the east to 20 inches in the west o Average annual temperature from 52-57 degrees - Frost-free period 150 ndash 190 days
General topography o Level broad plains rolling hills in north-central part steep sloops with deep drainages in
the southwest o Mostly covered with windblown silt o Ogallala aquifer underlies most of the Ecoregion
Alluvial aquifers along streams
Streams o Platte Republican Loup Niobrara Blue rivers ndash all eventually drain into Missouri River
Wetlands o Rainwater Basin ndash playa wetlands formed by wind with a clay pan to hold water
Found in south-central Nebraska Once contained more that 4000 major wetlands National importance for migrating birds
o Central Table Playas ndash found mostly in Custer County on top of hills o Subirrigated Wet Meadows ndash found along Platte and Loup Rivers
Transected with old river channels swales and sloughs o Riverine Wetlands ndash found along streams
Include oxbows and other semi-permanent wetlands o Sandhill Wetlands ndash found in sandy areas close to Platte and Loup Rivers o Formed where groundwater reaches surface
Vegetation
Tallgrass spps tend to dominate in the east and along floodplains and shortgrass spps found further west (drought resistant)
Hilltops dominated by buffalograss and blue grama
Hill sides dominated by medium-stature grasses ndash side-oats grama little bluestem western wheatgrass and sand dropseed
Lower slopes and valleys ndash big bluestem Indiangrass switchgrass and Canada wildrye
Hundreds of forbs found including o Prairie clover Illinois bundle flower wild alfalfa deer vetch leadplant prairie
coneflower stiff sunflower and blazing star
Historically less than 1 covered with woodlands ndash mostly close to streams o Trees - Eastern cottonwood green ash hackberry red cedar o Shrubs ndash roughleaf dogwood false indigo sandbar willow o Some native oaks and black walnut can be found on steeper slopes
Wet meadows and wet prairies
NEBRASKA MASTER NATURALIST Explore Contribute Connect
15
o Woolly sedge spike rush prairie cordgrass o Federally endangered prairie white-fringed orchid o State endangered saltwort
Playa wetlands (Rainwater Basin and Central Tables area) o Seasonally flooded - River bulrush common cattail smartweed o Temporarily flooded ndash spike rush flatsedge plains coreopsis o More permanent - bladderwort pondweed duckweed
Riparian wetlands ndash switchgrass scouring rush bedstraw
Sandhill wetlands ndash cattail bulrush smartweed
Birds
More than 350 spps of resident and migratory birds o Grasshopper and field sparrow dickcissel western meadowlark bobolink northern
bobwhite ring-necked pheasant northern harrier and greater prairie chicken o Platte River
Over 300 spps with 141 known to nest o Sandhill cranes endangered whooping cranes
o Rainwater Basin Over a dozen spps of waterfowl including 13 of northern pintails 50 of North
Americans mallards 90 of mid-continentrsquos white-fronted geese Approximately 3000000 shorebirds
o Thousands of Swainsonrsquos hawks migrate through the region Mammals
Many species of mammals but none that are only found in mixedgrass prairies Fish ndash Diverse range of species
Reptiles and amphibians
Spiny softshell turtles western painted turtles and snapping turtles in wet areas
Ornate box turtle in native grasslands
Northern water snake ndash only aquatic snake found
Prairie rattlesnake only poisonous snake found
Smooth green snakes and red-bellied snakes are two of the more rare snakes
3 lizards found ndash northern earless prairie racerunner northern prairie lizards
Tiger salamander only salamander found
Frogs and toads common
Eco-tourism amp Wildlife Viewing
Sandhill cranes - Rowe Sanctuary amp Roadside viewing sites constructed by Central Platte NRD
Waterfowl viewing - Rainwater Basin
Massie Waterfowl Production Area with an observation tower (Clay Center)
Funk Waterfowl Production Area and Sacramento-Wilcox Wildlife Management Area o Handicapped accessible blinds
Bald eagle viewing ndash J-2 Power Station near Lexington Harlan County Lake Sherman Lake and Rowe Sanctuary
Prairie chicken viewing- Calamus Outfitters near Calamus Reservoir
NEBRASKA MASTER NATURALIST Explore Contribute Connect
16
Sandhills Motel ndash Mullen
Walking Trails ndash Rowe Sanctuary Kearney Hike-Bike Trail Harlan County Lake Funk Harvard and Massie Waterfowl Production Areas Lake Seldom at Holdrege
Best way to find out about birding trails is to go to wwwnebraskabirdingtrailscom o Some are ndash Chicken Dance Trail Rainwater Basin Loops
Sandhills
Introduction
19300 square miles of north-central Nebraska o Largest dune system in the western hemisphere o One of the largest grass-stabilized dune regions in the world o Majority of the region is in relatively natural state
Sandhills young geologically speaking o Dunes aligned primarily in a northwesterly to southeasterly direction with prevailing
winds o Some dunes over 400 feet in height o Soils poorly developed with a thin layer of topsoil o High infiltration rate (up to 10 feet per day) o High water table ndash almost 2000 shallow lakes and over a million acres of wetlands
Most lakes and wetlands at headwaters of streams amp in poorer draining areas in western areas
Most wetlands and lakes pH neutral but alkaline wetlands and lakes common in the west where salts and carbonates accumulate
Fens ndash Sandhills contains some of Great Plains largest ones
Streams of the region o North and Middle Loup Calamus Cedar Dismal ndash flow from groundwater discharge o Niobrara River ndash only river that originates out of the region (starts in Wyoming)
Climate o Semiarid ndash annual precipitation ndash 23 inches in east to 17 inches in west
Vegetation
700 native plants spps
Sandhills dune prairie plant community o Mixture of sand-adapted grasses ndash sand bluestem prairie sandreed little bluestem and
hairy grama o Forbs ndash stiff sunflower bush morning glory plains gayfeather o Shrubs ndash sand cherry leadplant prairie rose and yucca
Sandhills dry valley prairie community o Grasses - Big Bluestem Indiangrass switchgrass o Forbs ndash western ragweed white sage and prairie coneflower o Shrubs ndash leadplant Arkansas rose western wild rose
Blowouts o Federal and state threatened blowout penstemon
Native woodlands ndash uncommon o Eastern cottonwood peachleaf willow coyote willow chokecherry wild plum and
snowberry
Middle Niobrara River valley largest woodland in sandhills
NEBRASKA MASTER NATURALIST Explore Contribute Connect
17
o South facing bluffs -Oak basswood black walnut green ash o Canyons ndash Paper birch quaking aspen o North river bluffs ndash ponderosa pine o Referred to as a biological crossroads
Wet meadows o Sedges spike rushes prairie cordgrass switchgrass o Shrubs - Sandbar willow false indigobush
Alkaline wet meadows o Inland saltgrass foxtail barley alkali sacaton meadow bluegrass and scratchgrass
Fens o Contain 20 at-risk plant species including bog bean cottongrass and marsh marigold
Freshwater marshes o Ripgut sedge common reed smartweeds bulrush cattail duckweed coontail
Alkaline marshes ndash alkaline-tolerant plants Birds
More that 300 species of birds o Sharp-tailed grouse and greater prairie chicken o Long-billed curlew (sandhills important breeding site)
Upland sandpiper vesper sparrow lark bunting grasshopper sparrow western meadowlark High concentration of northern harriers and ferruginous hawks
Important breeding area for mallards blue-wing teal pintail
American Bird Conservancy calls the area the ldquoBest grassland bird place in the United Statesrdquo Mammals
55 species of mammals but not specific to the Ecoregion Fish
75 species of fish
Rare spps ndash blacknose shiner pearl northern redbelly and finescale daces o Species cutoff from principle range
Amphibians and Reptiles
27 species o One salamander 3 toads 4 frogs 6 turtles 4 lizards 9 snakes
Eco-tourism amp Wildlife Viewing
Crescent Lake Fort Niobrara Valentine National Wildlife Refuges
Nebraska and Samuel R McKelvie National Forests
Niobrara Valley Preserve (TNC property) with 2 bison herds
Merritt Reservoir Calamus Reservoir
Niobrara Wild and Scenic River o Over 10 outfitters in Valentine area for canoeing kayaking and tubing
Dismal Loup and Cedar rivers also offer canoeing and tubing
Niobrara Valley Preserve
Swan Lake Motor Route
Sandhills Scenic Byway (Hwy 2) ndash one of the top 10 scenic highways in the nation
NEBRASKA MASTER NATURALIST Explore Contribute Connect
18
Stargazing ndash Nebraska Star Party near Valentine in August
Cowboy Trail (will be the nationrsquos longest rails-to-trails conversion)
Calamus Outfitters
Shortgrass Prairie
Introduction
Found in western Nebraska
High diversity of habitats
Dramatic changes in elevation and topography
Soils range from sand to clay-loam to hard sandstone
Annual precipitation 12-17 inches ndash humidity generally low
Annual average temperature 47-50
Topography o Truest form of shortgrass prairie found in Banner Cheyenne Deuel and Kimball counties o Mixedgrass and sandsage prairies in southeast of Ecoregion o Wildcat Hills bluff formation found in Scottsbluff amp Morrill counties o Relic sandhill extend through Morrill and Sioux counties o Pine Ridge found in northern Dawes Sheridan and Sioux counties
Streams o North Platte River Lodgepole Creek Upper Niobrara and White Rivers o 5 large reservoirs and a number of smaller artificial lakes o Playas found throughout the region
Vegetation
Shortgrass Prairie o Buffalograss blue grama side-oats grama purple threeawn (grass height 10 inch) o Over 100 spps of forbs o Milkvetch scarlet guara cutleaf ironplant prickly pear purple locoweed scurfpea
prairie coneflower scarlet globe mallow
Mixedgrass Prairie o Blue grama prairie sandreed threadleaf sedge needle-and thread grass little bluestem
western wheatgrass (grass height 18-24 inches) o Shrubs
Skunkbush sumac winterfat fringed sage snowberry yucca broom snakeweed o Over 100 species of Forbs o Scarlet guara dotted gayfeather skeleton plant cutleaf ironplant scurfpea scarlet
globe mallow o Within the mixedgrass prairie ndash 2 unique communities found
Northwestern mixedgrass amp Loess mixedgrass prairie
Sandhill dune prairie and sandsage prairies o Sandsage sand bluestem blue grama prairie sandreed needle-and-thread yucca o Forbs ndashsand-lily desert goosefoot plains sunflower bush morning glory showy
impomopsis
Western alkaline meadows along the North Platte o Inland saltgrass alkali sacaton field sedge foxtail barley meadow bluegrass o Forbs ndash spearscale alkali aster camphor daisy thelypody
NEBRASKA MASTER NATURALIST Explore Contribute Connect
19
Ponderosa pine woodlands o Ponderosa pine quaking aspen green ash Saskatoon serviceberry chokecherry dwarf
juniper fragrant sumac mountain mahogany wolfberry Kentucky bluegrass littleseed ricegrass
Riparian woodlands o Cottonwoods peachleaf willows green ash boxelder Sandbar willow wild plum
chokecherry buffaloberry horsetail sedges marsh muhly and cordgrass
Badlands o Saltbush rabbitbrush poverty weed Russian thistle
Birds
More that 300 species of birds found
Shortgrass birds o McCownrsquos and Chestnut-collared longspurs Brewerrsquos sparrow horned lark burrowing
owl and state threatened mountain plover
Mixedgrass birds o Western meadowlark grasshopper sparrow lark bunting
Pine Ridge birds o Lewisrsquo woodpecker pygmy nuthatch ovenbird mountain bluebird
Wetland birds o Canada geese mallard northern pintail shorebirds
Mammals
White-tail and mule deer elk pronghorn bighorn sheep coyotes bobcats mountain lions prairie dogs federally endangered black-footed ferret river otter black-tailed jackrabbit badger pocket gopher grasshopper mouse
Fish
Many gamefish state threatened finescale dace endangered blacknose shiner etc Amphibians and Reptiles
Include western striped chorus frog Woodhousersquos toad bullsnake prairie rattler lesser earless lizard horned lizard ornate box turtle and painted turtle
Ecotourism amp Wildlife
Lake McConaughy (largest reservoir in state)
Lake Ogallala
Pine Ridge area o Ft Robinson State Park o Chadron State Park o Nebraska National Forest (Pine Ridge Unit) o Soldier Creek Wilderness
Oglala National Grassland and Toadstool Geologic Park
Wildcat Hills Nature Center in Gering
Scotts Bluff National Monument
Chimney Rock
Agate Fossil Beds National Monument
NEBRASKA MASTER NATURALIST Explore Contribute Connect
20
Endangered Species Act
The Endangered Species Act provides a program for the conservation of threatened and endangered
plants and animals and the habitats in which they are found The US Fish and Wildlife Service and the
Department of the Interior maintain the list of 632 endangered species (326 plants and 306 animals) and
190 threatened species (112 animals and 78 plants)
The law is written to prohibit any action that results in taking or injuring a listed species or negatively affects habitat Also prohibited is the import export interstate or foreign trade of listed species
Nebraskarsquos Endangered amp Threatened Species
State Status Federal Status
Birds Bald Eagle Threatened Threatened
Piping Plover Threatened Threatened
Mountain Plover Threatened Proposed Threatened
Whooping Crane Endangered Endangered
Eskimo Curlew Endangered Endangered
Interior Least Tern Endangered Endangered
Mammals River Otter Threatened
Southern Flying Squirrel Threatened
Black-footed Ferret Endangered Endangered
Swift Fox Endangered
Black-tailed Prairie Dog Candidate
Plants Western Prairie Fringed Orchid Threatened Threatened
Utersquos Ladyrsquos Tresses Threatened Threatened
Ginseng Threatened
Small White Ladyrsquos Slipper Threatened
Colorado Butterfly Plant Endangered Threatened
Saltwort Endangered
Hayden Penstemon Endangered Endangered
Insects American Burying Beetle Endangered Endangered
Salt Creek Tiger Beetle Endangered Candidate
Fish Lake Sturgeon Threatened
NEBRASKA MASTER NATURALIST Explore Contribute Connect
21
Northern Redbelly Dace Threatened
Finescale Dace Threatened
Blacknose Shiner Threatened
Topeka Shiner Endangered Endangered
Sturgeon Chub Endangered
Pallid Sturgeon Endangered Endangered
Reptiles amp Mussels Massasauga Threatened
Scaleshell Mussel Endangered Endangered
Information courtesy of Nebraska Game and Parks US Department of the Interior and the US Fish
and Wildlife Service
The Nuts and Bolts
Without habitat there are no animals
Every species has its niche
Understand the importance of biodiversity Know where the Platte River begins and ends understand its
makeup and where Rowe is located in the relationship to the river How Rowe plays a role in
conservation habitat maintenance and education Have an understanding of what constitutes the 4
major eco-regions in Nebraska
References Integrated Principals of Zoology by Cleveland P Hickman Jr Larry S Roberts Alan Larson (WmC
Brown Publishers 1996)
Zoology by Lawrence G Mitchell John A Mutchmor Warren D Dolphin (The BenjaminCummings
Publishing Company Inc 1988)
Biology the unity and Diversity of Life 7th Ed By Cecie Starr and Ralph Taggart (Wadsworth Publishing
Company 1995)
Nebraskarsquos Natural Legacy Project httpwwwngpcstateneuswildlifeprogramslegacyreviewasp
Cliffs Quick Review Biology by I Edward Alcamo PhD and Kelly Schweitzer PhD (Wiley Publishing 2001)
Biology for Dummies by Donna Rae Siegfried (Wiley Publishing Inc 2001)
NEBRASKA MASTER NATURALIST Explore Contribute Connect
22
Taxonomy in a Nutshell
Definitions
Classification is a systematic arrangement in groups or categories according to established
criteria
Taxonomy is the orderly classification of plants and animals according to their presumed natural
relationships
Binomial nomenclature (Binomial = 2 terms ndash Generic amp specific nomenclature = set of names)
is a system of naming in which each species of animal or plant is given a two tern Latin name
The first term identifies the genus to which the plantanimal belongs and is always spelled with
a capital letter The second term is the species of the plantanimal and is spelled with a lower
case letter This ldquoscientific namerdquo is usually printed in italics or underlined For example ndash Felis
concolor or Felis concolor
The Reason for ithellipWhy use taxonomy
Scientific taxonomic classification is a tool used through the world in an effort to catalog and compare
living things Zoologists now classify approximately 15 million animal species Each year about 10000
new species are added and it is estimated that more than 10 million different animal species may
actually exist on earth
Okay But why Latin
Common names of animals and plants vary from place to place even within a community For instance
the animal name above Felis concolor is known as puma mountain lion catamount panther and
several other local names So how does a biologist from Nebraska know that she and a scientist from
Scotland are talking about the same animalplant Throughout the scientific world Latin is recognized
as the universal language of scholars and scientists By referring to it by its Latin ldquoscientific namerdquo there
is no mistaking what animalplant they are referring to Latin also provides a source for decoding the
scientific name into something that tells you a little about the animalplant itself A translation often
provides a short description of the animal ie the giant anteaterrsquos species tridactyla actually means
three-toed
Background
The identification and comparison of different animals and plant species dates back to ancient times
Naturalists wrote herbals and bestiaries that were lists and descriptions of familiar organisms of a given
locality There was little interest in communicating outside a restricted region The advent of the
printing press led to broader dissemination of books and ideas Cataloging and comparing species on a
more comprehensive scale became possible As naturalists compiled their work they used many words
NEBRASKA MASTER NATURALIST Explore Contribute Connect
23
to describe a species by several characteristics sometimes defining one species in terms of another For
example the blue chair with the fluted arms the red chair like the blue chair with the fluted arms etc
Each authorrsquos system and terminology was different It is only comparatively recently that the
observation and study of the animal and plant world has begun to be organized along truly scientific
lines
Toward the middle of the eighteenth century the Swedish botanist Carolus Linnaeus produced a general
classification of all living species and this system has formed the departure point for all subsequent
developments of taxonomy His system was ambitious and used polynomials some with fifteen words
An example is the oak with leaves with deep blunt lobes bearing hair-like bristles Although he
considered the polynomial name to be the true one he also made notes with two-term names The
current binomial system used today is based upon these notes His writings and those of other scientists
that came after him became the standard for all classifications Since Latin was the universal language
of scholarship his writings were all in Latin Actually his real name was Carl van Linne but he translated
that to Latin as well
In the course of the last couple of centuries naturalists have come to adopt two different forms of
investigation and comparison in their classification process First they studied the question of
adaptation to the environment the significance of diverse structures and behavioral patterns among
animal species and the reason why these different modes of behavior and lifestyles enable animals in
different surroundings to survive
Secondly they have tried to recognize affinities and relationships between the various species They
have attempted to identify the ldquofamily likenessesrdquo that often exist among species which live in different
environments and therefore may be quite unlike one another in outward appearance
As a result of all this research scientists have built up a system of classification which places every
animalplant species in a particular category according to its relationships with other animalsplants
This is taxonomy
Side note ndash genetic testing is now being used to help with classification
How does it Work
When a new animalplant is recognized and identified it is given a species name This may be a term
that describes it or identifies the person who first recognized it as a separate species Originally these
species names were assigned by the individual scientist that discovered them but now they are
assigned by international groups Once this species term is assigned it almost never changes In theory
NEBRASKA MASTER NATURALIST Explore Contribute Connect
24
it is never supposed to be changed even if it is later moved to a different genus family or class but over
the years there have been a few exceptions
The basis of taxonomy however is the genus This is the smallest grouping of related species When
taxonomy began there were relatively few identified species so species were grouped into genera and
there it ended As the body of knowledge grew so did the need for a broader system of grouping From
there the hierarchical system of classification based on natural features evolved
The current system works as follows
Individually related species are grouped into the same genus
The most closely related genera are grouped into the same family
Related families are grouped into an order
Orders are grouped into a related class
Similar classes are included in the same phylum
The phyla are then placed into the proper kingdom
Each of these categories may also contain sub- or super- subdivisions
Taxonomy is a constant work in progress As scientists learn more about different species their
classification may change Changes can reflect a clearer understanding of where the species fits in
among the others with similar characteristics Until recently we only had to contend with two kingdoms
ndash animal and plants Today scientists recognize a least five different kingdoms of living things
Monera ndash bacteria and blue-green algae
Protista ndash one-celled organism with nucleus
Plantea ndash green plants
Fungi ndash non-green plants
Animalia ndash animals
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25
Fauna of Nebraska
Developed and Adopted by Keanna Leonard Education Director Rowe Sanctuary
Objectives for Fauna Mammals Amphibians amp Reptiles Birds 3-4 hours
1 Descriptions ndash (Mammals Amphibians and Reptiles birds --ndash IMPORTANT CHARACTERISTICS)
2 Vocabulary
3 Common Oderrsquos in Nebraska and examples
4 Nuts amp Bolts of Mammals How to ID amp locate specific animals and their evidence (possible
activity tracks traces etc) in Nebraska
MAMMALS IN A NUTSHELL Basic Characteristics
1 Mammary glands (hint the name) that
produce milk
2 Sweat glands
3 Sebaceous glands for oil
4 Presence of hair on the body at some time
during life span
5 Homiothermic Endotherm (warm blooded)--
regulate high body temperature
6 Four-chambered heart
7 Enucleated red blood cells
8 Have a diaphragm
9 Enlarged cerebral hemisphere
10 One bone in lower jaw and complex
dentition
11 3 middle ear bones
12 Turbinal bones in nasal chamber
13 Eggs develop in a uterus with
placental attachment and born alive
(viviparous)
MAMMAL VOCABULARY
Altricial Born helpless
Arboreal Tree dwelling
Carnivore A mammal in the order Carnivora
Carnivorous Meat eating
Crepuscular Active at dusk and dawn
Diurnal Active during the day
Dominant Ruler or leader of others
Habitat Region where an animal lives
Herbivore An animal that eats only plants
Herbivorous Plant eating
Hibernation Winter period when certain
animals become inactive to a point in
where all body functions slow
considerably for a long period
Instinct Inherited mode of behavior
Mammal Animals that have hair on their
bodies (see other char above)
Marsupial Animals whose females have
pouches
Nocturnal Active during nighttime
Omnivore Animals that eats both meat and
plant material
Omnivorous Eating both meat and plant
material
Precocial Born in an advanced stage of
development and able to move about
Predator Animals that kills another animal for
food
Prehensile Grasping
Prey Animal hunted for food
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26
Protective coloration Enables the animal to
blend in with surroundings
Reticulated Net-like pattern of skin
Terrestrial Ground dwelling
Viviparous Live birthing
There are 21 orders of mammals found in the world
Listed below are the orders and examples of common species found in Nebraska
More Species found in Core Curriculum Binder
Insectivores (shrews and moles)
Masked Shrew (Sorex cinereus)
Northern Short-tailed Shrew (Blarina
brevicauda) (venomous)
Least Shrew (Cryptotis parva)
Eastern Mole (Scalopus aquaticus)
Chiroptera (bats)
Big Brown Bat (Eptesicus fuscus)
Red Bat (Lasiurus borealis)
Hoary Bat (Lasiurus cinereus)
Xenarthra
Nine-banded Armadillo (Dasypus novemcinctus)
Lagomorpha Eastern Cottontail (Sylvilagus floridanus) Black-tailed Jackrabbit (Lepus californicus)
Rodentia
Franklinrsquos Ground Squirrel (Spermophilus
franklinii)
Thirteen-lined Ground Squirrel (S
tridecemlineatus)
Black-tailed Prairie Dog (Cynomys
ludovicianus)
Plains Pocket Gopher (Geomys bursarius)(fur-
lined pouch)
Plains Pocket Mouse (Perognathus
flavescens)
Beaver (Castor canadensis)
Eastern Woodrat (Neotoma floridana)
Meadow Vole (Microtus pennsylvanicus)
Muskrat (Ondtra zibethicus) (laterally
compressed tail)
Porcupine (Erethizon dorsatu
Carnivora Despite the name of the order not all are carnivorous Many are omnivores (most bears and raccoons)
and some are even herbivores (giant panda)
Most carnivorous mammals have 3 up and 3 down relatively small incisors and 1 up and 1 down large
canine teeth on both sides of the incisors
Common species found in this area include
Family Canidae Coyote (Canis latrans) Red fox (Vulpes vulpes)
Family Procyonida Raccoon (Procyon lotor)
Family Mustelidae
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27
Long-tailed Weasel (Mustela nivalis)
Least Weasel (M nibalis)
Mink (Mustela vison)
Badger (Taxidea taxus)
Striped Skunk (Mephitis mephitis)
River Otter (Lutra canadensis)
Family Felidae Bobcat (Felis rufus)
Artiodactyla Mule Deer (Odocoileus hemionus) White-tailed Deer (O virginianus
References National Audubon Society Field Guide to North American Mammals by John O Whitake Jr Robert
Elman Carol Nehring (Alfred A Knoph Inc 1994)
Guide to Mammals of the Plains States By J Knox Jr Davide M Armstrong Jerry R Choate (University
of Nebraska Press 1985)
The Nuts and Bolts Know important characteristics especially-
Mammary glands Sweat glands Sebaceous glands Hair sometime during their life
4 chambered heart
Though these critters look like a rodent
Donrsquot confuse them for a moment
They sport small eyes and ears out of view
Their teeth are small sharp and more than a few
They are made up of one mole and shrews three
So in what ORDER can they be
Commonly seen species of Chiroptera number three And are known as the only mammals to swim through the air free They are normally seen at night and for finding food use echolocation rather than sight Now I know you know what they be But go ahead and name all three These mammals have what humans claim to be a disgusting habit of defecating undigested pellets and eating them again What are they Chewing the cud is normal for this group and so is walking on their two middle toes Name the common species found in this area
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28
AMPHIBIANS
Basic Characteristics
1 Skin naked No scales or hair
2 Eggs do not have shells but are jelly like
Laid in clusters always in water
3 Ectodermic
4 Can breathe through permeable skin
5 Spend all or part of life in water
6 Adults are carnivores Size of head
determines size of prey
7 Incomplete lung development
DIFFERENCES BETWEEN REPTILES AND AMPHIBIANS
Reptiles
1 Ectodermic
2 Covered with scales or plates
3 Shed skin
4 Most not do not live in or around water
Amphibians
1 Ectodermic
2 Smooth slimy skin without scales
3 Do not shed skin
4 Spend all or part of life in water
5 Go through metamorphose
Listed below are the orders and examples of common species found in Nebraska
More Species found in Core Curriculum Binder
Salamanders (Order Urodela)
Small-mouth Salamander (Ambystoma
texanum) Occurs in eastern Nebraksa
Tiger Salamander (A tigrinum) Occurs
throughout the state
Frogs and Toads (Order Anura) Thirteen species occur in Nebraska
Pelobatidae or Spadefoot Family
Plains Spadefoot (Spea bombifrons) Occurs throughout Nebraska expect southeast
Ranidae or True Frog Family Plains Leopard Frog (Rana blairi)
Northern Leopard Frog (Rana pipiens)
Bullfrog (Rana catesbeiana
Microhylidae or Narrow-mouthed Family Plains Narrowmouth Toad (Gastrophryne olivacea)
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29
Bufonidae or Toad Family
American Toad (Bufo americanus) Occurs only
in eastern part of the state
Great Plains Toad (Bufo cognatus) Occurs
throughout the state
Woodhousersquos Toad (Bufo woodhousei) Occurs
throughout the state
Hylidae or Tree Frogs
Northern Cricket Frog (Acris crepitans) East
and central Nebraska
Western Striped Chorus Frog (Pseudacris
triseriata amp P maculata) Occurs throughout the
state
Copes Gray Treefrog (Hyla chrysoscelis) Found
in eastern part of state
Resources Reptiles and Amphibians of Nebraska ndash herpetology database httpsnrsunleduherpneb
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30
REPTILES Basic Characteristics
1 Ectothermic (cold-blooded) Body temperature is the same as the temperature of its surroundings
2 Dry skin covered with scales or plates
3 Teeth if present are needle-like or conical
4 Skin shed in one piece or several pieces at intervals
5 Lay soft shelled eggs or young born alive in a membranous sac
6 Lung breathing
There are four groups
Lizards - Short-legged long-bodied reptiles
Taped tail Size varies from 4- inch long fence
swift to 10 foot Kamodo dragon
Snakes - Legates cousins of lizards
Turtles - Armored shells
Crocodilians - Crocodiles Alligators Caimans
REPTILE VOCABULARY
Antivenin An antidote to the venom of
venomous snakes produced by inoculating
horses with small doses of venom Horses build
up an immunity or resistance The horsersquos
blood is used to make the antivenin
Blue Stage Refers to the condition of a snake
prior to shedding
Carapace Dorsal (covering the back) shell
Constrictor A term used in describing a snake
that kills its prey by constriction
Ectothermic Not able to control body
temperature (Cold-blooded) Dependent upon
environment to control body temperature
Egg Tooth A sharp projection located in front
of nose on upper jaw Used by infant reptiles to
cut through eggshell
Fangs Grooved or tubular teeth used to inject
venom
Hemotoxin Venom that attacks the blood
Herpetologist A specialist in reptiles
Jacobsonrsquos Organ A tastesmell sense organ
with two small openings located on roof of
mouth
Thermal Pit A heat sensory pit on side of head
between nostril and eye Allows snakes to track
warm-blooded animals and to strike accurately
especially at night Found only in venomous
snakes known as pit vipers
Neurotoxin Venom that attacks the nervous
system
Oviparous Lays egg
NEBRASKA MASTER NATURALIST Explore Contribute Connect
31
Ovoviviparous Give birth to live young Egg
developed in female and then deposited as a
living young
Plastron Ventral (covering the belly) shell
Reticulated Net-like pattern on skin
Scales Folds of skin covering reptiles
Scutes Single section of shell each sell is made
up of many scutes
Toxic Poisonous
Toxin Poison
Undulating Type of snake locomotion typical of
most snakes - Leaves ldquoSrdquo shape track
Venom Poisonous fluid secreted from glands
and transmitted by bite or sting
Venomous Describes animal containing venom
gland
Nuts amp Bolts of Reptiles
Most reptiles are carnivores (eat meat) Many will eat only live food Some are herbivores (eat
plant material) as well as insectivores (eat insects)
Reptiles often found in water or underground for protection from predators and to help
regulate body temperature Air temperature can change quickly but water and soil
temperature are more constant therefore it helps to regulate the reptiles body temperature
Because they are ectothermic many reptiles live in places that are warm year round In colder
climates reptiles hibernate underground below the freeze line
Most reptile lay eggs and are called oviparous Eggs are buried in sand soil rotted logs etc and
kept warm only by heart from the sun or from rotting vegetation Very few reptiles stay around
to protect their eggs Some reptiles keep their eggs inside their bodies until they hatch and
produce live young (ovoviviparous) Example - garter snakes Very few reptiles care for or feed
their young Young are precocial able to look after themselves minutes after they hatch
Most snakes are harmless Even snakes that are venomous will not bite unless they are
cornered or stepped on Snakes are good and necessary animals They help control potential
destructive populations of rodents
Listed below are the orders and examples of common species found in Nebraska
ORDER CHELONIA Basic Characteristics
1 Contains all forms of turtles and tortoises
2 Has body enclosed in a shell made of
modified horny scales and bone Shell made of
two parts Carapace - upper part covering
animalrsquos back Plastron-under part covering
animalrsquos stomach amp chest
3Ribs and most of vertebrae attached to shell
4 Neck long and flexible and can usually be
withdrawn into shell
5 Have no teeth but jaws outfitted with horny
beaks
6 All lay eggs Usually bury eggs in pit in sand or soil Hatchlings must dig themselves to the surface
NEBRASKA MASTER NATURALIST Explore Contribute Connect
32
Examples of Turtles found in Nebraska Snapping Turtle (Chelydra serpentina)
Blandingrsquos Turtle (Emydoidea (Emys)
blandingii) Protected Species
False Map Turtle (Graptemys
pseudogeographica) Protected Species
Ornate Box Turtle (Terrapene ornata)
Smooth Softshell (Apalone mutica)
Spiny Softshell (Apalone spinifer
SUBORDER LACERTILA (lizards) Basic Characteristics
1 Dry scaly skin clawed feet external ear
openings
2Have movable eyelids - snakes do not
3 Males and females often show different
coloration
4 Generally diurnal but many nocturnal
(geckos night lizards Gila Monsters)
5 Courtship brief fertilization is internal
6 Most are egg layers
Examples of Lizards of Nebraska
Six-line Racerunner (Cnemidophorus sexlineatus Five-line Skink (Eumeces fasciatus)
Many-lined Skink (Eumeces mulitvirgatus)
Great Plains Skink (Eumeces obsoletus)
Slender Glass Lizard (Ophisaurus attenautus)
Lesser Earless Lizard (Holbrookia maculate)
Northern Prairie Lizard (fence lizard)
(Sceloporus undulates)
SUBORDER SERPENTES (Snakes) Basic Characteristics
1 Elongated scaly bodies (to protect from water
loss) no limbs external ear opening or eyelids
(eye covered with a clear scale)
2 Terrestrial subterranean arboreal
amphibious
3 Carnivores swallow prey whole
4 Continue to grow throughout their lives
6 Hibernate in colder climates
7 Males locate females by scent
8 Internal fertilization
9 Some lay eggs others bear live young
11 Vipers (venomous snakes) have heat-
sensing organs called thermal pits
NEBRASKA MASTER NATURALIST Explore Contribute Connect
33
12 Teeth slanted back If one is lost another drops down in itrsquos place
Examples of snakes found in Nebraska
Black Rat Snake (Elaphe obsoleta)
Great Plains Rat Snake (Elaphe guttata)
Bullsnake (Pituophis catenifer)
Common Kingsnake (Lampropeltis getula)
Eastern Hognose Snake (Heterodon
platyrhinos)
Western Hognose Snake (Heterodon nasicus)
Glossy Snake (Arizona elegans)
Milk Snake (Lampropeltis triangulum)
Plains Garter Snake (Thamnophis radix)
Common Garter Snake (Thamnophis sirtalis)
Racer (Coluber constrictor)
Pit Vipers
Copperhead (Agkistrodon contortrix) found in extreme southeast Nebraska
Massasauga (Sistrurus catenatus) Found in southeast Nebraska Protected Species
Prairie Rattlesnake (Crotalus viridis) Found in central and western parts of the state
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 34
Birds What Makes a Bird a Bird IMPORTANT CHARACTERISTICS
So what makes a bird a bird All birds share one common characteristic that no other animal has and
that is FEATHERS Other characteristics include
Maintain high constant body temperature Endotherms (warm-blooded)
Possess toothless beaks or bills
All lay hard-shelled eggs (oviparous)
Air sacs in birdrsquos body give buoyancy
Generally bones are hollow Decreases body weight
Four-chambered heart
Lend Me Your Ear Yes birds have ears but they are missing the pinna or outside part of the ear that collects sound Birds
have feather-covered openings on both sides of the head just behind the eyes Owls and other night-
flying birds have off-setting ears that allow them to pinpoint the exact position of prey
Can birds smell We are not quite sure how well most birds smell We do know vultures use the sense of smell to find
their dinner The champion bird sniffer belongs to kiwi found in New Zealand They are able to sniff out earthworms Some diving birds like cormorants cannot even breathe through their nostrils because they are sealed Ocean birds have special glands in their noses which eliminates salt from the salty water they drink
Eggs Birds lay hard-shelled eggs made mostly of carbon carbonate The hard shell keeps the egg from drying
out and allows parents to sit on it without damaging the developing chick Though the shells are hard it
does not mean that they are non-porous Microscopic pores allow the embryo to ldquobreatherdquo Carbon
dioxide and oxygen can pass through the shell
Eggs come in all sizes colors and patterns We believe that the different colors and patterns are
intended as camouflage Blue and green eggs are found in nests that are in the shade Patterned eggs
blend in with vegetation and stones and white eggs are normally found in cavities
The shape of eggs also depends on where a bird nests The most common shape is oval A pointed egg
is usually found near ledges Round eggs are generally found in highly secure nests
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 35
Commonly Seen Bird Families of Nebraska
Grebes (Family Podicipediae ndash rump foot)
WHAT TO LOOK FOR
Sleek diving waterbirds - small to medium size
Most have sharp pointed bills with fairly long necks short wings and almost no tail
Have lobed toes and legs set far back on body
Common Nebraska species - Pied-billed horned eared western and Clark grebes
Pelicans (Family Pelecanidae ndash an ax)
WHAT TO LOOK FOR
Very large waterbirds
Huge bills with large distensible pouches
Most are white with black flight feathers ndash wingspan 6-9 feet
Common Nebraska species ndash American White Pelican
Cormorants (Family Phalacrocoracidae ndash bald raven)
WHAT TO LOOK FOR
Large diving waterbird shaped like an elongated goose
Long neck and long bill hooked at the end
Wing span 3-5 feet Mostly dark in color
Common Nebraska species ndash Double-crested cormorant
Herons Egrets and Bitterns (Family Ardeidae - )
WHAT TO LOOK FOR
Medium to large wading birds
Usually with long legs bills and S-shaped neck
Short rounded tails
Common Nebraska species ndash American and least bitterns great and snowy egrets little
blue egret cattle egret great blue green black-crowned night and
yellow-crowned night herons
Ibises (and Spoonbills) (Family Threskiornithidae ndash sacred bird)
WHAT TO LOOK FOR
Medium to large wading birds
Long necks and legs with a duck-like body
Long tapering down-curved bill Common Nebraska species ndash white-faced ibis
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 36
Vultures (Family Cathartidae ndash cleanser)
WHAT TO LOOK FOR
Large soaring scavengers
Resemble eagles and large hawks in flight
Head and neck void of feathers bill hooked
Hold wings in a raised V-shape (dihedral)
Common Nebraska species ndash turkey vulture
Duck Geese and Swans (Family Anatidae ndash waterfowl)
WHAT TO LOOK FOR
Medium to large waterbirds
Large heads with conspicuous and horizontally flattened bills
Long necks heavy bodies relative short tails webbed feet and long wingspan Major differences between duck geese and swans
Ducks
Smallest of the three Have a soft swelling about the nostrils called a cere
Males of most ducks are easily separated from females by their gaudier plumage Feathers are
molted twice a year
Most males change into nuptial plumage after pair formation in the fall There may be some
modification of shape of a single feather or entire regions of plumage
Most species are sexually mature at 9 - 11 months
Males take no part in incubation
Geese
Neck shorter than body
Lore (area between eye and bill) feathered and more bluntly triangular than ducksrsquo
Sexes are similar
Permanent pair bonding
Molt once per year postnuptially
Sexually mature at 3 years
Males protect female clutch and brood after hatching
Young stay with parents for almost a year
Legs of most geese are farther forward under the belly than those of typical swans and ducks
Swans
Longest necks - necks slightly longer than body
Lore is naked
Sexes are similar
Molt once per year postnuptially - parents molt one after the other so one is able to fly
Young are carried on parentsrsquo backs
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 37
Sexually mature at 4 -5 years
Hawks and Allies (Family Accipitridae ndash to grasp or take)
Medium to very large diurnal raptors
Hooked beak strong legs and sharp talons
Buteos (buzzard hawks)
Stocky with broad wings wide tails
Soar and wheel high in the sky
Common Nebraska species ndash red-shouldered broad-winged Swainsonrsquos red-tailed
ferruginous rough-legged hawks
Accipiters (true hawks)
Small heads short rounded wings longish tail slender bodies
Fly with several rapid beats and a glide Common Nebraska species ndash sharp-shinned hawk Cooperrsquos hawk northern goshawk
Harriers
Slim body with slim round-tipped wings
Fly in open country gliding low with wings lifted in a V (dihedral)
Species in Nebraska - northern harrier
Kites
Small falcon shaped buoyant gliders not power-fliers
Common Nebraska species ndash Mississippi Kite
Osprey
Soar high on long swept-back wings
Broad tail short-headed appearance
Often travel in pairs
Eagles
Large very broad bodied with broad long plank-like wings massive head and bill
Soar steadily holding wings flat out to the side
Powerful wing beat on upstroke wings raised high Common Nebraska species ndash bald and golden
Falcons (and caracaras) (Family Falconidae - )
WHAT TO LOOK FOR
Small to large compact fast-flying raptors
Long pointed wings bent at the wrist - Strong rapid wing strokes
Common Nebraska species ndash American kestrel gyrfalcon peregrine falcon prairie falcon
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 38
Grouse Turkeys and Pheasants (Family Phasianidae ndash cock or fowl-like bird)
WHAT TO LOOK FOR
Ground dwelling birds with feather nostrils
Short strong bills and short rounded wings
Flight strong but brief
Males perform elaborate courting displays
Common Nebraska species ndash ring-necked pheasant sharp-tailed grouse greater
prairie chicken wild turkey
New World Quail ( Family Odontophoridae ndash bearing teeth)
WHAT TO LOOK FOR
Ground dwelling bird found in brushy habitat and other dense low foliage
Chunky rounded bodies and crests or head plumes
Chicken-like bill short rounded wings
Common Nebraska species - northern bobwhite
Rails and Coots (Family Rallidae - )
WHAT TO LOOK FOR
Marsh birds with short tails and stubby wings
Secretive and identified chiefly by call and habitat
Rails are laterally flattened ldquoThin as a railrdquo Coots are plumper and gregarious
Common Nebraska species ndash yellow rail black rail king rail Virginia rail sora common
moorhen American coot
Cranes (Family Gruidae - )
WHAT TO LOOK FOR
Tall stately wetland birds with long necks and long bills
Tertial flight feathers droop over rump in a bustle when standing
Fly with necks fully extended
Circle in thermals like raptors
Common Nebraska species - sandhill and whooping cranes
Plovers and Killdeer (Family Charadriidae ndash nocturnal waterbird)
WHAT TO LOOK FOR
Small to medium shorebirds that dart across the ground stop and then take off again Upright posture with medium length legs and long pointed wings
Rounded head large eyes thick neck with a short thick bill
Common Nebraska species ndash black-billed American golden snowy semipalmated piping
plovers and killdeer
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 39
Stilts and Avocets (Family Recurviostridae- bent bill)
WHAT TO LOOK FOR
Tall slim shorebirds
Long thin bill very long slender legs long neck striking black-and-white plumage Stilts have straight bills avocets have re-curved bills
Common Nebraska species ndash American avocets black-necked stilt
Sandpipers and Phalaropes and Allies (Family Scolopacidae ndash woodcock)
WHAT TO LOOK FOR
Diverse group of shorebirds
Long toes and long tapered wings
Bill and leg length varies but bill more slender than a ploverrsquos
Plumage browns grays and whites with reds and oranges during breeding season
All but one species have short elevated hind toe
Species found in Nebraska include common snipe ruddy turnstone phalaropes sandpipers
woodcocks godwits whimbrels willets etc
Dowitchers
WHAT TO LOOK FOR
Medium sized chunky dark shorebird
Long straight bills and distinct pale eyebrows
Feed in mud or shallow water in a rapid jabbing motion
Phalaropes
WHAT TO LOOK FOR
Often spin like a top in water when feeding
Female larger and more colorful than male
Male tends incubates and cares for chicks
Common Nebraska species ndash Wilsonrsquos and red-necked phalaropes
Gulls Terns and Allies (Family Laridae ndashsea birds)
Gulls
WHAT TO LOOK FOR
More robust with wider wings and longer legs than terns
Bill slightly hooked tail square or rounded - Seldom Dive
Common Nebraska species ndash Pomarine Jaeger Franklinrsquos little Bonapartersquos ring-
billed California Herring Thayerrsquos lesser black-backed glaucous
Sabinersquos gulls black-legged kittiwake
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 40
Terns
WHAT TO LOOK FOR
Graceful more streamline than gulls
Usually has a forked tail ndash most whitish with black cap
Sharp-pointed bill - Hoover and dive headfirst for fish
Common Nebraska species ndash Caspian common Foresterrsquos terns
Pigeons and Doves (Family Columbidae ndash dove)
WHAT TO LOOK FOR
Plump fast flying cooing voice
Short legs and necks and small heads short bills
Tail fan-like rounded or pointed
Pigeons larger than doves
Common Nebraska species ndash rock mourning Eurasian collared doves
Cuckoos Roadrunners and Anis (Family Cuculidae - )
WHAT TO LOOK FOR
Slender with a long tail at least half of the birdrsquos total length
Fairly large sturdy decurved (curving down) bill
2 toes forward 2 back (zygodactyls)
Common Nebraska species - black-billed cuckoo and yellow-billed cuckoo
Barn Owls (Family Tytonidae -)
WHAT TO LOOK FOR
Slim medium sized night hunter
Legs are long and sparsely feathered
Large head with large forward-facing immovable eyes
Heart-shaped face hooked beak and ghostly appearance
Typical Owls (Family Stigidae ndash night bird)
WHAT TO LOOK FOR
Generally night hunters
Large heads flatten face with large forward-facing immovable eyes hooked beak
Mottled appearance some with feather tuffs upright stance
Common Nebraska species ndash eastern screech great horned burrowing barred long-eared
short-eared northern saw-whet owls
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 41
Nighthawks and Nightjars (Family Caprimulgidae ndashgoat sucker)
WHAT TO LOOK FOR
Nocturnal or crepuscular
Big tail large eyes tiny bills surrounding a large gaping mouth
By day sit horizontally on limb or on ground
Easiest to identify by voice
Common Nebraska species ndash common nighthawk common poorwill chuck-willrsquos-widow
Whip-poor-will
Swifts (Family Apodidae ndash without feet)
WHAT TO LOOK FOR
Small to medium sized aerial foragers ndashspend most of life flying
Long sickle-shaped wings bending close to body and extremely short legs
Eat bathe drink and sometime mate in the air
Common Nebraska species - chimney swift white-throated swift
Hummingbirds (Family Trochilidae ndash small bird)
WHAT TO LOOK FOR
Tiny body long slender bill
Distinctive blur and hum of hovering wings
Jewel-like throat feather found on male
Common Nebraska species ndash ruby-throated broad-tailed and rufous hummingbirds
Kingfishers (Family Alcedinidae - kingfisher)
WHAT TO LOOK FOR
Small to medium size
Thickset with short neck and tail small feet
Large head with a ragged crest and long strong bill
Sit on lines and low branches near water or hovers above water
Plunges head first into water to catch fish
Common Nebraska species ndash belted kingfisher
Woodpeckers (Family Picidae ndash woodpecker)
WHAT TO LOOK FOR
Arboreal (tree) birds
Vertical posture creep up trees
Strong chisel-like bill short legs stiff tail feathers rounded wings
Undulating flight pattern and characteristic bill drumming
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 42
Common Nebraska species ndash Lewisrsquos red-headed red-bellied hairy downy woodpeckers
yellow-bellied and red-naped sapsuckers northern flicker
THE PASSERINES Feet adapted to perching
Tyrant Flycatchers (Family Tyrannidae - lord ruler king)
WHAT TO LOOK FOR
Small to medium perching bird
Large head broad flattened bill pointed wings short legs
Bristly ldquowhiskersrdquo at base of bill
Sit upright on exposed branch and dart out to catch insects
Common Nebraska species - flycatchers pewees kingbirds phoebes kingbirds
Shrikes (Family Laniidae ndash butcher)
WHAT TO LOOK FOR
ldquoButcher birdsrdquo ndash impale prey on thorns (may be to attract a mate and mark territory)
Robin-size bird with hooked bill and masked face with hawk-like behavior
Black gray and white birds
Common Nebraska species - northern and loggerhead shrike
Vireos (Family Vireondae ndash small bird)
WHAT TO LOOK FOR
Small olive- or gray-backed bird with short sturdy cylindrical slightly hooked bill
Can have wing bars and eye-rings or have eye stripes and no wing bars
Often confused with warblers but are chunkier bigger headed thicker billed
Common Nebraska species ndash white-eyed Bellrsquos yellow-throated plumbeous
Cassinrsquos blue-headed warbling Philadelphia red-eyed
Crows and Jays (Family Corvidae ndash raven)
WHAT TO LOOK FOR
Large perching bird with strong longish all-purpose bill to handle variety of foods
Nostrils covered with feathers
Legs scaled in front and smooth behind
Harsh voice and noisy
Bold gregarious
Common Nebraska species - black-billed magpie American crow
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 43
Larks (Family Alauidae ndash lark)
WHAT TO LOOK FOR
Ground dwellers of open fields ndash seldom seen in trees and shrub
Walk rather than hop have an elongated hind toe
Slender billed seed and insect eaters
Yellowwhite face with black facemask horns and breast band
Has musical song often sung in display flight
Common Nebraska species ndash horned lark
Swallows and Martins (Family Hirundinidae ndash swallow)
WHAT TO LOOK FOR
Slim streamline bodies with long pointed angled wings
Tail forked or squared legs and feet inconspicuous
Bill short and wide
Fluid aerialists ndash dart about catching insects
Flocks perch in long rows on branches and lines
Common Nebraska species ndash purple martin northern rough wing bank cliff barn swallows
Chickadees and Titmice (Family Paridae - )
WHAT TO LOOK FOR
Small plump sociable birds with short bills and wings
Active agile ndash often hang upside down to feed
Many times roam in little bands (often leading the group) in search of food
Chickadee ndash no tuff of feathers on head Titmice ndash tufted Common Nebraska species ndash black-capped chickadee tufted titmouse
Nuthatches (Family Sittidae ndash birds that peck bark of tree)
WHAT TO LOOK FOR
Small stout tree-climbers with slightly upturned strong woodpecker-like bills
Stubby squared off tails
Walk down trees headfirst Common Nebraska species ndash red-breasted and white-breasted nuthatches
Creepers (Family Certhiidae -)
WHAT TO LOOK FOR
Small slim tree-dwellers with stiff tails and slender downward curving bill
Primarily brown
Common Nebraska species ndash brown creeper
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 44
Wrens (Family Troglodytidae ndash cave dweller
WHAT TO LOOK FOR
Small stumpy energetic brown birds
Bill slightly down turned loud song
Tails often in ldquocockedrdquo or up-tilted position
Common Nebraska species ndash rock house winter marsh wrens
Kinglets (Family Regulidae -)
WHAT TO LOOK FOR
TINY very active songbirds ndash only certain hummingbirds smaller
Can hover will feeding
Greenish plumage with bright colored crowns Short tails
Common Nebraska species ndash ruby-crowned and golden-crowned kinglets
Gnatcatchers (and Old World Warblers) (Family Sylviidae - )
WHAT TO LOOK FOR
Small birds with slender pointed bills surrounded by rectal bristles
Drab plumage with seasonally changing head patterns
In constant motion
Common Nebraska species ndash blue-gray gnatcatcher
Thrushes (Family Turdidae -)
WHAT TO LOOK FOR
Large-eyed upright postured songbirds - known for their singing ability
Bill is slender straight but not sharp
Often hop along the ground looking for food
Common Nebraska species ndash eastern bluebird veery gray-cheeked Swainsonrsquos hermit
wood thrush American robin
Mockingbirds and Thrashers (Family Mimidae ndash imitator mimic)
WHAT TO LOOK FOR
Well known for their vocal and mimicking ability
Have short rounded wings long legs and tails
Long down-curved bills
Common Nebraska species ndash gray catbird northern mockingbird brown thrasher
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 45
Starlings (and Mynas) (Family Sturnidae - )
WHAT TO LOOK FOR
Medium sized chunky glossy birds with short tails sharp bills
Short triangular to rounded wings
Gregarious bold birds
Pipits (and Wagtails) (Family Motacillidae -)
WHAT TO LOOK FOR
Slender billed brownish ground dwellers with long back toe
Walk briskly rather than hop along the ground
Most species bob their tails up and down
Common Nebraska species ndash American pipit
Waxwings (Family Bombycillidae ndash silk tail)
WHAT TO LOOK FOR
Birds with sleek crest that can be erected
Plump-bodied birds with pointed wings with red waxy tips of secondaries
Bill is small wide and notched high thin calls
Square tail with terminal yellow band
Common Nebraska species ndash Bohemian and cedar waxwings
Wood Warblers (Family Parulidae -)
WHAT TO LOOK FOR
Brightly colored (mostly yellow) birds
Smaller than sparrows with thin needle-like bills
Common Nebraska species ndash approx 34 warblers ovenbirds yellow-breasted chats and
waterthrush
New World Sparrows (Family Emberizidae -)
WHAT TO LOOK FOR
Small to medium-sized birds - often brown streaked appearance
Rounded wings cone-shaped bills
Common Nebraska species ndash 20 sparrows towhees longspurs dark-eyed juncos snow and
lark buntings
Cardinals and Allies (Family Cardinalidae )
WHAT TO LOOK FOR
Medium to large songbirds
Have large cone-shaped bills
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 46
Males often very colorful
Common Nebraska species ndash northern cardinals rose-breasted and black-headed grosbeaks
indigo bunting dickcissel
Blackbirds Orioles and Allies (Family Icteridae)
WHAT TO LOOK FOR
Medium to large songbirds with strong straight bills
Strong-direct flight
Plumage varies from iridescent black to yellow to orange
Common Nebraska species ndash Bobolink eastern and western meadowlarks red-winged and
rusty blackbirds common and great-tailed grackles orchard Baltimore and
Bullockrsquos orioles brown-headed cowbird
Finches and Allies (Family Fringillidae)
WHAT TO LOOK FOR
Small to medium songbirds
Have conical bills and forked relatively short tails
Fly fast and undulate through the air giving high-pitched calls in flight
Common Nebraska species ndash gray-crowned rosy purple Cassinrsquos house finches red
crossbill white-winged crossbill common redpoll pine siskin American goldfinch
evening grosbeak
Old World Sparrows (Family Passeridae)
WHAT TO LOOK FOR
Stouter bodies shorter legs and thicker bills than native sparrows
Have a simple song repeating single elements with no particular rhythm or beginning
And end vocalize all day and year-round
Common Nebraska species ndash house sparrow (introduced)
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 47
Geology and Natural History of Nebraska
Being Developed by Jon Garbisch Cedar Point Biological Station jgarbisch2unledu
bull Geological history of Nebraska
bull Present geological formation of regions
bull General soil types
bull Geological landforms and related habitats
What we currently use
Theme
Nebraska geology formed over millions of years through the erosion of mountains the deposition of
sediments and the flow of water and ice shaping the landscape that we call home
Goal
Attendees will develop an understanding of the natural processes that influenced and built Nebraska
and in so doing develop a greater appreciation for the geology and how it relates to all other aspects of
the statersquos identity
Objective(s)
The Master Naturalists attendees will be able to use the knowledge they have gained to better
understand the surface and subsurface geology at any location in the state that they may find
themselves working
How will it be measured
Attendees will be able to use the knowledge gained to actively interpret general Nebraska geology by
completing activities in the form of hand-out diagrams biostratigraphic fossil correlations
interpretation of rock type hand specimens and visual description of the Geology on the trail at Camp
Brewster Fontenelle Forest
Introduction
Nebraska geology formed over millions of years through the erosion of mountains the deposition of
sediments and the flow of water and ice shaping the landscape that we call home (Hand out agenda)
Geology is rooted in the 3 rock groups that exist on planet Earth and so familiarity with
o these groups gives us a solid foundation for all other geologic interpretation
A half hour will be spent handling examples from each rock group
o 3 groups 3 tables with one rock type on each table each group spends 10 minutes at
each table
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 48
The Geologic Time Scale is a record over time of the Earths major geologic events and we
can use it to help us understand how and when Nebraska took shape
The natural agents of change which have shaped our state include oceans rivers wind
o and ice
The geologic time periods in Nebraska are represented by rock layers (or not) which occur all
around the state and have been named so that no matter where you are in the state you can
correlate the strata to the time scale (fossilsisotopes)
6 Geologic Principles will be discussed so that when the MN is in the field they can be used as an
aid in basic geologic interpretation
Conclusion
Nebraska geology formed over millions of years through the erosion of mountains the deposition of
sediments and the flow of water and ice shaping the landscape that we call home Geology supplies us
a record of the events that have shaped our Earth by learning the language in which the Earth script is
written we will be able to interpret and share the story of our state of Nebraska This understanding will
aid in us in relating to other areas influential and important to the state
Places to Go (places to see examples of Nebraska geology)
a Agate Fossil Beds National Monument Lower Miocene fossil mammal site including abundant body fossils of ancient mammals and prominent fossil rodent burrows
b Ashfall State Park Upper Miocene fossil mammal assemblage found in ash derived from an eruption of a predecessor to the Yellowstone volcanic field c Chimney Rock National Historic Site Oligocene and Lower Miocene continental sedimentary rocks deposited as sediments by wind and steams
d Hummel Park (Omaha) outcrops of Pleistocene glacial till and loess
e Lincoln area Capitol Beach Lake and history of saline waters and salt industry flooding history of Antelope and Salt creeks building stones in downtown area brick industry University of Nebraska State Museum
f Louisville area outcrops of Upper Pennsylvanian marine sedimentary rocks
g Valentine area and Niobrara National Wildlife Refuge Niobrara River Canyon and Cenozoic stratigraphy
h Niobrara State Park Upper Cretaceous marine sedimentary rocks (Niobrara Formation and Pierre Shale) landslides along Missouri River anthropogenic changes in Missouri River Niobrara River and Mormon Canal
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 49
i Downtown Omaha removal of loess from hills in downtown area engineering of Missouri River (eg groins bank armoring etc) visible at Bob Kerrey Memorial Bridge deep bedrock water wells at old industrial sites
j Platte River State Park Upper Pennsylvanian marine sedimentary rocks and overlook of Platte River
k Ponca State Park Upper Cretaceous marine sedimentary rocks (uppermost Dakota Formation through Greenhorn Limestone)
l Rock Creek State Historical Park middle Cretaceous Dakota Formationmdashfluvio-estuarine continental deposits
m Schramm Park Upper Pennsylvanian marine sedimentary rocks
n Scotia and Happy Jack Chalk Mine Upper Miocene lake deposit In Ogallala Group
o Scotts Bluff National Monument Oligocene and Lower Miocene continental sedimentary rocks deposited as sediments by wind and steams
p Smith Falls State ParkCenozoic stratigraphy Niobrara River waterfalls as knick points
q Toadstool Park and nearby areas continental sedimentary rocks of upper Eocene Chadron Formation Pine Ridge escarpment Trailside Museum and Ft Robinson State Park
r Weeping Water area Upper Pennsylvanian marine sedimentary rocks
s Wildcat RidgeHillsescarpment on Oligocene and Lower Miocene continental sedimentary rocks deeply eroded into canyons buttes and pinnacles by stream erosion during and after the Late Pliocene
t Indian Cave State Park and Iron Horse Trail south of Peru Upper Pennsylvanian Indian Cave Sandstone (fluvio-estuarine deposit) and sandstone cave
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 50
North American Model and Outdoor Skills Developed by Jeff Rawlinson Assistant Division Administrator Information and Education Nebraska Game and Parks Commission jeffrawlinsonnebraskagov
OUR North American Model of Conservation
Perhaps no other story is more compelling and more important in American history as that of how
our natural resources came to be one of the most important elements in our lives The history of our citizenryrsquos strong land ethic ties us to the natural world long after other nations have forgone this relationship We value how the common person from a common family can participate in the thrill of the chase experiencing wildness to its fullest
The North American Model of Conservation is a philosophy that the United States and Canada have
developed to manage wildlife in a sustainable way Historians debate how this land ethic began Some
say our model of conservation began in 1937 with the passage of the PittmanRobertson Act a move that provided funding for wildlife conservation at the national and state level The source of this funding came from the sale of hunting and shooting equipment Others may say that it began when the conservation giant President Theodore Roosevelt brought management of natural resources to the
political forefront Others would argue our Model of conservation was birthed under the Magna Charta which transferred the ownership of wildlife from the King of England and the English nobles to the all of
the people of England In reality however our Model has been under development for several hundred years combining what we have learned from other nations peoples cultures and experiences to shape a philosophy ingrained in our culture supported by hunters anglers and shooting sports enthusiasts
benefiting all wildlife and wild lands in the United States
First Wildlife Managers The concept of managing wildlife or natural resources was not conceived by our young nation For
thousands of years humanity has been manipulating and controlling the land and all its inhabitants to benefit our needs Ever since the first hunter followed that wooly creature across the Bering Straight embarking on an epic journey that would result in settling of North America man has ldquomanagedrdquo
wildlife in North America
Throughout history many leaders have shown some element of concern or conservation ethic towards wildlife The great Kublai Khan grandson of Genghis Khan and founder of the Yuan Dynasty in China forbade harvesting of many species of wildlife during critical reproductive months of March
through August so species could ldquoincrease and multiplyrdquo Conservation of wildlife is even found in Mosaic Law in Deuteronomy 226 representing some of the first written wildlife management idealsmdashldquo If you come across a birdrsquos nest in any tree or on the ground with young ones or eggs and
the mother sitting on the young or on the eggs you shall not take the mother with the youngrdquo (English Standard Version 2001)
As populations expanded throughout Europe wildlife resources fell under ownership of powerful kings
who enacted harsh punishments for anyone found taking the kingrsquos game In 1215 a rebellion against King John of England resulted in the Magna Charta transferring ownership of lands and game from the crown to the people This ldquoprivatizingrdquo of wildlife ownership had profound impacts America over 500 years later
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 51
Era Of Abundance (1600 ndash 1850) When our forefathers first landed on the eastern shores of America they brought with them science
religion and a new hope They found plentiful game and soon began a relationship with the land that provided them with many of their daily needs Wildlife was viewed as a limitless resource in a relatively untapped land These early settlers had left Europe where few had access to wildlife and entered a world where everyone had access Furs feathers hides all had value to this young country In 1776 the Declaration of Independence revoked the Kingrsquos rights to land and people in this new world After a
bloody war led by revolutionaries such as Washington Hamilton Jefferson and Adams the United States gained its independence and the land and wildlife belonged to everyone
Era Of Exploitation (1850 ndash 1900)
The 1800s brought a commercialization of our wildlife resources Market hunting and habitat
destruction began to decimate wildlife populations such as the American Bison and Passenger Pigeon After the American Revolutionary War and the Civial Warmdashwhich nearly destroyed our ldquodemocratic
experimentrdquo all togethermdashfew people were looking after the interest of wildlife and even fewer rules
existed governing the management of a resource everyone had ownership of yet no one had responsibility for
The railroad provided settlers with the means to access new lands expanding the markets for meats hides and fur Advancements in technology such as the repeating rifle further aided the unbridled
destruction of wildlife resources Yet throughout this era something positive was growing The people of this new nation were developing a relationship with the land By 1842 a Supreme Court ruling had huge impacts on this developing model of conservation resulting in a Public Trust Doctrine that would
further outline a model for conserving our natural resources Conservation was developing some direction but had no money or laws to support it
Era Of Protection (19001930) The early 1900s brought an industrial boom Abuse of natural resources had taken its toll and throughout the Nation and evidence of this abuse could be seen in the loss of species such as the
passenger pigeon near loss of the American bison and in many large mammals including whitetailed deer and our once numerous waterfowl species America was becoming an economic giant yet through
the roar of machines both political and metal a small voice could be heard It was the hunter and their voice was of concern for the direction our wildlife resources were heading Conservation minded men and women had continued a relationship with the land and the wildlife
Era of Game Management (1930 ndash 1966) The ldquodirty thirtiesrdquo were marked by the dust bowl and an impoverished nation Agricultural practices
unchecked by environmental stewardship had left the Nationrsquos heartland in ecological peril Politically the conservation movement was supported by the footings laid by Theodore Roosevelt New federal acts moved forward to provide for environmental protection due to the outcry of hunters in panic over the vanishing wildlife resources of the Nation
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 52
Wildlife conservation had support yet it lacked the science to properly manage our Nationrsquos resources A young biologist name Aldo Leopold changed all this with his writings including the book Game
Management which led to Universities across the country developing wildlife conservation programs These programs spawned a new breed of professional game managers who utilized science to support management methods that ultimately lead to the greatest wildlife conservation success story in the world In 1937 the PittmanRobertson Act provided thousands of jobs for young professionals along with ldquogame wardensrdquo supported by individual states to further the development of the Conservation Model
which now had science and funding to support it
Era of Environmental Management (1966 ndash Present) Science and funding led to a broadening view of conservation as focus shifted from managing ldquogame
animalsrdquo to managing the entire biota (environment and all living things in it) Further federal acts such
as the Endangered Species Act of 1966 and the National Environmental Policy Act of 1969 provided greater protection for species by a nation that had finally changed its course providing time to review
and perfect conservation efforts Recent acts such as the 1980 Farm Bill continued the effort to help
landowners provide quality habitat for wildlife and hunters by providing incentives to landowners to set aside highly erosive lands and plant them into wildlife habitat (grasslands) that benefit wildlife and hunters
The story of our unique model of conservation is still being written New challenges today threaten our
coveted resources and new professionals are entering the arena to further the plight of our Nationrsquos wildlife and hunting heritage
Seven Pillars of the Model
Seven main pillars have been highlighted as the foundation of support for the North American Model
of Conservation These include
The Public Trust The wildlife of the United States are owned by the people This is very different from the European Model where wildlife is privately owned The North American Model recognizes wildlife as a public
resource that is so important it can not be owned or managed by any one segment of our society but rather managed by professional state and federal entities for the benefit of all This concept known as
the Public Trust Doctrine began development in 1842 when the Supreme Court ruled that the Magna Charta had settled the question of who owns fish and wildlife and that King Charles II did not have the authority to give away the ldquodominion and propertyrdquo of lands in colonial America The court further ruled that since the American Revolution the people held public trust responsibilities for fish and wildlife except for rights specified in the US Constitution
Prohibition on Commerce
It was the hunter who brought forth stringent laws that protected wildlife from peril in the 19th
and 20th
centuries Because we all own and appreciate our wildlife as a national resource they should never find themselves on the public market to the highest bidder This path led to a largescale loss of many species
including the Passenger Pigeon and the near loss of the American bison As our country was developing these practices were common as people moved west in search of prosperity capitalizing on a land seemingly untouched by the modern world Today many laws in place serve to protect our most
valuable resourceshellipour wildlife
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 53
Democratic Rule of Law Each citizen of this great nation has the ability and responsibility to engage in healthy politics that serve
to support and protect sound wildlife conservation measures Our first conservation measures in this Country habitat restoration simple harvest restrictions and bag limits came from hunters people who respected the game they pursued and loved the wild places they chased them in The North American Model of conservation is built upon active public involvement instilling a value for wildlife in all citizens
Hunting Opportunity for All The Model was developed on the premise that all people regardless of political or economic standing could participate in and feel the thrill of the chase It is this unique Model that provides us with wildlife opportunities for all Americans Imagine how important this was to our fore fathers who left a brutal
King in England where only the aristocracy had any dream of pursuing wild creatures in wild places Our
wildlife laws ensure that each generation that comes after us will have the same opportunity to enjoy and appreciate wildlife
Nonfrivolous Use Our management of wildlife depends on a citizenry that loves and appreciates the wild creatures and the habitats necessary to their survival and our quality of life Wildlife may be utilized under strict rule of
law including utilizing the wildlife once harvested to its best potential Killing wildlife for the sake of killing can only lead to the numbing of hearts to wildlife and a profound lack of respect for our most
precious resources
International Resources
It was not until the 20th
century that hunters and wildlife lovers understood the importance of
managing wildlife at a much larger scale This became readily apparent with the passage of the
Migratory Bird Treaty Act of 1918 where nations came together to manage wildlife resources as a
collective Wildlife species do not recognize national or state boundaries Governments must work together to be effective in managing wildlife for the benefit of all The United States has made great
strides in this area with Mexico and Canada Our wildlife is not only a resource to us but to all continents they may call home throughout the year Our biologists must think globally to be effective locally
Scientific Management Although Theodore Roosevelt brought conservation to the political forefront it was a young forester from Iowa that made the study of wildlife management a science Aldo Leopold is considered by many
as the ldquofather of wildlife managementrdquo due to his tireless efforts to develop curriculum for future wildlife biologists Today our biologists earn their opportunity to manage wildlife through prominent
Bachelor Masters and Doctorate degree programs from Universities around the world Wildlife must be managed using fact science and the latest research We are constantly learning and adapting to new technology and changing environments For such an important resource we cannot afford to have it any other way
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 54
Nebraska Master Naturalist Specializations Certifying as a Specialist ldquoFollow your own natural geniusrdquo wrote Thoreau ldquoand it will not fail to show you a fresh prospect every hourrdquo Many of us learn by doing When our curiosity and interests carry us into deeper study of a given subject it can be helpful to have clear opportunities to pursue Thus the Nebraska Master Naturalist Program offers specialized voluntary training for those who are hungry to develop and apply their particular skill and personal understanding on behalf of our natural legacy Specializations are designed to create collaborators leaders and mentors in four key areas
Interpretation and Outreach
Outdoor Skills and Recreation
Resource Management
Citizen Science Master Naturalist Certification Requirements Annual Requirement o 8 Hours Training Annually o 20 Hours of Volunteerism Annually Master Naturalist Specialization Requirement One Time Requirement o 20 Hours of Training Total Specific to Specialization Annual Requirement o Additional 20 Hours of Volunteerism Annually Specific to Specialization (does not include initial Certification annual requirement hours)
OUTDOOR SKILLS AND RECREATION SPECIALIZATION The purpose of OUTDOOR SKILLS AND RECREATION is to promote activity and development of skills in the outdoor pursuits associated with natural resources Specializations are designed to create collaborators leaders and mentors in particular areas A Certified Nebraska Master Naturalist can complete the Outdoor Recreation Specializationby meeting the following requirements Complete at least one of the workshops or certification‐leading trainings listed below If specialized training is not listed below it can be approved upon request by the Master Naturalist Program Committee Specialized Training Options ‐
Hunter Education Instructor Certification 13 hrs
National 4‐H Shooting Sports Instructor Certification 32 hrs
Nebraska 4‐H Shooting Sports Shotgun Certification 12 hrs
Nebraska 4‐H Shooting Sports Archery Certification 12 hrs
Nebraska 4‐H Shooting Sports Rifle Certification 12 hrs
Nebraska 4‐H Shooting Sports Pistol Certification 12 hrs
Nebraska 4‐H Shooting Sports Muzzleloader Certification 12 hrs
National Archery in the Schools Program Basic Archery Instructor 4 hrs
NRA Range OfficerMaster Certification 8 hrs
Hunt Master Training Instructor 4 hrs
NRA Shooting Instructor 16 hrs
NRA Shotgun Instructor 16 hrs
NRA Rifle Instructor 16 hrs
Boater Education Instructor 12 hrs
Youth Fishing Instructor 5 hrs
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 55
American Canoe Association National CanoeKayak Instructor 16‐32hrs
National Camp SchoolBoy Scouts 16‐24 hrs
Wood Badge TrainingBoy Scouts 16‐24 hrs
Merit Badge Counselor TrainingBoy Scouts 2‐16 hrs
Conservation Leaders for Tomorrow 35 hrs
Wilderness First Aid 16‐32 hrs
Professional Trappers College 40 hrs
American Camp Association Instructor Training 8‐40 hrs
American Red Cross Instructor Training 2‐16 hrs
American Sailing Association Instructor Training 16‐24 hrs
Certified Horsemanship Association Instructor Training 24‐40 hrs
Leave No Trace Master Educator Training 40 hrs
National Outdoor Leadership School 280 hrs
Camp Cook School 32‐96 hrs
Professional Association of Diving Instructors Training 32‐96 hrs
Professional Mountain Bike Association Instructor Training 24 hrs
League of American Bicyclists Instructor Certification 24 hrs
Hunting
Shooting
Fishing
Trapping
Camping
Outdoor Cooking
Orienteering
Geocaching
Photography
Wildlife Viewing
Hiking
Biking
Birding
Becoming an Outdoors‐Woman Program
Wilderness First Aid
Wilderness Survival
Leave No Trace Educator
Service Options ndash Provide a minimum of 20 hours of service annually in the following or similar areas
4‐H leader and youth training outdoor recreation
Scout leader and youth training outdoor recreation
Wild About Nature
Flying WILD Educator or Facilitator Workshop
Becoming an Outdoors Woman (BOW)
Beyond Becoming an Outdoors Woman (BOW)
Family Camp
Learn to Hunt Program
National Archery in the Schools Program BAI training or greater
Mentor HuntHunt Masters Training
After School Programs
Others ndash Upon approval
Outdoor discovery programs volunteer
CRO at a shooting event
Assist with National or State shooting sports competitions
Family fishing day
Design or write a brochure
Develop or contribute to a website
Develop or contribute to a social networking site
Design or write a newsletter
Assist in fundraising
Plan an event or festival
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 56
Interpretation amp Education- Developed By Lindsay Rogers Nebraska Game amp Parks
Commission
Do not try to satisfy your vanity by teaching a great many things Awaken peoplersquos curiosity It is
enough to open minds do not overload them Put there just a spark If there is some good
inflammable stuff it will catch firerdquo
- Anatole France in The Earth Speaks
Session Objectives
To help participants understand the role education plays in sounds ecological conservation
To help participants learn about past and present conservationist and interpretive educators
To help participants learn components of quality education and interpretation
To have participants partake in quality interpretive education
To make sure participants understand that their role is to light the spark and awaken curiosityhellip not spew facts
Lecture Requirements
1 What is interpretation (5 minutes) a What does ldquointerpretrdquo mean b National Association of Interpretation definition of ldquointerpretationrdquo
i Interpretation is a mission-based communication process that forges emotional and intellectual connection between the interests of the audience and the meanings inherent to the resource
c Freeman Tilden Interpreting Our Heritage 1957 i Interpretation is an educational activity which aims to reveal meanings
and relationships through the use of original objects by first-hand experience and by illustrative media rather than simply to communicate factual information
d Components of interpretation i pleasurable or enjoyable
ii relevant to the world iii organized iv themed v sparks an interest
vi includes information but does not stop there links information to the world
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 57
vii age appropriate viii taught to someone not at them
2 What is education (5 minutes)
a What does it mean to ldquoeducaterdquo someone b John Dewey Democracy amp Education 2944
i Education in its general sense is a form of learning in which the knowledge skills and habits of a group of people are transferred from one generation to the next through teaching training or research
c Components of education i - generally presented to someone but not always
ii enjoyable sometimes iii provides knowledge and facts iv can make connections but not always v organized and themed
d Both education and interpretation are important they work together
3 Conservationists (10 minutes) a Jon Muir
i Immigrated from Scotland to Wisconsin in 1849 ii Attended the University of Wisconsin studies botany amp geology
iii Moved to the western US mainly the Sierra Nevada area iv Believed humans were part of the interconnected natural world v Advocated for the preservation of natural areas
vi Co-founded the Sierra Club b Aldo Leopold
i Iowa native attended Yale University ii After college he joined the US Forest Service was stationed in Arizona
and New Mexico iii Developed theories of land ethics the need for biodiversity and an
appreciation for wilderness areas iv Moved to Wisconsin in 1924 became a professor at the University of
Wisconsin v Regarded as the ldquoFather of Conservationrdquo
c Gifford Pinchot i Born in Connecticut in 1905
ii Studied at Yale studies forestry in France iii Named chief of the Division of Forestry (later to become the US Forest
Service) iv First chief of the US Forest Service greatly improved forest
management and increased the size of Forest Service lands
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 58
v Managed forests for the greatest good for the greatest number Pinchot added the phrase in the long run to emphasize that forest management consists of long-term decisions
d Steven Mather i Born in California attended Berkley University
ii Worked for the Pacific Coast Borax Company where he had a talent for promotion Started a competing company made millions
iii When revisiting Sequoia and Yosemite National Parks in 1914 he was appalled by the conditions of the national parks
iv Joined the Department of the Interior as the head of parks later created the National Parks System
v Professionalized the National Parks and helped to greatly grow protected lands
e Rachel Carson i Born in Pennsylvania in 1907 attended John Hopkins University for
graduate school ii Went to work for the US Bureau of Fisheries (later to become the US
Fish amp Wildlife Service) iii Wrote Silent Spring in 1962 The book created an awaking for Americanrsquos
to their responsibility to the environment and wildlife The book lead to the US Government banning the use of DDT
f Theodore Roosevelt i Born in 1858 in New York New York was a sickly child who stayed inside
studying natural history ii An avid outdoorsman he spent much time in the South Dakota Badlands
iii Became President in 1901 with the assignation of President McKinley iv Among many major accomplishments as president he started the
National Parks was instrumental in conserving about 230 million acres
4 Naturalist Interpreters (10 minutes) a Freeman Tilden
i Born 1883 worked as a newspaper columnist and author ii At age 58 he began working with the National Parks Service
iii While traveling to various National Parks he became concerned with the quality of interpretation
iv Wrote Interpreting Our Heritage in 1957 outlines 6 principles to quality interpretation forever changed the field of interpretation
b William Lewis i Worked as a ranger naturalist and interpreter trainer for the National
Parks Service ii Developed the approach of ldquoThematic Interpretationrdquo which requires the
interpreter to choose a central theme (major point) to guide the development of a program
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 59
iii Wrote Interpreting For Park Visitors c Sam Ham
i Director of Center for International Training and Outreach at the University of Idaho
ii Work has focused on applying communication theory to environmental conservation interpretation and on nature-based tourism and guide training
iii Wrote Environmental Interpretation (1992) d Ted Cable
i Professor of Park Management and Conservation at Kansas State University
ii Co-authored Interpreting Cultural and Natural Resources (2003) and Interpretation for the 21st Century Fifteen Guiding Principles for Interpreting Nature and Culture (2002)
5 Conducting an Interpretative Program Try and Fail (60 minutes + 120 minutes of activities throughouthellip see list of Suggested Activities below)
a Experiential Learning i The first time you tried to walk you failed The first time you rode a bike
you failed This is called experiential learning The first time you attempt an educational or interpretation program you will fail thatrsquos how we learn
ii Donrsquot be afraid to fail b Ask Questions about the ProgramPresentation before you commit to leading it c Plan your Program
i Generally I want my presentation to be about Specifically however I want to tell my audience about After hearing my presentation I want my audience to understand (what is the big picture you want them to take home)
1 You do not need (or want) to teach your audience everything you know your job is to light the spark
ii What will your tangibles and intangibles be 1 Tangibles are those things you can touch things you use to teach
when teaching a Examples include a tree a mammal pelt a skull a live
animal a prairie 2 Intangibles involve connecting the tangibles to concepts and the
ideas they represent intangibles are the meanings the relationships the processes the ideas the feelings and the beliefs
a Examples include food webs ecosystem health entropy ecology
iii People remember themes they forget facts
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 60
iv Plan for an organized presentation 1 Think about your overall theme smaller parts of the program and
your transitions v Stick to your theme
vi Determine what type of presentation you will have 1 PowerPoint (avoid) 2 Podium Presentation (avoid) 3 Active taking a hike playing a game etc 4 Hands-on touching feeling trying hearing smelling
vii Think about all the different kinds of learners 1 verbal-linguistic 2 logical-mathematical 3 visual-spatial 4 kinesthetic 5 musical-rhythmic 6 interpersonal (groups) 7 intrapersonal (individual) 8 naturalist
d Know your role as an educator 1 Provide facts and relationships not opinions 2 Allow participants to determine their own opinions and beliefs
using the facts amp relationships you provide them 3 PLAY ldquoFIRST IMPRESSIONSrdquo
e Prepare Prepare Prepare 1 Know the type of space and area you will have (indoor vs
outdoor small space vs vast area etc) 2 Plan for more that you are told 3 Plan for the weather (always expect it to be windy in Nebraska)
f Questions i Ask good questions
1 Is this a fox Vs How do you know this is a fox 2 Do you have any questions Vs What questions do you have
ii Be prepared for quality questions 1 What are the implications for describe the impact of what are
the reasons for iii Be prepared for ldquogoodrdquo questions
1 Do you have ewoks in the forest If a Mountain Lion and an Eagle were to fight who would win
2 Take all questions seriously Answer seriously g Model what you want to see the students do
i If you want a group of students to catch insects help them get active with them
ii This is true when working with children and adults
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 61
1 Working alongside students validates them and their learning h Be enthusiastic show your passion
i This is another form of modeling what you want to see in your students ii We need to excite students (no matter their age) about conservation
nature and the outdoors iii Have fun
6 Take Home Lesson Light the Spark and Donrsquot Be Afraid to Fail
Suggested Activities (amp potential mandatory activities)
Throughout the lesson conduct multiple games andor activities to model good interpretation
Suggested games include but are not limited to
1 Oh Deer (Project WILD) 2 First Impressions (to be done during section 5) (Project WILD) 3 The Long Haul (Project WET) 4 Sum of the Parts (Project WET) 5 Water Quality Ask the Bugs (Project WET) 6 Adaptation Artistry (Flying WILD) or Fashion a Fish (Aquatic Project WILD) 7 Avian Antics (Flying WILD) 8 Pollinators Meet Your Plants (Nebraska Project WILD wwwnebraskaprojectwildorg) 9 Scavenger Hunts (Nebraska Project WILD wwwnebraskaprojectwildorg)
Suggested Post-Readings
Interpreting Our Heritage Freeman Tilden 1957 (4th edition 2008)
ISBN-13 978-0807858677
Interpreting for Park Visitors William Lewis 1981
ISBN-13 978-0890620793
Environmental Interpretation Sam Ham 1992
ISBN-13 978-1555919023
Interpretation for the 21st Century Fifteen Guiding Principles for Interpreting Nature and
Culture Larry Beck amp Ted Cable 2002
ISBN-13 978-1571675224
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 62
Interpretation-Making a Difference on Purpose Sam Ham 2013
ISBN-13 978-1555917425
Foundations of Interpretation Curriculum Content Narrative National Parks Service 2007
httpwwwnpsgovidpinterp101foundationscurriculumpdf
Websites
National Association of Interpretation
wwwinterpnetcom
North American Association for Environmental Education
wwwnaaeeorg
Nebraska Alliance for Conservation and Environment Education
wwwnaceeorg
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 63
Safety in the Field
Developed by Rich Hawes Nebraska Master Naturalist rdhawes26msncom
Objectives
Raise awareness of Risk Managementassessment as part of event planning
Guidelines to safe activities for participants presenters and the environment
Present Leave No Trace Principals as part of all outdoor activities
Present resources for additional training or certification for outdoor activities
Hands on activities to encourage interest and to provoke thought and discussion
Hazards of the area
Outdoor hiking safety
Stewardship of the land and natural resources
Being flexible and working with ldquowhat you haverdquo
Outline
1 Outdoor Activities ndash Whatrsquos The Worst That Can Happen An Introduction to Event Planning and Risk Management
2 Leave No Trace Principals
3 Trip planning and Logistics
4 Health amp Safety
5 Youth Protection
6 Age Appropriate Activities
7 Resource Training and Certifications
a Standard First Aid CPRAED Wilderness First Aid
b Shooting Sports - Range Safety Officer or Instructor
c Hunter Safety Instructor
d Climbing COPE and Zip Lines
e Water Safety Instructor Life Guard Small Boat Handling
f Leave No Trace Trainer or Master Educator
g Tread Lightly Tread Trainer or Master Tread Trainer
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 64
Suggested Activities
CPR Scenario
First Aid Scenario
Weather Scenario
Lost Scenario
Online Resources
American Camp Association
Boy Scouts of America
Youth Protection
Safe Swim Defense
Safety Afloat
Climb On Safely
Weather Safety
Trek On Safely
(etc)
Leave No Trace
Nebraska Game amp Parks
Hunter Safety
Boating Rules amp Regs
National Rifle Association
(Archery groups)
American Red Cross
(wilderness medicine group(s))
NOLS
Tread Lightly
US Coast Guard
NEBRASKA MASTER NATURALIST Explore Contribute Connect
7
This energy is used to synthesize sugar (carbohydrates) from carbon dioxide and water
By-product of photosynthesis is oxygen
Food Chain - A feeding sequence used to describe the flow of energy and materials in an ecosystem
Example grass (producer) gt deer (consumer) gtcoyote (consumer) gt decomposer
Food Web - Intertwined food chains
Trophic Levels - Each step in the food chain
At each step 80-90 of available energy is lost as heat Most of the fuel obtained in
food is used to stay alive Because of this fact trophic levels are usually limited to four
or five There are more producers (plants) than herbivores (plant-eaters) and more
herbivores than carnivores Carnivores can be further divided by into first- second-
top-level consumers
Nutrient Cycles or Biogeochemical Cycles All essential elements for life are derived from the environment (air rocks soil and water)
There are four cycles that return these elements to a useable form for life to continue
The Water (hydrologic) Cycle The paths water moves through earthrsquos ecosystems in its various states (vapor liquid solid)
Water is the only substance on earth that exists naturally in all three states
The Carbon Cycle All living things contain carbon Carbon is what makes organic molecules organic or living Carbon is the
basic element found in carbohydrates proteins and fats
Plants take in carbon dioxide during photosynthesis Animals eat the plants Animals release carbon
dioxide when they breathe (respire) and when they die and decompose Plants take it up again
Decomposing organic material will also leach carbon into the ground forming fossil fuels Other stores
of carbon include peat cellulose found in plants and water The cycling of carbon is linked to the flow
of energy through a system
The Phosphorus Cycle ATP (adenosine triphosphate) the energy molecule created by every living thing contains phosphorous
Our DNA and RNA the molecules that form our genes require phosphorous to bond together Bone
tissue also contains phosphorous
Plants take up phosphorous then the plants are eaten by animals Animals release phosphorous by
defecating and decomposing Plants also release phosphorous through decomposition Phosphorous is
then reabsorbed by plants or becomes part of sediments that forms rock As rocks erode phosphorous
is released into water and soil to be taken up by plants
NEBRASKA MASTER NATURALIST Explore Contribute Connect
8
The Nitrogen Cycle Nitrogen is essential in forming proteins and nucleic acids The atmosphere has a high concentration of
nitrogen but is not usable to living organisms in its gaseous form The nitrogen cycle converts this gas
into usable forms
This cycle is the most complex because nitrogen can be found in several different forms Parts of the
cycle include
Nitrogen Fixation ndash Nitrogen is fixed or converted into ammonia and nitrates by bacteria lightning and
ultraviolet radiation in the soils and root nodules of some plants (legumes or beans) Nitrogen
fixation does not allow nitrogen to convert back to gaseous nitrogen
Nitrification ndash Other bacteria can take the ammonia and oxidize it into nitrite Nitrite is further
processed into nitrate
Denitrification and Ammonification - Plants absorb nitrates and ammonia from the soil and use
them to build organic compounds Animals eat the plants or other animals Animal waste
contains nitrogen in the forms of ammonia urea and uric acid
Denitrification is the process of decomposing bacteria converting nitrate back to nitrogen gas
Ammonification is the process of other decomposing bacteria converting organic compounds to
ammonium ions
Communities amp Populations A community is the living (biotic) portion of an ecosystem Within the community each population of
organisms has a habitat and a niche A community is usually dominated by a single species or a limited
group of species that impact the local environment (Example Tallgrass Prairie) Other species adapt to
conditions created by the dominant species If a dominant species is removed two scenarios can occur
Another species will take its place and not change the ecosystem in general Or the whole community is
changed If the community is drastically altered the species is considered a keystone species
A population is a group of same organisms that occur in the same community
Habitat is the place where an organism normally lives Basic components of habitat are food water
shelter and space Habitat is the organismrsquos physical surroundings and its niche is its profession or role
it plays in the community No two species can occupy the same niche at the same time (competitive
exclusion principle)
Population Interactions Competition ndash an overlap of some degree of two populationrsquos niches in such a way that they are
competing for the same resource(s) (food shelter water space etc)
Symbiosis - two populations living together in a community in close association There are
several types of symbiosis
NEBRASKA MASTER NATURALIST Explore Contribute Connect
9
Mutualism ndash the relationship is mutually beneficial (lichens)
Commensalisms ndash one population receives benefits and the other neither benefits or is
harmed (intestinal bacteria)
Parasitism ndash one population benefits and the other is harmed (ticks)
Synergism ndash two populations accomplish together what neither could do on their own
Another type of relationship is called predation-prey relationship where one population captures and
feeds on another Predators have more than one prey species but normally feed on the most
abundant As one prey species declines in population predators will switch to another more abundant
species
Natural selection favors the most efficient predator and at the same time prey that can escape
predation
Adaptation is a change in structure physiological process or behavior that evolved by natural selection
and improves an organismrsquos ability to survive and reproduced
MAD Law ndash Move Adapt or Die
Population growth Populations grow until they reach certain environmental limitations called limiting factors These
factors can either be physical or biotic ndash from predation to limited space for nesting
When a population reaches its maximum density that the environment can support it is said that it has
reached its carrying capacity A population cannot go beyond the carrying capacity for long without
consequences
In a community an orderly predictable replacement of populations normally occurs over time Certain
populations will dominate and then decline to be replaced by new dominant populations A community
at the last stage of succession is called the climax community
Biodiversity Biodiversity refers to the variety of living organisms in a given ecosystem and is described at three
levels
Genetic Diversity ndash the variety of genes in a population Genetic Diversity shapes the
potential of individuals to survive and reproduce and as a population to adapt and evolve
Species Diversity ndash the number of species within a community
Ecosystem Diversity ndash the organizational and functional diversity of the ecosystem
NEBRASKA MASTER NATURALIST Explore Contribute Connect
10
Three measures are used when studying biodiversity
Composition ndash the number of genes species or ecosystems in a given area
Structure ndash the distribution of genes species or ecosystems
Function - the ecological processes accomplished by genes species or ecosystems
Biodiversity is important to maintain a stable ecosystem vast storehouse of untapped resources for
medicine food energy etc
Ecoregions in Nebraska
The Central Flyway There are four major North American flyways ndash the Atlantic the Mississippi the Central and the Pacific Flyways Except along the coasts the flyway boundaries are not always sharply defined and both in the northern breeding and southern wintering grounds there is overlapping Every year millions of migrating birds travel the Central Flyway The ldquohourglassrdquo route narrows in central Nebraska The eighty mile stretch of Platte River (Big Bend area) between Lexington and Grand Island serves as a month long stop over for around 600000 sandhill cranes and endangered whooping cranes This stretch of river has shallow wide-open water to provide cranes some security from predators when roosting and grain fields and wet meadows for eating and loafing
The Platte River
The Platte River begins near the city of North Platte Nebraska with the convergence of the North Platte and South Platte Rivers The Platte the largest braided river in North America snakes 310 miles eastward and empties into the Missouri River south of Omaha Nebraska drains about 29800 square miles of land along its route The South Platte River originates as snowmelt in central Colorado meandering 450 miles towards North Platte The North Platte River also begins as snowmelt in north central Colorado and runs 665 miles before converging with the South Platte
The Big Bend Region
The central or Big Bend Region of the Platte River between Grand Island and Lexington has long been recognized as critical staging area for half million sandhill cranes millions of geese and ducks and for the highly endangered whooping crane It is also important nesting habitat for endangered piping plovers and least terns and threatened eagles as well as year around habitat for other wildlife The Platte River is a broad shallow braided river dotted with small itinerant sandbars up to the huge islands In the early 1800rsquos the Platte was one to two miles wide Water depth ranged from dry to eight feet deep The islands were scoured each spring by the rush of snowmelt from the Rockies that removed vegetation from the sandbars washed into sloughs and recharged the surrounding soils Fires suppressed tree growth along most of the shoreline Protected islands and areas of shoreline grew cottonwoods and willows This diversity was excellent habitat for wildlife But in less than 100 years it changed Man has diverted over 70 percent of the Plattersquos average annual flow for use in irrigation and industry ( comes back to the river via groundwater) Fires have been controlled Floods and ice no longer clear the islands of vegetation With less water in the river wet meadow soils are not recharged with water seeping from the river Bridges restrict flows and deep
NEBRASKA MASTER NATURALIST Explore Contribute Connect
11
gravel pits alter the shoreline This taming of the Platte River is causing it to lose the very characteristics that make it unique and attractive to native wildlife The wide channels now must be maintained by mechanically clearing sand bars and low islands Audubon and other conservation organizations spend a considerable amount of time and money each year to keep the river clear The Platte River valley is now characterized by forest shrub and sandbar vegetation on the river floodplain lowland prairie and cultivated fields on the river terraces and an upland prairie on the loess bluffs along the ancient river escarpment The floodplain forest shrub and sandbar communities have developed on coarse textured alluvial soils adjacent to the river channel The forest communities have open canopies and are dominated by cottonwoods with an understory of red cedar and rough-leaf dogwood Green ash hackberry American elm red mulberry and slippery elm also occur in these areas Adjacent to the major river channel and in areas where the forests are limited to a narrow strip along the river bank low shrub islands and vegetated sandbars predominate Peach-leaf willow sandbar willow and indigo bush are the dominate shrub species Lovegrass nutsedge barnyard grass cocklebur and scattered willow and cottonwood seedlings characterize the vegetation on the low shrub islands and recently exposed sandbars
One of the sanctuaryrsquos most important tasks has been functioning as Audubonrsquos footprint on the Platte
River Audubon played a significant role in many battles to limit development on the Platte the final
being the defeat of Two Forks Dam near Denver in 1992 Today Audubon along with the Platte River
Whooping Crane Maintenance Trust the National Wildlife Federation Fish and Wildlife and Nebraska
Game and Parks plays a major role in keeping the river in its current condition One such program is
maintaining the wide channels on parts of the river which must be done mechanically to clear sandbars
and low islands
Tallgrass Prairie Ecoregion
Introduction
Once extended from eastern Nebraska to Indiana and from Texas to southern Canada
Today less than 1 remains
Approximately 2 of the remaining tallgrass prairie is found in Nebraska o Covers eastern fourth of state and extends along stream valleys of the Republican
Loup Platte and Niobrara
Shaped by glaciers wind and water
Mainly rolling hills intersected by stream valleys
Elevation from east to west 850 to 1700 feet above sea level
Receives 25-36 inches of annual precipitation
Average highs in the 90 degrees and lows of 10 degrees
Two major rivers o Missouri River
States largest river flowing approximately 350 miles in Nebraska
NEBRASKA MASTER NATURALIST Explore Contribute Connect
12
Drains approximately 529350 square miles of land (including entire state of NE) Forms eastern and northern boundaries of tallgrass prairie Historically more a mile wide and up to 20 feet deep with abundant sandbars
and forested island
Floodplain was a mosaic of oxbow lakes backwater marshes wet prairies and forests
Platte River ndash prairie river o Historically shallow braided channel up to 3 miles wide with many sandbars
Floodplain 15 miles wide and covered with lush wet meadows and freshwater marshes
Spring floods limited tree growth and created barren sandbars o Other streams include Papio Creek Turkey Creek and Bazile Creek
Wetland types o Saline wetlands
Found in the floodplain of Salt Creek and its tributaries in Lancaster and Saunders counties
Salinity originates from groundwater passing through an underground rock formation containing salts deposited by an ancient sea that once covered
Nebraska
o Todd Valley playas Small clay-lined depressions Seasonally and temporarily flooded Found in an ancient valley of the Platte called the Todd Valley
Vegetation of Tallgrass Prairies
Dominant vegetation ndash big bluestem Indiangrass switchgrass and Canada wildrye o Can reach six feet or taller
Hundreds of spp of wildflowers and forbs o Showy goldenrod prairie blazing star sky blue aster amp purple coneflower
Native woodland found mainly in fire-protected stream valleys and bluffs o Found in floodplains - Cotton woods willows boxelders American elms
Drier river bluffs o Oaks hickories basswood black walnut etc o Essential habitat for migrating birds
Wet meadows found in stream valleys o Sedges spike rushes prairie cordgrass and switchgrass
Marshes o Broad-leaf cattail bulrushes bur reed smartweeds and arrowheads
NEBRASKA MASTER NATURALIST Explore Contribute Connect
13
Birds
More than 300 spp of resident and migratory birds
Nesting waterbirds include o Wood duck green heron northern pintail blue-wing teal mallard
Grassland birds include o Henslowrsquos sparrow dickcissel grasshopper sparrow bobolink vesper
sparrow and Swainsonrsquos hawk
Woodland birds include o Bellrsquos vireo blank-and-white warbler rose-breasted grosbeak orchard oriole
Mammal
More than 55 mammals o Plains pocket gopher prairie vole plains pocket mouse thirteen-line ground squirrel
Franklinrsquos ground squirrel o Prior to European settlement
Bison elk mule deer mountain lion black and grizzly bear gray wolf Larger animals include coyote bobcat least and long-tailed weasel mink
Fish
More than 75 species of fish Amphibians and Reptiles
53 species of amphibians and reptiles o 2 salamanders 5 toads 6 frogs 8 turtles 8 lizards and 24 snakes
Eco-tourism amp Wildlife Viewing
Henry Doorly Zoo in Omaha Childrenrsquos Zoo in Lincoln
Ak-Sar-Ben Aquarium Ponca State Park
Mahoney State Park Platte River State Park
Two Rivers State Recreation Area Branched Oak
Homestead National Monument Ashfalls Fossil Beds State Park
Migrating birds Fontenelle Forest Indian Cave State Park Schramm State Park
Tallgrass prairie Audubonrsquos Spring Creek Prairie south of Denton amp Nine-Mile Prairie
Canoeing hiking biking
Elkhorn River Platte River
Cowboy Trail Steamboat Trace Trail
MoPac East Trail Oak Creek Trail
Driving Tours
Nebraska Scenic Byway Outlaw Trail Scenic Byway
Heritage Highway Lewis and Clark Scenic Byway
NEBRASKA MASTER NATURALIST Explore Contribute Connect
14
Mixedgrass Prairie
Introduction
Transition zone between tallgrass and shortgrass prairies o Have characteristics of both o Plant composition varies considerably depending of soil type topography weather and
land use
Elevation east to west 1650 to 3000 feet above sea level
Climate - Semiarid o Average annual precipitation from 28 inches in the east to 20 inches in the west o Average annual temperature from 52-57 degrees - Frost-free period 150 ndash 190 days
General topography o Level broad plains rolling hills in north-central part steep sloops with deep drainages in
the southwest o Mostly covered with windblown silt o Ogallala aquifer underlies most of the Ecoregion
Alluvial aquifers along streams
Streams o Platte Republican Loup Niobrara Blue rivers ndash all eventually drain into Missouri River
Wetlands o Rainwater Basin ndash playa wetlands formed by wind with a clay pan to hold water
Found in south-central Nebraska Once contained more that 4000 major wetlands National importance for migrating birds
o Central Table Playas ndash found mostly in Custer County on top of hills o Subirrigated Wet Meadows ndash found along Platte and Loup Rivers
Transected with old river channels swales and sloughs o Riverine Wetlands ndash found along streams
Include oxbows and other semi-permanent wetlands o Sandhill Wetlands ndash found in sandy areas close to Platte and Loup Rivers o Formed where groundwater reaches surface
Vegetation
Tallgrass spps tend to dominate in the east and along floodplains and shortgrass spps found further west (drought resistant)
Hilltops dominated by buffalograss and blue grama
Hill sides dominated by medium-stature grasses ndash side-oats grama little bluestem western wheatgrass and sand dropseed
Lower slopes and valleys ndash big bluestem Indiangrass switchgrass and Canada wildrye
Hundreds of forbs found including o Prairie clover Illinois bundle flower wild alfalfa deer vetch leadplant prairie
coneflower stiff sunflower and blazing star
Historically less than 1 covered with woodlands ndash mostly close to streams o Trees - Eastern cottonwood green ash hackberry red cedar o Shrubs ndash roughleaf dogwood false indigo sandbar willow o Some native oaks and black walnut can be found on steeper slopes
Wet meadows and wet prairies
NEBRASKA MASTER NATURALIST Explore Contribute Connect
15
o Woolly sedge spike rush prairie cordgrass o Federally endangered prairie white-fringed orchid o State endangered saltwort
Playa wetlands (Rainwater Basin and Central Tables area) o Seasonally flooded - River bulrush common cattail smartweed o Temporarily flooded ndash spike rush flatsedge plains coreopsis o More permanent - bladderwort pondweed duckweed
Riparian wetlands ndash switchgrass scouring rush bedstraw
Sandhill wetlands ndash cattail bulrush smartweed
Birds
More than 350 spps of resident and migratory birds o Grasshopper and field sparrow dickcissel western meadowlark bobolink northern
bobwhite ring-necked pheasant northern harrier and greater prairie chicken o Platte River
Over 300 spps with 141 known to nest o Sandhill cranes endangered whooping cranes
o Rainwater Basin Over a dozen spps of waterfowl including 13 of northern pintails 50 of North
Americans mallards 90 of mid-continentrsquos white-fronted geese Approximately 3000000 shorebirds
o Thousands of Swainsonrsquos hawks migrate through the region Mammals
Many species of mammals but none that are only found in mixedgrass prairies Fish ndash Diverse range of species
Reptiles and amphibians
Spiny softshell turtles western painted turtles and snapping turtles in wet areas
Ornate box turtle in native grasslands
Northern water snake ndash only aquatic snake found
Prairie rattlesnake only poisonous snake found
Smooth green snakes and red-bellied snakes are two of the more rare snakes
3 lizards found ndash northern earless prairie racerunner northern prairie lizards
Tiger salamander only salamander found
Frogs and toads common
Eco-tourism amp Wildlife Viewing
Sandhill cranes - Rowe Sanctuary amp Roadside viewing sites constructed by Central Platte NRD
Waterfowl viewing - Rainwater Basin
Massie Waterfowl Production Area with an observation tower (Clay Center)
Funk Waterfowl Production Area and Sacramento-Wilcox Wildlife Management Area o Handicapped accessible blinds
Bald eagle viewing ndash J-2 Power Station near Lexington Harlan County Lake Sherman Lake and Rowe Sanctuary
Prairie chicken viewing- Calamus Outfitters near Calamus Reservoir
NEBRASKA MASTER NATURALIST Explore Contribute Connect
16
Sandhills Motel ndash Mullen
Walking Trails ndash Rowe Sanctuary Kearney Hike-Bike Trail Harlan County Lake Funk Harvard and Massie Waterfowl Production Areas Lake Seldom at Holdrege
Best way to find out about birding trails is to go to wwwnebraskabirdingtrailscom o Some are ndash Chicken Dance Trail Rainwater Basin Loops
Sandhills
Introduction
19300 square miles of north-central Nebraska o Largest dune system in the western hemisphere o One of the largest grass-stabilized dune regions in the world o Majority of the region is in relatively natural state
Sandhills young geologically speaking o Dunes aligned primarily in a northwesterly to southeasterly direction with prevailing
winds o Some dunes over 400 feet in height o Soils poorly developed with a thin layer of topsoil o High infiltration rate (up to 10 feet per day) o High water table ndash almost 2000 shallow lakes and over a million acres of wetlands
Most lakes and wetlands at headwaters of streams amp in poorer draining areas in western areas
Most wetlands and lakes pH neutral but alkaline wetlands and lakes common in the west where salts and carbonates accumulate
Fens ndash Sandhills contains some of Great Plains largest ones
Streams of the region o North and Middle Loup Calamus Cedar Dismal ndash flow from groundwater discharge o Niobrara River ndash only river that originates out of the region (starts in Wyoming)
Climate o Semiarid ndash annual precipitation ndash 23 inches in east to 17 inches in west
Vegetation
700 native plants spps
Sandhills dune prairie plant community o Mixture of sand-adapted grasses ndash sand bluestem prairie sandreed little bluestem and
hairy grama o Forbs ndash stiff sunflower bush morning glory plains gayfeather o Shrubs ndash sand cherry leadplant prairie rose and yucca
Sandhills dry valley prairie community o Grasses - Big Bluestem Indiangrass switchgrass o Forbs ndash western ragweed white sage and prairie coneflower o Shrubs ndash leadplant Arkansas rose western wild rose
Blowouts o Federal and state threatened blowout penstemon
Native woodlands ndash uncommon o Eastern cottonwood peachleaf willow coyote willow chokecherry wild plum and
snowberry
Middle Niobrara River valley largest woodland in sandhills
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17
o South facing bluffs -Oak basswood black walnut green ash o Canyons ndash Paper birch quaking aspen o North river bluffs ndash ponderosa pine o Referred to as a biological crossroads
Wet meadows o Sedges spike rushes prairie cordgrass switchgrass o Shrubs - Sandbar willow false indigobush
Alkaline wet meadows o Inland saltgrass foxtail barley alkali sacaton meadow bluegrass and scratchgrass
Fens o Contain 20 at-risk plant species including bog bean cottongrass and marsh marigold
Freshwater marshes o Ripgut sedge common reed smartweeds bulrush cattail duckweed coontail
Alkaline marshes ndash alkaline-tolerant plants Birds
More that 300 species of birds o Sharp-tailed grouse and greater prairie chicken o Long-billed curlew (sandhills important breeding site)
Upland sandpiper vesper sparrow lark bunting grasshopper sparrow western meadowlark High concentration of northern harriers and ferruginous hawks
Important breeding area for mallards blue-wing teal pintail
American Bird Conservancy calls the area the ldquoBest grassland bird place in the United Statesrdquo Mammals
55 species of mammals but not specific to the Ecoregion Fish
75 species of fish
Rare spps ndash blacknose shiner pearl northern redbelly and finescale daces o Species cutoff from principle range
Amphibians and Reptiles
27 species o One salamander 3 toads 4 frogs 6 turtles 4 lizards 9 snakes
Eco-tourism amp Wildlife Viewing
Crescent Lake Fort Niobrara Valentine National Wildlife Refuges
Nebraska and Samuel R McKelvie National Forests
Niobrara Valley Preserve (TNC property) with 2 bison herds
Merritt Reservoir Calamus Reservoir
Niobrara Wild and Scenic River o Over 10 outfitters in Valentine area for canoeing kayaking and tubing
Dismal Loup and Cedar rivers also offer canoeing and tubing
Niobrara Valley Preserve
Swan Lake Motor Route
Sandhills Scenic Byway (Hwy 2) ndash one of the top 10 scenic highways in the nation
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18
Stargazing ndash Nebraska Star Party near Valentine in August
Cowboy Trail (will be the nationrsquos longest rails-to-trails conversion)
Calamus Outfitters
Shortgrass Prairie
Introduction
Found in western Nebraska
High diversity of habitats
Dramatic changes in elevation and topography
Soils range from sand to clay-loam to hard sandstone
Annual precipitation 12-17 inches ndash humidity generally low
Annual average temperature 47-50
Topography o Truest form of shortgrass prairie found in Banner Cheyenne Deuel and Kimball counties o Mixedgrass and sandsage prairies in southeast of Ecoregion o Wildcat Hills bluff formation found in Scottsbluff amp Morrill counties o Relic sandhill extend through Morrill and Sioux counties o Pine Ridge found in northern Dawes Sheridan and Sioux counties
Streams o North Platte River Lodgepole Creek Upper Niobrara and White Rivers o 5 large reservoirs and a number of smaller artificial lakes o Playas found throughout the region
Vegetation
Shortgrass Prairie o Buffalograss blue grama side-oats grama purple threeawn (grass height 10 inch) o Over 100 spps of forbs o Milkvetch scarlet guara cutleaf ironplant prickly pear purple locoweed scurfpea
prairie coneflower scarlet globe mallow
Mixedgrass Prairie o Blue grama prairie sandreed threadleaf sedge needle-and thread grass little bluestem
western wheatgrass (grass height 18-24 inches) o Shrubs
Skunkbush sumac winterfat fringed sage snowberry yucca broom snakeweed o Over 100 species of Forbs o Scarlet guara dotted gayfeather skeleton plant cutleaf ironplant scurfpea scarlet
globe mallow o Within the mixedgrass prairie ndash 2 unique communities found
Northwestern mixedgrass amp Loess mixedgrass prairie
Sandhill dune prairie and sandsage prairies o Sandsage sand bluestem blue grama prairie sandreed needle-and-thread yucca o Forbs ndashsand-lily desert goosefoot plains sunflower bush morning glory showy
impomopsis
Western alkaline meadows along the North Platte o Inland saltgrass alkali sacaton field sedge foxtail barley meadow bluegrass o Forbs ndash spearscale alkali aster camphor daisy thelypody
NEBRASKA MASTER NATURALIST Explore Contribute Connect
19
Ponderosa pine woodlands o Ponderosa pine quaking aspen green ash Saskatoon serviceberry chokecherry dwarf
juniper fragrant sumac mountain mahogany wolfberry Kentucky bluegrass littleseed ricegrass
Riparian woodlands o Cottonwoods peachleaf willows green ash boxelder Sandbar willow wild plum
chokecherry buffaloberry horsetail sedges marsh muhly and cordgrass
Badlands o Saltbush rabbitbrush poverty weed Russian thistle
Birds
More that 300 species of birds found
Shortgrass birds o McCownrsquos and Chestnut-collared longspurs Brewerrsquos sparrow horned lark burrowing
owl and state threatened mountain plover
Mixedgrass birds o Western meadowlark grasshopper sparrow lark bunting
Pine Ridge birds o Lewisrsquo woodpecker pygmy nuthatch ovenbird mountain bluebird
Wetland birds o Canada geese mallard northern pintail shorebirds
Mammals
White-tail and mule deer elk pronghorn bighorn sheep coyotes bobcats mountain lions prairie dogs federally endangered black-footed ferret river otter black-tailed jackrabbit badger pocket gopher grasshopper mouse
Fish
Many gamefish state threatened finescale dace endangered blacknose shiner etc Amphibians and Reptiles
Include western striped chorus frog Woodhousersquos toad bullsnake prairie rattler lesser earless lizard horned lizard ornate box turtle and painted turtle
Ecotourism amp Wildlife
Lake McConaughy (largest reservoir in state)
Lake Ogallala
Pine Ridge area o Ft Robinson State Park o Chadron State Park o Nebraska National Forest (Pine Ridge Unit) o Soldier Creek Wilderness
Oglala National Grassland and Toadstool Geologic Park
Wildcat Hills Nature Center in Gering
Scotts Bluff National Monument
Chimney Rock
Agate Fossil Beds National Monument
NEBRASKA MASTER NATURALIST Explore Contribute Connect
20
Endangered Species Act
The Endangered Species Act provides a program for the conservation of threatened and endangered
plants and animals and the habitats in which they are found The US Fish and Wildlife Service and the
Department of the Interior maintain the list of 632 endangered species (326 plants and 306 animals) and
190 threatened species (112 animals and 78 plants)
The law is written to prohibit any action that results in taking or injuring a listed species or negatively affects habitat Also prohibited is the import export interstate or foreign trade of listed species
Nebraskarsquos Endangered amp Threatened Species
State Status Federal Status
Birds Bald Eagle Threatened Threatened
Piping Plover Threatened Threatened
Mountain Plover Threatened Proposed Threatened
Whooping Crane Endangered Endangered
Eskimo Curlew Endangered Endangered
Interior Least Tern Endangered Endangered
Mammals River Otter Threatened
Southern Flying Squirrel Threatened
Black-footed Ferret Endangered Endangered
Swift Fox Endangered
Black-tailed Prairie Dog Candidate
Plants Western Prairie Fringed Orchid Threatened Threatened
Utersquos Ladyrsquos Tresses Threatened Threatened
Ginseng Threatened
Small White Ladyrsquos Slipper Threatened
Colorado Butterfly Plant Endangered Threatened
Saltwort Endangered
Hayden Penstemon Endangered Endangered
Insects American Burying Beetle Endangered Endangered
Salt Creek Tiger Beetle Endangered Candidate
Fish Lake Sturgeon Threatened
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21
Northern Redbelly Dace Threatened
Finescale Dace Threatened
Blacknose Shiner Threatened
Topeka Shiner Endangered Endangered
Sturgeon Chub Endangered
Pallid Sturgeon Endangered Endangered
Reptiles amp Mussels Massasauga Threatened
Scaleshell Mussel Endangered Endangered
Information courtesy of Nebraska Game and Parks US Department of the Interior and the US Fish
and Wildlife Service
The Nuts and Bolts
Without habitat there are no animals
Every species has its niche
Understand the importance of biodiversity Know where the Platte River begins and ends understand its
makeup and where Rowe is located in the relationship to the river How Rowe plays a role in
conservation habitat maintenance and education Have an understanding of what constitutes the 4
major eco-regions in Nebraska
References Integrated Principals of Zoology by Cleveland P Hickman Jr Larry S Roberts Alan Larson (WmC
Brown Publishers 1996)
Zoology by Lawrence G Mitchell John A Mutchmor Warren D Dolphin (The BenjaminCummings
Publishing Company Inc 1988)
Biology the unity and Diversity of Life 7th Ed By Cecie Starr and Ralph Taggart (Wadsworth Publishing
Company 1995)
Nebraskarsquos Natural Legacy Project httpwwwngpcstateneuswildlifeprogramslegacyreviewasp
Cliffs Quick Review Biology by I Edward Alcamo PhD and Kelly Schweitzer PhD (Wiley Publishing 2001)
Biology for Dummies by Donna Rae Siegfried (Wiley Publishing Inc 2001)
NEBRASKA MASTER NATURALIST Explore Contribute Connect
22
Taxonomy in a Nutshell
Definitions
Classification is a systematic arrangement in groups or categories according to established
criteria
Taxonomy is the orderly classification of plants and animals according to their presumed natural
relationships
Binomial nomenclature (Binomial = 2 terms ndash Generic amp specific nomenclature = set of names)
is a system of naming in which each species of animal or plant is given a two tern Latin name
The first term identifies the genus to which the plantanimal belongs and is always spelled with
a capital letter The second term is the species of the plantanimal and is spelled with a lower
case letter This ldquoscientific namerdquo is usually printed in italics or underlined For example ndash Felis
concolor or Felis concolor
The Reason for ithellipWhy use taxonomy
Scientific taxonomic classification is a tool used through the world in an effort to catalog and compare
living things Zoologists now classify approximately 15 million animal species Each year about 10000
new species are added and it is estimated that more than 10 million different animal species may
actually exist on earth
Okay But why Latin
Common names of animals and plants vary from place to place even within a community For instance
the animal name above Felis concolor is known as puma mountain lion catamount panther and
several other local names So how does a biologist from Nebraska know that she and a scientist from
Scotland are talking about the same animalplant Throughout the scientific world Latin is recognized
as the universal language of scholars and scientists By referring to it by its Latin ldquoscientific namerdquo there
is no mistaking what animalplant they are referring to Latin also provides a source for decoding the
scientific name into something that tells you a little about the animalplant itself A translation often
provides a short description of the animal ie the giant anteaterrsquos species tridactyla actually means
three-toed
Background
The identification and comparison of different animals and plant species dates back to ancient times
Naturalists wrote herbals and bestiaries that were lists and descriptions of familiar organisms of a given
locality There was little interest in communicating outside a restricted region The advent of the
printing press led to broader dissemination of books and ideas Cataloging and comparing species on a
more comprehensive scale became possible As naturalists compiled their work they used many words
NEBRASKA MASTER NATURALIST Explore Contribute Connect
23
to describe a species by several characteristics sometimes defining one species in terms of another For
example the blue chair with the fluted arms the red chair like the blue chair with the fluted arms etc
Each authorrsquos system and terminology was different It is only comparatively recently that the
observation and study of the animal and plant world has begun to be organized along truly scientific
lines
Toward the middle of the eighteenth century the Swedish botanist Carolus Linnaeus produced a general
classification of all living species and this system has formed the departure point for all subsequent
developments of taxonomy His system was ambitious and used polynomials some with fifteen words
An example is the oak with leaves with deep blunt lobes bearing hair-like bristles Although he
considered the polynomial name to be the true one he also made notes with two-term names The
current binomial system used today is based upon these notes His writings and those of other scientists
that came after him became the standard for all classifications Since Latin was the universal language
of scholarship his writings were all in Latin Actually his real name was Carl van Linne but he translated
that to Latin as well
In the course of the last couple of centuries naturalists have come to adopt two different forms of
investigation and comparison in their classification process First they studied the question of
adaptation to the environment the significance of diverse structures and behavioral patterns among
animal species and the reason why these different modes of behavior and lifestyles enable animals in
different surroundings to survive
Secondly they have tried to recognize affinities and relationships between the various species They
have attempted to identify the ldquofamily likenessesrdquo that often exist among species which live in different
environments and therefore may be quite unlike one another in outward appearance
As a result of all this research scientists have built up a system of classification which places every
animalplant species in a particular category according to its relationships with other animalsplants
This is taxonomy
Side note ndash genetic testing is now being used to help with classification
How does it Work
When a new animalplant is recognized and identified it is given a species name This may be a term
that describes it or identifies the person who first recognized it as a separate species Originally these
species names were assigned by the individual scientist that discovered them but now they are
assigned by international groups Once this species term is assigned it almost never changes In theory
NEBRASKA MASTER NATURALIST Explore Contribute Connect
24
it is never supposed to be changed even if it is later moved to a different genus family or class but over
the years there have been a few exceptions
The basis of taxonomy however is the genus This is the smallest grouping of related species When
taxonomy began there were relatively few identified species so species were grouped into genera and
there it ended As the body of knowledge grew so did the need for a broader system of grouping From
there the hierarchical system of classification based on natural features evolved
The current system works as follows
Individually related species are grouped into the same genus
The most closely related genera are grouped into the same family
Related families are grouped into an order
Orders are grouped into a related class
Similar classes are included in the same phylum
The phyla are then placed into the proper kingdom
Each of these categories may also contain sub- or super- subdivisions
Taxonomy is a constant work in progress As scientists learn more about different species their
classification may change Changes can reflect a clearer understanding of where the species fits in
among the others with similar characteristics Until recently we only had to contend with two kingdoms
ndash animal and plants Today scientists recognize a least five different kingdoms of living things
Monera ndash bacteria and blue-green algae
Protista ndash one-celled organism with nucleus
Plantea ndash green plants
Fungi ndash non-green plants
Animalia ndash animals
NEBRASKA MASTER NATURALIST Explore Contribute Connect
25
Fauna of Nebraska
Developed and Adopted by Keanna Leonard Education Director Rowe Sanctuary
Objectives for Fauna Mammals Amphibians amp Reptiles Birds 3-4 hours
1 Descriptions ndash (Mammals Amphibians and Reptiles birds --ndash IMPORTANT CHARACTERISTICS)
2 Vocabulary
3 Common Oderrsquos in Nebraska and examples
4 Nuts amp Bolts of Mammals How to ID amp locate specific animals and their evidence (possible
activity tracks traces etc) in Nebraska
MAMMALS IN A NUTSHELL Basic Characteristics
1 Mammary glands (hint the name) that
produce milk
2 Sweat glands
3 Sebaceous glands for oil
4 Presence of hair on the body at some time
during life span
5 Homiothermic Endotherm (warm blooded)--
regulate high body temperature
6 Four-chambered heart
7 Enucleated red blood cells
8 Have a diaphragm
9 Enlarged cerebral hemisphere
10 One bone in lower jaw and complex
dentition
11 3 middle ear bones
12 Turbinal bones in nasal chamber
13 Eggs develop in a uterus with
placental attachment and born alive
(viviparous)
MAMMAL VOCABULARY
Altricial Born helpless
Arboreal Tree dwelling
Carnivore A mammal in the order Carnivora
Carnivorous Meat eating
Crepuscular Active at dusk and dawn
Diurnal Active during the day
Dominant Ruler or leader of others
Habitat Region where an animal lives
Herbivore An animal that eats only plants
Herbivorous Plant eating
Hibernation Winter period when certain
animals become inactive to a point in
where all body functions slow
considerably for a long period
Instinct Inherited mode of behavior
Mammal Animals that have hair on their
bodies (see other char above)
Marsupial Animals whose females have
pouches
Nocturnal Active during nighttime
Omnivore Animals that eats both meat and
plant material
Omnivorous Eating both meat and plant
material
Precocial Born in an advanced stage of
development and able to move about
Predator Animals that kills another animal for
food
Prehensile Grasping
Prey Animal hunted for food
NEBRASKA MASTER NATURALIST Explore Contribute Connect
26
Protective coloration Enables the animal to
blend in with surroundings
Reticulated Net-like pattern of skin
Terrestrial Ground dwelling
Viviparous Live birthing
There are 21 orders of mammals found in the world
Listed below are the orders and examples of common species found in Nebraska
More Species found in Core Curriculum Binder
Insectivores (shrews and moles)
Masked Shrew (Sorex cinereus)
Northern Short-tailed Shrew (Blarina
brevicauda) (venomous)
Least Shrew (Cryptotis parva)
Eastern Mole (Scalopus aquaticus)
Chiroptera (bats)
Big Brown Bat (Eptesicus fuscus)
Red Bat (Lasiurus borealis)
Hoary Bat (Lasiurus cinereus)
Xenarthra
Nine-banded Armadillo (Dasypus novemcinctus)
Lagomorpha Eastern Cottontail (Sylvilagus floridanus) Black-tailed Jackrabbit (Lepus californicus)
Rodentia
Franklinrsquos Ground Squirrel (Spermophilus
franklinii)
Thirteen-lined Ground Squirrel (S
tridecemlineatus)
Black-tailed Prairie Dog (Cynomys
ludovicianus)
Plains Pocket Gopher (Geomys bursarius)(fur-
lined pouch)
Plains Pocket Mouse (Perognathus
flavescens)
Beaver (Castor canadensis)
Eastern Woodrat (Neotoma floridana)
Meadow Vole (Microtus pennsylvanicus)
Muskrat (Ondtra zibethicus) (laterally
compressed tail)
Porcupine (Erethizon dorsatu
Carnivora Despite the name of the order not all are carnivorous Many are omnivores (most bears and raccoons)
and some are even herbivores (giant panda)
Most carnivorous mammals have 3 up and 3 down relatively small incisors and 1 up and 1 down large
canine teeth on both sides of the incisors
Common species found in this area include
Family Canidae Coyote (Canis latrans) Red fox (Vulpes vulpes)
Family Procyonida Raccoon (Procyon lotor)
Family Mustelidae
NEBRASKA MASTER NATURALIST Explore Contribute Connect
27
Long-tailed Weasel (Mustela nivalis)
Least Weasel (M nibalis)
Mink (Mustela vison)
Badger (Taxidea taxus)
Striped Skunk (Mephitis mephitis)
River Otter (Lutra canadensis)
Family Felidae Bobcat (Felis rufus)
Artiodactyla Mule Deer (Odocoileus hemionus) White-tailed Deer (O virginianus
References National Audubon Society Field Guide to North American Mammals by John O Whitake Jr Robert
Elman Carol Nehring (Alfred A Knoph Inc 1994)
Guide to Mammals of the Plains States By J Knox Jr Davide M Armstrong Jerry R Choate (University
of Nebraska Press 1985)
The Nuts and Bolts Know important characteristics especially-
Mammary glands Sweat glands Sebaceous glands Hair sometime during their life
4 chambered heart
Though these critters look like a rodent
Donrsquot confuse them for a moment
They sport small eyes and ears out of view
Their teeth are small sharp and more than a few
They are made up of one mole and shrews three
So in what ORDER can they be
Commonly seen species of Chiroptera number three And are known as the only mammals to swim through the air free They are normally seen at night and for finding food use echolocation rather than sight Now I know you know what they be But go ahead and name all three These mammals have what humans claim to be a disgusting habit of defecating undigested pellets and eating them again What are they Chewing the cud is normal for this group and so is walking on their two middle toes Name the common species found in this area
NEBRASKA MASTER NATURALIST Explore Contribute Connect
28
AMPHIBIANS
Basic Characteristics
1 Skin naked No scales or hair
2 Eggs do not have shells but are jelly like
Laid in clusters always in water
3 Ectodermic
4 Can breathe through permeable skin
5 Spend all or part of life in water
6 Adults are carnivores Size of head
determines size of prey
7 Incomplete lung development
DIFFERENCES BETWEEN REPTILES AND AMPHIBIANS
Reptiles
1 Ectodermic
2 Covered with scales or plates
3 Shed skin
4 Most not do not live in or around water
Amphibians
1 Ectodermic
2 Smooth slimy skin without scales
3 Do not shed skin
4 Spend all or part of life in water
5 Go through metamorphose
Listed below are the orders and examples of common species found in Nebraska
More Species found in Core Curriculum Binder
Salamanders (Order Urodela)
Small-mouth Salamander (Ambystoma
texanum) Occurs in eastern Nebraksa
Tiger Salamander (A tigrinum) Occurs
throughout the state
Frogs and Toads (Order Anura) Thirteen species occur in Nebraska
Pelobatidae or Spadefoot Family
Plains Spadefoot (Spea bombifrons) Occurs throughout Nebraska expect southeast
Ranidae or True Frog Family Plains Leopard Frog (Rana blairi)
Northern Leopard Frog (Rana pipiens)
Bullfrog (Rana catesbeiana
Microhylidae or Narrow-mouthed Family Plains Narrowmouth Toad (Gastrophryne olivacea)
NEBRASKA MASTER NATURALIST Explore Contribute Connect
29
Bufonidae or Toad Family
American Toad (Bufo americanus) Occurs only
in eastern part of the state
Great Plains Toad (Bufo cognatus) Occurs
throughout the state
Woodhousersquos Toad (Bufo woodhousei) Occurs
throughout the state
Hylidae or Tree Frogs
Northern Cricket Frog (Acris crepitans) East
and central Nebraska
Western Striped Chorus Frog (Pseudacris
triseriata amp P maculata) Occurs throughout the
state
Copes Gray Treefrog (Hyla chrysoscelis) Found
in eastern part of state
Resources Reptiles and Amphibians of Nebraska ndash herpetology database httpsnrsunleduherpneb
NEBRASKA MASTER NATURALIST Explore Contribute Connect
30
REPTILES Basic Characteristics
1 Ectothermic (cold-blooded) Body temperature is the same as the temperature of its surroundings
2 Dry skin covered with scales or plates
3 Teeth if present are needle-like or conical
4 Skin shed in one piece or several pieces at intervals
5 Lay soft shelled eggs or young born alive in a membranous sac
6 Lung breathing
There are four groups
Lizards - Short-legged long-bodied reptiles
Taped tail Size varies from 4- inch long fence
swift to 10 foot Kamodo dragon
Snakes - Legates cousins of lizards
Turtles - Armored shells
Crocodilians - Crocodiles Alligators Caimans
REPTILE VOCABULARY
Antivenin An antidote to the venom of
venomous snakes produced by inoculating
horses with small doses of venom Horses build
up an immunity or resistance The horsersquos
blood is used to make the antivenin
Blue Stage Refers to the condition of a snake
prior to shedding
Carapace Dorsal (covering the back) shell
Constrictor A term used in describing a snake
that kills its prey by constriction
Ectothermic Not able to control body
temperature (Cold-blooded) Dependent upon
environment to control body temperature
Egg Tooth A sharp projection located in front
of nose on upper jaw Used by infant reptiles to
cut through eggshell
Fangs Grooved or tubular teeth used to inject
venom
Hemotoxin Venom that attacks the blood
Herpetologist A specialist in reptiles
Jacobsonrsquos Organ A tastesmell sense organ
with two small openings located on roof of
mouth
Thermal Pit A heat sensory pit on side of head
between nostril and eye Allows snakes to track
warm-blooded animals and to strike accurately
especially at night Found only in venomous
snakes known as pit vipers
Neurotoxin Venom that attacks the nervous
system
Oviparous Lays egg
NEBRASKA MASTER NATURALIST Explore Contribute Connect
31
Ovoviviparous Give birth to live young Egg
developed in female and then deposited as a
living young
Plastron Ventral (covering the belly) shell
Reticulated Net-like pattern on skin
Scales Folds of skin covering reptiles
Scutes Single section of shell each sell is made
up of many scutes
Toxic Poisonous
Toxin Poison
Undulating Type of snake locomotion typical of
most snakes - Leaves ldquoSrdquo shape track
Venom Poisonous fluid secreted from glands
and transmitted by bite or sting
Venomous Describes animal containing venom
gland
Nuts amp Bolts of Reptiles
Most reptiles are carnivores (eat meat) Many will eat only live food Some are herbivores (eat
plant material) as well as insectivores (eat insects)
Reptiles often found in water or underground for protection from predators and to help
regulate body temperature Air temperature can change quickly but water and soil
temperature are more constant therefore it helps to regulate the reptiles body temperature
Because they are ectothermic many reptiles live in places that are warm year round In colder
climates reptiles hibernate underground below the freeze line
Most reptile lay eggs and are called oviparous Eggs are buried in sand soil rotted logs etc and
kept warm only by heart from the sun or from rotting vegetation Very few reptiles stay around
to protect their eggs Some reptiles keep their eggs inside their bodies until they hatch and
produce live young (ovoviviparous) Example - garter snakes Very few reptiles care for or feed
their young Young are precocial able to look after themselves minutes after they hatch
Most snakes are harmless Even snakes that are venomous will not bite unless they are
cornered or stepped on Snakes are good and necessary animals They help control potential
destructive populations of rodents
Listed below are the orders and examples of common species found in Nebraska
ORDER CHELONIA Basic Characteristics
1 Contains all forms of turtles and tortoises
2 Has body enclosed in a shell made of
modified horny scales and bone Shell made of
two parts Carapace - upper part covering
animalrsquos back Plastron-under part covering
animalrsquos stomach amp chest
3Ribs and most of vertebrae attached to shell
4 Neck long and flexible and can usually be
withdrawn into shell
5 Have no teeth but jaws outfitted with horny
beaks
6 All lay eggs Usually bury eggs in pit in sand or soil Hatchlings must dig themselves to the surface
NEBRASKA MASTER NATURALIST Explore Contribute Connect
32
Examples of Turtles found in Nebraska Snapping Turtle (Chelydra serpentina)
Blandingrsquos Turtle (Emydoidea (Emys)
blandingii) Protected Species
False Map Turtle (Graptemys
pseudogeographica) Protected Species
Ornate Box Turtle (Terrapene ornata)
Smooth Softshell (Apalone mutica)
Spiny Softshell (Apalone spinifer
SUBORDER LACERTILA (lizards) Basic Characteristics
1 Dry scaly skin clawed feet external ear
openings
2Have movable eyelids - snakes do not
3 Males and females often show different
coloration
4 Generally diurnal but many nocturnal
(geckos night lizards Gila Monsters)
5 Courtship brief fertilization is internal
6 Most are egg layers
Examples of Lizards of Nebraska
Six-line Racerunner (Cnemidophorus sexlineatus Five-line Skink (Eumeces fasciatus)
Many-lined Skink (Eumeces mulitvirgatus)
Great Plains Skink (Eumeces obsoletus)
Slender Glass Lizard (Ophisaurus attenautus)
Lesser Earless Lizard (Holbrookia maculate)
Northern Prairie Lizard (fence lizard)
(Sceloporus undulates)
SUBORDER SERPENTES (Snakes) Basic Characteristics
1 Elongated scaly bodies (to protect from water
loss) no limbs external ear opening or eyelids
(eye covered with a clear scale)
2 Terrestrial subterranean arboreal
amphibious
3 Carnivores swallow prey whole
4 Continue to grow throughout their lives
6 Hibernate in colder climates
7 Males locate females by scent
8 Internal fertilization
9 Some lay eggs others bear live young
11 Vipers (venomous snakes) have heat-
sensing organs called thermal pits
NEBRASKA MASTER NATURALIST Explore Contribute Connect
33
12 Teeth slanted back If one is lost another drops down in itrsquos place
Examples of snakes found in Nebraska
Black Rat Snake (Elaphe obsoleta)
Great Plains Rat Snake (Elaphe guttata)
Bullsnake (Pituophis catenifer)
Common Kingsnake (Lampropeltis getula)
Eastern Hognose Snake (Heterodon
platyrhinos)
Western Hognose Snake (Heterodon nasicus)
Glossy Snake (Arizona elegans)
Milk Snake (Lampropeltis triangulum)
Plains Garter Snake (Thamnophis radix)
Common Garter Snake (Thamnophis sirtalis)
Racer (Coluber constrictor)
Pit Vipers
Copperhead (Agkistrodon contortrix) found in extreme southeast Nebraska
Massasauga (Sistrurus catenatus) Found in southeast Nebraska Protected Species
Prairie Rattlesnake (Crotalus viridis) Found in central and western parts of the state
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 34
Birds What Makes a Bird a Bird IMPORTANT CHARACTERISTICS
So what makes a bird a bird All birds share one common characteristic that no other animal has and
that is FEATHERS Other characteristics include
Maintain high constant body temperature Endotherms (warm-blooded)
Possess toothless beaks or bills
All lay hard-shelled eggs (oviparous)
Air sacs in birdrsquos body give buoyancy
Generally bones are hollow Decreases body weight
Four-chambered heart
Lend Me Your Ear Yes birds have ears but they are missing the pinna or outside part of the ear that collects sound Birds
have feather-covered openings on both sides of the head just behind the eyes Owls and other night-
flying birds have off-setting ears that allow them to pinpoint the exact position of prey
Can birds smell We are not quite sure how well most birds smell We do know vultures use the sense of smell to find
their dinner The champion bird sniffer belongs to kiwi found in New Zealand They are able to sniff out earthworms Some diving birds like cormorants cannot even breathe through their nostrils because they are sealed Ocean birds have special glands in their noses which eliminates salt from the salty water they drink
Eggs Birds lay hard-shelled eggs made mostly of carbon carbonate The hard shell keeps the egg from drying
out and allows parents to sit on it without damaging the developing chick Though the shells are hard it
does not mean that they are non-porous Microscopic pores allow the embryo to ldquobreatherdquo Carbon
dioxide and oxygen can pass through the shell
Eggs come in all sizes colors and patterns We believe that the different colors and patterns are
intended as camouflage Blue and green eggs are found in nests that are in the shade Patterned eggs
blend in with vegetation and stones and white eggs are normally found in cavities
The shape of eggs also depends on where a bird nests The most common shape is oval A pointed egg
is usually found near ledges Round eggs are generally found in highly secure nests
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 35
Commonly Seen Bird Families of Nebraska
Grebes (Family Podicipediae ndash rump foot)
WHAT TO LOOK FOR
Sleek diving waterbirds - small to medium size
Most have sharp pointed bills with fairly long necks short wings and almost no tail
Have lobed toes and legs set far back on body
Common Nebraska species - Pied-billed horned eared western and Clark grebes
Pelicans (Family Pelecanidae ndash an ax)
WHAT TO LOOK FOR
Very large waterbirds
Huge bills with large distensible pouches
Most are white with black flight feathers ndash wingspan 6-9 feet
Common Nebraska species ndash American White Pelican
Cormorants (Family Phalacrocoracidae ndash bald raven)
WHAT TO LOOK FOR
Large diving waterbird shaped like an elongated goose
Long neck and long bill hooked at the end
Wing span 3-5 feet Mostly dark in color
Common Nebraska species ndash Double-crested cormorant
Herons Egrets and Bitterns (Family Ardeidae - )
WHAT TO LOOK FOR
Medium to large wading birds
Usually with long legs bills and S-shaped neck
Short rounded tails
Common Nebraska species ndash American and least bitterns great and snowy egrets little
blue egret cattle egret great blue green black-crowned night and
yellow-crowned night herons
Ibises (and Spoonbills) (Family Threskiornithidae ndash sacred bird)
WHAT TO LOOK FOR
Medium to large wading birds
Long necks and legs with a duck-like body
Long tapering down-curved bill Common Nebraska species ndash white-faced ibis
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 36
Vultures (Family Cathartidae ndash cleanser)
WHAT TO LOOK FOR
Large soaring scavengers
Resemble eagles and large hawks in flight
Head and neck void of feathers bill hooked
Hold wings in a raised V-shape (dihedral)
Common Nebraska species ndash turkey vulture
Duck Geese and Swans (Family Anatidae ndash waterfowl)
WHAT TO LOOK FOR
Medium to large waterbirds
Large heads with conspicuous and horizontally flattened bills
Long necks heavy bodies relative short tails webbed feet and long wingspan Major differences between duck geese and swans
Ducks
Smallest of the three Have a soft swelling about the nostrils called a cere
Males of most ducks are easily separated from females by their gaudier plumage Feathers are
molted twice a year
Most males change into nuptial plumage after pair formation in the fall There may be some
modification of shape of a single feather or entire regions of plumage
Most species are sexually mature at 9 - 11 months
Males take no part in incubation
Geese
Neck shorter than body
Lore (area between eye and bill) feathered and more bluntly triangular than ducksrsquo
Sexes are similar
Permanent pair bonding
Molt once per year postnuptially
Sexually mature at 3 years
Males protect female clutch and brood after hatching
Young stay with parents for almost a year
Legs of most geese are farther forward under the belly than those of typical swans and ducks
Swans
Longest necks - necks slightly longer than body
Lore is naked
Sexes are similar
Molt once per year postnuptially - parents molt one after the other so one is able to fly
Young are carried on parentsrsquo backs
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 37
Sexually mature at 4 -5 years
Hawks and Allies (Family Accipitridae ndash to grasp or take)
Medium to very large diurnal raptors
Hooked beak strong legs and sharp talons
Buteos (buzzard hawks)
Stocky with broad wings wide tails
Soar and wheel high in the sky
Common Nebraska species ndash red-shouldered broad-winged Swainsonrsquos red-tailed
ferruginous rough-legged hawks
Accipiters (true hawks)
Small heads short rounded wings longish tail slender bodies
Fly with several rapid beats and a glide Common Nebraska species ndash sharp-shinned hawk Cooperrsquos hawk northern goshawk
Harriers
Slim body with slim round-tipped wings
Fly in open country gliding low with wings lifted in a V (dihedral)
Species in Nebraska - northern harrier
Kites
Small falcon shaped buoyant gliders not power-fliers
Common Nebraska species ndash Mississippi Kite
Osprey
Soar high on long swept-back wings
Broad tail short-headed appearance
Often travel in pairs
Eagles
Large very broad bodied with broad long plank-like wings massive head and bill
Soar steadily holding wings flat out to the side
Powerful wing beat on upstroke wings raised high Common Nebraska species ndash bald and golden
Falcons (and caracaras) (Family Falconidae - )
WHAT TO LOOK FOR
Small to large compact fast-flying raptors
Long pointed wings bent at the wrist - Strong rapid wing strokes
Common Nebraska species ndash American kestrel gyrfalcon peregrine falcon prairie falcon
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 38
Grouse Turkeys and Pheasants (Family Phasianidae ndash cock or fowl-like bird)
WHAT TO LOOK FOR
Ground dwelling birds with feather nostrils
Short strong bills and short rounded wings
Flight strong but brief
Males perform elaborate courting displays
Common Nebraska species ndash ring-necked pheasant sharp-tailed grouse greater
prairie chicken wild turkey
New World Quail ( Family Odontophoridae ndash bearing teeth)
WHAT TO LOOK FOR
Ground dwelling bird found in brushy habitat and other dense low foliage
Chunky rounded bodies and crests or head plumes
Chicken-like bill short rounded wings
Common Nebraska species - northern bobwhite
Rails and Coots (Family Rallidae - )
WHAT TO LOOK FOR
Marsh birds with short tails and stubby wings
Secretive and identified chiefly by call and habitat
Rails are laterally flattened ldquoThin as a railrdquo Coots are plumper and gregarious
Common Nebraska species ndash yellow rail black rail king rail Virginia rail sora common
moorhen American coot
Cranes (Family Gruidae - )
WHAT TO LOOK FOR
Tall stately wetland birds with long necks and long bills
Tertial flight feathers droop over rump in a bustle when standing
Fly with necks fully extended
Circle in thermals like raptors
Common Nebraska species - sandhill and whooping cranes
Plovers and Killdeer (Family Charadriidae ndash nocturnal waterbird)
WHAT TO LOOK FOR
Small to medium shorebirds that dart across the ground stop and then take off again Upright posture with medium length legs and long pointed wings
Rounded head large eyes thick neck with a short thick bill
Common Nebraska species ndash black-billed American golden snowy semipalmated piping
plovers and killdeer
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 39
Stilts and Avocets (Family Recurviostridae- bent bill)
WHAT TO LOOK FOR
Tall slim shorebirds
Long thin bill very long slender legs long neck striking black-and-white plumage Stilts have straight bills avocets have re-curved bills
Common Nebraska species ndash American avocets black-necked stilt
Sandpipers and Phalaropes and Allies (Family Scolopacidae ndash woodcock)
WHAT TO LOOK FOR
Diverse group of shorebirds
Long toes and long tapered wings
Bill and leg length varies but bill more slender than a ploverrsquos
Plumage browns grays and whites with reds and oranges during breeding season
All but one species have short elevated hind toe
Species found in Nebraska include common snipe ruddy turnstone phalaropes sandpipers
woodcocks godwits whimbrels willets etc
Dowitchers
WHAT TO LOOK FOR
Medium sized chunky dark shorebird
Long straight bills and distinct pale eyebrows
Feed in mud or shallow water in a rapid jabbing motion
Phalaropes
WHAT TO LOOK FOR
Often spin like a top in water when feeding
Female larger and more colorful than male
Male tends incubates and cares for chicks
Common Nebraska species ndash Wilsonrsquos and red-necked phalaropes
Gulls Terns and Allies (Family Laridae ndashsea birds)
Gulls
WHAT TO LOOK FOR
More robust with wider wings and longer legs than terns
Bill slightly hooked tail square or rounded - Seldom Dive
Common Nebraska species ndash Pomarine Jaeger Franklinrsquos little Bonapartersquos ring-
billed California Herring Thayerrsquos lesser black-backed glaucous
Sabinersquos gulls black-legged kittiwake
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 40
Terns
WHAT TO LOOK FOR
Graceful more streamline than gulls
Usually has a forked tail ndash most whitish with black cap
Sharp-pointed bill - Hoover and dive headfirst for fish
Common Nebraska species ndash Caspian common Foresterrsquos terns
Pigeons and Doves (Family Columbidae ndash dove)
WHAT TO LOOK FOR
Plump fast flying cooing voice
Short legs and necks and small heads short bills
Tail fan-like rounded or pointed
Pigeons larger than doves
Common Nebraska species ndash rock mourning Eurasian collared doves
Cuckoos Roadrunners and Anis (Family Cuculidae - )
WHAT TO LOOK FOR
Slender with a long tail at least half of the birdrsquos total length
Fairly large sturdy decurved (curving down) bill
2 toes forward 2 back (zygodactyls)
Common Nebraska species - black-billed cuckoo and yellow-billed cuckoo
Barn Owls (Family Tytonidae -)
WHAT TO LOOK FOR
Slim medium sized night hunter
Legs are long and sparsely feathered
Large head with large forward-facing immovable eyes
Heart-shaped face hooked beak and ghostly appearance
Typical Owls (Family Stigidae ndash night bird)
WHAT TO LOOK FOR
Generally night hunters
Large heads flatten face with large forward-facing immovable eyes hooked beak
Mottled appearance some with feather tuffs upright stance
Common Nebraska species ndash eastern screech great horned burrowing barred long-eared
short-eared northern saw-whet owls
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 41
Nighthawks and Nightjars (Family Caprimulgidae ndashgoat sucker)
WHAT TO LOOK FOR
Nocturnal or crepuscular
Big tail large eyes tiny bills surrounding a large gaping mouth
By day sit horizontally on limb or on ground
Easiest to identify by voice
Common Nebraska species ndash common nighthawk common poorwill chuck-willrsquos-widow
Whip-poor-will
Swifts (Family Apodidae ndash without feet)
WHAT TO LOOK FOR
Small to medium sized aerial foragers ndashspend most of life flying
Long sickle-shaped wings bending close to body and extremely short legs
Eat bathe drink and sometime mate in the air
Common Nebraska species - chimney swift white-throated swift
Hummingbirds (Family Trochilidae ndash small bird)
WHAT TO LOOK FOR
Tiny body long slender bill
Distinctive blur and hum of hovering wings
Jewel-like throat feather found on male
Common Nebraska species ndash ruby-throated broad-tailed and rufous hummingbirds
Kingfishers (Family Alcedinidae - kingfisher)
WHAT TO LOOK FOR
Small to medium size
Thickset with short neck and tail small feet
Large head with a ragged crest and long strong bill
Sit on lines and low branches near water or hovers above water
Plunges head first into water to catch fish
Common Nebraska species ndash belted kingfisher
Woodpeckers (Family Picidae ndash woodpecker)
WHAT TO LOOK FOR
Arboreal (tree) birds
Vertical posture creep up trees
Strong chisel-like bill short legs stiff tail feathers rounded wings
Undulating flight pattern and characteristic bill drumming
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 42
Common Nebraska species ndash Lewisrsquos red-headed red-bellied hairy downy woodpeckers
yellow-bellied and red-naped sapsuckers northern flicker
THE PASSERINES Feet adapted to perching
Tyrant Flycatchers (Family Tyrannidae - lord ruler king)
WHAT TO LOOK FOR
Small to medium perching bird
Large head broad flattened bill pointed wings short legs
Bristly ldquowhiskersrdquo at base of bill
Sit upright on exposed branch and dart out to catch insects
Common Nebraska species - flycatchers pewees kingbirds phoebes kingbirds
Shrikes (Family Laniidae ndash butcher)
WHAT TO LOOK FOR
ldquoButcher birdsrdquo ndash impale prey on thorns (may be to attract a mate and mark territory)
Robin-size bird with hooked bill and masked face with hawk-like behavior
Black gray and white birds
Common Nebraska species - northern and loggerhead shrike
Vireos (Family Vireondae ndash small bird)
WHAT TO LOOK FOR
Small olive- or gray-backed bird with short sturdy cylindrical slightly hooked bill
Can have wing bars and eye-rings or have eye stripes and no wing bars
Often confused with warblers but are chunkier bigger headed thicker billed
Common Nebraska species ndash white-eyed Bellrsquos yellow-throated plumbeous
Cassinrsquos blue-headed warbling Philadelphia red-eyed
Crows and Jays (Family Corvidae ndash raven)
WHAT TO LOOK FOR
Large perching bird with strong longish all-purpose bill to handle variety of foods
Nostrils covered with feathers
Legs scaled in front and smooth behind
Harsh voice and noisy
Bold gregarious
Common Nebraska species - black-billed magpie American crow
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 43
Larks (Family Alauidae ndash lark)
WHAT TO LOOK FOR
Ground dwellers of open fields ndash seldom seen in trees and shrub
Walk rather than hop have an elongated hind toe
Slender billed seed and insect eaters
Yellowwhite face with black facemask horns and breast band
Has musical song often sung in display flight
Common Nebraska species ndash horned lark
Swallows and Martins (Family Hirundinidae ndash swallow)
WHAT TO LOOK FOR
Slim streamline bodies with long pointed angled wings
Tail forked or squared legs and feet inconspicuous
Bill short and wide
Fluid aerialists ndash dart about catching insects
Flocks perch in long rows on branches and lines
Common Nebraska species ndash purple martin northern rough wing bank cliff barn swallows
Chickadees and Titmice (Family Paridae - )
WHAT TO LOOK FOR
Small plump sociable birds with short bills and wings
Active agile ndash often hang upside down to feed
Many times roam in little bands (often leading the group) in search of food
Chickadee ndash no tuff of feathers on head Titmice ndash tufted Common Nebraska species ndash black-capped chickadee tufted titmouse
Nuthatches (Family Sittidae ndash birds that peck bark of tree)
WHAT TO LOOK FOR
Small stout tree-climbers with slightly upturned strong woodpecker-like bills
Stubby squared off tails
Walk down trees headfirst Common Nebraska species ndash red-breasted and white-breasted nuthatches
Creepers (Family Certhiidae -)
WHAT TO LOOK FOR
Small slim tree-dwellers with stiff tails and slender downward curving bill
Primarily brown
Common Nebraska species ndash brown creeper
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 44
Wrens (Family Troglodytidae ndash cave dweller
WHAT TO LOOK FOR
Small stumpy energetic brown birds
Bill slightly down turned loud song
Tails often in ldquocockedrdquo or up-tilted position
Common Nebraska species ndash rock house winter marsh wrens
Kinglets (Family Regulidae -)
WHAT TO LOOK FOR
TINY very active songbirds ndash only certain hummingbirds smaller
Can hover will feeding
Greenish plumage with bright colored crowns Short tails
Common Nebraska species ndash ruby-crowned and golden-crowned kinglets
Gnatcatchers (and Old World Warblers) (Family Sylviidae - )
WHAT TO LOOK FOR
Small birds with slender pointed bills surrounded by rectal bristles
Drab plumage with seasonally changing head patterns
In constant motion
Common Nebraska species ndash blue-gray gnatcatcher
Thrushes (Family Turdidae -)
WHAT TO LOOK FOR
Large-eyed upright postured songbirds - known for their singing ability
Bill is slender straight but not sharp
Often hop along the ground looking for food
Common Nebraska species ndash eastern bluebird veery gray-cheeked Swainsonrsquos hermit
wood thrush American robin
Mockingbirds and Thrashers (Family Mimidae ndash imitator mimic)
WHAT TO LOOK FOR
Well known for their vocal and mimicking ability
Have short rounded wings long legs and tails
Long down-curved bills
Common Nebraska species ndash gray catbird northern mockingbird brown thrasher
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 45
Starlings (and Mynas) (Family Sturnidae - )
WHAT TO LOOK FOR
Medium sized chunky glossy birds with short tails sharp bills
Short triangular to rounded wings
Gregarious bold birds
Pipits (and Wagtails) (Family Motacillidae -)
WHAT TO LOOK FOR
Slender billed brownish ground dwellers with long back toe
Walk briskly rather than hop along the ground
Most species bob their tails up and down
Common Nebraska species ndash American pipit
Waxwings (Family Bombycillidae ndash silk tail)
WHAT TO LOOK FOR
Birds with sleek crest that can be erected
Plump-bodied birds with pointed wings with red waxy tips of secondaries
Bill is small wide and notched high thin calls
Square tail with terminal yellow band
Common Nebraska species ndash Bohemian and cedar waxwings
Wood Warblers (Family Parulidae -)
WHAT TO LOOK FOR
Brightly colored (mostly yellow) birds
Smaller than sparrows with thin needle-like bills
Common Nebraska species ndash approx 34 warblers ovenbirds yellow-breasted chats and
waterthrush
New World Sparrows (Family Emberizidae -)
WHAT TO LOOK FOR
Small to medium-sized birds - often brown streaked appearance
Rounded wings cone-shaped bills
Common Nebraska species ndash 20 sparrows towhees longspurs dark-eyed juncos snow and
lark buntings
Cardinals and Allies (Family Cardinalidae )
WHAT TO LOOK FOR
Medium to large songbirds
Have large cone-shaped bills
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 46
Males often very colorful
Common Nebraska species ndash northern cardinals rose-breasted and black-headed grosbeaks
indigo bunting dickcissel
Blackbirds Orioles and Allies (Family Icteridae)
WHAT TO LOOK FOR
Medium to large songbirds with strong straight bills
Strong-direct flight
Plumage varies from iridescent black to yellow to orange
Common Nebraska species ndash Bobolink eastern and western meadowlarks red-winged and
rusty blackbirds common and great-tailed grackles orchard Baltimore and
Bullockrsquos orioles brown-headed cowbird
Finches and Allies (Family Fringillidae)
WHAT TO LOOK FOR
Small to medium songbirds
Have conical bills and forked relatively short tails
Fly fast and undulate through the air giving high-pitched calls in flight
Common Nebraska species ndash gray-crowned rosy purple Cassinrsquos house finches red
crossbill white-winged crossbill common redpoll pine siskin American goldfinch
evening grosbeak
Old World Sparrows (Family Passeridae)
WHAT TO LOOK FOR
Stouter bodies shorter legs and thicker bills than native sparrows
Have a simple song repeating single elements with no particular rhythm or beginning
And end vocalize all day and year-round
Common Nebraska species ndash house sparrow (introduced)
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 47
Geology and Natural History of Nebraska
Being Developed by Jon Garbisch Cedar Point Biological Station jgarbisch2unledu
bull Geological history of Nebraska
bull Present geological formation of regions
bull General soil types
bull Geological landforms and related habitats
What we currently use
Theme
Nebraska geology formed over millions of years through the erosion of mountains the deposition of
sediments and the flow of water and ice shaping the landscape that we call home
Goal
Attendees will develop an understanding of the natural processes that influenced and built Nebraska
and in so doing develop a greater appreciation for the geology and how it relates to all other aspects of
the statersquos identity
Objective(s)
The Master Naturalists attendees will be able to use the knowledge they have gained to better
understand the surface and subsurface geology at any location in the state that they may find
themselves working
How will it be measured
Attendees will be able to use the knowledge gained to actively interpret general Nebraska geology by
completing activities in the form of hand-out diagrams biostratigraphic fossil correlations
interpretation of rock type hand specimens and visual description of the Geology on the trail at Camp
Brewster Fontenelle Forest
Introduction
Nebraska geology formed over millions of years through the erosion of mountains the deposition of
sediments and the flow of water and ice shaping the landscape that we call home (Hand out agenda)
Geology is rooted in the 3 rock groups that exist on planet Earth and so familiarity with
o these groups gives us a solid foundation for all other geologic interpretation
A half hour will be spent handling examples from each rock group
o 3 groups 3 tables with one rock type on each table each group spends 10 minutes at
each table
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 48
The Geologic Time Scale is a record over time of the Earths major geologic events and we
can use it to help us understand how and when Nebraska took shape
The natural agents of change which have shaped our state include oceans rivers wind
o and ice
The geologic time periods in Nebraska are represented by rock layers (or not) which occur all
around the state and have been named so that no matter where you are in the state you can
correlate the strata to the time scale (fossilsisotopes)
6 Geologic Principles will be discussed so that when the MN is in the field they can be used as an
aid in basic geologic interpretation
Conclusion
Nebraska geology formed over millions of years through the erosion of mountains the deposition of
sediments and the flow of water and ice shaping the landscape that we call home Geology supplies us
a record of the events that have shaped our Earth by learning the language in which the Earth script is
written we will be able to interpret and share the story of our state of Nebraska This understanding will
aid in us in relating to other areas influential and important to the state
Places to Go (places to see examples of Nebraska geology)
a Agate Fossil Beds National Monument Lower Miocene fossil mammal site including abundant body fossils of ancient mammals and prominent fossil rodent burrows
b Ashfall State Park Upper Miocene fossil mammal assemblage found in ash derived from an eruption of a predecessor to the Yellowstone volcanic field c Chimney Rock National Historic Site Oligocene and Lower Miocene continental sedimentary rocks deposited as sediments by wind and steams
d Hummel Park (Omaha) outcrops of Pleistocene glacial till and loess
e Lincoln area Capitol Beach Lake and history of saline waters and salt industry flooding history of Antelope and Salt creeks building stones in downtown area brick industry University of Nebraska State Museum
f Louisville area outcrops of Upper Pennsylvanian marine sedimentary rocks
g Valentine area and Niobrara National Wildlife Refuge Niobrara River Canyon and Cenozoic stratigraphy
h Niobrara State Park Upper Cretaceous marine sedimentary rocks (Niobrara Formation and Pierre Shale) landslides along Missouri River anthropogenic changes in Missouri River Niobrara River and Mormon Canal
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 49
i Downtown Omaha removal of loess from hills in downtown area engineering of Missouri River (eg groins bank armoring etc) visible at Bob Kerrey Memorial Bridge deep bedrock water wells at old industrial sites
j Platte River State Park Upper Pennsylvanian marine sedimentary rocks and overlook of Platte River
k Ponca State Park Upper Cretaceous marine sedimentary rocks (uppermost Dakota Formation through Greenhorn Limestone)
l Rock Creek State Historical Park middle Cretaceous Dakota Formationmdashfluvio-estuarine continental deposits
m Schramm Park Upper Pennsylvanian marine sedimentary rocks
n Scotia and Happy Jack Chalk Mine Upper Miocene lake deposit In Ogallala Group
o Scotts Bluff National Monument Oligocene and Lower Miocene continental sedimentary rocks deposited as sediments by wind and steams
p Smith Falls State ParkCenozoic stratigraphy Niobrara River waterfalls as knick points
q Toadstool Park and nearby areas continental sedimentary rocks of upper Eocene Chadron Formation Pine Ridge escarpment Trailside Museum and Ft Robinson State Park
r Weeping Water area Upper Pennsylvanian marine sedimentary rocks
s Wildcat RidgeHillsescarpment on Oligocene and Lower Miocene continental sedimentary rocks deeply eroded into canyons buttes and pinnacles by stream erosion during and after the Late Pliocene
t Indian Cave State Park and Iron Horse Trail south of Peru Upper Pennsylvanian Indian Cave Sandstone (fluvio-estuarine deposit) and sandstone cave
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 50
North American Model and Outdoor Skills Developed by Jeff Rawlinson Assistant Division Administrator Information and Education Nebraska Game and Parks Commission jeffrawlinsonnebraskagov
OUR North American Model of Conservation
Perhaps no other story is more compelling and more important in American history as that of how
our natural resources came to be one of the most important elements in our lives The history of our citizenryrsquos strong land ethic ties us to the natural world long after other nations have forgone this relationship We value how the common person from a common family can participate in the thrill of the chase experiencing wildness to its fullest
The North American Model of Conservation is a philosophy that the United States and Canada have
developed to manage wildlife in a sustainable way Historians debate how this land ethic began Some
say our model of conservation began in 1937 with the passage of the PittmanRobertson Act a move that provided funding for wildlife conservation at the national and state level The source of this funding came from the sale of hunting and shooting equipment Others may say that it began when the conservation giant President Theodore Roosevelt brought management of natural resources to the
political forefront Others would argue our Model of conservation was birthed under the Magna Charta which transferred the ownership of wildlife from the King of England and the English nobles to the all of
the people of England In reality however our Model has been under development for several hundred years combining what we have learned from other nations peoples cultures and experiences to shape a philosophy ingrained in our culture supported by hunters anglers and shooting sports enthusiasts
benefiting all wildlife and wild lands in the United States
First Wildlife Managers The concept of managing wildlife or natural resources was not conceived by our young nation For
thousands of years humanity has been manipulating and controlling the land and all its inhabitants to benefit our needs Ever since the first hunter followed that wooly creature across the Bering Straight embarking on an epic journey that would result in settling of North America man has ldquomanagedrdquo
wildlife in North America
Throughout history many leaders have shown some element of concern or conservation ethic towards wildlife The great Kublai Khan grandson of Genghis Khan and founder of the Yuan Dynasty in China forbade harvesting of many species of wildlife during critical reproductive months of March
through August so species could ldquoincrease and multiplyrdquo Conservation of wildlife is even found in Mosaic Law in Deuteronomy 226 representing some of the first written wildlife management idealsmdashldquo If you come across a birdrsquos nest in any tree or on the ground with young ones or eggs and
the mother sitting on the young or on the eggs you shall not take the mother with the youngrdquo (English Standard Version 2001)
As populations expanded throughout Europe wildlife resources fell under ownership of powerful kings
who enacted harsh punishments for anyone found taking the kingrsquos game In 1215 a rebellion against King John of England resulted in the Magna Charta transferring ownership of lands and game from the crown to the people This ldquoprivatizingrdquo of wildlife ownership had profound impacts America over 500 years later
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 51
Era Of Abundance (1600 ndash 1850) When our forefathers first landed on the eastern shores of America they brought with them science
religion and a new hope They found plentiful game and soon began a relationship with the land that provided them with many of their daily needs Wildlife was viewed as a limitless resource in a relatively untapped land These early settlers had left Europe where few had access to wildlife and entered a world where everyone had access Furs feathers hides all had value to this young country In 1776 the Declaration of Independence revoked the Kingrsquos rights to land and people in this new world After a
bloody war led by revolutionaries such as Washington Hamilton Jefferson and Adams the United States gained its independence and the land and wildlife belonged to everyone
Era Of Exploitation (1850 ndash 1900)
The 1800s brought a commercialization of our wildlife resources Market hunting and habitat
destruction began to decimate wildlife populations such as the American Bison and Passenger Pigeon After the American Revolutionary War and the Civial Warmdashwhich nearly destroyed our ldquodemocratic
experimentrdquo all togethermdashfew people were looking after the interest of wildlife and even fewer rules
existed governing the management of a resource everyone had ownership of yet no one had responsibility for
The railroad provided settlers with the means to access new lands expanding the markets for meats hides and fur Advancements in technology such as the repeating rifle further aided the unbridled
destruction of wildlife resources Yet throughout this era something positive was growing The people of this new nation were developing a relationship with the land By 1842 a Supreme Court ruling had huge impacts on this developing model of conservation resulting in a Public Trust Doctrine that would
further outline a model for conserving our natural resources Conservation was developing some direction but had no money or laws to support it
Era Of Protection (19001930) The early 1900s brought an industrial boom Abuse of natural resources had taken its toll and throughout the Nation and evidence of this abuse could be seen in the loss of species such as the
passenger pigeon near loss of the American bison and in many large mammals including whitetailed deer and our once numerous waterfowl species America was becoming an economic giant yet through
the roar of machines both political and metal a small voice could be heard It was the hunter and their voice was of concern for the direction our wildlife resources were heading Conservation minded men and women had continued a relationship with the land and the wildlife
Era of Game Management (1930 ndash 1966) The ldquodirty thirtiesrdquo were marked by the dust bowl and an impoverished nation Agricultural practices
unchecked by environmental stewardship had left the Nationrsquos heartland in ecological peril Politically the conservation movement was supported by the footings laid by Theodore Roosevelt New federal acts moved forward to provide for environmental protection due to the outcry of hunters in panic over the vanishing wildlife resources of the Nation
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 52
Wildlife conservation had support yet it lacked the science to properly manage our Nationrsquos resources A young biologist name Aldo Leopold changed all this with his writings including the book Game
Management which led to Universities across the country developing wildlife conservation programs These programs spawned a new breed of professional game managers who utilized science to support management methods that ultimately lead to the greatest wildlife conservation success story in the world In 1937 the PittmanRobertson Act provided thousands of jobs for young professionals along with ldquogame wardensrdquo supported by individual states to further the development of the Conservation Model
which now had science and funding to support it
Era of Environmental Management (1966 ndash Present) Science and funding led to a broadening view of conservation as focus shifted from managing ldquogame
animalsrdquo to managing the entire biota (environment and all living things in it) Further federal acts such
as the Endangered Species Act of 1966 and the National Environmental Policy Act of 1969 provided greater protection for species by a nation that had finally changed its course providing time to review
and perfect conservation efforts Recent acts such as the 1980 Farm Bill continued the effort to help
landowners provide quality habitat for wildlife and hunters by providing incentives to landowners to set aside highly erosive lands and plant them into wildlife habitat (grasslands) that benefit wildlife and hunters
The story of our unique model of conservation is still being written New challenges today threaten our
coveted resources and new professionals are entering the arena to further the plight of our Nationrsquos wildlife and hunting heritage
Seven Pillars of the Model
Seven main pillars have been highlighted as the foundation of support for the North American Model
of Conservation These include
The Public Trust The wildlife of the United States are owned by the people This is very different from the European Model where wildlife is privately owned The North American Model recognizes wildlife as a public
resource that is so important it can not be owned or managed by any one segment of our society but rather managed by professional state and federal entities for the benefit of all This concept known as
the Public Trust Doctrine began development in 1842 when the Supreme Court ruled that the Magna Charta had settled the question of who owns fish and wildlife and that King Charles II did not have the authority to give away the ldquodominion and propertyrdquo of lands in colonial America The court further ruled that since the American Revolution the people held public trust responsibilities for fish and wildlife except for rights specified in the US Constitution
Prohibition on Commerce
It was the hunter who brought forth stringent laws that protected wildlife from peril in the 19th
and 20th
centuries Because we all own and appreciate our wildlife as a national resource they should never find themselves on the public market to the highest bidder This path led to a largescale loss of many species
including the Passenger Pigeon and the near loss of the American bison As our country was developing these practices were common as people moved west in search of prosperity capitalizing on a land seemingly untouched by the modern world Today many laws in place serve to protect our most
valuable resourceshellipour wildlife
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 53
Democratic Rule of Law Each citizen of this great nation has the ability and responsibility to engage in healthy politics that serve
to support and protect sound wildlife conservation measures Our first conservation measures in this Country habitat restoration simple harvest restrictions and bag limits came from hunters people who respected the game they pursued and loved the wild places they chased them in The North American Model of conservation is built upon active public involvement instilling a value for wildlife in all citizens
Hunting Opportunity for All The Model was developed on the premise that all people regardless of political or economic standing could participate in and feel the thrill of the chase It is this unique Model that provides us with wildlife opportunities for all Americans Imagine how important this was to our fore fathers who left a brutal
King in England where only the aristocracy had any dream of pursuing wild creatures in wild places Our
wildlife laws ensure that each generation that comes after us will have the same opportunity to enjoy and appreciate wildlife
Nonfrivolous Use Our management of wildlife depends on a citizenry that loves and appreciates the wild creatures and the habitats necessary to their survival and our quality of life Wildlife may be utilized under strict rule of
law including utilizing the wildlife once harvested to its best potential Killing wildlife for the sake of killing can only lead to the numbing of hearts to wildlife and a profound lack of respect for our most
precious resources
International Resources
It was not until the 20th
century that hunters and wildlife lovers understood the importance of
managing wildlife at a much larger scale This became readily apparent with the passage of the
Migratory Bird Treaty Act of 1918 where nations came together to manage wildlife resources as a
collective Wildlife species do not recognize national or state boundaries Governments must work together to be effective in managing wildlife for the benefit of all The United States has made great
strides in this area with Mexico and Canada Our wildlife is not only a resource to us but to all continents they may call home throughout the year Our biologists must think globally to be effective locally
Scientific Management Although Theodore Roosevelt brought conservation to the political forefront it was a young forester from Iowa that made the study of wildlife management a science Aldo Leopold is considered by many
as the ldquofather of wildlife managementrdquo due to his tireless efforts to develop curriculum for future wildlife biologists Today our biologists earn their opportunity to manage wildlife through prominent
Bachelor Masters and Doctorate degree programs from Universities around the world Wildlife must be managed using fact science and the latest research We are constantly learning and adapting to new technology and changing environments For such an important resource we cannot afford to have it any other way
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 54
Nebraska Master Naturalist Specializations Certifying as a Specialist ldquoFollow your own natural geniusrdquo wrote Thoreau ldquoand it will not fail to show you a fresh prospect every hourrdquo Many of us learn by doing When our curiosity and interests carry us into deeper study of a given subject it can be helpful to have clear opportunities to pursue Thus the Nebraska Master Naturalist Program offers specialized voluntary training for those who are hungry to develop and apply their particular skill and personal understanding on behalf of our natural legacy Specializations are designed to create collaborators leaders and mentors in four key areas
Interpretation and Outreach
Outdoor Skills and Recreation
Resource Management
Citizen Science Master Naturalist Certification Requirements Annual Requirement o 8 Hours Training Annually o 20 Hours of Volunteerism Annually Master Naturalist Specialization Requirement One Time Requirement o 20 Hours of Training Total Specific to Specialization Annual Requirement o Additional 20 Hours of Volunteerism Annually Specific to Specialization (does not include initial Certification annual requirement hours)
OUTDOOR SKILLS AND RECREATION SPECIALIZATION The purpose of OUTDOOR SKILLS AND RECREATION is to promote activity and development of skills in the outdoor pursuits associated with natural resources Specializations are designed to create collaborators leaders and mentors in particular areas A Certified Nebraska Master Naturalist can complete the Outdoor Recreation Specializationby meeting the following requirements Complete at least one of the workshops or certification‐leading trainings listed below If specialized training is not listed below it can be approved upon request by the Master Naturalist Program Committee Specialized Training Options ‐
Hunter Education Instructor Certification 13 hrs
National 4‐H Shooting Sports Instructor Certification 32 hrs
Nebraska 4‐H Shooting Sports Shotgun Certification 12 hrs
Nebraska 4‐H Shooting Sports Archery Certification 12 hrs
Nebraska 4‐H Shooting Sports Rifle Certification 12 hrs
Nebraska 4‐H Shooting Sports Pistol Certification 12 hrs
Nebraska 4‐H Shooting Sports Muzzleloader Certification 12 hrs
National Archery in the Schools Program Basic Archery Instructor 4 hrs
NRA Range OfficerMaster Certification 8 hrs
Hunt Master Training Instructor 4 hrs
NRA Shooting Instructor 16 hrs
NRA Shotgun Instructor 16 hrs
NRA Rifle Instructor 16 hrs
Boater Education Instructor 12 hrs
Youth Fishing Instructor 5 hrs
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 55
American Canoe Association National CanoeKayak Instructor 16‐32hrs
National Camp SchoolBoy Scouts 16‐24 hrs
Wood Badge TrainingBoy Scouts 16‐24 hrs
Merit Badge Counselor TrainingBoy Scouts 2‐16 hrs
Conservation Leaders for Tomorrow 35 hrs
Wilderness First Aid 16‐32 hrs
Professional Trappers College 40 hrs
American Camp Association Instructor Training 8‐40 hrs
American Red Cross Instructor Training 2‐16 hrs
American Sailing Association Instructor Training 16‐24 hrs
Certified Horsemanship Association Instructor Training 24‐40 hrs
Leave No Trace Master Educator Training 40 hrs
National Outdoor Leadership School 280 hrs
Camp Cook School 32‐96 hrs
Professional Association of Diving Instructors Training 32‐96 hrs
Professional Mountain Bike Association Instructor Training 24 hrs
League of American Bicyclists Instructor Certification 24 hrs
Hunting
Shooting
Fishing
Trapping
Camping
Outdoor Cooking
Orienteering
Geocaching
Photography
Wildlife Viewing
Hiking
Biking
Birding
Becoming an Outdoors‐Woman Program
Wilderness First Aid
Wilderness Survival
Leave No Trace Educator
Service Options ndash Provide a minimum of 20 hours of service annually in the following or similar areas
4‐H leader and youth training outdoor recreation
Scout leader and youth training outdoor recreation
Wild About Nature
Flying WILD Educator or Facilitator Workshop
Becoming an Outdoors Woman (BOW)
Beyond Becoming an Outdoors Woman (BOW)
Family Camp
Learn to Hunt Program
National Archery in the Schools Program BAI training or greater
Mentor HuntHunt Masters Training
After School Programs
Others ndash Upon approval
Outdoor discovery programs volunteer
CRO at a shooting event
Assist with National or State shooting sports competitions
Family fishing day
Design or write a brochure
Develop or contribute to a website
Develop or contribute to a social networking site
Design or write a newsletter
Assist in fundraising
Plan an event or festival
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 56
Interpretation amp Education- Developed By Lindsay Rogers Nebraska Game amp Parks
Commission
Do not try to satisfy your vanity by teaching a great many things Awaken peoplersquos curiosity It is
enough to open minds do not overload them Put there just a spark If there is some good
inflammable stuff it will catch firerdquo
- Anatole France in The Earth Speaks
Session Objectives
To help participants understand the role education plays in sounds ecological conservation
To help participants learn about past and present conservationist and interpretive educators
To help participants learn components of quality education and interpretation
To have participants partake in quality interpretive education
To make sure participants understand that their role is to light the spark and awaken curiosityhellip not spew facts
Lecture Requirements
1 What is interpretation (5 minutes) a What does ldquointerpretrdquo mean b National Association of Interpretation definition of ldquointerpretationrdquo
i Interpretation is a mission-based communication process that forges emotional and intellectual connection between the interests of the audience and the meanings inherent to the resource
c Freeman Tilden Interpreting Our Heritage 1957 i Interpretation is an educational activity which aims to reveal meanings
and relationships through the use of original objects by first-hand experience and by illustrative media rather than simply to communicate factual information
d Components of interpretation i pleasurable or enjoyable
ii relevant to the world iii organized iv themed v sparks an interest
vi includes information but does not stop there links information to the world
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 57
vii age appropriate viii taught to someone not at them
2 What is education (5 minutes)
a What does it mean to ldquoeducaterdquo someone b John Dewey Democracy amp Education 2944
i Education in its general sense is a form of learning in which the knowledge skills and habits of a group of people are transferred from one generation to the next through teaching training or research
c Components of education i - generally presented to someone but not always
ii enjoyable sometimes iii provides knowledge and facts iv can make connections but not always v organized and themed
d Both education and interpretation are important they work together
3 Conservationists (10 minutes) a Jon Muir
i Immigrated from Scotland to Wisconsin in 1849 ii Attended the University of Wisconsin studies botany amp geology
iii Moved to the western US mainly the Sierra Nevada area iv Believed humans were part of the interconnected natural world v Advocated for the preservation of natural areas
vi Co-founded the Sierra Club b Aldo Leopold
i Iowa native attended Yale University ii After college he joined the US Forest Service was stationed in Arizona
and New Mexico iii Developed theories of land ethics the need for biodiversity and an
appreciation for wilderness areas iv Moved to Wisconsin in 1924 became a professor at the University of
Wisconsin v Regarded as the ldquoFather of Conservationrdquo
c Gifford Pinchot i Born in Connecticut in 1905
ii Studied at Yale studies forestry in France iii Named chief of the Division of Forestry (later to become the US Forest
Service) iv First chief of the US Forest Service greatly improved forest
management and increased the size of Forest Service lands
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 58
v Managed forests for the greatest good for the greatest number Pinchot added the phrase in the long run to emphasize that forest management consists of long-term decisions
d Steven Mather i Born in California attended Berkley University
ii Worked for the Pacific Coast Borax Company where he had a talent for promotion Started a competing company made millions
iii When revisiting Sequoia and Yosemite National Parks in 1914 he was appalled by the conditions of the national parks
iv Joined the Department of the Interior as the head of parks later created the National Parks System
v Professionalized the National Parks and helped to greatly grow protected lands
e Rachel Carson i Born in Pennsylvania in 1907 attended John Hopkins University for
graduate school ii Went to work for the US Bureau of Fisheries (later to become the US
Fish amp Wildlife Service) iii Wrote Silent Spring in 1962 The book created an awaking for Americanrsquos
to their responsibility to the environment and wildlife The book lead to the US Government banning the use of DDT
f Theodore Roosevelt i Born in 1858 in New York New York was a sickly child who stayed inside
studying natural history ii An avid outdoorsman he spent much time in the South Dakota Badlands
iii Became President in 1901 with the assignation of President McKinley iv Among many major accomplishments as president he started the
National Parks was instrumental in conserving about 230 million acres
4 Naturalist Interpreters (10 minutes) a Freeman Tilden
i Born 1883 worked as a newspaper columnist and author ii At age 58 he began working with the National Parks Service
iii While traveling to various National Parks he became concerned with the quality of interpretation
iv Wrote Interpreting Our Heritage in 1957 outlines 6 principles to quality interpretation forever changed the field of interpretation
b William Lewis i Worked as a ranger naturalist and interpreter trainer for the National
Parks Service ii Developed the approach of ldquoThematic Interpretationrdquo which requires the
interpreter to choose a central theme (major point) to guide the development of a program
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 59
iii Wrote Interpreting For Park Visitors c Sam Ham
i Director of Center for International Training and Outreach at the University of Idaho
ii Work has focused on applying communication theory to environmental conservation interpretation and on nature-based tourism and guide training
iii Wrote Environmental Interpretation (1992) d Ted Cable
i Professor of Park Management and Conservation at Kansas State University
ii Co-authored Interpreting Cultural and Natural Resources (2003) and Interpretation for the 21st Century Fifteen Guiding Principles for Interpreting Nature and Culture (2002)
5 Conducting an Interpretative Program Try and Fail (60 minutes + 120 minutes of activities throughouthellip see list of Suggested Activities below)
a Experiential Learning i The first time you tried to walk you failed The first time you rode a bike
you failed This is called experiential learning The first time you attempt an educational or interpretation program you will fail thatrsquos how we learn
ii Donrsquot be afraid to fail b Ask Questions about the ProgramPresentation before you commit to leading it c Plan your Program
i Generally I want my presentation to be about Specifically however I want to tell my audience about After hearing my presentation I want my audience to understand (what is the big picture you want them to take home)
1 You do not need (or want) to teach your audience everything you know your job is to light the spark
ii What will your tangibles and intangibles be 1 Tangibles are those things you can touch things you use to teach
when teaching a Examples include a tree a mammal pelt a skull a live
animal a prairie 2 Intangibles involve connecting the tangibles to concepts and the
ideas they represent intangibles are the meanings the relationships the processes the ideas the feelings and the beliefs
a Examples include food webs ecosystem health entropy ecology
iii People remember themes they forget facts
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 60
iv Plan for an organized presentation 1 Think about your overall theme smaller parts of the program and
your transitions v Stick to your theme
vi Determine what type of presentation you will have 1 PowerPoint (avoid) 2 Podium Presentation (avoid) 3 Active taking a hike playing a game etc 4 Hands-on touching feeling trying hearing smelling
vii Think about all the different kinds of learners 1 verbal-linguistic 2 logical-mathematical 3 visual-spatial 4 kinesthetic 5 musical-rhythmic 6 interpersonal (groups) 7 intrapersonal (individual) 8 naturalist
d Know your role as an educator 1 Provide facts and relationships not opinions 2 Allow participants to determine their own opinions and beliefs
using the facts amp relationships you provide them 3 PLAY ldquoFIRST IMPRESSIONSrdquo
e Prepare Prepare Prepare 1 Know the type of space and area you will have (indoor vs
outdoor small space vs vast area etc) 2 Plan for more that you are told 3 Plan for the weather (always expect it to be windy in Nebraska)
f Questions i Ask good questions
1 Is this a fox Vs How do you know this is a fox 2 Do you have any questions Vs What questions do you have
ii Be prepared for quality questions 1 What are the implications for describe the impact of what are
the reasons for iii Be prepared for ldquogoodrdquo questions
1 Do you have ewoks in the forest If a Mountain Lion and an Eagle were to fight who would win
2 Take all questions seriously Answer seriously g Model what you want to see the students do
i If you want a group of students to catch insects help them get active with them
ii This is true when working with children and adults
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 61
1 Working alongside students validates them and their learning h Be enthusiastic show your passion
i This is another form of modeling what you want to see in your students ii We need to excite students (no matter their age) about conservation
nature and the outdoors iii Have fun
6 Take Home Lesson Light the Spark and Donrsquot Be Afraid to Fail
Suggested Activities (amp potential mandatory activities)
Throughout the lesson conduct multiple games andor activities to model good interpretation
Suggested games include but are not limited to
1 Oh Deer (Project WILD) 2 First Impressions (to be done during section 5) (Project WILD) 3 The Long Haul (Project WET) 4 Sum of the Parts (Project WET) 5 Water Quality Ask the Bugs (Project WET) 6 Adaptation Artistry (Flying WILD) or Fashion a Fish (Aquatic Project WILD) 7 Avian Antics (Flying WILD) 8 Pollinators Meet Your Plants (Nebraska Project WILD wwwnebraskaprojectwildorg) 9 Scavenger Hunts (Nebraska Project WILD wwwnebraskaprojectwildorg)
Suggested Post-Readings
Interpreting Our Heritage Freeman Tilden 1957 (4th edition 2008)
ISBN-13 978-0807858677
Interpreting for Park Visitors William Lewis 1981
ISBN-13 978-0890620793
Environmental Interpretation Sam Ham 1992
ISBN-13 978-1555919023
Interpretation for the 21st Century Fifteen Guiding Principles for Interpreting Nature and
Culture Larry Beck amp Ted Cable 2002
ISBN-13 978-1571675224
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 62
Interpretation-Making a Difference on Purpose Sam Ham 2013
ISBN-13 978-1555917425
Foundations of Interpretation Curriculum Content Narrative National Parks Service 2007
httpwwwnpsgovidpinterp101foundationscurriculumpdf
Websites
National Association of Interpretation
wwwinterpnetcom
North American Association for Environmental Education
wwwnaaeeorg
Nebraska Alliance for Conservation and Environment Education
wwwnaceeorg
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 63
Safety in the Field
Developed by Rich Hawes Nebraska Master Naturalist rdhawes26msncom
Objectives
Raise awareness of Risk Managementassessment as part of event planning
Guidelines to safe activities for participants presenters and the environment
Present Leave No Trace Principals as part of all outdoor activities
Present resources for additional training or certification for outdoor activities
Hands on activities to encourage interest and to provoke thought and discussion
Hazards of the area
Outdoor hiking safety
Stewardship of the land and natural resources
Being flexible and working with ldquowhat you haverdquo
Outline
1 Outdoor Activities ndash Whatrsquos The Worst That Can Happen An Introduction to Event Planning and Risk Management
2 Leave No Trace Principals
3 Trip planning and Logistics
4 Health amp Safety
5 Youth Protection
6 Age Appropriate Activities
7 Resource Training and Certifications
a Standard First Aid CPRAED Wilderness First Aid
b Shooting Sports - Range Safety Officer or Instructor
c Hunter Safety Instructor
d Climbing COPE and Zip Lines
e Water Safety Instructor Life Guard Small Boat Handling
f Leave No Trace Trainer or Master Educator
g Tread Lightly Tread Trainer or Master Tread Trainer
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 64
Suggested Activities
CPR Scenario
First Aid Scenario
Weather Scenario
Lost Scenario
Online Resources
American Camp Association
Boy Scouts of America
Youth Protection
Safe Swim Defense
Safety Afloat
Climb On Safely
Weather Safety
Trek On Safely
(etc)
Leave No Trace
Nebraska Game amp Parks
Hunter Safety
Boating Rules amp Regs
National Rifle Association
(Archery groups)
American Red Cross
(wilderness medicine group(s))
NOLS
Tread Lightly
US Coast Guard
NEBRASKA MASTER NATURALIST Explore Contribute Connect
8
The Nitrogen Cycle Nitrogen is essential in forming proteins and nucleic acids The atmosphere has a high concentration of
nitrogen but is not usable to living organisms in its gaseous form The nitrogen cycle converts this gas
into usable forms
This cycle is the most complex because nitrogen can be found in several different forms Parts of the
cycle include
Nitrogen Fixation ndash Nitrogen is fixed or converted into ammonia and nitrates by bacteria lightning and
ultraviolet radiation in the soils and root nodules of some plants (legumes or beans) Nitrogen
fixation does not allow nitrogen to convert back to gaseous nitrogen
Nitrification ndash Other bacteria can take the ammonia and oxidize it into nitrite Nitrite is further
processed into nitrate
Denitrification and Ammonification - Plants absorb nitrates and ammonia from the soil and use
them to build organic compounds Animals eat the plants or other animals Animal waste
contains nitrogen in the forms of ammonia urea and uric acid
Denitrification is the process of decomposing bacteria converting nitrate back to nitrogen gas
Ammonification is the process of other decomposing bacteria converting organic compounds to
ammonium ions
Communities amp Populations A community is the living (biotic) portion of an ecosystem Within the community each population of
organisms has a habitat and a niche A community is usually dominated by a single species or a limited
group of species that impact the local environment (Example Tallgrass Prairie) Other species adapt to
conditions created by the dominant species If a dominant species is removed two scenarios can occur
Another species will take its place and not change the ecosystem in general Or the whole community is
changed If the community is drastically altered the species is considered a keystone species
A population is a group of same organisms that occur in the same community
Habitat is the place where an organism normally lives Basic components of habitat are food water
shelter and space Habitat is the organismrsquos physical surroundings and its niche is its profession or role
it plays in the community No two species can occupy the same niche at the same time (competitive
exclusion principle)
Population Interactions Competition ndash an overlap of some degree of two populationrsquos niches in such a way that they are
competing for the same resource(s) (food shelter water space etc)
Symbiosis - two populations living together in a community in close association There are
several types of symbiosis
NEBRASKA MASTER NATURALIST Explore Contribute Connect
9
Mutualism ndash the relationship is mutually beneficial (lichens)
Commensalisms ndash one population receives benefits and the other neither benefits or is
harmed (intestinal bacteria)
Parasitism ndash one population benefits and the other is harmed (ticks)
Synergism ndash two populations accomplish together what neither could do on their own
Another type of relationship is called predation-prey relationship where one population captures and
feeds on another Predators have more than one prey species but normally feed on the most
abundant As one prey species declines in population predators will switch to another more abundant
species
Natural selection favors the most efficient predator and at the same time prey that can escape
predation
Adaptation is a change in structure physiological process or behavior that evolved by natural selection
and improves an organismrsquos ability to survive and reproduced
MAD Law ndash Move Adapt or Die
Population growth Populations grow until they reach certain environmental limitations called limiting factors These
factors can either be physical or biotic ndash from predation to limited space for nesting
When a population reaches its maximum density that the environment can support it is said that it has
reached its carrying capacity A population cannot go beyond the carrying capacity for long without
consequences
In a community an orderly predictable replacement of populations normally occurs over time Certain
populations will dominate and then decline to be replaced by new dominant populations A community
at the last stage of succession is called the climax community
Biodiversity Biodiversity refers to the variety of living organisms in a given ecosystem and is described at three
levels
Genetic Diversity ndash the variety of genes in a population Genetic Diversity shapes the
potential of individuals to survive and reproduce and as a population to adapt and evolve
Species Diversity ndash the number of species within a community
Ecosystem Diversity ndash the organizational and functional diversity of the ecosystem
NEBRASKA MASTER NATURALIST Explore Contribute Connect
10
Three measures are used when studying biodiversity
Composition ndash the number of genes species or ecosystems in a given area
Structure ndash the distribution of genes species or ecosystems
Function - the ecological processes accomplished by genes species or ecosystems
Biodiversity is important to maintain a stable ecosystem vast storehouse of untapped resources for
medicine food energy etc
Ecoregions in Nebraska
The Central Flyway There are four major North American flyways ndash the Atlantic the Mississippi the Central and the Pacific Flyways Except along the coasts the flyway boundaries are not always sharply defined and both in the northern breeding and southern wintering grounds there is overlapping Every year millions of migrating birds travel the Central Flyway The ldquohourglassrdquo route narrows in central Nebraska The eighty mile stretch of Platte River (Big Bend area) between Lexington and Grand Island serves as a month long stop over for around 600000 sandhill cranes and endangered whooping cranes This stretch of river has shallow wide-open water to provide cranes some security from predators when roosting and grain fields and wet meadows for eating and loafing
The Platte River
The Platte River begins near the city of North Platte Nebraska with the convergence of the North Platte and South Platte Rivers The Platte the largest braided river in North America snakes 310 miles eastward and empties into the Missouri River south of Omaha Nebraska drains about 29800 square miles of land along its route The South Platte River originates as snowmelt in central Colorado meandering 450 miles towards North Platte The North Platte River also begins as snowmelt in north central Colorado and runs 665 miles before converging with the South Platte
The Big Bend Region
The central or Big Bend Region of the Platte River between Grand Island and Lexington has long been recognized as critical staging area for half million sandhill cranes millions of geese and ducks and for the highly endangered whooping crane It is also important nesting habitat for endangered piping plovers and least terns and threatened eagles as well as year around habitat for other wildlife The Platte River is a broad shallow braided river dotted with small itinerant sandbars up to the huge islands In the early 1800rsquos the Platte was one to two miles wide Water depth ranged from dry to eight feet deep The islands were scoured each spring by the rush of snowmelt from the Rockies that removed vegetation from the sandbars washed into sloughs and recharged the surrounding soils Fires suppressed tree growth along most of the shoreline Protected islands and areas of shoreline grew cottonwoods and willows This diversity was excellent habitat for wildlife But in less than 100 years it changed Man has diverted over 70 percent of the Plattersquos average annual flow for use in irrigation and industry ( comes back to the river via groundwater) Fires have been controlled Floods and ice no longer clear the islands of vegetation With less water in the river wet meadow soils are not recharged with water seeping from the river Bridges restrict flows and deep
NEBRASKA MASTER NATURALIST Explore Contribute Connect
11
gravel pits alter the shoreline This taming of the Platte River is causing it to lose the very characteristics that make it unique and attractive to native wildlife The wide channels now must be maintained by mechanically clearing sand bars and low islands Audubon and other conservation organizations spend a considerable amount of time and money each year to keep the river clear The Platte River valley is now characterized by forest shrub and sandbar vegetation on the river floodplain lowland prairie and cultivated fields on the river terraces and an upland prairie on the loess bluffs along the ancient river escarpment The floodplain forest shrub and sandbar communities have developed on coarse textured alluvial soils adjacent to the river channel The forest communities have open canopies and are dominated by cottonwoods with an understory of red cedar and rough-leaf dogwood Green ash hackberry American elm red mulberry and slippery elm also occur in these areas Adjacent to the major river channel and in areas where the forests are limited to a narrow strip along the river bank low shrub islands and vegetated sandbars predominate Peach-leaf willow sandbar willow and indigo bush are the dominate shrub species Lovegrass nutsedge barnyard grass cocklebur and scattered willow and cottonwood seedlings characterize the vegetation on the low shrub islands and recently exposed sandbars
One of the sanctuaryrsquos most important tasks has been functioning as Audubonrsquos footprint on the Platte
River Audubon played a significant role in many battles to limit development on the Platte the final
being the defeat of Two Forks Dam near Denver in 1992 Today Audubon along with the Platte River
Whooping Crane Maintenance Trust the National Wildlife Federation Fish and Wildlife and Nebraska
Game and Parks plays a major role in keeping the river in its current condition One such program is
maintaining the wide channels on parts of the river which must be done mechanically to clear sandbars
and low islands
Tallgrass Prairie Ecoregion
Introduction
Once extended from eastern Nebraska to Indiana and from Texas to southern Canada
Today less than 1 remains
Approximately 2 of the remaining tallgrass prairie is found in Nebraska o Covers eastern fourth of state and extends along stream valleys of the Republican
Loup Platte and Niobrara
Shaped by glaciers wind and water
Mainly rolling hills intersected by stream valleys
Elevation from east to west 850 to 1700 feet above sea level
Receives 25-36 inches of annual precipitation
Average highs in the 90 degrees and lows of 10 degrees
Two major rivers o Missouri River
States largest river flowing approximately 350 miles in Nebraska
NEBRASKA MASTER NATURALIST Explore Contribute Connect
12
Drains approximately 529350 square miles of land (including entire state of NE) Forms eastern and northern boundaries of tallgrass prairie Historically more a mile wide and up to 20 feet deep with abundant sandbars
and forested island
Floodplain was a mosaic of oxbow lakes backwater marshes wet prairies and forests
Platte River ndash prairie river o Historically shallow braided channel up to 3 miles wide with many sandbars
Floodplain 15 miles wide and covered with lush wet meadows and freshwater marshes
Spring floods limited tree growth and created barren sandbars o Other streams include Papio Creek Turkey Creek and Bazile Creek
Wetland types o Saline wetlands
Found in the floodplain of Salt Creek and its tributaries in Lancaster and Saunders counties
Salinity originates from groundwater passing through an underground rock formation containing salts deposited by an ancient sea that once covered
Nebraska
o Todd Valley playas Small clay-lined depressions Seasonally and temporarily flooded Found in an ancient valley of the Platte called the Todd Valley
Vegetation of Tallgrass Prairies
Dominant vegetation ndash big bluestem Indiangrass switchgrass and Canada wildrye o Can reach six feet or taller
Hundreds of spp of wildflowers and forbs o Showy goldenrod prairie blazing star sky blue aster amp purple coneflower
Native woodland found mainly in fire-protected stream valleys and bluffs o Found in floodplains - Cotton woods willows boxelders American elms
Drier river bluffs o Oaks hickories basswood black walnut etc o Essential habitat for migrating birds
Wet meadows found in stream valleys o Sedges spike rushes prairie cordgrass and switchgrass
Marshes o Broad-leaf cattail bulrushes bur reed smartweeds and arrowheads
NEBRASKA MASTER NATURALIST Explore Contribute Connect
13
Birds
More than 300 spp of resident and migratory birds
Nesting waterbirds include o Wood duck green heron northern pintail blue-wing teal mallard
Grassland birds include o Henslowrsquos sparrow dickcissel grasshopper sparrow bobolink vesper
sparrow and Swainsonrsquos hawk
Woodland birds include o Bellrsquos vireo blank-and-white warbler rose-breasted grosbeak orchard oriole
Mammal
More than 55 mammals o Plains pocket gopher prairie vole plains pocket mouse thirteen-line ground squirrel
Franklinrsquos ground squirrel o Prior to European settlement
Bison elk mule deer mountain lion black and grizzly bear gray wolf Larger animals include coyote bobcat least and long-tailed weasel mink
Fish
More than 75 species of fish Amphibians and Reptiles
53 species of amphibians and reptiles o 2 salamanders 5 toads 6 frogs 8 turtles 8 lizards and 24 snakes
Eco-tourism amp Wildlife Viewing
Henry Doorly Zoo in Omaha Childrenrsquos Zoo in Lincoln
Ak-Sar-Ben Aquarium Ponca State Park
Mahoney State Park Platte River State Park
Two Rivers State Recreation Area Branched Oak
Homestead National Monument Ashfalls Fossil Beds State Park
Migrating birds Fontenelle Forest Indian Cave State Park Schramm State Park
Tallgrass prairie Audubonrsquos Spring Creek Prairie south of Denton amp Nine-Mile Prairie
Canoeing hiking biking
Elkhorn River Platte River
Cowboy Trail Steamboat Trace Trail
MoPac East Trail Oak Creek Trail
Driving Tours
Nebraska Scenic Byway Outlaw Trail Scenic Byway
Heritage Highway Lewis and Clark Scenic Byway
NEBRASKA MASTER NATURALIST Explore Contribute Connect
14
Mixedgrass Prairie
Introduction
Transition zone between tallgrass and shortgrass prairies o Have characteristics of both o Plant composition varies considerably depending of soil type topography weather and
land use
Elevation east to west 1650 to 3000 feet above sea level
Climate - Semiarid o Average annual precipitation from 28 inches in the east to 20 inches in the west o Average annual temperature from 52-57 degrees - Frost-free period 150 ndash 190 days
General topography o Level broad plains rolling hills in north-central part steep sloops with deep drainages in
the southwest o Mostly covered with windblown silt o Ogallala aquifer underlies most of the Ecoregion
Alluvial aquifers along streams
Streams o Platte Republican Loup Niobrara Blue rivers ndash all eventually drain into Missouri River
Wetlands o Rainwater Basin ndash playa wetlands formed by wind with a clay pan to hold water
Found in south-central Nebraska Once contained more that 4000 major wetlands National importance for migrating birds
o Central Table Playas ndash found mostly in Custer County on top of hills o Subirrigated Wet Meadows ndash found along Platte and Loup Rivers
Transected with old river channels swales and sloughs o Riverine Wetlands ndash found along streams
Include oxbows and other semi-permanent wetlands o Sandhill Wetlands ndash found in sandy areas close to Platte and Loup Rivers o Formed where groundwater reaches surface
Vegetation
Tallgrass spps tend to dominate in the east and along floodplains and shortgrass spps found further west (drought resistant)
Hilltops dominated by buffalograss and blue grama
Hill sides dominated by medium-stature grasses ndash side-oats grama little bluestem western wheatgrass and sand dropseed
Lower slopes and valleys ndash big bluestem Indiangrass switchgrass and Canada wildrye
Hundreds of forbs found including o Prairie clover Illinois bundle flower wild alfalfa deer vetch leadplant prairie
coneflower stiff sunflower and blazing star
Historically less than 1 covered with woodlands ndash mostly close to streams o Trees - Eastern cottonwood green ash hackberry red cedar o Shrubs ndash roughleaf dogwood false indigo sandbar willow o Some native oaks and black walnut can be found on steeper slopes
Wet meadows and wet prairies
NEBRASKA MASTER NATURALIST Explore Contribute Connect
15
o Woolly sedge spike rush prairie cordgrass o Federally endangered prairie white-fringed orchid o State endangered saltwort
Playa wetlands (Rainwater Basin and Central Tables area) o Seasonally flooded - River bulrush common cattail smartweed o Temporarily flooded ndash spike rush flatsedge plains coreopsis o More permanent - bladderwort pondweed duckweed
Riparian wetlands ndash switchgrass scouring rush bedstraw
Sandhill wetlands ndash cattail bulrush smartweed
Birds
More than 350 spps of resident and migratory birds o Grasshopper and field sparrow dickcissel western meadowlark bobolink northern
bobwhite ring-necked pheasant northern harrier and greater prairie chicken o Platte River
Over 300 spps with 141 known to nest o Sandhill cranes endangered whooping cranes
o Rainwater Basin Over a dozen spps of waterfowl including 13 of northern pintails 50 of North
Americans mallards 90 of mid-continentrsquos white-fronted geese Approximately 3000000 shorebirds
o Thousands of Swainsonrsquos hawks migrate through the region Mammals
Many species of mammals but none that are only found in mixedgrass prairies Fish ndash Diverse range of species
Reptiles and amphibians
Spiny softshell turtles western painted turtles and snapping turtles in wet areas
Ornate box turtle in native grasslands
Northern water snake ndash only aquatic snake found
Prairie rattlesnake only poisonous snake found
Smooth green snakes and red-bellied snakes are two of the more rare snakes
3 lizards found ndash northern earless prairie racerunner northern prairie lizards
Tiger salamander only salamander found
Frogs and toads common
Eco-tourism amp Wildlife Viewing
Sandhill cranes - Rowe Sanctuary amp Roadside viewing sites constructed by Central Platte NRD
Waterfowl viewing - Rainwater Basin
Massie Waterfowl Production Area with an observation tower (Clay Center)
Funk Waterfowl Production Area and Sacramento-Wilcox Wildlife Management Area o Handicapped accessible blinds
Bald eagle viewing ndash J-2 Power Station near Lexington Harlan County Lake Sherman Lake and Rowe Sanctuary
Prairie chicken viewing- Calamus Outfitters near Calamus Reservoir
NEBRASKA MASTER NATURALIST Explore Contribute Connect
16
Sandhills Motel ndash Mullen
Walking Trails ndash Rowe Sanctuary Kearney Hike-Bike Trail Harlan County Lake Funk Harvard and Massie Waterfowl Production Areas Lake Seldom at Holdrege
Best way to find out about birding trails is to go to wwwnebraskabirdingtrailscom o Some are ndash Chicken Dance Trail Rainwater Basin Loops
Sandhills
Introduction
19300 square miles of north-central Nebraska o Largest dune system in the western hemisphere o One of the largest grass-stabilized dune regions in the world o Majority of the region is in relatively natural state
Sandhills young geologically speaking o Dunes aligned primarily in a northwesterly to southeasterly direction with prevailing
winds o Some dunes over 400 feet in height o Soils poorly developed with a thin layer of topsoil o High infiltration rate (up to 10 feet per day) o High water table ndash almost 2000 shallow lakes and over a million acres of wetlands
Most lakes and wetlands at headwaters of streams amp in poorer draining areas in western areas
Most wetlands and lakes pH neutral but alkaline wetlands and lakes common in the west where salts and carbonates accumulate
Fens ndash Sandhills contains some of Great Plains largest ones
Streams of the region o North and Middle Loup Calamus Cedar Dismal ndash flow from groundwater discharge o Niobrara River ndash only river that originates out of the region (starts in Wyoming)
Climate o Semiarid ndash annual precipitation ndash 23 inches in east to 17 inches in west
Vegetation
700 native plants spps
Sandhills dune prairie plant community o Mixture of sand-adapted grasses ndash sand bluestem prairie sandreed little bluestem and
hairy grama o Forbs ndash stiff sunflower bush morning glory plains gayfeather o Shrubs ndash sand cherry leadplant prairie rose and yucca
Sandhills dry valley prairie community o Grasses - Big Bluestem Indiangrass switchgrass o Forbs ndash western ragweed white sage and prairie coneflower o Shrubs ndash leadplant Arkansas rose western wild rose
Blowouts o Federal and state threatened blowout penstemon
Native woodlands ndash uncommon o Eastern cottonwood peachleaf willow coyote willow chokecherry wild plum and
snowberry
Middle Niobrara River valley largest woodland in sandhills
NEBRASKA MASTER NATURALIST Explore Contribute Connect
17
o South facing bluffs -Oak basswood black walnut green ash o Canyons ndash Paper birch quaking aspen o North river bluffs ndash ponderosa pine o Referred to as a biological crossroads
Wet meadows o Sedges spike rushes prairie cordgrass switchgrass o Shrubs - Sandbar willow false indigobush
Alkaline wet meadows o Inland saltgrass foxtail barley alkali sacaton meadow bluegrass and scratchgrass
Fens o Contain 20 at-risk plant species including bog bean cottongrass and marsh marigold
Freshwater marshes o Ripgut sedge common reed smartweeds bulrush cattail duckweed coontail
Alkaline marshes ndash alkaline-tolerant plants Birds
More that 300 species of birds o Sharp-tailed grouse and greater prairie chicken o Long-billed curlew (sandhills important breeding site)
Upland sandpiper vesper sparrow lark bunting grasshopper sparrow western meadowlark High concentration of northern harriers and ferruginous hawks
Important breeding area for mallards blue-wing teal pintail
American Bird Conservancy calls the area the ldquoBest grassland bird place in the United Statesrdquo Mammals
55 species of mammals but not specific to the Ecoregion Fish
75 species of fish
Rare spps ndash blacknose shiner pearl northern redbelly and finescale daces o Species cutoff from principle range
Amphibians and Reptiles
27 species o One salamander 3 toads 4 frogs 6 turtles 4 lizards 9 snakes
Eco-tourism amp Wildlife Viewing
Crescent Lake Fort Niobrara Valentine National Wildlife Refuges
Nebraska and Samuel R McKelvie National Forests
Niobrara Valley Preserve (TNC property) with 2 bison herds
Merritt Reservoir Calamus Reservoir
Niobrara Wild and Scenic River o Over 10 outfitters in Valentine area for canoeing kayaking and tubing
Dismal Loup and Cedar rivers also offer canoeing and tubing
Niobrara Valley Preserve
Swan Lake Motor Route
Sandhills Scenic Byway (Hwy 2) ndash one of the top 10 scenic highways in the nation
NEBRASKA MASTER NATURALIST Explore Contribute Connect
18
Stargazing ndash Nebraska Star Party near Valentine in August
Cowboy Trail (will be the nationrsquos longest rails-to-trails conversion)
Calamus Outfitters
Shortgrass Prairie
Introduction
Found in western Nebraska
High diversity of habitats
Dramatic changes in elevation and topography
Soils range from sand to clay-loam to hard sandstone
Annual precipitation 12-17 inches ndash humidity generally low
Annual average temperature 47-50
Topography o Truest form of shortgrass prairie found in Banner Cheyenne Deuel and Kimball counties o Mixedgrass and sandsage prairies in southeast of Ecoregion o Wildcat Hills bluff formation found in Scottsbluff amp Morrill counties o Relic sandhill extend through Morrill and Sioux counties o Pine Ridge found in northern Dawes Sheridan and Sioux counties
Streams o North Platte River Lodgepole Creek Upper Niobrara and White Rivers o 5 large reservoirs and a number of smaller artificial lakes o Playas found throughout the region
Vegetation
Shortgrass Prairie o Buffalograss blue grama side-oats grama purple threeawn (grass height 10 inch) o Over 100 spps of forbs o Milkvetch scarlet guara cutleaf ironplant prickly pear purple locoweed scurfpea
prairie coneflower scarlet globe mallow
Mixedgrass Prairie o Blue grama prairie sandreed threadleaf sedge needle-and thread grass little bluestem
western wheatgrass (grass height 18-24 inches) o Shrubs
Skunkbush sumac winterfat fringed sage snowberry yucca broom snakeweed o Over 100 species of Forbs o Scarlet guara dotted gayfeather skeleton plant cutleaf ironplant scurfpea scarlet
globe mallow o Within the mixedgrass prairie ndash 2 unique communities found
Northwestern mixedgrass amp Loess mixedgrass prairie
Sandhill dune prairie and sandsage prairies o Sandsage sand bluestem blue grama prairie sandreed needle-and-thread yucca o Forbs ndashsand-lily desert goosefoot plains sunflower bush morning glory showy
impomopsis
Western alkaline meadows along the North Platte o Inland saltgrass alkali sacaton field sedge foxtail barley meadow bluegrass o Forbs ndash spearscale alkali aster camphor daisy thelypody
NEBRASKA MASTER NATURALIST Explore Contribute Connect
19
Ponderosa pine woodlands o Ponderosa pine quaking aspen green ash Saskatoon serviceberry chokecherry dwarf
juniper fragrant sumac mountain mahogany wolfberry Kentucky bluegrass littleseed ricegrass
Riparian woodlands o Cottonwoods peachleaf willows green ash boxelder Sandbar willow wild plum
chokecherry buffaloberry horsetail sedges marsh muhly and cordgrass
Badlands o Saltbush rabbitbrush poverty weed Russian thistle
Birds
More that 300 species of birds found
Shortgrass birds o McCownrsquos and Chestnut-collared longspurs Brewerrsquos sparrow horned lark burrowing
owl and state threatened mountain plover
Mixedgrass birds o Western meadowlark grasshopper sparrow lark bunting
Pine Ridge birds o Lewisrsquo woodpecker pygmy nuthatch ovenbird mountain bluebird
Wetland birds o Canada geese mallard northern pintail shorebirds
Mammals
White-tail and mule deer elk pronghorn bighorn sheep coyotes bobcats mountain lions prairie dogs federally endangered black-footed ferret river otter black-tailed jackrabbit badger pocket gopher grasshopper mouse
Fish
Many gamefish state threatened finescale dace endangered blacknose shiner etc Amphibians and Reptiles
Include western striped chorus frog Woodhousersquos toad bullsnake prairie rattler lesser earless lizard horned lizard ornate box turtle and painted turtle
Ecotourism amp Wildlife
Lake McConaughy (largest reservoir in state)
Lake Ogallala
Pine Ridge area o Ft Robinson State Park o Chadron State Park o Nebraska National Forest (Pine Ridge Unit) o Soldier Creek Wilderness
Oglala National Grassland and Toadstool Geologic Park
Wildcat Hills Nature Center in Gering
Scotts Bluff National Monument
Chimney Rock
Agate Fossil Beds National Monument
NEBRASKA MASTER NATURALIST Explore Contribute Connect
20
Endangered Species Act
The Endangered Species Act provides a program for the conservation of threatened and endangered
plants and animals and the habitats in which they are found The US Fish and Wildlife Service and the
Department of the Interior maintain the list of 632 endangered species (326 plants and 306 animals) and
190 threatened species (112 animals and 78 plants)
The law is written to prohibit any action that results in taking or injuring a listed species or negatively affects habitat Also prohibited is the import export interstate or foreign trade of listed species
Nebraskarsquos Endangered amp Threatened Species
State Status Federal Status
Birds Bald Eagle Threatened Threatened
Piping Plover Threatened Threatened
Mountain Plover Threatened Proposed Threatened
Whooping Crane Endangered Endangered
Eskimo Curlew Endangered Endangered
Interior Least Tern Endangered Endangered
Mammals River Otter Threatened
Southern Flying Squirrel Threatened
Black-footed Ferret Endangered Endangered
Swift Fox Endangered
Black-tailed Prairie Dog Candidate
Plants Western Prairie Fringed Orchid Threatened Threatened
Utersquos Ladyrsquos Tresses Threatened Threatened
Ginseng Threatened
Small White Ladyrsquos Slipper Threatened
Colorado Butterfly Plant Endangered Threatened
Saltwort Endangered
Hayden Penstemon Endangered Endangered
Insects American Burying Beetle Endangered Endangered
Salt Creek Tiger Beetle Endangered Candidate
Fish Lake Sturgeon Threatened
NEBRASKA MASTER NATURALIST Explore Contribute Connect
21
Northern Redbelly Dace Threatened
Finescale Dace Threatened
Blacknose Shiner Threatened
Topeka Shiner Endangered Endangered
Sturgeon Chub Endangered
Pallid Sturgeon Endangered Endangered
Reptiles amp Mussels Massasauga Threatened
Scaleshell Mussel Endangered Endangered
Information courtesy of Nebraska Game and Parks US Department of the Interior and the US Fish
and Wildlife Service
The Nuts and Bolts
Without habitat there are no animals
Every species has its niche
Understand the importance of biodiversity Know where the Platte River begins and ends understand its
makeup and where Rowe is located in the relationship to the river How Rowe plays a role in
conservation habitat maintenance and education Have an understanding of what constitutes the 4
major eco-regions in Nebraska
References Integrated Principals of Zoology by Cleveland P Hickman Jr Larry S Roberts Alan Larson (WmC
Brown Publishers 1996)
Zoology by Lawrence G Mitchell John A Mutchmor Warren D Dolphin (The BenjaminCummings
Publishing Company Inc 1988)
Biology the unity and Diversity of Life 7th Ed By Cecie Starr and Ralph Taggart (Wadsworth Publishing
Company 1995)
Nebraskarsquos Natural Legacy Project httpwwwngpcstateneuswildlifeprogramslegacyreviewasp
Cliffs Quick Review Biology by I Edward Alcamo PhD and Kelly Schweitzer PhD (Wiley Publishing 2001)
Biology for Dummies by Donna Rae Siegfried (Wiley Publishing Inc 2001)
NEBRASKA MASTER NATURALIST Explore Contribute Connect
22
Taxonomy in a Nutshell
Definitions
Classification is a systematic arrangement in groups or categories according to established
criteria
Taxonomy is the orderly classification of plants and animals according to their presumed natural
relationships
Binomial nomenclature (Binomial = 2 terms ndash Generic amp specific nomenclature = set of names)
is a system of naming in which each species of animal or plant is given a two tern Latin name
The first term identifies the genus to which the plantanimal belongs and is always spelled with
a capital letter The second term is the species of the plantanimal and is spelled with a lower
case letter This ldquoscientific namerdquo is usually printed in italics or underlined For example ndash Felis
concolor or Felis concolor
The Reason for ithellipWhy use taxonomy
Scientific taxonomic classification is a tool used through the world in an effort to catalog and compare
living things Zoologists now classify approximately 15 million animal species Each year about 10000
new species are added and it is estimated that more than 10 million different animal species may
actually exist on earth
Okay But why Latin
Common names of animals and plants vary from place to place even within a community For instance
the animal name above Felis concolor is known as puma mountain lion catamount panther and
several other local names So how does a biologist from Nebraska know that she and a scientist from
Scotland are talking about the same animalplant Throughout the scientific world Latin is recognized
as the universal language of scholars and scientists By referring to it by its Latin ldquoscientific namerdquo there
is no mistaking what animalplant they are referring to Latin also provides a source for decoding the
scientific name into something that tells you a little about the animalplant itself A translation often
provides a short description of the animal ie the giant anteaterrsquos species tridactyla actually means
three-toed
Background
The identification and comparison of different animals and plant species dates back to ancient times
Naturalists wrote herbals and bestiaries that were lists and descriptions of familiar organisms of a given
locality There was little interest in communicating outside a restricted region The advent of the
printing press led to broader dissemination of books and ideas Cataloging and comparing species on a
more comprehensive scale became possible As naturalists compiled their work they used many words
NEBRASKA MASTER NATURALIST Explore Contribute Connect
23
to describe a species by several characteristics sometimes defining one species in terms of another For
example the blue chair with the fluted arms the red chair like the blue chair with the fluted arms etc
Each authorrsquos system and terminology was different It is only comparatively recently that the
observation and study of the animal and plant world has begun to be organized along truly scientific
lines
Toward the middle of the eighteenth century the Swedish botanist Carolus Linnaeus produced a general
classification of all living species and this system has formed the departure point for all subsequent
developments of taxonomy His system was ambitious and used polynomials some with fifteen words
An example is the oak with leaves with deep blunt lobes bearing hair-like bristles Although he
considered the polynomial name to be the true one he also made notes with two-term names The
current binomial system used today is based upon these notes His writings and those of other scientists
that came after him became the standard for all classifications Since Latin was the universal language
of scholarship his writings were all in Latin Actually his real name was Carl van Linne but he translated
that to Latin as well
In the course of the last couple of centuries naturalists have come to adopt two different forms of
investigation and comparison in their classification process First they studied the question of
adaptation to the environment the significance of diverse structures and behavioral patterns among
animal species and the reason why these different modes of behavior and lifestyles enable animals in
different surroundings to survive
Secondly they have tried to recognize affinities and relationships between the various species They
have attempted to identify the ldquofamily likenessesrdquo that often exist among species which live in different
environments and therefore may be quite unlike one another in outward appearance
As a result of all this research scientists have built up a system of classification which places every
animalplant species in a particular category according to its relationships with other animalsplants
This is taxonomy
Side note ndash genetic testing is now being used to help with classification
How does it Work
When a new animalplant is recognized and identified it is given a species name This may be a term
that describes it or identifies the person who first recognized it as a separate species Originally these
species names were assigned by the individual scientist that discovered them but now they are
assigned by international groups Once this species term is assigned it almost never changes In theory
NEBRASKA MASTER NATURALIST Explore Contribute Connect
24
it is never supposed to be changed even if it is later moved to a different genus family or class but over
the years there have been a few exceptions
The basis of taxonomy however is the genus This is the smallest grouping of related species When
taxonomy began there were relatively few identified species so species were grouped into genera and
there it ended As the body of knowledge grew so did the need for a broader system of grouping From
there the hierarchical system of classification based on natural features evolved
The current system works as follows
Individually related species are grouped into the same genus
The most closely related genera are grouped into the same family
Related families are grouped into an order
Orders are grouped into a related class
Similar classes are included in the same phylum
The phyla are then placed into the proper kingdom
Each of these categories may also contain sub- or super- subdivisions
Taxonomy is a constant work in progress As scientists learn more about different species their
classification may change Changes can reflect a clearer understanding of where the species fits in
among the others with similar characteristics Until recently we only had to contend with two kingdoms
ndash animal and plants Today scientists recognize a least five different kingdoms of living things
Monera ndash bacteria and blue-green algae
Protista ndash one-celled organism with nucleus
Plantea ndash green plants
Fungi ndash non-green plants
Animalia ndash animals
NEBRASKA MASTER NATURALIST Explore Contribute Connect
25
Fauna of Nebraska
Developed and Adopted by Keanna Leonard Education Director Rowe Sanctuary
Objectives for Fauna Mammals Amphibians amp Reptiles Birds 3-4 hours
1 Descriptions ndash (Mammals Amphibians and Reptiles birds --ndash IMPORTANT CHARACTERISTICS)
2 Vocabulary
3 Common Oderrsquos in Nebraska and examples
4 Nuts amp Bolts of Mammals How to ID amp locate specific animals and their evidence (possible
activity tracks traces etc) in Nebraska
MAMMALS IN A NUTSHELL Basic Characteristics
1 Mammary glands (hint the name) that
produce milk
2 Sweat glands
3 Sebaceous glands for oil
4 Presence of hair on the body at some time
during life span
5 Homiothermic Endotherm (warm blooded)--
regulate high body temperature
6 Four-chambered heart
7 Enucleated red blood cells
8 Have a diaphragm
9 Enlarged cerebral hemisphere
10 One bone in lower jaw and complex
dentition
11 3 middle ear bones
12 Turbinal bones in nasal chamber
13 Eggs develop in a uterus with
placental attachment and born alive
(viviparous)
MAMMAL VOCABULARY
Altricial Born helpless
Arboreal Tree dwelling
Carnivore A mammal in the order Carnivora
Carnivorous Meat eating
Crepuscular Active at dusk and dawn
Diurnal Active during the day
Dominant Ruler or leader of others
Habitat Region where an animal lives
Herbivore An animal that eats only plants
Herbivorous Plant eating
Hibernation Winter period when certain
animals become inactive to a point in
where all body functions slow
considerably for a long period
Instinct Inherited mode of behavior
Mammal Animals that have hair on their
bodies (see other char above)
Marsupial Animals whose females have
pouches
Nocturnal Active during nighttime
Omnivore Animals that eats both meat and
plant material
Omnivorous Eating both meat and plant
material
Precocial Born in an advanced stage of
development and able to move about
Predator Animals that kills another animal for
food
Prehensile Grasping
Prey Animal hunted for food
NEBRASKA MASTER NATURALIST Explore Contribute Connect
26
Protective coloration Enables the animal to
blend in with surroundings
Reticulated Net-like pattern of skin
Terrestrial Ground dwelling
Viviparous Live birthing
There are 21 orders of mammals found in the world
Listed below are the orders and examples of common species found in Nebraska
More Species found in Core Curriculum Binder
Insectivores (shrews and moles)
Masked Shrew (Sorex cinereus)
Northern Short-tailed Shrew (Blarina
brevicauda) (venomous)
Least Shrew (Cryptotis parva)
Eastern Mole (Scalopus aquaticus)
Chiroptera (bats)
Big Brown Bat (Eptesicus fuscus)
Red Bat (Lasiurus borealis)
Hoary Bat (Lasiurus cinereus)
Xenarthra
Nine-banded Armadillo (Dasypus novemcinctus)
Lagomorpha Eastern Cottontail (Sylvilagus floridanus) Black-tailed Jackrabbit (Lepus californicus)
Rodentia
Franklinrsquos Ground Squirrel (Spermophilus
franklinii)
Thirteen-lined Ground Squirrel (S
tridecemlineatus)
Black-tailed Prairie Dog (Cynomys
ludovicianus)
Plains Pocket Gopher (Geomys bursarius)(fur-
lined pouch)
Plains Pocket Mouse (Perognathus
flavescens)
Beaver (Castor canadensis)
Eastern Woodrat (Neotoma floridana)
Meadow Vole (Microtus pennsylvanicus)
Muskrat (Ondtra zibethicus) (laterally
compressed tail)
Porcupine (Erethizon dorsatu
Carnivora Despite the name of the order not all are carnivorous Many are omnivores (most bears and raccoons)
and some are even herbivores (giant panda)
Most carnivorous mammals have 3 up and 3 down relatively small incisors and 1 up and 1 down large
canine teeth on both sides of the incisors
Common species found in this area include
Family Canidae Coyote (Canis latrans) Red fox (Vulpes vulpes)
Family Procyonida Raccoon (Procyon lotor)
Family Mustelidae
NEBRASKA MASTER NATURALIST Explore Contribute Connect
27
Long-tailed Weasel (Mustela nivalis)
Least Weasel (M nibalis)
Mink (Mustela vison)
Badger (Taxidea taxus)
Striped Skunk (Mephitis mephitis)
River Otter (Lutra canadensis)
Family Felidae Bobcat (Felis rufus)
Artiodactyla Mule Deer (Odocoileus hemionus) White-tailed Deer (O virginianus
References National Audubon Society Field Guide to North American Mammals by John O Whitake Jr Robert
Elman Carol Nehring (Alfred A Knoph Inc 1994)
Guide to Mammals of the Plains States By J Knox Jr Davide M Armstrong Jerry R Choate (University
of Nebraska Press 1985)
The Nuts and Bolts Know important characteristics especially-
Mammary glands Sweat glands Sebaceous glands Hair sometime during their life
4 chambered heart
Though these critters look like a rodent
Donrsquot confuse them for a moment
They sport small eyes and ears out of view
Their teeth are small sharp and more than a few
They are made up of one mole and shrews three
So in what ORDER can they be
Commonly seen species of Chiroptera number three And are known as the only mammals to swim through the air free They are normally seen at night and for finding food use echolocation rather than sight Now I know you know what they be But go ahead and name all three These mammals have what humans claim to be a disgusting habit of defecating undigested pellets and eating them again What are they Chewing the cud is normal for this group and so is walking on their two middle toes Name the common species found in this area
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28
AMPHIBIANS
Basic Characteristics
1 Skin naked No scales or hair
2 Eggs do not have shells but are jelly like
Laid in clusters always in water
3 Ectodermic
4 Can breathe through permeable skin
5 Spend all or part of life in water
6 Adults are carnivores Size of head
determines size of prey
7 Incomplete lung development
DIFFERENCES BETWEEN REPTILES AND AMPHIBIANS
Reptiles
1 Ectodermic
2 Covered with scales or plates
3 Shed skin
4 Most not do not live in or around water
Amphibians
1 Ectodermic
2 Smooth slimy skin without scales
3 Do not shed skin
4 Spend all or part of life in water
5 Go through metamorphose
Listed below are the orders and examples of common species found in Nebraska
More Species found in Core Curriculum Binder
Salamanders (Order Urodela)
Small-mouth Salamander (Ambystoma
texanum) Occurs in eastern Nebraksa
Tiger Salamander (A tigrinum) Occurs
throughout the state
Frogs and Toads (Order Anura) Thirteen species occur in Nebraska
Pelobatidae or Spadefoot Family
Plains Spadefoot (Spea bombifrons) Occurs throughout Nebraska expect southeast
Ranidae or True Frog Family Plains Leopard Frog (Rana blairi)
Northern Leopard Frog (Rana pipiens)
Bullfrog (Rana catesbeiana
Microhylidae or Narrow-mouthed Family Plains Narrowmouth Toad (Gastrophryne olivacea)
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29
Bufonidae or Toad Family
American Toad (Bufo americanus) Occurs only
in eastern part of the state
Great Plains Toad (Bufo cognatus) Occurs
throughout the state
Woodhousersquos Toad (Bufo woodhousei) Occurs
throughout the state
Hylidae or Tree Frogs
Northern Cricket Frog (Acris crepitans) East
and central Nebraska
Western Striped Chorus Frog (Pseudacris
triseriata amp P maculata) Occurs throughout the
state
Copes Gray Treefrog (Hyla chrysoscelis) Found
in eastern part of state
Resources Reptiles and Amphibians of Nebraska ndash herpetology database httpsnrsunleduherpneb
NEBRASKA MASTER NATURALIST Explore Contribute Connect
30
REPTILES Basic Characteristics
1 Ectothermic (cold-blooded) Body temperature is the same as the temperature of its surroundings
2 Dry skin covered with scales or plates
3 Teeth if present are needle-like or conical
4 Skin shed in one piece or several pieces at intervals
5 Lay soft shelled eggs or young born alive in a membranous sac
6 Lung breathing
There are four groups
Lizards - Short-legged long-bodied reptiles
Taped tail Size varies from 4- inch long fence
swift to 10 foot Kamodo dragon
Snakes - Legates cousins of lizards
Turtles - Armored shells
Crocodilians - Crocodiles Alligators Caimans
REPTILE VOCABULARY
Antivenin An antidote to the venom of
venomous snakes produced by inoculating
horses with small doses of venom Horses build
up an immunity or resistance The horsersquos
blood is used to make the antivenin
Blue Stage Refers to the condition of a snake
prior to shedding
Carapace Dorsal (covering the back) shell
Constrictor A term used in describing a snake
that kills its prey by constriction
Ectothermic Not able to control body
temperature (Cold-blooded) Dependent upon
environment to control body temperature
Egg Tooth A sharp projection located in front
of nose on upper jaw Used by infant reptiles to
cut through eggshell
Fangs Grooved or tubular teeth used to inject
venom
Hemotoxin Venom that attacks the blood
Herpetologist A specialist in reptiles
Jacobsonrsquos Organ A tastesmell sense organ
with two small openings located on roof of
mouth
Thermal Pit A heat sensory pit on side of head
between nostril and eye Allows snakes to track
warm-blooded animals and to strike accurately
especially at night Found only in venomous
snakes known as pit vipers
Neurotoxin Venom that attacks the nervous
system
Oviparous Lays egg
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31
Ovoviviparous Give birth to live young Egg
developed in female and then deposited as a
living young
Plastron Ventral (covering the belly) shell
Reticulated Net-like pattern on skin
Scales Folds of skin covering reptiles
Scutes Single section of shell each sell is made
up of many scutes
Toxic Poisonous
Toxin Poison
Undulating Type of snake locomotion typical of
most snakes - Leaves ldquoSrdquo shape track
Venom Poisonous fluid secreted from glands
and transmitted by bite or sting
Venomous Describes animal containing venom
gland
Nuts amp Bolts of Reptiles
Most reptiles are carnivores (eat meat) Many will eat only live food Some are herbivores (eat
plant material) as well as insectivores (eat insects)
Reptiles often found in water or underground for protection from predators and to help
regulate body temperature Air temperature can change quickly but water and soil
temperature are more constant therefore it helps to regulate the reptiles body temperature
Because they are ectothermic many reptiles live in places that are warm year round In colder
climates reptiles hibernate underground below the freeze line
Most reptile lay eggs and are called oviparous Eggs are buried in sand soil rotted logs etc and
kept warm only by heart from the sun or from rotting vegetation Very few reptiles stay around
to protect their eggs Some reptiles keep their eggs inside their bodies until they hatch and
produce live young (ovoviviparous) Example - garter snakes Very few reptiles care for or feed
their young Young are precocial able to look after themselves minutes after they hatch
Most snakes are harmless Even snakes that are venomous will not bite unless they are
cornered or stepped on Snakes are good and necessary animals They help control potential
destructive populations of rodents
Listed below are the orders and examples of common species found in Nebraska
ORDER CHELONIA Basic Characteristics
1 Contains all forms of turtles and tortoises
2 Has body enclosed in a shell made of
modified horny scales and bone Shell made of
two parts Carapace - upper part covering
animalrsquos back Plastron-under part covering
animalrsquos stomach amp chest
3Ribs and most of vertebrae attached to shell
4 Neck long and flexible and can usually be
withdrawn into shell
5 Have no teeth but jaws outfitted with horny
beaks
6 All lay eggs Usually bury eggs in pit in sand or soil Hatchlings must dig themselves to the surface
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32
Examples of Turtles found in Nebraska Snapping Turtle (Chelydra serpentina)
Blandingrsquos Turtle (Emydoidea (Emys)
blandingii) Protected Species
False Map Turtle (Graptemys
pseudogeographica) Protected Species
Ornate Box Turtle (Terrapene ornata)
Smooth Softshell (Apalone mutica)
Spiny Softshell (Apalone spinifer
SUBORDER LACERTILA (lizards) Basic Characteristics
1 Dry scaly skin clawed feet external ear
openings
2Have movable eyelids - snakes do not
3 Males and females often show different
coloration
4 Generally diurnal but many nocturnal
(geckos night lizards Gila Monsters)
5 Courtship brief fertilization is internal
6 Most are egg layers
Examples of Lizards of Nebraska
Six-line Racerunner (Cnemidophorus sexlineatus Five-line Skink (Eumeces fasciatus)
Many-lined Skink (Eumeces mulitvirgatus)
Great Plains Skink (Eumeces obsoletus)
Slender Glass Lizard (Ophisaurus attenautus)
Lesser Earless Lizard (Holbrookia maculate)
Northern Prairie Lizard (fence lizard)
(Sceloporus undulates)
SUBORDER SERPENTES (Snakes) Basic Characteristics
1 Elongated scaly bodies (to protect from water
loss) no limbs external ear opening or eyelids
(eye covered with a clear scale)
2 Terrestrial subterranean arboreal
amphibious
3 Carnivores swallow prey whole
4 Continue to grow throughout their lives
6 Hibernate in colder climates
7 Males locate females by scent
8 Internal fertilization
9 Some lay eggs others bear live young
11 Vipers (venomous snakes) have heat-
sensing organs called thermal pits
NEBRASKA MASTER NATURALIST Explore Contribute Connect
33
12 Teeth slanted back If one is lost another drops down in itrsquos place
Examples of snakes found in Nebraska
Black Rat Snake (Elaphe obsoleta)
Great Plains Rat Snake (Elaphe guttata)
Bullsnake (Pituophis catenifer)
Common Kingsnake (Lampropeltis getula)
Eastern Hognose Snake (Heterodon
platyrhinos)
Western Hognose Snake (Heterodon nasicus)
Glossy Snake (Arizona elegans)
Milk Snake (Lampropeltis triangulum)
Plains Garter Snake (Thamnophis radix)
Common Garter Snake (Thamnophis sirtalis)
Racer (Coluber constrictor)
Pit Vipers
Copperhead (Agkistrodon contortrix) found in extreme southeast Nebraska
Massasauga (Sistrurus catenatus) Found in southeast Nebraska Protected Species
Prairie Rattlesnake (Crotalus viridis) Found in central and western parts of the state
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 34
Birds What Makes a Bird a Bird IMPORTANT CHARACTERISTICS
So what makes a bird a bird All birds share one common characteristic that no other animal has and
that is FEATHERS Other characteristics include
Maintain high constant body temperature Endotherms (warm-blooded)
Possess toothless beaks or bills
All lay hard-shelled eggs (oviparous)
Air sacs in birdrsquos body give buoyancy
Generally bones are hollow Decreases body weight
Four-chambered heart
Lend Me Your Ear Yes birds have ears but they are missing the pinna or outside part of the ear that collects sound Birds
have feather-covered openings on both sides of the head just behind the eyes Owls and other night-
flying birds have off-setting ears that allow them to pinpoint the exact position of prey
Can birds smell We are not quite sure how well most birds smell We do know vultures use the sense of smell to find
their dinner The champion bird sniffer belongs to kiwi found in New Zealand They are able to sniff out earthworms Some diving birds like cormorants cannot even breathe through their nostrils because they are sealed Ocean birds have special glands in their noses which eliminates salt from the salty water they drink
Eggs Birds lay hard-shelled eggs made mostly of carbon carbonate The hard shell keeps the egg from drying
out and allows parents to sit on it without damaging the developing chick Though the shells are hard it
does not mean that they are non-porous Microscopic pores allow the embryo to ldquobreatherdquo Carbon
dioxide and oxygen can pass through the shell
Eggs come in all sizes colors and patterns We believe that the different colors and patterns are
intended as camouflage Blue and green eggs are found in nests that are in the shade Patterned eggs
blend in with vegetation and stones and white eggs are normally found in cavities
The shape of eggs also depends on where a bird nests The most common shape is oval A pointed egg
is usually found near ledges Round eggs are generally found in highly secure nests
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 35
Commonly Seen Bird Families of Nebraska
Grebes (Family Podicipediae ndash rump foot)
WHAT TO LOOK FOR
Sleek diving waterbirds - small to medium size
Most have sharp pointed bills with fairly long necks short wings and almost no tail
Have lobed toes and legs set far back on body
Common Nebraska species - Pied-billed horned eared western and Clark grebes
Pelicans (Family Pelecanidae ndash an ax)
WHAT TO LOOK FOR
Very large waterbirds
Huge bills with large distensible pouches
Most are white with black flight feathers ndash wingspan 6-9 feet
Common Nebraska species ndash American White Pelican
Cormorants (Family Phalacrocoracidae ndash bald raven)
WHAT TO LOOK FOR
Large diving waterbird shaped like an elongated goose
Long neck and long bill hooked at the end
Wing span 3-5 feet Mostly dark in color
Common Nebraska species ndash Double-crested cormorant
Herons Egrets and Bitterns (Family Ardeidae - )
WHAT TO LOOK FOR
Medium to large wading birds
Usually with long legs bills and S-shaped neck
Short rounded tails
Common Nebraska species ndash American and least bitterns great and snowy egrets little
blue egret cattle egret great blue green black-crowned night and
yellow-crowned night herons
Ibises (and Spoonbills) (Family Threskiornithidae ndash sacred bird)
WHAT TO LOOK FOR
Medium to large wading birds
Long necks and legs with a duck-like body
Long tapering down-curved bill Common Nebraska species ndash white-faced ibis
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Page | 36
Vultures (Family Cathartidae ndash cleanser)
WHAT TO LOOK FOR
Large soaring scavengers
Resemble eagles and large hawks in flight
Head and neck void of feathers bill hooked
Hold wings in a raised V-shape (dihedral)
Common Nebraska species ndash turkey vulture
Duck Geese and Swans (Family Anatidae ndash waterfowl)
WHAT TO LOOK FOR
Medium to large waterbirds
Large heads with conspicuous and horizontally flattened bills
Long necks heavy bodies relative short tails webbed feet and long wingspan Major differences between duck geese and swans
Ducks
Smallest of the three Have a soft swelling about the nostrils called a cere
Males of most ducks are easily separated from females by their gaudier plumage Feathers are
molted twice a year
Most males change into nuptial plumage after pair formation in the fall There may be some
modification of shape of a single feather or entire regions of plumage
Most species are sexually mature at 9 - 11 months
Males take no part in incubation
Geese
Neck shorter than body
Lore (area between eye and bill) feathered and more bluntly triangular than ducksrsquo
Sexes are similar
Permanent pair bonding
Molt once per year postnuptially
Sexually mature at 3 years
Males protect female clutch and brood after hatching
Young stay with parents for almost a year
Legs of most geese are farther forward under the belly than those of typical swans and ducks
Swans
Longest necks - necks slightly longer than body
Lore is naked
Sexes are similar
Molt once per year postnuptially - parents molt one after the other so one is able to fly
Young are carried on parentsrsquo backs
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 37
Sexually mature at 4 -5 years
Hawks and Allies (Family Accipitridae ndash to grasp or take)
Medium to very large diurnal raptors
Hooked beak strong legs and sharp talons
Buteos (buzzard hawks)
Stocky with broad wings wide tails
Soar and wheel high in the sky
Common Nebraska species ndash red-shouldered broad-winged Swainsonrsquos red-tailed
ferruginous rough-legged hawks
Accipiters (true hawks)
Small heads short rounded wings longish tail slender bodies
Fly with several rapid beats and a glide Common Nebraska species ndash sharp-shinned hawk Cooperrsquos hawk northern goshawk
Harriers
Slim body with slim round-tipped wings
Fly in open country gliding low with wings lifted in a V (dihedral)
Species in Nebraska - northern harrier
Kites
Small falcon shaped buoyant gliders not power-fliers
Common Nebraska species ndash Mississippi Kite
Osprey
Soar high on long swept-back wings
Broad tail short-headed appearance
Often travel in pairs
Eagles
Large very broad bodied with broad long plank-like wings massive head and bill
Soar steadily holding wings flat out to the side
Powerful wing beat on upstroke wings raised high Common Nebraska species ndash bald and golden
Falcons (and caracaras) (Family Falconidae - )
WHAT TO LOOK FOR
Small to large compact fast-flying raptors
Long pointed wings bent at the wrist - Strong rapid wing strokes
Common Nebraska species ndash American kestrel gyrfalcon peregrine falcon prairie falcon
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Page | 38
Grouse Turkeys and Pheasants (Family Phasianidae ndash cock or fowl-like bird)
WHAT TO LOOK FOR
Ground dwelling birds with feather nostrils
Short strong bills and short rounded wings
Flight strong but brief
Males perform elaborate courting displays
Common Nebraska species ndash ring-necked pheasant sharp-tailed grouse greater
prairie chicken wild turkey
New World Quail ( Family Odontophoridae ndash bearing teeth)
WHAT TO LOOK FOR
Ground dwelling bird found in brushy habitat and other dense low foliage
Chunky rounded bodies and crests or head plumes
Chicken-like bill short rounded wings
Common Nebraska species - northern bobwhite
Rails and Coots (Family Rallidae - )
WHAT TO LOOK FOR
Marsh birds with short tails and stubby wings
Secretive and identified chiefly by call and habitat
Rails are laterally flattened ldquoThin as a railrdquo Coots are plumper and gregarious
Common Nebraska species ndash yellow rail black rail king rail Virginia rail sora common
moorhen American coot
Cranes (Family Gruidae - )
WHAT TO LOOK FOR
Tall stately wetland birds with long necks and long bills
Tertial flight feathers droop over rump in a bustle when standing
Fly with necks fully extended
Circle in thermals like raptors
Common Nebraska species - sandhill and whooping cranes
Plovers and Killdeer (Family Charadriidae ndash nocturnal waterbird)
WHAT TO LOOK FOR
Small to medium shorebirds that dart across the ground stop and then take off again Upright posture with medium length legs and long pointed wings
Rounded head large eyes thick neck with a short thick bill
Common Nebraska species ndash black-billed American golden snowy semipalmated piping
plovers and killdeer
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Page | 39
Stilts and Avocets (Family Recurviostridae- bent bill)
WHAT TO LOOK FOR
Tall slim shorebirds
Long thin bill very long slender legs long neck striking black-and-white plumage Stilts have straight bills avocets have re-curved bills
Common Nebraska species ndash American avocets black-necked stilt
Sandpipers and Phalaropes and Allies (Family Scolopacidae ndash woodcock)
WHAT TO LOOK FOR
Diverse group of shorebirds
Long toes and long tapered wings
Bill and leg length varies but bill more slender than a ploverrsquos
Plumage browns grays and whites with reds and oranges during breeding season
All but one species have short elevated hind toe
Species found in Nebraska include common snipe ruddy turnstone phalaropes sandpipers
woodcocks godwits whimbrels willets etc
Dowitchers
WHAT TO LOOK FOR
Medium sized chunky dark shorebird
Long straight bills and distinct pale eyebrows
Feed in mud or shallow water in a rapid jabbing motion
Phalaropes
WHAT TO LOOK FOR
Often spin like a top in water when feeding
Female larger and more colorful than male
Male tends incubates and cares for chicks
Common Nebraska species ndash Wilsonrsquos and red-necked phalaropes
Gulls Terns and Allies (Family Laridae ndashsea birds)
Gulls
WHAT TO LOOK FOR
More robust with wider wings and longer legs than terns
Bill slightly hooked tail square or rounded - Seldom Dive
Common Nebraska species ndash Pomarine Jaeger Franklinrsquos little Bonapartersquos ring-
billed California Herring Thayerrsquos lesser black-backed glaucous
Sabinersquos gulls black-legged kittiwake
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Page | 40
Terns
WHAT TO LOOK FOR
Graceful more streamline than gulls
Usually has a forked tail ndash most whitish with black cap
Sharp-pointed bill - Hoover and dive headfirst for fish
Common Nebraska species ndash Caspian common Foresterrsquos terns
Pigeons and Doves (Family Columbidae ndash dove)
WHAT TO LOOK FOR
Plump fast flying cooing voice
Short legs and necks and small heads short bills
Tail fan-like rounded or pointed
Pigeons larger than doves
Common Nebraska species ndash rock mourning Eurasian collared doves
Cuckoos Roadrunners and Anis (Family Cuculidae - )
WHAT TO LOOK FOR
Slender with a long tail at least half of the birdrsquos total length
Fairly large sturdy decurved (curving down) bill
2 toes forward 2 back (zygodactyls)
Common Nebraska species - black-billed cuckoo and yellow-billed cuckoo
Barn Owls (Family Tytonidae -)
WHAT TO LOOK FOR
Slim medium sized night hunter
Legs are long and sparsely feathered
Large head with large forward-facing immovable eyes
Heart-shaped face hooked beak and ghostly appearance
Typical Owls (Family Stigidae ndash night bird)
WHAT TO LOOK FOR
Generally night hunters
Large heads flatten face with large forward-facing immovable eyes hooked beak
Mottled appearance some with feather tuffs upright stance
Common Nebraska species ndash eastern screech great horned burrowing barred long-eared
short-eared northern saw-whet owls
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 41
Nighthawks and Nightjars (Family Caprimulgidae ndashgoat sucker)
WHAT TO LOOK FOR
Nocturnal or crepuscular
Big tail large eyes tiny bills surrounding a large gaping mouth
By day sit horizontally on limb or on ground
Easiest to identify by voice
Common Nebraska species ndash common nighthawk common poorwill chuck-willrsquos-widow
Whip-poor-will
Swifts (Family Apodidae ndash without feet)
WHAT TO LOOK FOR
Small to medium sized aerial foragers ndashspend most of life flying
Long sickle-shaped wings bending close to body and extremely short legs
Eat bathe drink and sometime mate in the air
Common Nebraska species - chimney swift white-throated swift
Hummingbirds (Family Trochilidae ndash small bird)
WHAT TO LOOK FOR
Tiny body long slender bill
Distinctive blur and hum of hovering wings
Jewel-like throat feather found on male
Common Nebraska species ndash ruby-throated broad-tailed and rufous hummingbirds
Kingfishers (Family Alcedinidae - kingfisher)
WHAT TO LOOK FOR
Small to medium size
Thickset with short neck and tail small feet
Large head with a ragged crest and long strong bill
Sit on lines and low branches near water or hovers above water
Plunges head first into water to catch fish
Common Nebraska species ndash belted kingfisher
Woodpeckers (Family Picidae ndash woodpecker)
WHAT TO LOOK FOR
Arboreal (tree) birds
Vertical posture creep up trees
Strong chisel-like bill short legs stiff tail feathers rounded wings
Undulating flight pattern and characteristic bill drumming
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 42
Common Nebraska species ndash Lewisrsquos red-headed red-bellied hairy downy woodpeckers
yellow-bellied and red-naped sapsuckers northern flicker
THE PASSERINES Feet adapted to perching
Tyrant Flycatchers (Family Tyrannidae - lord ruler king)
WHAT TO LOOK FOR
Small to medium perching bird
Large head broad flattened bill pointed wings short legs
Bristly ldquowhiskersrdquo at base of bill
Sit upright on exposed branch and dart out to catch insects
Common Nebraska species - flycatchers pewees kingbirds phoebes kingbirds
Shrikes (Family Laniidae ndash butcher)
WHAT TO LOOK FOR
ldquoButcher birdsrdquo ndash impale prey on thorns (may be to attract a mate and mark territory)
Robin-size bird with hooked bill and masked face with hawk-like behavior
Black gray and white birds
Common Nebraska species - northern and loggerhead shrike
Vireos (Family Vireondae ndash small bird)
WHAT TO LOOK FOR
Small olive- or gray-backed bird with short sturdy cylindrical slightly hooked bill
Can have wing bars and eye-rings or have eye stripes and no wing bars
Often confused with warblers but are chunkier bigger headed thicker billed
Common Nebraska species ndash white-eyed Bellrsquos yellow-throated plumbeous
Cassinrsquos blue-headed warbling Philadelphia red-eyed
Crows and Jays (Family Corvidae ndash raven)
WHAT TO LOOK FOR
Large perching bird with strong longish all-purpose bill to handle variety of foods
Nostrils covered with feathers
Legs scaled in front and smooth behind
Harsh voice and noisy
Bold gregarious
Common Nebraska species - black-billed magpie American crow
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 43
Larks (Family Alauidae ndash lark)
WHAT TO LOOK FOR
Ground dwellers of open fields ndash seldom seen in trees and shrub
Walk rather than hop have an elongated hind toe
Slender billed seed and insect eaters
Yellowwhite face with black facemask horns and breast band
Has musical song often sung in display flight
Common Nebraska species ndash horned lark
Swallows and Martins (Family Hirundinidae ndash swallow)
WHAT TO LOOK FOR
Slim streamline bodies with long pointed angled wings
Tail forked or squared legs and feet inconspicuous
Bill short and wide
Fluid aerialists ndash dart about catching insects
Flocks perch in long rows on branches and lines
Common Nebraska species ndash purple martin northern rough wing bank cliff barn swallows
Chickadees and Titmice (Family Paridae - )
WHAT TO LOOK FOR
Small plump sociable birds with short bills and wings
Active agile ndash often hang upside down to feed
Many times roam in little bands (often leading the group) in search of food
Chickadee ndash no tuff of feathers on head Titmice ndash tufted Common Nebraska species ndash black-capped chickadee tufted titmouse
Nuthatches (Family Sittidae ndash birds that peck bark of tree)
WHAT TO LOOK FOR
Small stout tree-climbers with slightly upturned strong woodpecker-like bills
Stubby squared off tails
Walk down trees headfirst Common Nebraska species ndash red-breasted and white-breasted nuthatches
Creepers (Family Certhiidae -)
WHAT TO LOOK FOR
Small slim tree-dwellers with stiff tails and slender downward curving bill
Primarily brown
Common Nebraska species ndash brown creeper
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 44
Wrens (Family Troglodytidae ndash cave dweller
WHAT TO LOOK FOR
Small stumpy energetic brown birds
Bill slightly down turned loud song
Tails often in ldquocockedrdquo or up-tilted position
Common Nebraska species ndash rock house winter marsh wrens
Kinglets (Family Regulidae -)
WHAT TO LOOK FOR
TINY very active songbirds ndash only certain hummingbirds smaller
Can hover will feeding
Greenish plumage with bright colored crowns Short tails
Common Nebraska species ndash ruby-crowned and golden-crowned kinglets
Gnatcatchers (and Old World Warblers) (Family Sylviidae - )
WHAT TO LOOK FOR
Small birds with slender pointed bills surrounded by rectal bristles
Drab plumage with seasonally changing head patterns
In constant motion
Common Nebraska species ndash blue-gray gnatcatcher
Thrushes (Family Turdidae -)
WHAT TO LOOK FOR
Large-eyed upright postured songbirds - known for their singing ability
Bill is slender straight but not sharp
Often hop along the ground looking for food
Common Nebraska species ndash eastern bluebird veery gray-cheeked Swainsonrsquos hermit
wood thrush American robin
Mockingbirds and Thrashers (Family Mimidae ndash imitator mimic)
WHAT TO LOOK FOR
Well known for their vocal and mimicking ability
Have short rounded wings long legs and tails
Long down-curved bills
Common Nebraska species ndash gray catbird northern mockingbird brown thrasher
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 45
Starlings (and Mynas) (Family Sturnidae - )
WHAT TO LOOK FOR
Medium sized chunky glossy birds with short tails sharp bills
Short triangular to rounded wings
Gregarious bold birds
Pipits (and Wagtails) (Family Motacillidae -)
WHAT TO LOOK FOR
Slender billed brownish ground dwellers with long back toe
Walk briskly rather than hop along the ground
Most species bob their tails up and down
Common Nebraska species ndash American pipit
Waxwings (Family Bombycillidae ndash silk tail)
WHAT TO LOOK FOR
Birds with sleek crest that can be erected
Plump-bodied birds with pointed wings with red waxy tips of secondaries
Bill is small wide and notched high thin calls
Square tail with terminal yellow band
Common Nebraska species ndash Bohemian and cedar waxwings
Wood Warblers (Family Parulidae -)
WHAT TO LOOK FOR
Brightly colored (mostly yellow) birds
Smaller than sparrows with thin needle-like bills
Common Nebraska species ndash approx 34 warblers ovenbirds yellow-breasted chats and
waterthrush
New World Sparrows (Family Emberizidae -)
WHAT TO LOOK FOR
Small to medium-sized birds - often brown streaked appearance
Rounded wings cone-shaped bills
Common Nebraska species ndash 20 sparrows towhees longspurs dark-eyed juncos snow and
lark buntings
Cardinals and Allies (Family Cardinalidae )
WHAT TO LOOK FOR
Medium to large songbirds
Have large cone-shaped bills
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 46
Males often very colorful
Common Nebraska species ndash northern cardinals rose-breasted and black-headed grosbeaks
indigo bunting dickcissel
Blackbirds Orioles and Allies (Family Icteridae)
WHAT TO LOOK FOR
Medium to large songbirds with strong straight bills
Strong-direct flight
Plumage varies from iridescent black to yellow to orange
Common Nebraska species ndash Bobolink eastern and western meadowlarks red-winged and
rusty blackbirds common and great-tailed grackles orchard Baltimore and
Bullockrsquos orioles brown-headed cowbird
Finches and Allies (Family Fringillidae)
WHAT TO LOOK FOR
Small to medium songbirds
Have conical bills and forked relatively short tails
Fly fast and undulate through the air giving high-pitched calls in flight
Common Nebraska species ndash gray-crowned rosy purple Cassinrsquos house finches red
crossbill white-winged crossbill common redpoll pine siskin American goldfinch
evening grosbeak
Old World Sparrows (Family Passeridae)
WHAT TO LOOK FOR
Stouter bodies shorter legs and thicker bills than native sparrows
Have a simple song repeating single elements with no particular rhythm or beginning
And end vocalize all day and year-round
Common Nebraska species ndash house sparrow (introduced)
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 47
Geology and Natural History of Nebraska
Being Developed by Jon Garbisch Cedar Point Biological Station jgarbisch2unledu
bull Geological history of Nebraska
bull Present geological formation of regions
bull General soil types
bull Geological landforms and related habitats
What we currently use
Theme
Nebraska geology formed over millions of years through the erosion of mountains the deposition of
sediments and the flow of water and ice shaping the landscape that we call home
Goal
Attendees will develop an understanding of the natural processes that influenced and built Nebraska
and in so doing develop a greater appreciation for the geology and how it relates to all other aspects of
the statersquos identity
Objective(s)
The Master Naturalists attendees will be able to use the knowledge they have gained to better
understand the surface and subsurface geology at any location in the state that they may find
themselves working
How will it be measured
Attendees will be able to use the knowledge gained to actively interpret general Nebraska geology by
completing activities in the form of hand-out diagrams biostratigraphic fossil correlations
interpretation of rock type hand specimens and visual description of the Geology on the trail at Camp
Brewster Fontenelle Forest
Introduction
Nebraska geology formed over millions of years through the erosion of mountains the deposition of
sediments and the flow of water and ice shaping the landscape that we call home (Hand out agenda)
Geology is rooted in the 3 rock groups that exist on planet Earth and so familiarity with
o these groups gives us a solid foundation for all other geologic interpretation
A half hour will be spent handling examples from each rock group
o 3 groups 3 tables with one rock type on each table each group spends 10 minutes at
each table
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 48
The Geologic Time Scale is a record over time of the Earths major geologic events and we
can use it to help us understand how and when Nebraska took shape
The natural agents of change which have shaped our state include oceans rivers wind
o and ice
The geologic time periods in Nebraska are represented by rock layers (or not) which occur all
around the state and have been named so that no matter where you are in the state you can
correlate the strata to the time scale (fossilsisotopes)
6 Geologic Principles will be discussed so that when the MN is in the field they can be used as an
aid in basic geologic interpretation
Conclusion
Nebraska geology formed over millions of years through the erosion of mountains the deposition of
sediments and the flow of water and ice shaping the landscape that we call home Geology supplies us
a record of the events that have shaped our Earth by learning the language in which the Earth script is
written we will be able to interpret and share the story of our state of Nebraska This understanding will
aid in us in relating to other areas influential and important to the state
Places to Go (places to see examples of Nebraska geology)
a Agate Fossil Beds National Monument Lower Miocene fossil mammal site including abundant body fossils of ancient mammals and prominent fossil rodent burrows
b Ashfall State Park Upper Miocene fossil mammal assemblage found in ash derived from an eruption of a predecessor to the Yellowstone volcanic field c Chimney Rock National Historic Site Oligocene and Lower Miocene continental sedimentary rocks deposited as sediments by wind and steams
d Hummel Park (Omaha) outcrops of Pleistocene glacial till and loess
e Lincoln area Capitol Beach Lake and history of saline waters and salt industry flooding history of Antelope and Salt creeks building stones in downtown area brick industry University of Nebraska State Museum
f Louisville area outcrops of Upper Pennsylvanian marine sedimentary rocks
g Valentine area and Niobrara National Wildlife Refuge Niobrara River Canyon and Cenozoic stratigraphy
h Niobrara State Park Upper Cretaceous marine sedimentary rocks (Niobrara Formation and Pierre Shale) landslides along Missouri River anthropogenic changes in Missouri River Niobrara River and Mormon Canal
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 49
i Downtown Omaha removal of loess from hills in downtown area engineering of Missouri River (eg groins bank armoring etc) visible at Bob Kerrey Memorial Bridge deep bedrock water wells at old industrial sites
j Platte River State Park Upper Pennsylvanian marine sedimentary rocks and overlook of Platte River
k Ponca State Park Upper Cretaceous marine sedimentary rocks (uppermost Dakota Formation through Greenhorn Limestone)
l Rock Creek State Historical Park middle Cretaceous Dakota Formationmdashfluvio-estuarine continental deposits
m Schramm Park Upper Pennsylvanian marine sedimentary rocks
n Scotia and Happy Jack Chalk Mine Upper Miocene lake deposit In Ogallala Group
o Scotts Bluff National Monument Oligocene and Lower Miocene continental sedimentary rocks deposited as sediments by wind and steams
p Smith Falls State ParkCenozoic stratigraphy Niobrara River waterfalls as knick points
q Toadstool Park and nearby areas continental sedimentary rocks of upper Eocene Chadron Formation Pine Ridge escarpment Trailside Museum and Ft Robinson State Park
r Weeping Water area Upper Pennsylvanian marine sedimentary rocks
s Wildcat RidgeHillsescarpment on Oligocene and Lower Miocene continental sedimentary rocks deeply eroded into canyons buttes and pinnacles by stream erosion during and after the Late Pliocene
t Indian Cave State Park and Iron Horse Trail south of Peru Upper Pennsylvanian Indian Cave Sandstone (fluvio-estuarine deposit) and sandstone cave
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 50
North American Model and Outdoor Skills Developed by Jeff Rawlinson Assistant Division Administrator Information and Education Nebraska Game and Parks Commission jeffrawlinsonnebraskagov
OUR North American Model of Conservation
Perhaps no other story is more compelling and more important in American history as that of how
our natural resources came to be one of the most important elements in our lives The history of our citizenryrsquos strong land ethic ties us to the natural world long after other nations have forgone this relationship We value how the common person from a common family can participate in the thrill of the chase experiencing wildness to its fullest
The North American Model of Conservation is a philosophy that the United States and Canada have
developed to manage wildlife in a sustainable way Historians debate how this land ethic began Some
say our model of conservation began in 1937 with the passage of the PittmanRobertson Act a move that provided funding for wildlife conservation at the national and state level The source of this funding came from the sale of hunting and shooting equipment Others may say that it began when the conservation giant President Theodore Roosevelt brought management of natural resources to the
political forefront Others would argue our Model of conservation was birthed under the Magna Charta which transferred the ownership of wildlife from the King of England and the English nobles to the all of
the people of England In reality however our Model has been under development for several hundred years combining what we have learned from other nations peoples cultures and experiences to shape a philosophy ingrained in our culture supported by hunters anglers and shooting sports enthusiasts
benefiting all wildlife and wild lands in the United States
First Wildlife Managers The concept of managing wildlife or natural resources was not conceived by our young nation For
thousands of years humanity has been manipulating and controlling the land and all its inhabitants to benefit our needs Ever since the first hunter followed that wooly creature across the Bering Straight embarking on an epic journey that would result in settling of North America man has ldquomanagedrdquo
wildlife in North America
Throughout history many leaders have shown some element of concern or conservation ethic towards wildlife The great Kublai Khan grandson of Genghis Khan and founder of the Yuan Dynasty in China forbade harvesting of many species of wildlife during critical reproductive months of March
through August so species could ldquoincrease and multiplyrdquo Conservation of wildlife is even found in Mosaic Law in Deuteronomy 226 representing some of the first written wildlife management idealsmdashldquo If you come across a birdrsquos nest in any tree or on the ground with young ones or eggs and
the mother sitting on the young or on the eggs you shall not take the mother with the youngrdquo (English Standard Version 2001)
As populations expanded throughout Europe wildlife resources fell under ownership of powerful kings
who enacted harsh punishments for anyone found taking the kingrsquos game In 1215 a rebellion against King John of England resulted in the Magna Charta transferring ownership of lands and game from the crown to the people This ldquoprivatizingrdquo of wildlife ownership had profound impacts America over 500 years later
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 51
Era Of Abundance (1600 ndash 1850) When our forefathers first landed on the eastern shores of America they brought with them science
religion and a new hope They found plentiful game and soon began a relationship with the land that provided them with many of their daily needs Wildlife was viewed as a limitless resource in a relatively untapped land These early settlers had left Europe where few had access to wildlife and entered a world where everyone had access Furs feathers hides all had value to this young country In 1776 the Declaration of Independence revoked the Kingrsquos rights to land and people in this new world After a
bloody war led by revolutionaries such as Washington Hamilton Jefferson and Adams the United States gained its independence and the land and wildlife belonged to everyone
Era Of Exploitation (1850 ndash 1900)
The 1800s brought a commercialization of our wildlife resources Market hunting and habitat
destruction began to decimate wildlife populations such as the American Bison and Passenger Pigeon After the American Revolutionary War and the Civial Warmdashwhich nearly destroyed our ldquodemocratic
experimentrdquo all togethermdashfew people were looking after the interest of wildlife and even fewer rules
existed governing the management of a resource everyone had ownership of yet no one had responsibility for
The railroad provided settlers with the means to access new lands expanding the markets for meats hides and fur Advancements in technology such as the repeating rifle further aided the unbridled
destruction of wildlife resources Yet throughout this era something positive was growing The people of this new nation were developing a relationship with the land By 1842 a Supreme Court ruling had huge impacts on this developing model of conservation resulting in a Public Trust Doctrine that would
further outline a model for conserving our natural resources Conservation was developing some direction but had no money or laws to support it
Era Of Protection (19001930) The early 1900s brought an industrial boom Abuse of natural resources had taken its toll and throughout the Nation and evidence of this abuse could be seen in the loss of species such as the
passenger pigeon near loss of the American bison and in many large mammals including whitetailed deer and our once numerous waterfowl species America was becoming an economic giant yet through
the roar of machines both political and metal a small voice could be heard It was the hunter and their voice was of concern for the direction our wildlife resources were heading Conservation minded men and women had continued a relationship with the land and the wildlife
Era of Game Management (1930 ndash 1966) The ldquodirty thirtiesrdquo were marked by the dust bowl and an impoverished nation Agricultural practices
unchecked by environmental stewardship had left the Nationrsquos heartland in ecological peril Politically the conservation movement was supported by the footings laid by Theodore Roosevelt New federal acts moved forward to provide for environmental protection due to the outcry of hunters in panic over the vanishing wildlife resources of the Nation
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 52
Wildlife conservation had support yet it lacked the science to properly manage our Nationrsquos resources A young biologist name Aldo Leopold changed all this with his writings including the book Game
Management which led to Universities across the country developing wildlife conservation programs These programs spawned a new breed of professional game managers who utilized science to support management methods that ultimately lead to the greatest wildlife conservation success story in the world In 1937 the PittmanRobertson Act provided thousands of jobs for young professionals along with ldquogame wardensrdquo supported by individual states to further the development of the Conservation Model
which now had science and funding to support it
Era of Environmental Management (1966 ndash Present) Science and funding led to a broadening view of conservation as focus shifted from managing ldquogame
animalsrdquo to managing the entire biota (environment and all living things in it) Further federal acts such
as the Endangered Species Act of 1966 and the National Environmental Policy Act of 1969 provided greater protection for species by a nation that had finally changed its course providing time to review
and perfect conservation efforts Recent acts such as the 1980 Farm Bill continued the effort to help
landowners provide quality habitat for wildlife and hunters by providing incentives to landowners to set aside highly erosive lands and plant them into wildlife habitat (grasslands) that benefit wildlife and hunters
The story of our unique model of conservation is still being written New challenges today threaten our
coveted resources and new professionals are entering the arena to further the plight of our Nationrsquos wildlife and hunting heritage
Seven Pillars of the Model
Seven main pillars have been highlighted as the foundation of support for the North American Model
of Conservation These include
The Public Trust The wildlife of the United States are owned by the people This is very different from the European Model where wildlife is privately owned The North American Model recognizes wildlife as a public
resource that is so important it can not be owned or managed by any one segment of our society but rather managed by professional state and federal entities for the benefit of all This concept known as
the Public Trust Doctrine began development in 1842 when the Supreme Court ruled that the Magna Charta had settled the question of who owns fish and wildlife and that King Charles II did not have the authority to give away the ldquodominion and propertyrdquo of lands in colonial America The court further ruled that since the American Revolution the people held public trust responsibilities for fish and wildlife except for rights specified in the US Constitution
Prohibition on Commerce
It was the hunter who brought forth stringent laws that protected wildlife from peril in the 19th
and 20th
centuries Because we all own and appreciate our wildlife as a national resource they should never find themselves on the public market to the highest bidder This path led to a largescale loss of many species
including the Passenger Pigeon and the near loss of the American bison As our country was developing these practices were common as people moved west in search of prosperity capitalizing on a land seemingly untouched by the modern world Today many laws in place serve to protect our most
valuable resourceshellipour wildlife
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 53
Democratic Rule of Law Each citizen of this great nation has the ability and responsibility to engage in healthy politics that serve
to support and protect sound wildlife conservation measures Our first conservation measures in this Country habitat restoration simple harvest restrictions and bag limits came from hunters people who respected the game they pursued and loved the wild places they chased them in The North American Model of conservation is built upon active public involvement instilling a value for wildlife in all citizens
Hunting Opportunity for All The Model was developed on the premise that all people regardless of political or economic standing could participate in and feel the thrill of the chase It is this unique Model that provides us with wildlife opportunities for all Americans Imagine how important this was to our fore fathers who left a brutal
King in England where only the aristocracy had any dream of pursuing wild creatures in wild places Our
wildlife laws ensure that each generation that comes after us will have the same opportunity to enjoy and appreciate wildlife
Nonfrivolous Use Our management of wildlife depends on a citizenry that loves and appreciates the wild creatures and the habitats necessary to their survival and our quality of life Wildlife may be utilized under strict rule of
law including utilizing the wildlife once harvested to its best potential Killing wildlife for the sake of killing can only lead to the numbing of hearts to wildlife and a profound lack of respect for our most
precious resources
International Resources
It was not until the 20th
century that hunters and wildlife lovers understood the importance of
managing wildlife at a much larger scale This became readily apparent with the passage of the
Migratory Bird Treaty Act of 1918 where nations came together to manage wildlife resources as a
collective Wildlife species do not recognize national or state boundaries Governments must work together to be effective in managing wildlife for the benefit of all The United States has made great
strides in this area with Mexico and Canada Our wildlife is not only a resource to us but to all continents they may call home throughout the year Our biologists must think globally to be effective locally
Scientific Management Although Theodore Roosevelt brought conservation to the political forefront it was a young forester from Iowa that made the study of wildlife management a science Aldo Leopold is considered by many
as the ldquofather of wildlife managementrdquo due to his tireless efforts to develop curriculum for future wildlife biologists Today our biologists earn their opportunity to manage wildlife through prominent
Bachelor Masters and Doctorate degree programs from Universities around the world Wildlife must be managed using fact science and the latest research We are constantly learning and adapting to new technology and changing environments For such an important resource we cannot afford to have it any other way
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 54
Nebraska Master Naturalist Specializations Certifying as a Specialist ldquoFollow your own natural geniusrdquo wrote Thoreau ldquoand it will not fail to show you a fresh prospect every hourrdquo Many of us learn by doing When our curiosity and interests carry us into deeper study of a given subject it can be helpful to have clear opportunities to pursue Thus the Nebraska Master Naturalist Program offers specialized voluntary training for those who are hungry to develop and apply their particular skill and personal understanding on behalf of our natural legacy Specializations are designed to create collaborators leaders and mentors in four key areas
Interpretation and Outreach
Outdoor Skills and Recreation
Resource Management
Citizen Science Master Naturalist Certification Requirements Annual Requirement o 8 Hours Training Annually o 20 Hours of Volunteerism Annually Master Naturalist Specialization Requirement One Time Requirement o 20 Hours of Training Total Specific to Specialization Annual Requirement o Additional 20 Hours of Volunteerism Annually Specific to Specialization (does not include initial Certification annual requirement hours)
OUTDOOR SKILLS AND RECREATION SPECIALIZATION The purpose of OUTDOOR SKILLS AND RECREATION is to promote activity and development of skills in the outdoor pursuits associated with natural resources Specializations are designed to create collaborators leaders and mentors in particular areas A Certified Nebraska Master Naturalist can complete the Outdoor Recreation Specializationby meeting the following requirements Complete at least one of the workshops or certification‐leading trainings listed below If specialized training is not listed below it can be approved upon request by the Master Naturalist Program Committee Specialized Training Options ‐
Hunter Education Instructor Certification 13 hrs
National 4‐H Shooting Sports Instructor Certification 32 hrs
Nebraska 4‐H Shooting Sports Shotgun Certification 12 hrs
Nebraska 4‐H Shooting Sports Archery Certification 12 hrs
Nebraska 4‐H Shooting Sports Rifle Certification 12 hrs
Nebraska 4‐H Shooting Sports Pistol Certification 12 hrs
Nebraska 4‐H Shooting Sports Muzzleloader Certification 12 hrs
National Archery in the Schools Program Basic Archery Instructor 4 hrs
NRA Range OfficerMaster Certification 8 hrs
Hunt Master Training Instructor 4 hrs
NRA Shooting Instructor 16 hrs
NRA Shotgun Instructor 16 hrs
NRA Rifle Instructor 16 hrs
Boater Education Instructor 12 hrs
Youth Fishing Instructor 5 hrs
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 55
American Canoe Association National CanoeKayak Instructor 16‐32hrs
National Camp SchoolBoy Scouts 16‐24 hrs
Wood Badge TrainingBoy Scouts 16‐24 hrs
Merit Badge Counselor TrainingBoy Scouts 2‐16 hrs
Conservation Leaders for Tomorrow 35 hrs
Wilderness First Aid 16‐32 hrs
Professional Trappers College 40 hrs
American Camp Association Instructor Training 8‐40 hrs
American Red Cross Instructor Training 2‐16 hrs
American Sailing Association Instructor Training 16‐24 hrs
Certified Horsemanship Association Instructor Training 24‐40 hrs
Leave No Trace Master Educator Training 40 hrs
National Outdoor Leadership School 280 hrs
Camp Cook School 32‐96 hrs
Professional Association of Diving Instructors Training 32‐96 hrs
Professional Mountain Bike Association Instructor Training 24 hrs
League of American Bicyclists Instructor Certification 24 hrs
Hunting
Shooting
Fishing
Trapping
Camping
Outdoor Cooking
Orienteering
Geocaching
Photography
Wildlife Viewing
Hiking
Biking
Birding
Becoming an Outdoors‐Woman Program
Wilderness First Aid
Wilderness Survival
Leave No Trace Educator
Service Options ndash Provide a minimum of 20 hours of service annually in the following or similar areas
4‐H leader and youth training outdoor recreation
Scout leader and youth training outdoor recreation
Wild About Nature
Flying WILD Educator or Facilitator Workshop
Becoming an Outdoors Woman (BOW)
Beyond Becoming an Outdoors Woman (BOW)
Family Camp
Learn to Hunt Program
National Archery in the Schools Program BAI training or greater
Mentor HuntHunt Masters Training
After School Programs
Others ndash Upon approval
Outdoor discovery programs volunteer
CRO at a shooting event
Assist with National or State shooting sports competitions
Family fishing day
Design or write a brochure
Develop or contribute to a website
Develop or contribute to a social networking site
Design or write a newsletter
Assist in fundraising
Plan an event or festival
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 56
Interpretation amp Education- Developed By Lindsay Rogers Nebraska Game amp Parks
Commission
Do not try to satisfy your vanity by teaching a great many things Awaken peoplersquos curiosity It is
enough to open minds do not overload them Put there just a spark If there is some good
inflammable stuff it will catch firerdquo
- Anatole France in The Earth Speaks
Session Objectives
To help participants understand the role education plays in sounds ecological conservation
To help participants learn about past and present conservationist and interpretive educators
To help participants learn components of quality education and interpretation
To have participants partake in quality interpretive education
To make sure participants understand that their role is to light the spark and awaken curiosityhellip not spew facts
Lecture Requirements
1 What is interpretation (5 minutes) a What does ldquointerpretrdquo mean b National Association of Interpretation definition of ldquointerpretationrdquo
i Interpretation is a mission-based communication process that forges emotional and intellectual connection between the interests of the audience and the meanings inherent to the resource
c Freeman Tilden Interpreting Our Heritage 1957 i Interpretation is an educational activity which aims to reveal meanings
and relationships through the use of original objects by first-hand experience and by illustrative media rather than simply to communicate factual information
d Components of interpretation i pleasurable or enjoyable
ii relevant to the world iii organized iv themed v sparks an interest
vi includes information but does not stop there links information to the world
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 57
vii age appropriate viii taught to someone not at them
2 What is education (5 minutes)
a What does it mean to ldquoeducaterdquo someone b John Dewey Democracy amp Education 2944
i Education in its general sense is a form of learning in which the knowledge skills and habits of a group of people are transferred from one generation to the next through teaching training or research
c Components of education i - generally presented to someone but not always
ii enjoyable sometimes iii provides knowledge and facts iv can make connections but not always v organized and themed
d Both education and interpretation are important they work together
3 Conservationists (10 minutes) a Jon Muir
i Immigrated from Scotland to Wisconsin in 1849 ii Attended the University of Wisconsin studies botany amp geology
iii Moved to the western US mainly the Sierra Nevada area iv Believed humans were part of the interconnected natural world v Advocated for the preservation of natural areas
vi Co-founded the Sierra Club b Aldo Leopold
i Iowa native attended Yale University ii After college he joined the US Forest Service was stationed in Arizona
and New Mexico iii Developed theories of land ethics the need for biodiversity and an
appreciation for wilderness areas iv Moved to Wisconsin in 1924 became a professor at the University of
Wisconsin v Regarded as the ldquoFather of Conservationrdquo
c Gifford Pinchot i Born in Connecticut in 1905
ii Studied at Yale studies forestry in France iii Named chief of the Division of Forestry (later to become the US Forest
Service) iv First chief of the US Forest Service greatly improved forest
management and increased the size of Forest Service lands
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 58
v Managed forests for the greatest good for the greatest number Pinchot added the phrase in the long run to emphasize that forest management consists of long-term decisions
d Steven Mather i Born in California attended Berkley University
ii Worked for the Pacific Coast Borax Company where he had a talent for promotion Started a competing company made millions
iii When revisiting Sequoia and Yosemite National Parks in 1914 he was appalled by the conditions of the national parks
iv Joined the Department of the Interior as the head of parks later created the National Parks System
v Professionalized the National Parks and helped to greatly grow protected lands
e Rachel Carson i Born in Pennsylvania in 1907 attended John Hopkins University for
graduate school ii Went to work for the US Bureau of Fisheries (later to become the US
Fish amp Wildlife Service) iii Wrote Silent Spring in 1962 The book created an awaking for Americanrsquos
to their responsibility to the environment and wildlife The book lead to the US Government banning the use of DDT
f Theodore Roosevelt i Born in 1858 in New York New York was a sickly child who stayed inside
studying natural history ii An avid outdoorsman he spent much time in the South Dakota Badlands
iii Became President in 1901 with the assignation of President McKinley iv Among many major accomplishments as president he started the
National Parks was instrumental in conserving about 230 million acres
4 Naturalist Interpreters (10 minutes) a Freeman Tilden
i Born 1883 worked as a newspaper columnist and author ii At age 58 he began working with the National Parks Service
iii While traveling to various National Parks he became concerned with the quality of interpretation
iv Wrote Interpreting Our Heritage in 1957 outlines 6 principles to quality interpretation forever changed the field of interpretation
b William Lewis i Worked as a ranger naturalist and interpreter trainer for the National
Parks Service ii Developed the approach of ldquoThematic Interpretationrdquo which requires the
interpreter to choose a central theme (major point) to guide the development of a program
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 59
iii Wrote Interpreting For Park Visitors c Sam Ham
i Director of Center for International Training and Outreach at the University of Idaho
ii Work has focused on applying communication theory to environmental conservation interpretation and on nature-based tourism and guide training
iii Wrote Environmental Interpretation (1992) d Ted Cable
i Professor of Park Management and Conservation at Kansas State University
ii Co-authored Interpreting Cultural and Natural Resources (2003) and Interpretation for the 21st Century Fifteen Guiding Principles for Interpreting Nature and Culture (2002)
5 Conducting an Interpretative Program Try and Fail (60 minutes + 120 minutes of activities throughouthellip see list of Suggested Activities below)
a Experiential Learning i The first time you tried to walk you failed The first time you rode a bike
you failed This is called experiential learning The first time you attempt an educational or interpretation program you will fail thatrsquos how we learn
ii Donrsquot be afraid to fail b Ask Questions about the ProgramPresentation before you commit to leading it c Plan your Program
i Generally I want my presentation to be about Specifically however I want to tell my audience about After hearing my presentation I want my audience to understand (what is the big picture you want them to take home)
1 You do not need (or want) to teach your audience everything you know your job is to light the spark
ii What will your tangibles and intangibles be 1 Tangibles are those things you can touch things you use to teach
when teaching a Examples include a tree a mammal pelt a skull a live
animal a prairie 2 Intangibles involve connecting the tangibles to concepts and the
ideas they represent intangibles are the meanings the relationships the processes the ideas the feelings and the beliefs
a Examples include food webs ecosystem health entropy ecology
iii People remember themes they forget facts
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 60
iv Plan for an organized presentation 1 Think about your overall theme smaller parts of the program and
your transitions v Stick to your theme
vi Determine what type of presentation you will have 1 PowerPoint (avoid) 2 Podium Presentation (avoid) 3 Active taking a hike playing a game etc 4 Hands-on touching feeling trying hearing smelling
vii Think about all the different kinds of learners 1 verbal-linguistic 2 logical-mathematical 3 visual-spatial 4 kinesthetic 5 musical-rhythmic 6 interpersonal (groups) 7 intrapersonal (individual) 8 naturalist
d Know your role as an educator 1 Provide facts and relationships not opinions 2 Allow participants to determine their own opinions and beliefs
using the facts amp relationships you provide them 3 PLAY ldquoFIRST IMPRESSIONSrdquo
e Prepare Prepare Prepare 1 Know the type of space and area you will have (indoor vs
outdoor small space vs vast area etc) 2 Plan for more that you are told 3 Plan for the weather (always expect it to be windy in Nebraska)
f Questions i Ask good questions
1 Is this a fox Vs How do you know this is a fox 2 Do you have any questions Vs What questions do you have
ii Be prepared for quality questions 1 What are the implications for describe the impact of what are
the reasons for iii Be prepared for ldquogoodrdquo questions
1 Do you have ewoks in the forest If a Mountain Lion and an Eagle were to fight who would win
2 Take all questions seriously Answer seriously g Model what you want to see the students do
i If you want a group of students to catch insects help them get active with them
ii This is true when working with children and adults
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 61
1 Working alongside students validates them and their learning h Be enthusiastic show your passion
i This is another form of modeling what you want to see in your students ii We need to excite students (no matter their age) about conservation
nature and the outdoors iii Have fun
6 Take Home Lesson Light the Spark and Donrsquot Be Afraid to Fail
Suggested Activities (amp potential mandatory activities)
Throughout the lesson conduct multiple games andor activities to model good interpretation
Suggested games include but are not limited to
1 Oh Deer (Project WILD) 2 First Impressions (to be done during section 5) (Project WILD) 3 The Long Haul (Project WET) 4 Sum of the Parts (Project WET) 5 Water Quality Ask the Bugs (Project WET) 6 Adaptation Artistry (Flying WILD) or Fashion a Fish (Aquatic Project WILD) 7 Avian Antics (Flying WILD) 8 Pollinators Meet Your Plants (Nebraska Project WILD wwwnebraskaprojectwildorg) 9 Scavenger Hunts (Nebraska Project WILD wwwnebraskaprojectwildorg)
Suggested Post-Readings
Interpreting Our Heritage Freeman Tilden 1957 (4th edition 2008)
ISBN-13 978-0807858677
Interpreting for Park Visitors William Lewis 1981
ISBN-13 978-0890620793
Environmental Interpretation Sam Ham 1992
ISBN-13 978-1555919023
Interpretation for the 21st Century Fifteen Guiding Principles for Interpreting Nature and
Culture Larry Beck amp Ted Cable 2002
ISBN-13 978-1571675224
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 62
Interpretation-Making a Difference on Purpose Sam Ham 2013
ISBN-13 978-1555917425
Foundations of Interpretation Curriculum Content Narrative National Parks Service 2007
httpwwwnpsgovidpinterp101foundationscurriculumpdf
Websites
National Association of Interpretation
wwwinterpnetcom
North American Association for Environmental Education
wwwnaaeeorg
Nebraska Alliance for Conservation and Environment Education
wwwnaceeorg
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 63
Safety in the Field
Developed by Rich Hawes Nebraska Master Naturalist rdhawes26msncom
Objectives
Raise awareness of Risk Managementassessment as part of event planning
Guidelines to safe activities for participants presenters and the environment
Present Leave No Trace Principals as part of all outdoor activities
Present resources for additional training or certification for outdoor activities
Hands on activities to encourage interest and to provoke thought and discussion
Hazards of the area
Outdoor hiking safety
Stewardship of the land and natural resources
Being flexible and working with ldquowhat you haverdquo
Outline
1 Outdoor Activities ndash Whatrsquos The Worst That Can Happen An Introduction to Event Planning and Risk Management
2 Leave No Trace Principals
3 Trip planning and Logistics
4 Health amp Safety
5 Youth Protection
6 Age Appropriate Activities
7 Resource Training and Certifications
a Standard First Aid CPRAED Wilderness First Aid
b Shooting Sports - Range Safety Officer or Instructor
c Hunter Safety Instructor
d Climbing COPE and Zip Lines
e Water Safety Instructor Life Guard Small Boat Handling
f Leave No Trace Trainer or Master Educator
g Tread Lightly Tread Trainer or Master Tread Trainer
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 64
Suggested Activities
CPR Scenario
First Aid Scenario
Weather Scenario
Lost Scenario
Online Resources
American Camp Association
Boy Scouts of America
Youth Protection
Safe Swim Defense
Safety Afloat
Climb On Safely
Weather Safety
Trek On Safely
(etc)
Leave No Trace
Nebraska Game amp Parks
Hunter Safety
Boating Rules amp Regs
National Rifle Association
(Archery groups)
American Red Cross
(wilderness medicine group(s))
NOLS
Tread Lightly
US Coast Guard
NEBRASKA MASTER NATURALIST Explore Contribute Connect
9
Mutualism ndash the relationship is mutually beneficial (lichens)
Commensalisms ndash one population receives benefits and the other neither benefits or is
harmed (intestinal bacteria)
Parasitism ndash one population benefits and the other is harmed (ticks)
Synergism ndash two populations accomplish together what neither could do on their own
Another type of relationship is called predation-prey relationship where one population captures and
feeds on another Predators have more than one prey species but normally feed on the most
abundant As one prey species declines in population predators will switch to another more abundant
species
Natural selection favors the most efficient predator and at the same time prey that can escape
predation
Adaptation is a change in structure physiological process or behavior that evolved by natural selection
and improves an organismrsquos ability to survive and reproduced
MAD Law ndash Move Adapt or Die
Population growth Populations grow until they reach certain environmental limitations called limiting factors These
factors can either be physical or biotic ndash from predation to limited space for nesting
When a population reaches its maximum density that the environment can support it is said that it has
reached its carrying capacity A population cannot go beyond the carrying capacity for long without
consequences
In a community an orderly predictable replacement of populations normally occurs over time Certain
populations will dominate and then decline to be replaced by new dominant populations A community
at the last stage of succession is called the climax community
Biodiversity Biodiversity refers to the variety of living organisms in a given ecosystem and is described at three
levels
Genetic Diversity ndash the variety of genes in a population Genetic Diversity shapes the
potential of individuals to survive and reproduce and as a population to adapt and evolve
Species Diversity ndash the number of species within a community
Ecosystem Diversity ndash the organizational and functional diversity of the ecosystem
NEBRASKA MASTER NATURALIST Explore Contribute Connect
10
Three measures are used when studying biodiversity
Composition ndash the number of genes species or ecosystems in a given area
Structure ndash the distribution of genes species or ecosystems
Function - the ecological processes accomplished by genes species or ecosystems
Biodiversity is important to maintain a stable ecosystem vast storehouse of untapped resources for
medicine food energy etc
Ecoregions in Nebraska
The Central Flyway There are four major North American flyways ndash the Atlantic the Mississippi the Central and the Pacific Flyways Except along the coasts the flyway boundaries are not always sharply defined and both in the northern breeding and southern wintering grounds there is overlapping Every year millions of migrating birds travel the Central Flyway The ldquohourglassrdquo route narrows in central Nebraska The eighty mile stretch of Platte River (Big Bend area) between Lexington and Grand Island serves as a month long stop over for around 600000 sandhill cranes and endangered whooping cranes This stretch of river has shallow wide-open water to provide cranes some security from predators when roosting and grain fields and wet meadows for eating and loafing
The Platte River
The Platte River begins near the city of North Platte Nebraska with the convergence of the North Platte and South Platte Rivers The Platte the largest braided river in North America snakes 310 miles eastward and empties into the Missouri River south of Omaha Nebraska drains about 29800 square miles of land along its route The South Platte River originates as snowmelt in central Colorado meandering 450 miles towards North Platte The North Platte River also begins as snowmelt in north central Colorado and runs 665 miles before converging with the South Platte
The Big Bend Region
The central or Big Bend Region of the Platte River between Grand Island and Lexington has long been recognized as critical staging area for half million sandhill cranes millions of geese and ducks and for the highly endangered whooping crane It is also important nesting habitat for endangered piping plovers and least terns and threatened eagles as well as year around habitat for other wildlife The Platte River is a broad shallow braided river dotted with small itinerant sandbars up to the huge islands In the early 1800rsquos the Platte was one to two miles wide Water depth ranged from dry to eight feet deep The islands were scoured each spring by the rush of snowmelt from the Rockies that removed vegetation from the sandbars washed into sloughs and recharged the surrounding soils Fires suppressed tree growth along most of the shoreline Protected islands and areas of shoreline grew cottonwoods and willows This diversity was excellent habitat for wildlife But in less than 100 years it changed Man has diverted over 70 percent of the Plattersquos average annual flow for use in irrigation and industry ( comes back to the river via groundwater) Fires have been controlled Floods and ice no longer clear the islands of vegetation With less water in the river wet meadow soils are not recharged with water seeping from the river Bridges restrict flows and deep
NEBRASKA MASTER NATURALIST Explore Contribute Connect
11
gravel pits alter the shoreline This taming of the Platte River is causing it to lose the very characteristics that make it unique and attractive to native wildlife The wide channels now must be maintained by mechanically clearing sand bars and low islands Audubon and other conservation organizations spend a considerable amount of time and money each year to keep the river clear The Platte River valley is now characterized by forest shrub and sandbar vegetation on the river floodplain lowland prairie and cultivated fields on the river terraces and an upland prairie on the loess bluffs along the ancient river escarpment The floodplain forest shrub and sandbar communities have developed on coarse textured alluvial soils adjacent to the river channel The forest communities have open canopies and are dominated by cottonwoods with an understory of red cedar and rough-leaf dogwood Green ash hackberry American elm red mulberry and slippery elm also occur in these areas Adjacent to the major river channel and in areas where the forests are limited to a narrow strip along the river bank low shrub islands and vegetated sandbars predominate Peach-leaf willow sandbar willow and indigo bush are the dominate shrub species Lovegrass nutsedge barnyard grass cocklebur and scattered willow and cottonwood seedlings characterize the vegetation on the low shrub islands and recently exposed sandbars
One of the sanctuaryrsquos most important tasks has been functioning as Audubonrsquos footprint on the Platte
River Audubon played a significant role in many battles to limit development on the Platte the final
being the defeat of Two Forks Dam near Denver in 1992 Today Audubon along with the Platte River
Whooping Crane Maintenance Trust the National Wildlife Federation Fish and Wildlife and Nebraska
Game and Parks plays a major role in keeping the river in its current condition One such program is
maintaining the wide channels on parts of the river which must be done mechanically to clear sandbars
and low islands
Tallgrass Prairie Ecoregion
Introduction
Once extended from eastern Nebraska to Indiana and from Texas to southern Canada
Today less than 1 remains
Approximately 2 of the remaining tallgrass prairie is found in Nebraska o Covers eastern fourth of state and extends along stream valleys of the Republican
Loup Platte and Niobrara
Shaped by glaciers wind and water
Mainly rolling hills intersected by stream valleys
Elevation from east to west 850 to 1700 feet above sea level
Receives 25-36 inches of annual precipitation
Average highs in the 90 degrees and lows of 10 degrees
Two major rivers o Missouri River
States largest river flowing approximately 350 miles in Nebraska
NEBRASKA MASTER NATURALIST Explore Contribute Connect
12
Drains approximately 529350 square miles of land (including entire state of NE) Forms eastern and northern boundaries of tallgrass prairie Historically more a mile wide and up to 20 feet deep with abundant sandbars
and forested island
Floodplain was a mosaic of oxbow lakes backwater marshes wet prairies and forests
Platte River ndash prairie river o Historically shallow braided channel up to 3 miles wide with many sandbars
Floodplain 15 miles wide and covered with lush wet meadows and freshwater marshes
Spring floods limited tree growth and created barren sandbars o Other streams include Papio Creek Turkey Creek and Bazile Creek
Wetland types o Saline wetlands
Found in the floodplain of Salt Creek and its tributaries in Lancaster and Saunders counties
Salinity originates from groundwater passing through an underground rock formation containing salts deposited by an ancient sea that once covered
Nebraska
o Todd Valley playas Small clay-lined depressions Seasonally and temporarily flooded Found in an ancient valley of the Platte called the Todd Valley
Vegetation of Tallgrass Prairies
Dominant vegetation ndash big bluestem Indiangrass switchgrass and Canada wildrye o Can reach six feet or taller
Hundreds of spp of wildflowers and forbs o Showy goldenrod prairie blazing star sky blue aster amp purple coneflower
Native woodland found mainly in fire-protected stream valleys and bluffs o Found in floodplains - Cotton woods willows boxelders American elms
Drier river bluffs o Oaks hickories basswood black walnut etc o Essential habitat for migrating birds
Wet meadows found in stream valleys o Sedges spike rushes prairie cordgrass and switchgrass
Marshes o Broad-leaf cattail bulrushes bur reed smartweeds and arrowheads
NEBRASKA MASTER NATURALIST Explore Contribute Connect
13
Birds
More than 300 spp of resident and migratory birds
Nesting waterbirds include o Wood duck green heron northern pintail blue-wing teal mallard
Grassland birds include o Henslowrsquos sparrow dickcissel grasshopper sparrow bobolink vesper
sparrow and Swainsonrsquos hawk
Woodland birds include o Bellrsquos vireo blank-and-white warbler rose-breasted grosbeak orchard oriole
Mammal
More than 55 mammals o Plains pocket gopher prairie vole plains pocket mouse thirteen-line ground squirrel
Franklinrsquos ground squirrel o Prior to European settlement
Bison elk mule deer mountain lion black and grizzly bear gray wolf Larger animals include coyote bobcat least and long-tailed weasel mink
Fish
More than 75 species of fish Amphibians and Reptiles
53 species of amphibians and reptiles o 2 salamanders 5 toads 6 frogs 8 turtles 8 lizards and 24 snakes
Eco-tourism amp Wildlife Viewing
Henry Doorly Zoo in Omaha Childrenrsquos Zoo in Lincoln
Ak-Sar-Ben Aquarium Ponca State Park
Mahoney State Park Platte River State Park
Two Rivers State Recreation Area Branched Oak
Homestead National Monument Ashfalls Fossil Beds State Park
Migrating birds Fontenelle Forest Indian Cave State Park Schramm State Park
Tallgrass prairie Audubonrsquos Spring Creek Prairie south of Denton amp Nine-Mile Prairie
Canoeing hiking biking
Elkhorn River Platte River
Cowboy Trail Steamboat Trace Trail
MoPac East Trail Oak Creek Trail
Driving Tours
Nebraska Scenic Byway Outlaw Trail Scenic Byway
Heritage Highway Lewis and Clark Scenic Byway
NEBRASKA MASTER NATURALIST Explore Contribute Connect
14
Mixedgrass Prairie
Introduction
Transition zone between tallgrass and shortgrass prairies o Have characteristics of both o Plant composition varies considerably depending of soil type topography weather and
land use
Elevation east to west 1650 to 3000 feet above sea level
Climate - Semiarid o Average annual precipitation from 28 inches in the east to 20 inches in the west o Average annual temperature from 52-57 degrees - Frost-free period 150 ndash 190 days
General topography o Level broad plains rolling hills in north-central part steep sloops with deep drainages in
the southwest o Mostly covered with windblown silt o Ogallala aquifer underlies most of the Ecoregion
Alluvial aquifers along streams
Streams o Platte Republican Loup Niobrara Blue rivers ndash all eventually drain into Missouri River
Wetlands o Rainwater Basin ndash playa wetlands formed by wind with a clay pan to hold water
Found in south-central Nebraska Once contained more that 4000 major wetlands National importance for migrating birds
o Central Table Playas ndash found mostly in Custer County on top of hills o Subirrigated Wet Meadows ndash found along Platte and Loup Rivers
Transected with old river channels swales and sloughs o Riverine Wetlands ndash found along streams
Include oxbows and other semi-permanent wetlands o Sandhill Wetlands ndash found in sandy areas close to Platte and Loup Rivers o Formed where groundwater reaches surface
Vegetation
Tallgrass spps tend to dominate in the east and along floodplains and shortgrass spps found further west (drought resistant)
Hilltops dominated by buffalograss and blue grama
Hill sides dominated by medium-stature grasses ndash side-oats grama little bluestem western wheatgrass and sand dropseed
Lower slopes and valleys ndash big bluestem Indiangrass switchgrass and Canada wildrye
Hundreds of forbs found including o Prairie clover Illinois bundle flower wild alfalfa deer vetch leadplant prairie
coneflower stiff sunflower and blazing star
Historically less than 1 covered with woodlands ndash mostly close to streams o Trees - Eastern cottonwood green ash hackberry red cedar o Shrubs ndash roughleaf dogwood false indigo sandbar willow o Some native oaks and black walnut can be found on steeper slopes
Wet meadows and wet prairies
NEBRASKA MASTER NATURALIST Explore Contribute Connect
15
o Woolly sedge spike rush prairie cordgrass o Federally endangered prairie white-fringed orchid o State endangered saltwort
Playa wetlands (Rainwater Basin and Central Tables area) o Seasonally flooded - River bulrush common cattail smartweed o Temporarily flooded ndash spike rush flatsedge plains coreopsis o More permanent - bladderwort pondweed duckweed
Riparian wetlands ndash switchgrass scouring rush bedstraw
Sandhill wetlands ndash cattail bulrush smartweed
Birds
More than 350 spps of resident and migratory birds o Grasshopper and field sparrow dickcissel western meadowlark bobolink northern
bobwhite ring-necked pheasant northern harrier and greater prairie chicken o Platte River
Over 300 spps with 141 known to nest o Sandhill cranes endangered whooping cranes
o Rainwater Basin Over a dozen spps of waterfowl including 13 of northern pintails 50 of North
Americans mallards 90 of mid-continentrsquos white-fronted geese Approximately 3000000 shorebirds
o Thousands of Swainsonrsquos hawks migrate through the region Mammals
Many species of mammals but none that are only found in mixedgrass prairies Fish ndash Diverse range of species
Reptiles and amphibians
Spiny softshell turtles western painted turtles and snapping turtles in wet areas
Ornate box turtle in native grasslands
Northern water snake ndash only aquatic snake found
Prairie rattlesnake only poisonous snake found
Smooth green snakes and red-bellied snakes are two of the more rare snakes
3 lizards found ndash northern earless prairie racerunner northern prairie lizards
Tiger salamander only salamander found
Frogs and toads common
Eco-tourism amp Wildlife Viewing
Sandhill cranes - Rowe Sanctuary amp Roadside viewing sites constructed by Central Platte NRD
Waterfowl viewing - Rainwater Basin
Massie Waterfowl Production Area with an observation tower (Clay Center)
Funk Waterfowl Production Area and Sacramento-Wilcox Wildlife Management Area o Handicapped accessible blinds
Bald eagle viewing ndash J-2 Power Station near Lexington Harlan County Lake Sherman Lake and Rowe Sanctuary
Prairie chicken viewing- Calamus Outfitters near Calamus Reservoir
NEBRASKA MASTER NATURALIST Explore Contribute Connect
16
Sandhills Motel ndash Mullen
Walking Trails ndash Rowe Sanctuary Kearney Hike-Bike Trail Harlan County Lake Funk Harvard and Massie Waterfowl Production Areas Lake Seldom at Holdrege
Best way to find out about birding trails is to go to wwwnebraskabirdingtrailscom o Some are ndash Chicken Dance Trail Rainwater Basin Loops
Sandhills
Introduction
19300 square miles of north-central Nebraska o Largest dune system in the western hemisphere o One of the largest grass-stabilized dune regions in the world o Majority of the region is in relatively natural state
Sandhills young geologically speaking o Dunes aligned primarily in a northwesterly to southeasterly direction with prevailing
winds o Some dunes over 400 feet in height o Soils poorly developed with a thin layer of topsoil o High infiltration rate (up to 10 feet per day) o High water table ndash almost 2000 shallow lakes and over a million acres of wetlands
Most lakes and wetlands at headwaters of streams amp in poorer draining areas in western areas
Most wetlands and lakes pH neutral but alkaline wetlands and lakes common in the west where salts and carbonates accumulate
Fens ndash Sandhills contains some of Great Plains largest ones
Streams of the region o North and Middle Loup Calamus Cedar Dismal ndash flow from groundwater discharge o Niobrara River ndash only river that originates out of the region (starts in Wyoming)
Climate o Semiarid ndash annual precipitation ndash 23 inches in east to 17 inches in west
Vegetation
700 native plants spps
Sandhills dune prairie plant community o Mixture of sand-adapted grasses ndash sand bluestem prairie sandreed little bluestem and
hairy grama o Forbs ndash stiff sunflower bush morning glory plains gayfeather o Shrubs ndash sand cherry leadplant prairie rose and yucca
Sandhills dry valley prairie community o Grasses - Big Bluestem Indiangrass switchgrass o Forbs ndash western ragweed white sage and prairie coneflower o Shrubs ndash leadplant Arkansas rose western wild rose
Blowouts o Federal and state threatened blowout penstemon
Native woodlands ndash uncommon o Eastern cottonwood peachleaf willow coyote willow chokecherry wild plum and
snowberry
Middle Niobrara River valley largest woodland in sandhills
NEBRASKA MASTER NATURALIST Explore Contribute Connect
17
o South facing bluffs -Oak basswood black walnut green ash o Canyons ndash Paper birch quaking aspen o North river bluffs ndash ponderosa pine o Referred to as a biological crossroads
Wet meadows o Sedges spike rushes prairie cordgrass switchgrass o Shrubs - Sandbar willow false indigobush
Alkaline wet meadows o Inland saltgrass foxtail barley alkali sacaton meadow bluegrass and scratchgrass
Fens o Contain 20 at-risk plant species including bog bean cottongrass and marsh marigold
Freshwater marshes o Ripgut sedge common reed smartweeds bulrush cattail duckweed coontail
Alkaline marshes ndash alkaline-tolerant plants Birds
More that 300 species of birds o Sharp-tailed grouse and greater prairie chicken o Long-billed curlew (sandhills important breeding site)
Upland sandpiper vesper sparrow lark bunting grasshopper sparrow western meadowlark High concentration of northern harriers and ferruginous hawks
Important breeding area for mallards blue-wing teal pintail
American Bird Conservancy calls the area the ldquoBest grassland bird place in the United Statesrdquo Mammals
55 species of mammals but not specific to the Ecoregion Fish
75 species of fish
Rare spps ndash blacknose shiner pearl northern redbelly and finescale daces o Species cutoff from principle range
Amphibians and Reptiles
27 species o One salamander 3 toads 4 frogs 6 turtles 4 lizards 9 snakes
Eco-tourism amp Wildlife Viewing
Crescent Lake Fort Niobrara Valentine National Wildlife Refuges
Nebraska and Samuel R McKelvie National Forests
Niobrara Valley Preserve (TNC property) with 2 bison herds
Merritt Reservoir Calamus Reservoir
Niobrara Wild and Scenic River o Over 10 outfitters in Valentine area for canoeing kayaking and tubing
Dismal Loup and Cedar rivers also offer canoeing and tubing
Niobrara Valley Preserve
Swan Lake Motor Route
Sandhills Scenic Byway (Hwy 2) ndash one of the top 10 scenic highways in the nation
NEBRASKA MASTER NATURALIST Explore Contribute Connect
18
Stargazing ndash Nebraska Star Party near Valentine in August
Cowboy Trail (will be the nationrsquos longest rails-to-trails conversion)
Calamus Outfitters
Shortgrass Prairie
Introduction
Found in western Nebraska
High diversity of habitats
Dramatic changes in elevation and topography
Soils range from sand to clay-loam to hard sandstone
Annual precipitation 12-17 inches ndash humidity generally low
Annual average temperature 47-50
Topography o Truest form of shortgrass prairie found in Banner Cheyenne Deuel and Kimball counties o Mixedgrass and sandsage prairies in southeast of Ecoregion o Wildcat Hills bluff formation found in Scottsbluff amp Morrill counties o Relic sandhill extend through Morrill and Sioux counties o Pine Ridge found in northern Dawes Sheridan and Sioux counties
Streams o North Platte River Lodgepole Creek Upper Niobrara and White Rivers o 5 large reservoirs and a number of smaller artificial lakes o Playas found throughout the region
Vegetation
Shortgrass Prairie o Buffalograss blue grama side-oats grama purple threeawn (grass height 10 inch) o Over 100 spps of forbs o Milkvetch scarlet guara cutleaf ironplant prickly pear purple locoweed scurfpea
prairie coneflower scarlet globe mallow
Mixedgrass Prairie o Blue grama prairie sandreed threadleaf sedge needle-and thread grass little bluestem
western wheatgrass (grass height 18-24 inches) o Shrubs
Skunkbush sumac winterfat fringed sage snowberry yucca broom snakeweed o Over 100 species of Forbs o Scarlet guara dotted gayfeather skeleton plant cutleaf ironplant scurfpea scarlet
globe mallow o Within the mixedgrass prairie ndash 2 unique communities found
Northwestern mixedgrass amp Loess mixedgrass prairie
Sandhill dune prairie and sandsage prairies o Sandsage sand bluestem blue grama prairie sandreed needle-and-thread yucca o Forbs ndashsand-lily desert goosefoot plains sunflower bush morning glory showy
impomopsis
Western alkaline meadows along the North Platte o Inland saltgrass alkali sacaton field sedge foxtail barley meadow bluegrass o Forbs ndash spearscale alkali aster camphor daisy thelypody
NEBRASKA MASTER NATURALIST Explore Contribute Connect
19
Ponderosa pine woodlands o Ponderosa pine quaking aspen green ash Saskatoon serviceberry chokecherry dwarf
juniper fragrant sumac mountain mahogany wolfberry Kentucky bluegrass littleseed ricegrass
Riparian woodlands o Cottonwoods peachleaf willows green ash boxelder Sandbar willow wild plum
chokecherry buffaloberry horsetail sedges marsh muhly and cordgrass
Badlands o Saltbush rabbitbrush poverty weed Russian thistle
Birds
More that 300 species of birds found
Shortgrass birds o McCownrsquos and Chestnut-collared longspurs Brewerrsquos sparrow horned lark burrowing
owl and state threatened mountain plover
Mixedgrass birds o Western meadowlark grasshopper sparrow lark bunting
Pine Ridge birds o Lewisrsquo woodpecker pygmy nuthatch ovenbird mountain bluebird
Wetland birds o Canada geese mallard northern pintail shorebirds
Mammals
White-tail and mule deer elk pronghorn bighorn sheep coyotes bobcats mountain lions prairie dogs federally endangered black-footed ferret river otter black-tailed jackrabbit badger pocket gopher grasshopper mouse
Fish
Many gamefish state threatened finescale dace endangered blacknose shiner etc Amphibians and Reptiles
Include western striped chorus frog Woodhousersquos toad bullsnake prairie rattler lesser earless lizard horned lizard ornate box turtle and painted turtle
Ecotourism amp Wildlife
Lake McConaughy (largest reservoir in state)
Lake Ogallala
Pine Ridge area o Ft Robinson State Park o Chadron State Park o Nebraska National Forest (Pine Ridge Unit) o Soldier Creek Wilderness
Oglala National Grassland and Toadstool Geologic Park
Wildcat Hills Nature Center in Gering
Scotts Bluff National Monument
Chimney Rock
Agate Fossil Beds National Monument
NEBRASKA MASTER NATURALIST Explore Contribute Connect
20
Endangered Species Act
The Endangered Species Act provides a program for the conservation of threatened and endangered
plants and animals and the habitats in which they are found The US Fish and Wildlife Service and the
Department of the Interior maintain the list of 632 endangered species (326 plants and 306 animals) and
190 threatened species (112 animals and 78 plants)
The law is written to prohibit any action that results in taking or injuring a listed species or negatively affects habitat Also prohibited is the import export interstate or foreign trade of listed species
Nebraskarsquos Endangered amp Threatened Species
State Status Federal Status
Birds Bald Eagle Threatened Threatened
Piping Plover Threatened Threatened
Mountain Plover Threatened Proposed Threatened
Whooping Crane Endangered Endangered
Eskimo Curlew Endangered Endangered
Interior Least Tern Endangered Endangered
Mammals River Otter Threatened
Southern Flying Squirrel Threatened
Black-footed Ferret Endangered Endangered
Swift Fox Endangered
Black-tailed Prairie Dog Candidate
Plants Western Prairie Fringed Orchid Threatened Threatened
Utersquos Ladyrsquos Tresses Threatened Threatened
Ginseng Threatened
Small White Ladyrsquos Slipper Threatened
Colorado Butterfly Plant Endangered Threatened
Saltwort Endangered
Hayden Penstemon Endangered Endangered
Insects American Burying Beetle Endangered Endangered
Salt Creek Tiger Beetle Endangered Candidate
Fish Lake Sturgeon Threatened
NEBRASKA MASTER NATURALIST Explore Contribute Connect
21
Northern Redbelly Dace Threatened
Finescale Dace Threatened
Blacknose Shiner Threatened
Topeka Shiner Endangered Endangered
Sturgeon Chub Endangered
Pallid Sturgeon Endangered Endangered
Reptiles amp Mussels Massasauga Threatened
Scaleshell Mussel Endangered Endangered
Information courtesy of Nebraska Game and Parks US Department of the Interior and the US Fish
and Wildlife Service
The Nuts and Bolts
Without habitat there are no animals
Every species has its niche
Understand the importance of biodiversity Know where the Platte River begins and ends understand its
makeup and where Rowe is located in the relationship to the river How Rowe plays a role in
conservation habitat maintenance and education Have an understanding of what constitutes the 4
major eco-regions in Nebraska
References Integrated Principals of Zoology by Cleveland P Hickman Jr Larry S Roberts Alan Larson (WmC
Brown Publishers 1996)
Zoology by Lawrence G Mitchell John A Mutchmor Warren D Dolphin (The BenjaminCummings
Publishing Company Inc 1988)
Biology the unity and Diversity of Life 7th Ed By Cecie Starr and Ralph Taggart (Wadsworth Publishing
Company 1995)
Nebraskarsquos Natural Legacy Project httpwwwngpcstateneuswildlifeprogramslegacyreviewasp
Cliffs Quick Review Biology by I Edward Alcamo PhD and Kelly Schweitzer PhD (Wiley Publishing 2001)
Biology for Dummies by Donna Rae Siegfried (Wiley Publishing Inc 2001)
NEBRASKA MASTER NATURALIST Explore Contribute Connect
22
Taxonomy in a Nutshell
Definitions
Classification is a systematic arrangement in groups or categories according to established
criteria
Taxonomy is the orderly classification of plants and animals according to their presumed natural
relationships
Binomial nomenclature (Binomial = 2 terms ndash Generic amp specific nomenclature = set of names)
is a system of naming in which each species of animal or plant is given a two tern Latin name
The first term identifies the genus to which the plantanimal belongs and is always spelled with
a capital letter The second term is the species of the plantanimal and is spelled with a lower
case letter This ldquoscientific namerdquo is usually printed in italics or underlined For example ndash Felis
concolor or Felis concolor
The Reason for ithellipWhy use taxonomy
Scientific taxonomic classification is a tool used through the world in an effort to catalog and compare
living things Zoologists now classify approximately 15 million animal species Each year about 10000
new species are added and it is estimated that more than 10 million different animal species may
actually exist on earth
Okay But why Latin
Common names of animals and plants vary from place to place even within a community For instance
the animal name above Felis concolor is known as puma mountain lion catamount panther and
several other local names So how does a biologist from Nebraska know that she and a scientist from
Scotland are talking about the same animalplant Throughout the scientific world Latin is recognized
as the universal language of scholars and scientists By referring to it by its Latin ldquoscientific namerdquo there
is no mistaking what animalplant they are referring to Latin also provides a source for decoding the
scientific name into something that tells you a little about the animalplant itself A translation often
provides a short description of the animal ie the giant anteaterrsquos species tridactyla actually means
three-toed
Background
The identification and comparison of different animals and plant species dates back to ancient times
Naturalists wrote herbals and bestiaries that were lists and descriptions of familiar organisms of a given
locality There was little interest in communicating outside a restricted region The advent of the
printing press led to broader dissemination of books and ideas Cataloging and comparing species on a
more comprehensive scale became possible As naturalists compiled their work they used many words
NEBRASKA MASTER NATURALIST Explore Contribute Connect
23
to describe a species by several characteristics sometimes defining one species in terms of another For
example the blue chair with the fluted arms the red chair like the blue chair with the fluted arms etc
Each authorrsquos system and terminology was different It is only comparatively recently that the
observation and study of the animal and plant world has begun to be organized along truly scientific
lines
Toward the middle of the eighteenth century the Swedish botanist Carolus Linnaeus produced a general
classification of all living species and this system has formed the departure point for all subsequent
developments of taxonomy His system was ambitious and used polynomials some with fifteen words
An example is the oak with leaves with deep blunt lobes bearing hair-like bristles Although he
considered the polynomial name to be the true one he also made notes with two-term names The
current binomial system used today is based upon these notes His writings and those of other scientists
that came after him became the standard for all classifications Since Latin was the universal language
of scholarship his writings were all in Latin Actually his real name was Carl van Linne but he translated
that to Latin as well
In the course of the last couple of centuries naturalists have come to adopt two different forms of
investigation and comparison in their classification process First they studied the question of
adaptation to the environment the significance of diverse structures and behavioral patterns among
animal species and the reason why these different modes of behavior and lifestyles enable animals in
different surroundings to survive
Secondly they have tried to recognize affinities and relationships between the various species They
have attempted to identify the ldquofamily likenessesrdquo that often exist among species which live in different
environments and therefore may be quite unlike one another in outward appearance
As a result of all this research scientists have built up a system of classification which places every
animalplant species in a particular category according to its relationships with other animalsplants
This is taxonomy
Side note ndash genetic testing is now being used to help with classification
How does it Work
When a new animalplant is recognized and identified it is given a species name This may be a term
that describes it or identifies the person who first recognized it as a separate species Originally these
species names were assigned by the individual scientist that discovered them but now they are
assigned by international groups Once this species term is assigned it almost never changes In theory
NEBRASKA MASTER NATURALIST Explore Contribute Connect
24
it is never supposed to be changed even if it is later moved to a different genus family or class but over
the years there have been a few exceptions
The basis of taxonomy however is the genus This is the smallest grouping of related species When
taxonomy began there were relatively few identified species so species were grouped into genera and
there it ended As the body of knowledge grew so did the need for a broader system of grouping From
there the hierarchical system of classification based on natural features evolved
The current system works as follows
Individually related species are grouped into the same genus
The most closely related genera are grouped into the same family
Related families are grouped into an order
Orders are grouped into a related class
Similar classes are included in the same phylum
The phyla are then placed into the proper kingdom
Each of these categories may also contain sub- or super- subdivisions
Taxonomy is a constant work in progress As scientists learn more about different species their
classification may change Changes can reflect a clearer understanding of where the species fits in
among the others with similar characteristics Until recently we only had to contend with two kingdoms
ndash animal and plants Today scientists recognize a least five different kingdoms of living things
Monera ndash bacteria and blue-green algae
Protista ndash one-celled organism with nucleus
Plantea ndash green plants
Fungi ndash non-green plants
Animalia ndash animals
NEBRASKA MASTER NATURALIST Explore Contribute Connect
25
Fauna of Nebraska
Developed and Adopted by Keanna Leonard Education Director Rowe Sanctuary
Objectives for Fauna Mammals Amphibians amp Reptiles Birds 3-4 hours
1 Descriptions ndash (Mammals Amphibians and Reptiles birds --ndash IMPORTANT CHARACTERISTICS)
2 Vocabulary
3 Common Oderrsquos in Nebraska and examples
4 Nuts amp Bolts of Mammals How to ID amp locate specific animals and their evidence (possible
activity tracks traces etc) in Nebraska
MAMMALS IN A NUTSHELL Basic Characteristics
1 Mammary glands (hint the name) that
produce milk
2 Sweat glands
3 Sebaceous glands for oil
4 Presence of hair on the body at some time
during life span
5 Homiothermic Endotherm (warm blooded)--
regulate high body temperature
6 Four-chambered heart
7 Enucleated red blood cells
8 Have a diaphragm
9 Enlarged cerebral hemisphere
10 One bone in lower jaw and complex
dentition
11 3 middle ear bones
12 Turbinal bones in nasal chamber
13 Eggs develop in a uterus with
placental attachment and born alive
(viviparous)
MAMMAL VOCABULARY
Altricial Born helpless
Arboreal Tree dwelling
Carnivore A mammal in the order Carnivora
Carnivorous Meat eating
Crepuscular Active at dusk and dawn
Diurnal Active during the day
Dominant Ruler or leader of others
Habitat Region where an animal lives
Herbivore An animal that eats only plants
Herbivorous Plant eating
Hibernation Winter period when certain
animals become inactive to a point in
where all body functions slow
considerably for a long period
Instinct Inherited mode of behavior
Mammal Animals that have hair on their
bodies (see other char above)
Marsupial Animals whose females have
pouches
Nocturnal Active during nighttime
Omnivore Animals that eats both meat and
plant material
Omnivorous Eating both meat and plant
material
Precocial Born in an advanced stage of
development and able to move about
Predator Animals that kills another animal for
food
Prehensile Grasping
Prey Animal hunted for food
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26
Protective coloration Enables the animal to
blend in with surroundings
Reticulated Net-like pattern of skin
Terrestrial Ground dwelling
Viviparous Live birthing
There are 21 orders of mammals found in the world
Listed below are the orders and examples of common species found in Nebraska
More Species found in Core Curriculum Binder
Insectivores (shrews and moles)
Masked Shrew (Sorex cinereus)
Northern Short-tailed Shrew (Blarina
brevicauda) (venomous)
Least Shrew (Cryptotis parva)
Eastern Mole (Scalopus aquaticus)
Chiroptera (bats)
Big Brown Bat (Eptesicus fuscus)
Red Bat (Lasiurus borealis)
Hoary Bat (Lasiurus cinereus)
Xenarthra
Nine-banded Armadillo (Dasypus novemcinctus)
Lagomorpha Eastern Cottontail (Sylvilagus floridanus) Black-tailed Jackrabbit (Lepus californicus)
Rodentia
Franklinrsquos Ground Squirrel (Spermophilus
franklinii)
Thirteen-lined Ground Squirrel (S
tridecemlineatus)
Black-tailed Prairie Dog (Cynomys
ludovicianus)
Plains Pocket Gopher (Geomys bursarius)(fur-
lined pouch)
Plains Pocket Mouse (Perognathus
flavescens)
Beaver (Castor canadensis)
Eastern Woodrat (Neotoma floridana)
Meadow Vole (Microtus pennsylvanicus)
Muskrat (Ondtra zibethicus) (laterally
compressed tail)
Porcupine (Erethizon dorsatu
Carnivora Despite the name of the order not all are carnivorous Many are omnivores (most bears and raccoons)
and some are even herbivores (giant panda)
Most carnivorous mammals have 3 up and 3 down relatively small incisors and 1 up and 1 down large
canine teeth on both sides of the incisors
Common species found in this area include
Family Canidae Coyote (Canis latrans) Red fox (Vulpes vulpes)
Family Procyonida Raccoon (Procyon lotor)
Family Mustelidae
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27
Long-tailed Weasel (Mustela nivalis)
Least Weasel (M nibalis)
Mink (Mustela vison)
Badger (Taxidea taxus)
Striped Skunk (Mephitis mephitis)
River Otter (Lutra canadensis)
Family Felidae Bobcat (Felis rufus)
Artiodactyla Mule Deer (Odocoileus hemionus) White-tailed Deer (O virginianus
References National Audubon Society Field Guide to North American Mammals by John O Whitake Jr Robert
Elman Carol Nehring (Alfred A Knoph Inc 1994)
Guide to Mammals of the Plains States By J Knox Jr Davide M Armstrong Jerry R Choate (University
of Nebraska Press 1985)
The Nuts and Bolts Know important characteristics especially-
Mammary glands Sweat glands Sebaceous glands Hair sometime during their life
4 chambered heart
Though these critters look like a rodent
Donrsquot confuse them for a moment
They sport small eyes and ears out of view
Their teeth are small sharp and more than a few
They are made up of one mole and shrews three
So in what ORDER can they be
Commonly seen species of Chiroptera number three And are known as the only mammals to swim through the air free They are normally seen at night and for finding food use echolocation rather than sight Now I know you know what they be But go ahead and name all three These mammals have what humans claim to be a disgusting habit of defecating undigested pellets and eating them again What are they Chewing the cud is normal for this group and so is walking on their two middle toes Name the common species found in this area
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28
AMPHIBIANS
Basic Characteristics
1 Skin naked No scales or hair
2 Eggs do not have shells but are jelly like
Laid in clusters always in water
3 Ectodermic
4 Can breathe through permeable skin
5 Spend all or part of life in water
6 Adults are carnivores Size of head
determines size of prey
7 Incomplete lung development
DIFFERENCES BETWEEN REPTILES AND AMPHIBIANS
Reptiles
1 Ectodermic
2 Covered with scales or plates
3 Shed skin
4 Most not do not live in or around water
Amphibians
1 Ectodermic
2 Smooth slimy skin without scales
3 Do not shed skin
4 Spend all or part of life in water
5 Go through metamorphose
Listed below are the orders and examples of common species found in Nebraska
More Species found in Core Curriculum Binder
Salamanders (Order Urodela)
Small-mouth Salamander (Ambystoma
texanum) Occurs in eastern Nebraksa
Tiger Salamander (A tigrinum) Occurs
throughout the state
Frogs and Toads (Order Anura) Thirteen species occur in Nebraska
Pelobatidae or Spadefoot Family
Plains Spadefoot (Spea bombifrons) Occurs throughout Nebraska expect southeast
Ranidae or True Frog Family Plains Leopard Frog (Rana blairi)
Northern Leopard Frog (Rana pipiens)
Bullfrog (Rana catesbeiana
Microhylidae or Narrow-mouthed Family Plains Narrowmouth Toad (Gastrophryne olivacea)
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29
Bufonidae or Toad Family
American Toad (Bufo americanus) Occurs only
in eastern part of the state
Great Plains Toad (Bufo cognatus) Occurs
throughout the state
Woodhousersquos Toad (Bufo woodhousei) Occurs
throughout the state
Hylidae or Tree Frogs
Northern Cricket Frog (Acris crepitans) East
and central Nebraska
Western Striped Chorus Frog (Pseudacris
triseriata amp P maculata) Occurs throughout the
state
Copes Gray Treefrog (Hyla chrysoscelis) Found
in eastern part of state
Resources Reptiles and Amphibians of Nebraska ndash herpetology database httpsnrsunleduherpneb
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30
REPTILES Basic Characteristics
1 Ectothermic (cold-blooded) Body temperature is the same as the temperature of its surroundings
2 Dry skin covered with scales or plates
3 Teeth if present are needle-like or conical
4 Skin shed in one piece or several pieces at intervals
5 Lay soft shelled eggs or young born alive in a membranous sac
6 Lung breathing
There are four groups
Lizards - Short-legged long-bodied reptiles
Taped tail Size varies from 4- inch long fence
swift to 10 foot Kamodo dragon
Snakes - Legates cousins of lizards
Turtles - Armored shells
Crocodilians - Crocodiles Alligators Caimans
REPTILE VOCABULARY
Antivenin An antidote to the venom of
venomous snakes produced by inoculating
horses with small doses of venom Horses build
up an immunity or resistance The horsersquos
blood is used to make the antivenin
Blue Stage Refers to the condition of a snake
prior to shedding
Carapace Dorsal (covering the back) shell
Constrictor A term used in describing a snake
that kills its prey by constriction
Ectothermic Not able to control body
temperature (Cold-blooded) Dependent upon
environment to control body temperature
Egg Tooth A sharp projection located in front
of nose on upper jaw Used by infant reptiles to
cut through eggshell
Fangs Grooved or tubular teeth used to inject
venom
Hemotoxin Venom that attacks the blood
Herpetologist A specialist in reptiles
Jacobsonrsquos Organ A tastesmell sense organ
with two small openings located on roof of
mouth
Thermal Pit A heat sensory pit on side of head
between nostril and eye Allows snakes to track
warm-blooded animals and to strike accurately
especially at night Found only in venomous
snakes known as pit vipers
Neurotoxin Venom that attacks the nervous
system
Oviparous Lays egg
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31
Ovoviviparous Give birth to live young Egg
developed in female and then deposited as a
living young
Plastron Ventral (covering the belly) shell
Reticulated Net-like pattern on skin
Scales Folds of skin covering reptiles
Scutes Single section of shell each sell is made
up of many scutes
Toxic Poisonous
Toxin Poison
Undulating Type of snake locomotion typical of
most snakes - Leaves ldquoSrdquo shape track
Venom Poisonous fluid secreted from glands
and transmitted by bite or sting
Venomous Describes animal containing venom
gland
Nuts amp Bolts of Reptiles
Most reptiles are carnivores (eat meat) Many will eat only live food Some are herbivores (eat
plant material) as well as insectivores (eat insects)
Reptiles often found in water or underground for protection from predators and to help
regulate body temperature Air temperature can change quickly but water and soil
temperature are more constant therefore it helps to regulate the reptiles body temperature
Because they are ectothermic many reptiles live in places that are warm year round In colder
climates reptiles hibernate underground below the freeze line
Most reptile lay eggs and are called oviparous Eggs are buried in sand soil rotted logs etc and
kept warm only by heart from the sun or from rotting vegetation Very few reptiles stay around
to protect their eggs Some reptiles keep their eggs inside their bodies until they hatch and
produce live young (ovoviviparous) Example - garter snakes Very few reptiles care for or feed
their young Young are precocial able to look after themselves minutes after they hatch
Most snakes are harmless Even snakes that are venomous will not bite unless they are
cornered or stepped on Snakes are good and necessary animals They help control potential
destructive populations of rodents
Listed below are the orders and examples of common species found in Nebraska
ORDER CHELONIA Basic Characteristics
1 Contains all forms of turtles and tortoises
2 Has body enclosed in a shell made of
modified horny scales and bone Shell made of
two parts Carapace - upper part covering
animalrsquos back Plastron-under part covering
animalrsquos stomach amp chest
3Ribs and most of vertebrae attached to shell
4 Neck long and flexible and can usually be
withdrawn into shell
5 Have no teeth but jaws outfitted with horny
beaks
6 All lay eggs Usually bury eggs in pit in sand or soil Hatchlings must dig themselves to the surface
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32
Examples of Turtles found in Nebraska Snapping Turtle (Chelydra serpentina)
Blandingrsquos Turtle (Emydoidea (Emys)
blandingii) Protected Species
False Map Turtle (Graptemys
pseudogeographica) Protected Species
Ornate Box Turtle (Terrapene ornata)
Smooth Softshell (Apalone mutica)
Spiny Softshell (Apalone spinifer
SUBORDER LACERTILA (lizards) Basic Characteristics
1 Dry scaly skin clawed feet external ear
openings
2Have movable eyelids - snakes do not
3 Males and females often show different
coloration
4 Generally diurnal but many nocturnal
(geckos night lizards Gila Monsters)
5 Courtship brief fertilization is internal
6 Most are egg layers
Examples of Lizards of Nebraska
Six-line Racerunner (Cnemidophorus sexlineatus Five-line Skink (Eumeces fasciatus)
Many-lined Skink (Eumeces mulitvirgatus)
Great Plains Skink (Eumeces obsoletus)
Slender Glass Lizard (Ophisaurus attenautus)
Lesser Earless Lizard (Holbrookia maculate)
Northern Prairie Lizard (fence lizard)
(Sceloporus undulates)
SUBORDER SERPENTES (Snakes) Basic Characteristics
1 Elongated scaly bodies (to protect from water
loss) no limbs external ear opening or eyelids
(eye covered with a clear scale)
2 Terrestrial subterranean arboreal
amphibious
3 Carnivores swallow prey whole
4 Continue to grow throughout their lives
6 Hibernate in colder climates
7 Males locate females by scent
8 Internal fertilization
9 Some lay eggs others bear live young
11 Vipers (venomous snakes) have heat-
sensing organs called thermal pits
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33
12 Teeth slanted back If one is lost another drops down in itrsquos place
Examples of snakes found in Nebraska
Black Rat Snake (Elaphe obsoleta)
Great Plains Rat Snake (Elaphe guttata)
Bullsnake (Pituophis catenifer)
Common Kingsnake (Lampropeltis getula)
Eastern Hognose Snake (Heterodon
platyrhinos)
Western Hognose Snake (Heterodon nasicus)
Glossy Snake (Arizona elegans)
Milk Snake (Lampropeltis triangulum)
Plains Garter Snake (Thamnophis radix)
Common Garter Snake (Thamnophis sirtalis)
Racer (Coluber constrictor)
Pit Vipers
Copperhead (Agkistrodon contortrix) found in extreme southeast Nebraska
Massasauga (Sistrurus catenatus) Found in southeast Nebraska Protected Species
Prairie Rattlesnake (Crotalus viridis) Found in central and western parts of the state
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 34
Birds What Makes a Bird a Bird IMPORTANT CHARACTERISTICS
So what makes a bird a bird All birds share one common characteristic that no other animal has and
that is FEATHERS Other characteristics include
Maintain high constant body temperature Endotherms (warm-blooded)
Possess toothless beaks or bills
All lay hard-shelled eggs (oviparous)
Air sacs in birdrsquos body give buoyancy
Generally bones are hollow Decreases body weight
Four-chambered heart
Lend Me Your Ear Yes birds have ears but they are missing the pinna or outside part of the ear that collects sound Birds
have feather-covered openings on both sides of the head just behind the eyes Owls and other night-
flying birds have off-setting ears that allow them to pinpoint the exact position of prey
Can birds smell We are not quite sure how well most birds smell We do know vultures use the sense of smell to find
their dinner The champion bird sniffer belongs to kiwi found in New Zealand They are able to sniff out earthworms Some diving birds like cormorants cannot even breathe through their nostrils because they are sealed Ocean birds have special glands in their noses which eliminates salt from the salty water they drink
Eggs Birds lay hard-shelled eggs made mostly of carbon carbonate The hard shell keeps the egg from drying
out and allows parents to sit on it without damaging the developing chick Though the shells are hard it
does not mean that they are non-porous Microscopic pores allow the embryo to ldquobreatherdquo Carbon
dioxide and oxygen can pass through the shell
Eggs come in all sizes colors and patterns We believe that the different colors and patterns are
intended as camouflage Blue and green eggs are found in nests that are in the shade Patterned eggs
blend in with vegetation and stones and white eggs are normally found in cavities
The shape of eggs also depends on where a bird nests The most common shape is oval A pointed egg
is usually found near ledges Round eggs are generally found in highly secure nests
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 35
Commonly Seen Bird Families of Nebraska
Grebes (Family Podicipediae ndash rump foot)
WHAT TO LOOK FOR
Sleek diving waterbirds - small to medium size
Most have sharp pointed bills with fairly long necks short wings and almost no tail
Have lobed toes and legs set far back on body
Common Nebraska species - Pied-billed horned eared western and Clark grebes
Pelicans (Family Pelecanidae ndash an ax)
WHAT TO LOOK FOR
Very large waterbirds
Huge bills with large distensible pouches
Most are white with black flight feathers ndash wingspan 6-9 feet
Common Nebraska species ndash American White Pelican
Cormorants (Family Phalacrocoracidae ndash bald raven)
WHAT TO LOOK FOR
Large diving waterbird shaped like an elongated goose
Long neck and long bill hooked at the end
Wing span 3-5 feet Mostly dark in color
Common Nebraska species ndash Double-crested cormorant
Herons Egrets and Bitterns (Family Ardeidae - )
WHAT TO LOOK FOR
Medium to large wading birds
Usually with long legs bills and S-shaped neck
Short rounded tails
Common Nebraska species ndash American and least bitterns great and snowy egrets little
blue egret cattle egret great blue green black-crowned night and
yellow-crowned night herons
Ibises (and Spoonbills) (Family Threskiornithidae ndash sacred bird)
WHAT TO LOOK FOR
Medium to large wading birds
Long necks and legs with a duck-like body
Long tapering down-curved bill Common Nebraska species ndash white-faced ibis
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Page | 36
Vultures (Family Cathartidae ndash cleanser)
WHAT TO LOOK FOR
Large soaring scavengers
Resemble eagles and large hawks in flight
Head and neck void of feathers bill hooked
Hold wings in a raised V-shape (dihedral)
Common Nebraska species ndash turkey vulture
Duck Geese and Swans (Family Anatidae ndash waterfowl)
WHAT TO LOOK FOR
Medium to large waterbirds
Large heads with conspicuous and horizontally flattened bills
Long necks heavy bodies relative short tails webbed feet and long wingspan Major differences between duck geese and swans
Ducks
Smallest of the three Have a soft swelling about the nostrils called a cere
Males of most ducks are easily separated from females by their gaudier plumage Feathers are
molted twice a year
Most males change into nuptial plumage after pair formation in the fall There may be some
modification of shape of a single feather or entire regions of plumage
Most species are sexually mature at 9 - 11 months
Males take no part in incubation
Geese
Neck shorter than body
Lore (area between eye and bill) feathered and more bluntly triangular than ducksrsquo
Sexes are similar
Permanent pair bonding
Molt once per year postnuptially
Sexually mature at 3 years
Males protect female clutch and brood after hatching
Young stay with parents for almost a year
Legs of most geese are farther forward under the belly than those of typical swans and ducks
Swans
Longest necks - necks slightly longer than body
Lore is naked
Sexes are similar
Molt once per year postnuptially - parents molt one after the other so one is able to fly
Young are carried on parentsrsquo backs
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 37
Sexually mature at 4 -5 years
Hawks and Allies (Family Accipitridae ndash to grasp or take)
Medium to very large diurnal raptors
Hooked beak strong legs and sharp talons
Buteos (buzzard hawks)
Stocky with broad wings wide tails
Soar and wheel high in the sky
Common Nebraska species ndash red-shouldered broad-winged Swainsonrsquos red-tailed
ferruginous rough-legged hawks
Accipiters (true hawks)
Small heads short rounded wings longish tail slender bodies
Fly with several rapid beats and a glide Common Nebraska species ndash sharp-shinned hawk Cooperrsquos hawk northern goshawk
Harriers
Slim body with slim round-tipped wings
Fly in open country gliding low with wings lifted in a V (dihedral)
Species in Nebraska - northern harrier
Kites
Small falcon shaped buoyant gliders not power-fliers
Common Nebraska species ndash Mississippi Kite
Osprey
Soar high on long swept-back wings
Broad tail short-headed appearance
Often travel in pairs
Eagles
Large very broad bodied with broad long plank-like wings massive head and bill
Soar steadily holding wings flat out to the side
Powerful wing beat on upstroke wings raised high Common Nebraska species ndash bald and golden
Falcons (and caracaras) (Family Falconidae - )
WHAT TO LOOK FOR
Small to large compact fast-flying raptors
Long pointed wings bent at the wrist - Strong rapid wing strokes
Common Nebraska species ndash American kestrel gyrfalcon peregrine falcon prairie falcon
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 38
Grouse Turkeys and Pheasants (Family Phasianidae ndash cock or fowl-like bird)
WHAT TO LOOK FOR
Ground dwelling birds with feather nostrils
Short strong bills and short rounded wings
Flight strong but brief
Males perform elaborate courting displays
Common Nebraska species ndash ring-necked pheasant sharp-tailed grouse greater
prairie chicken wild turkey
New World Quail ( Family Odontophoridae ndash bearing teeth)
WHAT TO LOOK FOR
Ground dwelling bird found in brushy habitat and other dense low foliage
Chunky rounded bodies and crests or head plumes
Chicken-like bill short rounded wings
Common Nebraska species - northern bobwhite
Rails and Coots (Family Rallidae - )
WHAT TO LOOK FOR
Marsh birds with short tails and stubby wings
Secretive and identified chiefly by call and habitat
Rails are laterally flattened ldquoThin as a railrdquo Coots are plumper and gregarious
Common Nebraska species ndash yellow rail black rail king rail Virginia rail sora common
moorhen American coot
Cranes (Family Gruidae - )
WHAT TO LOOK FOR
Tall stately wetland birds with long necks and long bills
Tertial flight feathers droop over rump in a bustle when standing
Fly with necks fully extended
Circle in thermals like raptors
Common Nebraska species - sandhill and whooping cranes
Plovers and Killdeer (Family Charadriidae ndash nocturnal waterbird)
WHAT TO LOOK FOR
Small to medium shorebirds that dart across the ground stop and then take off again Upright posture with medium length legs and long pointed wings
Rounded head large eyes thick neck with a short thick bill
Common Nebraska species ndash black-billed American golden snowy semipalmated piping
plovers and killdeer
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Page | 39
Stilts and Avocets (Family Recurviostridae- bent bill)
WHAT TO LOOK FOR
Tall slim shorebirds
Long thin bill very long slender legs long neck striking black-and-white plumage Stilts have straight bills avocets have re-curved bills
Common Nebraska species ndash American avocets black-necked stilt
Sandpipers and Phalaropes and Allies (Family Scolopacidae ndash woodcock)
WHAT TO LOOK FOR
Diverse group of shorebirds
Long toes and long tapered wings
Bill and leg length varies but bill more slender than a ploverrsquos
Plumage browns grays and whites with reds and oranges during breeding season
All but one species have short elevated hind toe
Species found in Nebraska include common snipe ruddy turnstone phalaropes sandpipers
woodcocks godwits whimbrels willets etc
Dowitchers
WHAT TO LOOK FOR
Medium sized chunky dark shorebird
Long straight bills and distinct pale eyebrows
Feed in mud or shallow water in a rapid jabbing motion
Phalaropes
WHAT TO LOOK FOR
Often spin like a top in water when feeding
Female larger and more colorful than male
Male tends incubates and cares for chicks
Common Nebraska species ndash Wilsonrsquos and red-necked phalaropes
Gulls Terns and Allies (Family Laridae ndashsea birds)
Gulls
WHAT TO LOOK FOR
More robust with wider wings and longer legs than terns
Bill slightly hooked tail square or rounded - Seldom Dive
Common Nebraska species ndash Pomarine Jaeger Franklinrsquos little Bonapartersquos ring-
billed California Herring Thayerrsquos lesser black-backed glaucous
Sabinersquos gulls black-legged kittiwake
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 40
Terns
WHAT TO LOOK FOR
Graceful more streamline than gulls
Usually has a forked tail ndash most whitish with black cap
Sharp-pointed bill - Hoover and dive headfirst for fish
Common Nebraska species ndash Caspian common Foresterrsquos terns
Pigeons and Doves (Family Columbidae ndash dove)
WHAT TO LOOK FOR
Plump fast flying cooing voice
Short legs and necks and small heads short bills
Tail fan-like rounded or pointed
Pigeons larger than doves
Common Nebraska species ndash rock mourning Eurasian collared doves
Cuckoos Roadrunners and Anis (Family Cuculidae - )
WHAT TO LOOK FOR
Slender with a long tail at least half of the birdrsquos total length
Fairly large sturdy decurved (curving down) bill
2 toes forward 2 back (zygodactyls)
Common Nebraska species - black-billed cuckoo and yellow-billed cuckoo
Barn Owls (Family Tytonidae -)
WHAT TO LOOK FOR
Slim medium sized night hunter
Legs are long and sparsely feathered
Large head with large forward-facing immovable eyes
Heart-shaped face hooked beak and ghostly appearance
Typical Owls (Family Stigidae ndash night bird)
WHAT TO LOOK FOR
Generally night hunters
Large heads flatten face with large forward-facing immovable eyes hooked beak
Mottled appearance some with feather tuffs upright stance
Common Nebraska species ndash eastern screech great horned burrowing barred long-eared
short-eared northern saw-whet owls
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 41
Nighthawks and Nightjars (Family Caprimulgidae ndashgoat sucker)
WHAT TO LOOK FOR
Nocturnal or crepuscular
Big tail large eyes tiny bills surrounding a large gaping mouth
By day sit horizontally on limb or on ground
Easiest to identify by voice
Common Nebraska species ndash common nighthawk common poorwill chuck-willrsquos-widow
Whip-poor-will
Swifts (Family Apodidae ndash without feet)
WHAT TO LOOK FOR
Small to medium sized aerial foragers ndashspend most of life flying
Long sickle-shaped wings bending close to body and extremely short legs
Eat bathe drink and sometime mate in the air
Common Nebraska species - chimney swift white-throated swift
Hummingbirds (Family Trochilidae ndash small bird)
WHAT TO LOOK FOR
Tiny body long slender bill
Distinctive blur and hum of hovering wings
Jewel-like throat feather found on male
Common Nebraska species ndash ruby-throated broad-tailed and rufous hummingbirds
Kingfishers (Family Alcedinidae - kingfisher)
WHAT TO LOOK FOR
Small to medium size
Thickset with short neck and tail small feet
Large head with a ragged crest and long strong bill
Sit on lines and low branches near water or hovers above water
Plunges head first into water to catch fish
Common Nebraska species ndash belted kingfisher
Woodpeckers (Family Picidae ndash woodpecker)
WHAT TO LOOK FOR
Arboreal (tree) birds
Vertical posture creep up trees
Strong chisel-like bill short legs stiff tail feathers rounded wings
Undulating flight pattern and characteristic bill drumming
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 42
Common Nebraska species ndash Lewisrsquos red-headed red-bellied hairy downy woodpeckers
yellow-bellied and red-naped sapsuckers northern flicker
THE PASSERINES Feet adapted to perching
Tyrant Flycatchers (Family Tyrannidae - lord ruler king)
WHAT TO LOOK FOR
Small to medium perching bird
Large head broad flattened bill pointed wings short legs
Bristly ldquowhiskersrdquo at base of bill
Sit upright on exposed branch and dart out to catch insects
Common Nebraska species - flycatchers pewees kingbirds phoebes kingbirds
Shrikes (Family Laniidae ndash butcher)
WHAT TO LOOK FOR
ldquoButcher birdsrdquo ndash impale prey on thorns (may be to attract a mate and mark territory)
Robin-size bird with hooked bill and masked face with hawk-like behavior
Black gray and white birds
Common Nebraska species - northern and loggerhead shrike
Vireos (Family Vireondae ndash small bird)
WHAT TO LOOK FOR
Small olive- or gray-backed bird with short sturdy cylindrical slightly hooked bill
Can have wing bars and eye-rings or have eye stripes and no wing bars
Often confused with warblers but are chunkier bigger headed thicker billed
Common Nebraska species ndash white-eyed Bellrsquos yellow-throated plumbeous
Cassinrsquos blue-headed warbling Philadelphia red-eyed
Crows and Jays (Family Corvidae ndash raven)
WHAT TO LOOK FOR
Large perching bird with strong longish all-purpose bill to handle variety of foods
Nostrils covered with feathers
Legs scaled in front and smooth behind
Harsh voice and noisy
Bold gregarious
Common Nebraska species - black-billed magpie American crow
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 43
Larks (Family Alauidae ndash lark)
WHAT TO LOOK FOR
Ground dwellers of open fields ndash seldom seen in trees and shrub
Walk rather than hop have an elongated hind toe
Slender billed seed and insect eaters
Yellowwhite face with black facemask horns and breast band
Has musical song often sung in display flight
Common Nebraska species ndash horned lark
Swallows and Martins (Family Hirundinidae ndash swallow)
WHAT TO LOOK FOR
Slim streamline bodies with long pointed angled wings
Tail forked or squared legs and feet inconspicuous
Bill short and wide
Fluid aerialists ndash dart about catching insects
Flocks perch in long rows on branches and lines
Common Nebraska species ndash purple martin northern rough wing bank cliff barn swallows
Chickadees and Titmice (Family Paridae - )
WHAT TO LOOK FOR
Small plump sociable birds with short bills and wings
Active agile ndash often hang upside down to feed
Many times roam in little bands (often leading the group) in search of food
Chickadee ndash no tuff of feathers on head Titmice ndash tufted Common Nebraska species ndash black-capped chickadee tufted titmouse
Nuthatches (Family Sittidae ndash birds that peck bark of tree)
WHAT TO LOOK FOR
Small stout tree-climbers with slightly upturned strong woodpecker-like bills
Stubby squared off tails
Walk down trees headfirst Common Nebraska species ndash red-breasted and white-breasted nuthatches
Creepers (Family Certhiidae -)
WHAT TO LOOK FOR
Small slim tree-dwellers with stiff tails and slender downward curving bill
Primarily brown
Common Nebraska species ndash brown creeper
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 44
Wrens (Family Troglodytidae ndash cave dweller
WHAT TO LOOK FOR
Small stumpy energetic brown birds
Bill slightly down turned loud song
Tails often in ldquocockedrdquo or up-tilted position
Common Nebraska species ndash rock house winter marsh wrens
Kinglets (Family Regulidae -)
WHAT TO LOOK FOR
TINY very active songbirds ndash only certain hummingbirds smaller
Can hover will feeding
Greenish plumage with bright colored crowns Short tails
Common Nebraska species ndash ruby-crowned and golden-crowned kinglets
Gnatcatchers (and Old World Warblers) (Family Sylviidae - )
WHAT TO LOOK FOR
Small birds with slender pointed bills surrounded by rectal bristles
Drab plumage with seasonally changing head patterns
In constant motion
Common Nebraska species ndash blue-gray gnatcatcher
Thrushes (Family Turdidae -)
WHAT TO LOOK FOR
Large-eyed upright postured songbirds - known for their singing ability
Bill is slender straight but not sharp
Often hop along the ground looking for food
Common Nebraska species ndash eastern bluebird veery gray-cheeked Swainsonrsquos hermit
wood thrush American robin
Mockingbirds and Thrashers (Family Mimidae ndash imitator mimic)
WHAT TO LOOK FOR
Well known for their vocal and mimicking ability
Have short rounded wings long legs and tails
Long down-curved bills
Common Nebraska species ndash gray catbird northern mockingbird brown thrasher
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 45
Starlings (and Mynas) (Family Sturnidae - )
WHAT TO LOOK FOR
Medium sized chunky glossy birds with short tails sharp bills
Short triangular to rounded wings
Gregarious bold birds
Pipits (and Wagtails) (Family Motacillidae -)
WHAT TO LOOK FOR
Slender billed brownish ground dwellers with long back toe
Walk briskly rather than hop along the ground
Most species bob their tails up and down
Common Nebraska species ndash American pipit
Waxwings (Family Bombycillidae ndash silk tail)
WHAT TO LOOK FOR
Birds with sleek crest that can be erected
Plump-bodied birds with pointed wings with red waxy tips of secondaries
Bill is small wide and notched high thin calls
Square tail with terminal yellow band
Common Nebraska species ndash Bohemian and cedar waxwings
Wood Warblers (Family Parulidae -)
WHAT TO LOOK FOR
Brightly colored (mostly yellow) birds
Smaller than sparrows with thin needle-like bills
Common Nebraska species ndash approx 34 warblers ovenbirds yellow-breasted chats and
waterthrush
New World Sparrows (Family Emberizidae -)
WHAT TO LOOK FOR
Small to medium-sized birds - often brown streaked appearance
Rounded wings cone-shaped bills
Common Nebraska species ndash 20 sparrows towhees longspurs dark-eyed juncos snow and
lark buntings
Cardinals and Allies (Family Cardinalidae )
WHAT TO LOOK FOR
Medium to large songbirds
Have large cone-shaped bills
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 46
Males often very colorful
Common Nebraska species ndash northern cardinals rose-breasted and black-headed grosbeaks
indigo bunting dickcissel
Blackbirds Orioles and Allies (Family Icteridae)
WHAT TO LOOK FOR
Medium to large songbirds with strong straight bills
Strong-direct flight
Plumage varies from iridescent black to yellow to orange
Common Nebraska species ndash Bobolink eastern and western meadowlarks red-winged and
rusty blackbirds common and great-tailed grackles orchard Baltimore and
Bullockrsquos orioles brown-headed cowbird
Finches and Allies (Family Fringillidae)
WHAT TO LOOK FOR
Small to medium songbirds
Have conical bills and forked relatively short tails
Fly fast and undulate through the air giving high-pitched calls in flight
Common Nebraska species ndash gray-crowned rosy purple Cassinrsquos house finches red
crossbill white-winged crossbill common redpoll pine siskin American goldfinch
evening grosbeak
Old World Sparrows (Family Passeridae)
WHAT TO LOOK FOR
Stouter bodies shorter legs and thicker bills than native sparrows
Have a simple song repeating single elements with no particular rhythm or beginning
And end vocalize all day and year-round
Common Nebraska species ndash house sparrow (introduced)
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 47
Geology and Natural History of Nebraska
Being Developed by Jon Garbisch Cedar Point Biological Station jgarbisch2unledu
bull Geological history of Nebraska
bull Present geological formation of regions
bull General soil types
bull Geological landforms and related habitats
What we currently use
Theme
Nebraska geology formed over millions of years through the erosion of mountains the deposition of
sediments and the flow of water and ice shaping the landscape that we call home
Goal
Attendees will develop an understanding of the natural processes that influenced and built Nebraska
and in so doing develop a greater appreciation for the geology and how it relates to all other aspects of
the statersquos identity
Objective(s)
The Master Naturalists attendees will be able to use the knowledge they have gained to better
understand the surface and subsurface geology at any location in the state that they may find
themselves working
How will it be measured
Attendees will be able to use the knowledge gained to actively interpret general Nebraska geology by
completing activities in the form of hand-out diagrams biostratigraphic fossil correlations
interpretation of rock type hand specimens and visual description of the Geology on the trail at Camp
Brewster Fontenelle Forest
Introduction
Nebraska geology formed over millions of years through the erosion of mountains the deposition of
sediments and the flow of water and ice shaping the landscape that we call home (Hand out agenda)
Geology is rooted in the 3 rock groups that exist on planet Earth and so familiarity with
o these groups gives us a solid foundation for all other geologic interpretation
A half hour will be spent handling examples from each rock group
o 3 groups 3 tables with one rock type on each table each group spends 10 minutes at
each table
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 48
The Geologic Time Scale is a record over time of the Earths major geologic events and we
can use it to help us understand how and when Nebraska took shape
The natural agents of change which have shaped our state include oceans rivers wind
o and ice
The geologic time periods in Nebraska are represented by rock layers (or not) which occur all
around the state and have been named so that no matter where you are in the state you can
correlate the strata to the time scale (fossilsisotopes)
6 Geologic Principles will be discussed so that when the MN is in the field they can be used as an
aid in basic geologic interpretation
Conclusion
Nebraska geology formed over millions of years through the erosion of mountains the deposition of
sediments and the flow of water and ice shaping the landscape that we call home Geology supplies us
a record of the events that have shaped our Earth by learning the language in which the Earth script is
written we will be able to interpret and share the story of our state of Nebraska This understanding will
aid in us in relating to other areas influential and important to the state
Places to Go (places to see examples of Nebraska geology)
a Agate Fossil Beds National Monument Lower Miocene fossil mammal site including abundant body fossils of ancient mammals and prominent fossil rodent burrows
b Ashfall State Park Upper Miocene fossil mammal assemblage found in ash derived from an eruption of a predecessor to the Yellowstone volcanic field c Chimney Rock National Historic Site Oligocene and Lower Miocene continental sedimentary rocks deposited as sediments by wind and steams
d Hummel Park (Omaha) outcrops of Pleistocene glacial till and loess
e Lincoln area Capitol Beach Lake and history of saline waters and salt industry flooding history of Antelope and Salt creeks building stones in downtown area brick industry University of Nebraska State Museum
f Louisville area outcrops of Upper Pennsylvanian marine sedimentary rocks
g Valentine area and Niobrara National Wildlife Refuge Niobrara River Canyon and Cenozoic stratigraphy
h Niobrara State Park Upper Cretaceous marine sedimentary rocks (Niobrara Formation and Pierre Shale) landslides along Missouri River anthropogenic changes in Missouri River Niobrara River and Mormon Canal
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 49
i Downtown Omaha removal of loess from hills in downtown area engineering of Missouri River (eg groins bank armoring etc) visible at Bob Kerrey Memorial Bridge deep bedrock water wells at old industrial sites
j Platte River State Park Upper Pennsylvanian marine sedimentary rocks and overlook of Platte River
k Ponca State Park Upper Cretaceous marine sedimentary rocks (uppermost Dakota Formation through Greenhorn Limestone)
l Rock Creek State Historical Park middle Cretaceous Dakota Formationmdashfluvio-estuarine continental deposits
m Schramm Park Upper Pennsylvanian marine sedimentary rocks
n Scotia and Happy Jack Chalk Mine Upper Miocene lake deposit In Ogallala Group
o Scotts Bluff National Monument Oligocene and Lower Miocene continental sedimentary rocks deposited as sediments by wind and steams
p Smith Falls State ParkCenozoic stratigraphy Niobrara River waterfalls as knick points
q Toadstool Park and nearby areas continental sedimentary rocks of upper Eocene Chadron Formation Pine Ridge escarpment Trailside Museum and Ft Robinson State Park
r Weeping Water area Upper Pennsylvanian marine sedimentary rocks
s Wildcat RidgeHillsescarpment on Oligocene and Lower Miocene continental sedimentary rocks deeply eroded into canyons buttes and pinnacles by stream erosion during and after the Late Pliocene
t Indian Cave State Park and Iron Horse Trail south of Peru Upper Pennsylvanian Indian Cave Sandstone (fluvio-estuarine deposit) and sandstone cave
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 50
North American Model and Outdoor Skills Developed by Jeff Rawlinson Assistant Division Administrator Information and Education Nebraska Game and Parks Commission jeffrawlinsonnebraskagov
OUR North American Model of Conservation
Perhaps no other story is more compelling and more important in American history as that of how
our natural resources came to be one of the most important elements in our lives The history of our citizenryrsquos strong land ethic ties us to the natural world long after other nations have forgone this relationship We value how the common person from a common family can participate in the thrill of the chase experiencing wildness to its fullest
The North American Model of Conservation is a philosophy that the United States and Canada have
developed to manage wildlife in a sustainable way Historians debate how this land ethic began Some
say our model of conservation began in 1937 with the passage of the PittmanRobertson Act a move that provided funding for wildlife conservation at the national and state level The source of this funding came from the sale of hunting and shooting equipment Others may say that it began when the conservation giant President Theodore Roosevelt brought management of natural resources to the
political forefront Others would argue our Model of conservation was birthed under the Magna Charta which transferred the ownership of wildlife from the King of England and the English nobles to the all of
the people of England In reality however our Model has been under development for several hundred years combining what we have learned from other nations peoples cultures and experiences to shape a philosophy ingrained in our culture supported by hunters anglers and shooting sports enthusiasts
benefiting all wildlife and wild lands in the United States
First Wildlife Managers The concept of managing wildlife or natural resources was not conceived by our young nation For
thousands of years humanity has been manipulating and controlling the land and all its inhabitants to benefit our needs Ever since the first hunter followed that wooly creature across the Bering Straight embarking on an epic journey that would result in settling of North America man has ldquomanagedrdquo
wildlife in North America
Throughout history many leaders have shown some element of concern or conservation ethic towards wildlife The great Kublai Khan grandson of Genghis Khan and founder of the Yuan Dynasty in China forbade harvesting of many species of wildlife during critical reproductive months of March
through August so species could ldquoincrease and multiplyrdquo Conservation of wildlife is even found in Mosaic Law in Deuteronomy 226 representing some of the first written wildlife management idealsmdashldquo If you come across a birdrsquos nest in any tree or on the ground with young ones or eggs and
the mother sitting on the young or on the eggs you shall not take the mother with the youngrdquo (English Standard Version 2001)
As populations expanded throughout Europe wildlife resources fell under ownership of powerful kings
who enacted harsh punishments for anyone found taking the kingrsquos game In 1215 a rebellion against King John of England resulted in the Magna Charta transferring ownership of lands and game from the crown to the people This ldquoprivatizingrdquo of wildlife ownership had profound impacts America over 500 years later
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 51
Era Of Abundance (1600 ndash 1850) When our forefathers first landed on the eastern shores of America they brought with them science
religion and a new hope They found plentiful game and soon began a relationship with the land that provided them with many of their daily needs Wildlife was viewed as a limitless resource in a relatively untapped land These early settlers had left Europe where few had access to wildlife and entered a world where everyone had access Furs feathers hides all had value to this young country In 1776 the Declaration of Independence revoked the Kingrsquos rights to land and people in this new world After a
bloody war led by revolutionaries such as Washington Hamilton Jefferson and Adams the United States gained its independence and the land and wildlife belonged to everyone
Era Of Exploitation (1850 ndash 1900)
The 1800s brought a commercialization of our wildlife resources Market hunting and habitat
destruction began to decimate wildlife populations such as the American Bison and Passenger Pigeon After the American Revolutionary War and the Civial Warmdashwhich nearly destroyed our ldquodemocratic
experimentrdquo all togethermdashfew people were looking after the interest of wildlife and even fewer rules
existed governing the management of a resource everyone had ownership of yet no one had responsibility for
The railroad provided settlers with the means to access new lands expanding the markets for meats hides and fur Advancements in technology such as the repeating rifle further aided the unbridled
destruction of wildlife resources Yet throughout this era something positive was growing The people of this new nation were developing a relationship with the land By 1842 a Supreme Court ruling had huge impacts on this developing model of conservation resulting in a Public Trust Doctrine that would
further outline a model for conserving our natural resources Conservation was developing some direction but had no money or laws to support it
Era Of Protection (19001930) The early 1900s brought an industrial boom Abuse of natural resources had taken its toll and throughout the Nation and evidence of this abuse could be seen in the loss of species such as the
passenger pigeon near loss of the American bison and in many large mammals including whitetailed deer and our once numerous waterfowl species America was becoming an economic giant yet through
the roar of machines both political and metal a small voice could be heard It was the hunter and their voice was of concern for the direction our wildlife resources were heading Conservation minded men and women had continued a relationship with the land and the wildlife
Era of Game Management (1930 ndash 1966) The ldquodirty thirtiesrdquo were marked by the dust bowl and an impoverished nation Agricultural practices
unchecked by environmental stewardship had left the Nationrsquos heartland in ecological peril Politically the conservation movement was supported by the footings laid by Theodore Roosevelt New federal acts moved forward to provide for environmental protection due to the outcry of hunters in panic over the vanishing wildlife resources of the Nation
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 52
Wildlife conservation had support yet it lacked the science to properly manage our Nationrsquos resources A young biologist name Aldo Leopold changed all this with his writings including the book Game
Management which led to Universities across the country developing wildlife conservation programs These programs spawned a new breed of professional game managers who utilized science to support management methods that ultimately lead to the greatest wildlife conservation success story in the world In 1937 the PittmanRobertson Act provided thousands of jobs for young professionals along with ldquogame wardensrdquo supported by individual states to further the development of the Conservation Model
which now had science and funding to support it
Era of Environmental Management (1966 ndash Present) Science and funding led to a broadening view of conservation as focus shifted from managing ldquogame
animalsrdquo to managing the entire biota (environment and all living things in it) Further federal acts such
as the Endangered Species Act of 1966 and the National Environmental Policy Act of 1969 provided greater protection for species by a nation that had finally changed its course providing time to review
and perfect conservation efforts Recent acts such as the 1980 Farm Bill continued the effort to help
landowners provide quality habitat for wildlife and hunters by providing incentives to landowners to set aside highly erosive lands and plant them into wildlife habitat (grasslands) that benefit wildlife and hunters
The story of our unique model of conservation is still being written New challenges today threaten our
coveted resources and new professionals are entering the arena to further the plight of our Nationrsquos wildlife and hunting heritage
Seven Pillars of the Model
Seven main pillars have been highlighted as the foundation of support for the North American Model
of Conservation These include
The Public Trust The wildlife of the United States are owned by the people This is very different from the European Model where wildlife is privately owned The North American Model recognizes wildlife as a public
resource that is so important it can not be owned or managed by any one segment of our society but rather managed by professional state and federal entities for the benefit of all This concept known as
the Public Trust Doctrine began development in 1842 when the Supreme Court ruled that the Magna Charta had settled the question of who owns fish and wildlife and that King Charles II did not have the authority to give away the ldquodominion and propertyrdquo of lands in colonial America The court further ruled that since the American Revolution the people held public trust responsibilities for fish and wildlife except for rights specified in the US Constitution
Prohibition on Commerce
It was the hunter who brought forth stringent laws that protected wildlife from peril in the 19th
and 20th
centuries Because we all own and appreciate our wildlife as a national resource they should never find themselves on the public market to the highest bidder This path led to a largescale loss of many species
including the Passenger Pigeon and the near loss of the American bison As our country was developing these practices were common as people moved west in search of prosperity capitalizing on a land seemingly untouched by the modern world Today many laws in place serve to protect our most
valuable resourceshellipour wildlife
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 53
Democratic Rule of Law Each citizen of this great nation has the ability and responsibility to engage in healthy politics that serve
to support and protect sound wildlife conservation measures Our first conservation measures in this Country habitat restoration simple harvest restrictions and bag limits came from hunters people who respected the game they pursued and loved the wild places they chased them in The North American Model of conservation is built upon active public involvement instilling a value for wildlife in all citizens
Hunting Opportunity for All The Model was developed on the premise that all people regardless of political or economic standing could participate in and feel the thrill of the chase It is this unique Model that provides us with wildlife opportunities for all Americans Imagine how important this was to our fore fathers who left a brutal
King in England where only the aristocracy had any dream of pursuing wild creatures in wild places Our
wildlife laws ensure that each generation that comes after us will have the same opportunity to enjoy and appreciate wildlife
Nonfrivolous Use Our management of wildlife depends on a citizenry that loves and appreciates the wild creatures and the habitats necessary to their survival and our quality of life Wildlife may be utilized under strict rule of
law including utilizing the wildlife once harvested to its best potential Killing wildlife for the sake of killing can only lead to the numbing of hearts to wildlife and a profound lack of respect for our most
precious resources
International Resources
It was not until the 20th
century that hunters and wildlife lovers understood the importance of
managing wildlife at a much larger scale This became readily apparent with the passage of the
Migratory Bird Treaty Act of 1918 where nations came together to manage wildlife resources as a
collective Wildlife species do not recognize national or state boundaries Governments must work together to be effective in managing wildlife for the benefit of all The United States has made great
strides in this area with Mexico and Canada Our wildlife is not only a resource to us but to all continents they may call home throughout the year Our biologists must think globally to be effective locally
Scientific Management Although Theodore Roosevelt brought conservation to the political forefront it was a young forester from Iowa that made the study of wildlife management a science Aldo Leopold is considered by many
as the ldquofather of wildlife managementrdquo due to his tireless efforts to develop curriculum for future wildlife biologists Today our biologists earn their opportunity to manage wildlife through prominent
Bachelor Masters and Doctorate degree programs from Universities around the world Wildlife must be managed using fact science and the latest research We are constantly learning and adapting to new technology and changing environments For such an important resource we cannot afford to have it any other way
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 54
Nebraska Master Naturalist Specializations Certifying as a Specialist ldquoFollow your own natural geniusrdquo wrote Thoreau ldquoand it will not fail to show you a fresh prospect every hourrdquo Many of us learn by doing When our curiosity and interests carry us into deeper study of a given subject it can be helpful to have clear opportunities to pursue Thus the Nebraska Master Naturalist Program offers specialized voluntary training for those who are hungry to develop and apply their particular skill and personal understanding on behalf of our natural legacy Specializations are designed to create collaborators leaders and mentors in four key areas
Interpretation and Outreach
Outdoor Skills and Recreation
Resource Management
Citizen Science Master Naturalist Certification Requirements Annual Requirement o 8 Hours Training Annually o 20 Hours of Volunteerism Annually Master Naturalist Specialization Requirement One Time Requirement o 20 Hours of Training Total Specific to Specialization Annual Requirement o Additional 20 Hours of Volunteerism Annually Specific to Specialization (does not include initial Certification annual requirement hours)
OUTDOOR SKILLS AND RECREATION SPECIALIZATION The purpose of OUTDOOR SKILLS AND RECREATION is to promote activity and development of skills in the outdoor pursuits associated with natural resources Specializations are designed to create collaborators leaders and mentors in particular areas A Certified Nebraska Master Naturalist can complete the Outdoor Recreation Specializationby meeting the following requirements Complete at least one of the workshops or certification‐leading trainings listed below If specialized training is not listed below it can be approved upon request by the Master Naturalist Program Committee Specialized Training Options ‐
Hunter Education Instructor Certification 13 hrs
National 4‐H Shooting Sports Instructor Certification 32 hrs
Nebraska 4‐H Shooting Sports Shotgun Certification 12 hrs
Nebraska 4‐H Shooting Sports Archery Certification 12 hrs
Nebraska 4‐H Shooting Sports Rifle Certification 12 hrs
Nebraska 4‐H Shooting Sports Pistol Certification 12 hrs
Nebraska 4‐H Shooting Sports Muzzleloader Certification 12 hrs
National Archery in the Schools Program Basic Archery Instructor 4 hrs
NRA Range OfficerMaster Certification 8 hrs
Hunt Master Training Instructor 4 hrs
NRA Shooting Instructor 16 hrs
NRA Shotgun Instructor 16 hrs
NRA Rifle Instructor 16 hrs
Boater Education Instructor 12 hrs
Youth Fishing Instructor 5 hrs
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 55
American Canoe Association National CanoeKayak Instructor 16‐32hrs
National Camp SchoolBoy Scouts 16‐24 hrs
Wood Badge TrainingBoy Scouts 16‐24 hrs
Merit Badge Counselor TrainingBoy Scouts 2‐16 hrs
Conservation Leaders for Tomorrow 35 hrs
Wilderness First Aid 16‐32 hrs
Professional Trappers College 40 hrs
American Camp Association Instructor Training 8‐40 hrs
American Red Cross Instructor Training 2‐16 hrs
American Sailing Association Instructor Training 16‐24 hrs
Certified Horsemanship Association Instructor Training 24‐40 hrs
Leave No Trace Master Educator Training 40 hrs
National Outdoor Leadership School 280 hrs
Camp Cook School 32‐96 hrs
Professional Association of Diving Instructors Training 32‐96 hrs
Professional Mountain Bike Association Instructor Training 24 hrs
League of American Bicyclists Instructor Certification 24 hrs
Hunting
Shooting
Fishing
Trapping
Camping
Outdoor Cooking
Orienteering
Geocaching
Photography
Wildlife Viewing
Hiking
Biking
Birding
Becoming an Outdoors‐Woman Program
Wilderness First Aid
Wilderness Survival
Leave No Trace Educator
Service Options ndash Provide a minimum of 20 hours of service annually in the following or similar areas
4‐H leader and youth training outdoor recreation
Scout leader and youth training outdoor recreation
Wild About Nature
Flying WILD Educator or Facilitator Workshop
Becoming an Outdoors Woman (BOW)
Beyond Becoming an Outdoors Woman (BOW)
Family Camp
Learn to Hunt Program
National Archery in the Schools Program BAI training or greater
Mentor HuntHunt Masters Training
After School Programs
Others ndash Upon approval
Outdoor discovery programs volunteer
CRO at a shooting event
Assist with National or State shooting sports competitions
Family fishing day
Design or write a brochure
Develop or contribute to a website
Develop or contribute to a social networking site
Design or write a newsletter
Assist in fundraising
Plan an event or festival
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 56
Interpretation amp Education- Developed By Lindsay Rogers Nebraska Game amp Parks
Commission
Do not try to satisfy your vanity by teaching a great many things Awaken peoplersquos curiosity It is
enough to open minds do not overload them Put there just a spark If there is some good
inflammable stuff it will catch firerdquo
- Anatole France in The Earth Speaks
Session Objectives
To help participants understand the role education plays in sounds ecological conservation
To help participants learn about past and present conservationist and interpretive educators
To help participants learn components of quality education and interpretation
To have participants partake in quality interpretive education
To make sure participants understand that their role is to light the spark and awaken curiosityhellip not spew facts
Lecture Requirements
1 What is interpretation (5 minutes) a What does ldquointerpretrdquo mean b National Association of Interpretation definition of ldquointerpretationrdquo
i Interpretation is a mission-based communication process that forges emotional and intellectual connection between the interests of the audience and the meanings inherent to the resource
c Freeman Tilden Interpreting Our Heritage 1957 i Interpretation is an educational activity which aims to reveal meanings
and relationships through the use of original objects by first-hand experience and by illustrative media rather than simply to communicate factual information
d Components of interpretation i pleasurable or enjoyable
ii relevant to the world iii organized iv themed v sparks an interest
vi includes information but does not stop there links information to the world
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 57
vii age appropriate viii taught to someone not at them
2 What is education (5 minutes)
a What does it mean to ldquoeducaterdquo someone b John Dewey Democracy amp Education 2944
i Education in its general sense is a form of learning in which the knowledge skills and habits of a group of people are transferred from one generation to the next through teaching training or research
c Components of education i - generally presented to someone but not always
ii enjoyable sometimes iii provides knowledge and facts iv can make connections but not always v organized and themed
d Both education and interpretation are important they work together
3 Conservationists (10 minutes) a Jon Muir
i Immigrated from Scotland to Wisconsin in 1849 ii Attended the University of Wisconsin studies botany amp geology
iii Moved to the western US mainly the Sierra Nevada area iv Believed humans were part of the interconnected natural world v Advocated for the preservation of natural areas
vi Co-founded the Sierra Club b Aldo Leopold
i Iowa native attended Yale University ii After college he joined the US Forest Service was stationed in Arizona
and New Mexico iii Developed theories of land ethics the need for biodiversity and an
appreciation for wilderness areas iv Moved to Wisconsin in 1924 became a professor at the University of
Wisconsin v Regarded as the ldquoFather of Conservationrdquo
c Gifford Pinchot i Born in Connecticut in 1905
ii Studied at Yale studies forestry in France iii Named chief of the Division of Forestry (later to become the US Forest
Service) iv First chief of the US Forest Service greatly improved forest
management and increased the size of Forest Service lands
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 58
v Managed forests for the greatest good for the greatest number Pinchot added the phrase in the long run to emphasize that forest management consists of long-term decisions
d Steven Mather i Born in California attended Berkley University
ii Worked for the Pacific Coast Borax Company where he had a talent for promotion Started a competing company made millions
iii When revisiting Sequoia and Yosemite National Parks in 1914 he was appalled by the conditions of the national parks
iv Joined the Department of the Interior as the head of parks later created the National Parks System
v Professionalized the National Parks and helped to greatly grow protected lands
e Rachel Carson i Born in Pennsylvania in 1907 attended John Hopkins University for
graduate school ii Went to work for the US Bureau of Fisheries (later to become the US
Fish amp Wildlife Service) iii Wrote Silent Spring in 1962 The book created an awaking for Americanrsquos
to their responsibility to the environment and wildlife The book lead to the US Government banning the use of DDT
f Theodore Roosevelt i Born in 1858 in New York New York was a sickly child who stayed inside
studying natural history ii An avid outdoorsman he spent much time in the South Dakota Badlands
iii Became President in 1901 with the assignation of President McKinley iv Among many major accomplishments as president he started the
National Parks was instrumental in conserving about 230 million acres
4 Naturalist Interpreters (10 minutes) a Freeman Tilden
i Born 1883 worked as a newspaper columnist and author ii At age 58 he began working with the National Parks Service
iii While traveling to various National Parks he became concerned with the quality of interpretation
iv Wrote Interpreting Our Heritage in 1957 outlines 6 principles to quality interpretation forever changed the field of interpretation
b William Lewis i Worked as a ranger naturalist and interpreter trainer for the National
Parks Service ii Developed the approach of ldquoThematic Interpretationrdquo which requires the
interpreter to choose a central theme (major point) to guide the development of a program
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 59
iii Wrote Interpreting For Park Visitors c Sam Ham
i Director of Center for International Training and Outreach at the University of Idaho
ii Work has focused on applying communication theory to environmental conservation interpretation and on nature-based tourism and guide training
iii Wrote Environmental Interpretation (1992) d Ted Cable
i Professor of Park Management and Conservation at Kansas State University
ii Co-authored Interpreting Cultural and Natural Resources (2003) and Interpretation for the 21st Century Fifteen Guiding Principles for Interpreting Nature and Culture (2002)
5 Conducting an Interpretative Program Try and Fail (60 minutes + 120 minutes of activities throughouthellip see list of Suggested Activities below)
a Experiential Learning i The first time you tried to walk you failed The first time you rode a bike
you failed This is called experiential learning The first time you attempt an educational or interpretation program you will fail thatrsquos how we learn
ii Donrsquot be afraid to fail b Ask Questions about the ProgramPresentation before you commit to leading it c Plan your Program
i Generally I want my presentation to be about Specifically however I want to tell my audience about After hearing my presentation I want my audience to understand (what is the big picture you want them to take home)
1 You do not need (or want) to teach your audience everything you know your job is to light the spark
ii What will your tangibles and intangibles be 1 Tangibles are those things you can touch things you use to teach
when teaching a Examples include a tree a mammal pelt a skull a live
animal a prairie 2 Intangibles involve connecting the tangibles to concepts and the
ideas they represent intangibles are the meanings the relationships the processes the ideas the feelings and the beliefs
a Examples include food webs ecosystem health entropy ecology
iii People remember themes they forget facts
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 60
iv Plan for an organized presentation 1 Think about your overall theme smaller parts of the program and
your transitions v Stick to your theme
vi Determine what type of presentation you will have 1 PowerPoint (avoid) 2 Podium Presentation (avoid) 3 Active taking a hike playing a game etc 4 Hands-on touching feeling trying hearing smelling
vii Think about all the different kinds of learners 1 verbal-linguistic 2 logical-mathematical 3 visual-spatial 4 kinesthetic 5 musical-rhythmic 6 interpersonal (groups) 7 intrapersonal (individual) 8 naturalist
d Know your role as an educator 1 Provide facts and relationships not opinions 2 Allow participants to determine their own opinions and beliefs
using the facts amp relationships you provide them 3 PLAY ldquoFIRST IMPRESSIONSrdquo
e Prepare Prepare Prepare 1 Know the type of space and area you will have (indoor vs
outdoor small space vs vast area etc) 2 Plan for more that you are told 3 Plan for the weather (always expect it to be windy in Nebraska)
f Questions i Ask good questions
1 Is this a fox Vs How do you know this is a fox 2 Do you have any questions Vs What questions do you have
ii Be prepared for quality questions 1 What are the implications for describe the impact of what are
the reasons for iii Be prepared for ldquogoodrdquo questions
1 Do you have ewoks in the forest If a Mountain Lion and an Eagle were to fight who would win
2 Take all questions seriously Answer seriously g Model what you want to see the students do
i If you want a group of students to catch insects help them get active with them
ii This is true when working with children and adults
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 61
1 Working alongside students validates them and their learning h Be enthusiastic show your passion
i This is another form of modeling what you want to see in your students ii We need to excite students (no matter their age) about conservation
nature and the outdoors iii Have fun
6 Take Home Lesson Light the Spark and Donrsquot Be Afraid to Fail
Suggested Activities (amp potential mandatory activities)
Throughout the lesson conduct multiple games andor activities to model good interpretation
Suggested games include but are not limited to
1 Oh Deer (Project WILD) 2 First Impressions (to be done during section 5) (Project WILD) 3 The Long Haul (Project WET) 4 Sum of the Parts (Project WET) 5 Water Quality Ask the Bugs (Project WET) 6 Adaptation Artistry (Flying WILD) or Fashion a Fish (Aquatic Project WILD) 7 Avian Antics (Flying WILD) 8 Pollinators Meet Your Plants (Nebraska Project WILD wwwnebraskaprojectwildorg) 9 Scavenger Hunts (Nebraska Project WILD wwwnebraskaprojectwildorg)
Suggested Post-Readings
Interpreting Our Heritage Freeman Tilden 1957 (4th edition 2008)
ISBN-13 978-0807858677
Interpreting for Park Visitors William Lewis 1981
ISBN-13 978-0890620793
Environmental Interpretation Sam Ham 1992
ISBN-13 978-1555919023
Interpretation for the 21st Century Fifteen Guiding Principles for Interpreting Nature and
Culture Larry Beck amp Ted Cable 2002
ISBN-13 978-1571675224
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 62
Interpretation-Making a Difference on Purpose Sam Ham 2013
ISBN-13 978-1555917425
Foundations of Interpretation Curriculum Content Narrative National Parks Service 2007
httpwwwnpsgovidpinterp101foundationscurriculumpdf
Websites
National Association of Interpretation
wwwinterpnetcom
North American Association for Environmental Education
wwwnaaeeorg
Nebraska Alliance for Conservation and Environment Education
wwwnaceeorg
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 63
Safety in the Field
Developed by Rich Hawes Nebraska Master Naturalist rdhawes26msncom
Objectives
Raise awareness of Risk Managementassessment as part of event planning
Guidelines to safe activities for participants presenters and the environment
Present Leave No Trace Principals as part of all outdoor activities
Present resources for additional training or certification for outdoor activities
Hands on activities to encourage interest and to provoke thought and discussion
Hazards of the area
Outdoor hiking safety
Stewardship of the land and natural resources
Being flexible and working with ldquowhat you haverdquo
Outline
1 Outdoor Activities ndash Whatrsquos The Worst That Can Happen An Introduction to Event Planning and Risk Management
2 Leave No Trace Principals
3 Trip planning and Logistics
4 Health amp Safety
5 Youth Protection
6 Age Appropriate Activities
7 Resource Training and Certifications
a Standard First Aid CPRAED Wilderness First Aid
b Shooting Sports - Range Safety Officer or Instructor
c Hunter Safety Instructor
d Climbing COPE and Zip Lines
e Water Safety Instructor Life Guard Small Boat Handling
f Leave No Trace Trainer or Master Educator
g Tread Lightly Tread Trainer or Master Tread Trainer
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 64
Suggested Activities
CPR Scenario
First Aid Scenario
Weather Scenario
Lost Scenario
Online Resources
American Camp Association
Boy Scouts of America
Youth Protection
Safe Swim Defense
Safety Afloat
Climb On Safely
Weather Safety
Trek On Safely
(etc)
Leave No Trace
Nebraska Game amp Parks
Hunter Safety
Boating Rules amp Regs
National Rifle Association
(Archery groups)
American Red Cross
(wilderness medicine group(s))
NOLS
Tread Lightly
US Coast Guard
NEBRASKA MASTER NATURALIST Explore Contribute Connect
10
Three measures are used when studying biodiversity
Composition ndash the number of genes species or ecosystems in a given area
Structure ndash the distribution of genes species or ecosystems
Function - the ecological processes accomplished by genes species or ecosystems
Biodiversity is important to maintain a stable ecosystem vast storehouse of untapped resources for
medicine food energy etc
Ecoregions in Nebraska
The Central Flyway There are four major North American flyways ndash the Atlantic the Mississippi the Central and the Pacific Flyways Except along the coasts the flyway boundaries are not always sharply defined and both in the northern breeding and southern wintering grounds there is overlapping Every year millions of migrating birds travel the Central Flyway The ldquohourglassrdquo route narrows in central Nebraska The eighty mile stretch of Platte River (Big Bend area) between Lexington and Grand Island serves as a month long stop over for around 600000 sandhill cranes and endangered whooping cranes This stretch of river has shallow wide-open water to provide cranes some security from predators when roosting and grain fields and wet meadows for eating and loafing
The Platte River
The Platte River begins near the city of North Platte Nebraska with the convergence of the North Platte and South Platte Rivers The Platte the largest braided river in North America snakes 310 miles eastward and empties into the Missouri River south of Omaha Nebraska drains about 29800 square miles of land along its route The South Platte River originates as snowmelt in central Colorado meandering 450 miles towards North Platte The North Platte River also begins as snowmelt in north central Colorado and runs 665 miles before converging with the South Platte
The Big Bend Region
The central or Big Bend Region of the Platte River between Grand Island and Lexington has long been recognized as critical staging area for half million sandhill cranes millions of geese and ducks and for the highly endangered whooping crane It is also important nesting habitat for endangered piping plovers and least terns and threatened eagles as well as year around habitat for other wildlife The Platte River is a broad shallow braided river dotted with small itinerant sandbars up to the huge islands In the early 1800rsquos the Platte was one to two miles wide Water depth ranged from dry to eight feet deep The islands were scoured each spring by the rush of snowmelt from the Rockies that removed vegetation from the sandbars washed into sloughs and recharged the surrounding soils Fires suppressed tree growth along most of the shoreline Protected islands and areas of shoreline grew cottonwoods and willows This diversity was excellent habitat for wildlife But in less than 100 years it changed Man has diverted over 70 percent of the Plattersquos average annual flow for use in irrigation and industry ( comes back to the river via groundwater) Fires have been controlled Floods and ice no longer clear the islands of vegetation With less water in the river wet meadow soils are not recharged with water seeping from the river Bridges restrict flows and deep
NEBRASKA MASTER NATURALIST Explore Contribute Connect
11
gravel pits alter the shoreline This taming of the Platte River is causing it to lose the very characteristics that make it unique and attractive to native wildlife The wide channels now must be maintained by mechanically clearing sand bars and low islands Audubon and other conservation organizations spend a considerable amount of time and money each year to keep the river clear The Platte River valley is now characterized by forest shrub and sandbar vegetation on the river floodplain lowland prairie and cultivated fields on the river terraces and an upland prairie on the loess bluffs along the ancient river escarpment The floodplain forest shrub and sandbar communities have developed on coarse textured alluvial soils adjacent to the river channel The forest communities have open canopies and are dominated by cottonwoods with an understory of red cedar and rough-leaf dogwood Green ash hackberry American elm red mulberry and slippery elm also occur in these areas Adjacent to the major river channel and in areas where the forests are limited to a narrow strip along the river bank low shrub islands and vegetated sandbars predominate Peach-leaf willow sandbar willow and indigo bush are the dominate shrub species Lovegrass nutsedge barnyard grass cocklebur and scattered willow and cottonwood seedlings characterize the vegetation on the low shrub islands and recently exposed sandbars
One of the sanctuaryrsquos most important tasks has been functioning as Audubonrsquos footprint on the Platte
River Audubon played a significant role in many battles to limit development on the Platte the final
being the defeat of Two Forks Dam near Denver in 1992 Today Audubon along with the Platte River
Whooping Crane Maintenance Trust the National Wildlife Federation Fish and Wildlife and Nebraska
Game and Parks plays a major role in keeping the river in its current condition One such program is
maintaining the wide channels on parts of the river which must be done mechanically to clear sandbars
and low islands
Tallgrass Prairie Ecoregion
Introduction
Once extended from eastern Nebraska to Indiana and from Texas to southern Canada
Today less than 1 remains
Approximately 2 of the remaining tallgrass prairie is found in Nebraska o Covers eastern fourth of state and extends along stream valleys of the Republican
Loup Platte and Niobrara
Shaped by glaciers wind and water
Mainly rolling hills intersected by stream valleys
Elevation from east to west 850 to 1700 feet above sea level
Receives 25-36 inches of annual precipitation
Average highs in the 90 degrees and lows of 10 degrees
Two major rivers o Missouri River
States largest river flowing approximately 350 miles in Nebraska
NEBRASKA MASTER NATURALIST Explore Contribute Connect
12
Drains approximately 529350 square miles of land (including entire state of NE) Forms eastern and northern boundaries of tallgrass prairie Historically more a mile wide and up to 20 feet deep with abundant sandbars
and forested island
Floodplain was a mosaic of oxbow lakes backwater marshes wet prairies and forests
Platte River ndash prairie river o Historically shallow braided channel up to 3 miles wide with many sandbars
Floodplain 15 miles wide and covered with lush wet meadows and freshwater marshes
Spring floods limited tree growth and created barren sandbars o Other streams include Papio Creek Turkey Creek and Bazile Creek
Wetland types o Saline wetlands
Found in the floodplain of Salt Creek and its tributaries in Lancaster and Saunders counties
Salinity originates from groundwater passing through an underground rock formation containing salts deposited by an ancient sea that once covered
Nebraska
o Todd Valley playas Small clay-lined depressions Seasonally and temporarily flooded Found in an ancient valley of the Platte called the Todd Valley
Vegetation of Tallgrass Prairies
Dominant vegetation ndash big bluestem Indiangrass switchgrass and Canada wildrye o Can reach six feet or taller
Hundreds of spp of wildflowers and forbs o Showy goldenrod prairie blazing star sky blue aster amp purple coneflower
Native woodland found mainly in fire-protected stream valleys and bluffs o Found in floodplains - Cotton woods willows boxelders American elms
Drier river bluffs o Oaks hickories basswood black walnut etc o Essential habitat for migrating birds
Wet meadows found in stream valleys o Sedges spike rushes prairie cordgrass and switchgrass
Marshes o Broad-leaf cattail bulrushes bur reed smartweeds and arrowheads
NEBRASKA MASTER NATURALIST Explore Contribute Connect
13
Birds
More than 300 spp of resident and migratory birds
Nesting waterbirds include o Wood duck green heron northern pintail blue-wing teal mallard
Grassland birds include o Henslowrsquos sparrow dickcissel grasshopper sparrow bobolink vesper
sparrow and Swainsonrsquos hawk
Woodland birds include o Bellrsquos vireo blank-and-white warbler rose-breasted grosbeak orchard oriole
Mammal
More than 55 mammals o Plains pocket gopher prairie vole plains pocket mouse thirteen-line ground squirrel
Franklinrsquos ground squirrel o Prior to European settlement
Bison elk mule deer mountain lion black and grizzly bear gray wolf Larger animals include coyote bobcat least and long-tailed weasel mink
Fish
More than 75 species of fish Amphibians and Reptiles
53 species of amphibians and reptiles o 2 salamanders 5 toads 6 frogs 8 turtles 8 lizards and 24 snakes
Eco-tourism amp Wildlife Viewing
Henry Doorly Zoo in Omaha Childrenrsquos Zoo in Lincoln
Ak-Sar-Ben Aquarium Ponca State Park
Mahoney State Park Platte River State Park
Two Rivers State Recreation Area Branched Oak
Homestead National Monument Ashfalls Fossil Beds State Park
Migrating birds Fontenelle Forest Indian Cave State Park Schramm State Park
Tallgrass prairie Audubonrsquos Spring Creek Prairie south of Denton amp Nine-Mile Prairie
Canoeing hiking biking
Elkhorn River Platte River
Cowboy Trail Steamboat Trace Trail
MoPac East Trail Oak Creek Trail
Driving Tours
Nebraska Scenic Byway Outlaw Trail Scenic Byway
Heritage Highway Lewis and Clark Scenic Byway
NEBRASKA MASTER NATURALIST Explore Contribute Connect
14
Mixedgrass Prairie
Introduction
Transition zone between tallgrass and shortgrass prairies o Have characteristics of both o Plant composition varies considerably depending of soil type topography weather and
land use
Elevation east to west 1650 to 3000 feet above sea level
Climate - Semiarid o Average annual precipitation from 28 inches in the east to 20 inches in the west o Average annual temperature from 52-57 degrees - Frost-free period 150 ndash 190 days
General topography o Level broad plains rolling hills in north-central part steep sloops with deep drainages in
the southwest o Mostly covered with windblown silt o Ogallala aquifer underlies most of the Ecoregion
Alluvial aquifers along streams
Streams o Platte Republican Loup Niobrara Blue rivers ndash all eventually drain into Missouri River
Wetlands o Rainwater Basin ndash playa wetlands formed by wind with a clay pan to hold water
Found in south-central Nebraska Once contained more that 4000 major wetlands National importance for migrating birds
o Central Table Playas ndash found mostly in Custer County on top of hills o Subirrigated Wet Meadows ndash found along Platte and Loup Rivers
Transected with old river channels swales and sloughs o Riverine Wetlands ndash found along streams
Include oxbows and other semi-permanent wetlands o Sandhill Wetlands ndash found in sandy areas close to Platte and Loup Rivers o Formed where groundwater reaches surface
Vegetation
Tallgrass spps tend to dominate in the east and along floodplains and shortgrass spps found further west (drought resistant)
Hilltops dominated by buffalograss and blue grama
Hill sides dominated by medium-stature grasses ndash side-oats grama little bluestem western wheatgrass and sand dropseed
Lower slopes and valleys ndash big bluestem Indiangrass switchgrass and Canada wildrye
Hundreds of forbs found including o Prairie clover Illinois bundle flower wild alfalfa deer vetch leadplant prairie
coneflower stiff sunflower and blazing star
Historically less than 1 covered with woodlands ndash mostly close to streams o Trees - Eastern cottonwood green ash hackberry red cedar o Shrubs ndash roughleaf dogwood false indigo sandbar willow o Some native oaks and black walnut can be found on steeper slopes
Wet meadows and wet prairies
NEBRASKA MASTER NATURALIST Explore Contribute Connect
15
o Woolly sedge spike rush prairie cordgrass o Federally endangered prairie white-fringed orchid o State endangered saltwort
Playa wetlands (Rainwater Basin and Central Tables area) o Seasonally flooded - River bulrush common cattail smartweed o Temporarily flooded ndash spike rush flatsedge plains coreopsis o More permanent - bladderwort pondweed duckweed
Riparian wetlands ndash switchgrass scouring rush bedstraw
Sandhill wetlands ndash cattail bulrush smartweed
Birds
More than 350 spps of resident and migratory birds o Grasshopper and field sparrow dickcissel western meadowlark bobolink northern
bobwhite ring-necked pheasant northern harrier and greater prairie chicken o Platte River
Over 300 spps with 141 known to nest o Sandhill cranes endangered whooping cranes
o Rainwater Basin Over a dozen spps of waterfowl including 13 of northern pintails 50 of North
Americans mallards 90 of mid-continentrsquos white-fronted geese Approximately 3000000 shorebirds
o Thousands of Swainsonrsquos hawks migrate through the region Mammals
Many species of mammals but none that are only found in mixedgrass prairies Fish ndash Diverse range of species
Reptiles and amphibians
Spiny softshell turtles western painted turtles and snapping turtles in wet areas
Ornate box turtle in native grasslands
Northern water snake ndash only aquatic snake found
Prairie rattlesnake only poisonous snake found
Smooth green snakes and red-bellied snakes are two of the more rare snakes
3 lizards found ndash northern earless prairie racerunner northern prairie lizards
Tiger salamander only salamander found
Frogs and toads common
Eco-tourism amp Wildlife Viewing
Sandhill cranes - Rowe Sanctuary amp Roadside viewing sites constructed by Central Platte NRD
Waterfowl viewing - Rainwater Basin
Massie Waterfowl Production Area with an observation tower (Clay Center)
Funk Waterfowl Production Area and Sacramento-Wilcox Wildlife Management Area o Handicapped accessible blinds
Bald eagle viewing ndash J-2 Power Station near Lexington Harlan County Lake Sherman Lake and Rowe Sanctuary
Prairie chicken viewing- Calamus Outfitters near Calamus Reservoir
NEBRASKA MASTER NATURALIST Explore Contribute Connect
16
Sandhills Motel ndash Mullen
Walking Trails ndash Rowe Sanctuary Kearney Hike-Bike Trail Harlan County Lake Funk Harvard and Massie Waterfowl Production Areas Lake Seldom at Holdrege
Best way to find out about birding trails is to go to wwwnebraskabirdingtrailscom o Some are ndash Chicken Dance Trail Rainwater Basin Loops
Sandhills
Introduction
19300 square miles of north-central Nebraska o Largest dune system in the western hemisphere o One of the largest grass-stabilized dune regions in the world o Majority of the region is in relatively natural state
Sandhills young geologically speaking o Dunes aligned primarily in a northwesterly to southeasterly direction with prevailing
winds o Some dunes over 400 feet in height o Soils poorly developed with a thin layer of topsoil o High infiltration rate (up to 10 feet per day) o High water table ndash almost 2000 shallow lakes and over a million acres of wetlands
Most lakes and wetlands at headwaters of streams amp in poorer draining areas in western areas
Most wetlands and lakes pH neutral but alkaline wetlands and lakes common in the west where salts and carbonates accumulate
Fens ndash Sandhills contains some of Great Plains largest ones
Streams of the region o North and Middle Loup Calamus Cedar Dismal ndash flow from groundwater discharge o Niobrara River ndash only river that originates out of the region (starts in Wyoming)
Climate o Semiarid ndash annual precipitation ndash 23 inches in east to 17 inches in west
Vegetation
700 native plants spps
Sandhills dune prairie plant community o Mixture of sand-adapted grasses ndash sand bluestem prairie sandreed little bluestem and
hairy grama o Forbs ndash stiff sunflower bush morning glory plains gayfeather o Shrubs ndash sand cherry leadplant prairie rose and yucca
Sandhills dry valley prairie community o Grasses - Big Bluestem Indiangrass switchgrass o Forbs ndash western ragweed white sage and prairie coneflower o Shrubs ndash leadplant Arkansas rose western wild rose
Blowouts o Federal and state threatened blowout penstemon
Native woodlands ndash uncommon o Eastern cottonwood peachleaf willow coyote willow chokecherry wild plum and
snowberry
Middle Niobrara River valley largest woodland in sandhills
NEBRASKA MASTER NATURALIST Explore Contribute Connect
17
o South facing bluffs -Oak basswood black walnut green ash o Canyons ndash Paper birch quaking aspen o North river bluffs ndash ponderosa pine o Referred to as a biological crossroads
Wet meadows o Sedges spike rushes prairie cordgrass switchgrass o Shrubs - Sandbar willow false indigobush
Alkaline wet meadows o Inland saltgrass foxtail barley alkali sacaton meadow bluegrass and scratchgrass
Fens o Contain 20 at-risk plant species including bog bean cottongrass and marsh marigold
Freshwater marshes o Ripgut sedge common reed smartweeds bulrush cattail duckweed coontail
Alkaline marshes ndash alkaline-tolerant plants Birds
More that 300 species of birds o Sharp-tailed grouse and greater prairie chicken o Long-billed curlew (sandhills important breeding site)
Upland sandpiper vesper sparrow lark bunting grasshopper sparrow western meadowlark High concentration of northern harriers and ferruginous hawks
Important breeding area for mallards blue-wing teal pintail
American Bird Conservancy calls the area the ldquoBest grassland bird place in the United Statesrdquo Mammals
55 species of mammals but not specific to the Ecoregion Fish
75 species of fish
Rare spps ndash blacknose shiner pearl northern redbelly and finescale daces o Species cutoff from principle range
Amphibians and Reptiles
27 species o One salamander 3 toads 4 frogs 6 turtles 4 lizards 9 snakes
Eco-tourism amp Wildlife Viewing
Crescent Lake Fort Niobrara Valentine National Wildlife Refuges
Nebraska and Samuel R McKelvie National Forests
Niobrara Valley Preserve (TNC property) with 2 bison herds
Merritt Reservoir Calamus Reservoir
Niobrara Wild and Scenic River o Over 10 outfitters in Valentine area for canoeing kayaking and tubing
Dismal Loup and Cedar rivers also offer canoeing and tubing
Niobrara Valley Preserve
Swan Lake Motor Route
Sandhills Scenic Byway (Hwy 2) ndash one of the top 10 scenic highways in the nation
NEBRASKA MASTER NATURALIST Explore Contribute Connect
18
Stargazing ndash Nebraska Star Party near Valentine in August
Cowboy Trail (will be the nationrsquos longest rails-to-trails conversion)
Calamus Outfitters
Shortgrass Prairie
Introduction
Found in western Nebraska
High diversity of habitats
Dramatic changes in elevation and topography
Soils range from sand to clay-loam to hard sandstone
Annual precipitation 12-17 inches ndash humidity generally low
Annual average temperature 47-50
Topography o Truest form of shortgrass prairie found in Banner Cheyenne Deuel and Kimball counties o Mixedgrass and sandsage prairies in southeast of Ecoregion o Wildcat Hills bluff formation found in Scottsbluff amp Morrill counties o Relic sandhill extend through Morrill and Sioux counties o Pine Ridge found in northern Dawes Sheridan and Sioux counties
Streams o North Platte River Lodgepole Creek Upper Niobrara and White Rivers o 5 large reservoirs and a number of smaller artificial lakes o Playas found throughout the region
Vegetation
Shortgrass Prairie o Buffalograss blue grama side-oats grama purple threeawn (grass height 10 inch) o Over 100 spps of forbs o Milkvetch scarlet guara cutleaf ironplant prickly pear purple locoweed scurfpea
prairie coneflower scarlet globe mallow
Mixedgrass Prairie o Blue grama prairie sandreed threadleaf sedge needle-and thread grass little bluestem
western wheatgrass (grass height 18-24 inches) o Shrubs
Skunkbush sumac winterfat fringed sage snowberry yucca broom snakeweed o Over 100 species of Forbs o Scarlet guara dotted gayfeather skeleton plant cutleaf ironplant scurfpea scarlet
globe mallow o Within the mixedgrass prairie ndash 2 unique communities found
Northwestern mixedgrass amp Loess mixedgrass prairie
Sandhill dune prairie and sandsage prairies o Sandsage sand bluestem blue grama prairie sandreed needle-and-thread yucca o Forbs ndashsand-lily desert goosefoot plains sunflower bush morning glory showy
impomopsis
Western alkaline meadows along the North Platte o Inland saltgrass alkali sacaton field sedge foxtail barley meadow bluegrass o Forbs ndash spearscale alkali aster camphor daisy thelypody
NEBRASKA MASTER NATURALIST Explore Contribute Connect
19
Ponderosa pine woodlands o Ponderosa pine quaking aspen green ash Saskatoon serviceberry chokecherry dwarf
juniper fragrant sumac mountain mahogany wolfberry Kentucky bluegrass littleseed ricegrass
Riparian woodlands o Cottonwoods peachleaf willows green ash boxelder Sandbar willow wild plum
chokecherry buffaloberry horsetail sedges marsh muhly and cordgrass
Badlands o Saltbush rabbitbrush poverty weed Russian thistle
Birds
More that 300 species of birds found
Shortgrass birds o McCownrsquos and Chestnut-collared longspurs Brewerrsquos sparrow horned lark burrowing
owl and state threatened mountain plover
Mixedgrass birds o Western meadowlark grasshopper sparrow lark bunting
Pine Ridge birds o Lewisrsquo woodpecker pygmy nuthatch ovenbird mountain bluebird
Wetland birds o Canada geese mallard northern pintail shorebirds
Mammals
White-tail and mule deer elk pronghorn bighorn sheep coyotes bobcats mountain lions prairie dogs federally endangered black-footed ferret river otter black-tailed jackrabbit badger pocket gopher grasshopper mouse
Fish
Many gamefish state threatened finescale dace endangered blacknose shiner etc Amphibians and Reptiles
Include western striped chorus frog Woodhousersquos toad bullsnake prairie rattler lesser earless lizard horned lizard ornate box turtle and painted turtle
Ecotourism amp Wildlife
Lake McConaughy (largest reservoir in state)
Lake Ogallala
Pine Ridge area o Ft Robinson State Park o Chadron State Park o Nebraska National Forest (Pine Ridge Unit) o Soldier Creek Wilderness
Oglala National Grassland and Toadstool Geologic Park
Wildcat Hills Nature Center in Gering
Scotts Bluff National Monument
Chimney Rock
Agate Fossil Beds National Monument
NEBRASKA MASTER NATURALIST Explore Contribute Connect
20
Endangered Species Act
The Endangered Species Act provides a program for the conservation of threatened and endangered
plants and animals and the habitats in which they are found The US Fish and Wildlife Service and the
Department of the Interior maintain the list of 632 endangered species (326 plants and 306 animals) and
190 threatened species (112 animals and 78 plants)
The law is written to prohibit any action that results in taking or injuring a listed species or negatively affects habitat Also prohibited is the import export interstate or foreign trade of listed species
Nebraskarsquos Endangered amp Threatened Species
State Status Federal Status
Birds Bald Eagle Threatened Threatened
Piping Plover Threatened Threatened
Mountain Plover Threatened Proposed Threatened
Whooping Crane Endangered Endangered
Eskimo Curlew Endangered Endangered
Interior Least Tern Endangered Endangered
Mammals River Otter Threatened
Southern Flying Squirrel Threatened
Black-footed Ferret Endangered Endangered
Swift Fox Endangered
Black-tailed Prairie Dog Candidate
Plants Western Prairie Fringed Orchid Threatened Threatened
Utersquos Ladyrsquos Tresses Threatened Threatened
Ginseng Threatened
Small White Ladyrsquos Slipper Threatened
Colorado Butterfly Plant Endangered Threatened
Saltwort Endangered
Hayden Penstemon Endangered Endangered
Insects American Burying Beetle Endangered Endangered
Salt Creek Tiger Beetle Endangered Candidate
Fish Lake Sturgeon Threatened
NEBRASKA MASTER NATURALIST Explore Contribute Connect
21
Northern Redbelly Dace Threatened
Finescale Dace Threatened
Blacknose Shiner Threatened
Topeka Shiner Endangered Endangered
Sturgeon Chub Endangered
Pallid Sturgeon Endangered Endangered
Reptiles amp Mussels Massasauga Threatened
Scaleshell Mussel Endangered Endangered
Information courtesy of Nebraska Game and Parks US Department of the Interior and the US Fish
and Wildlife Service
The Nuts and Bolts
Without habitat there are no animals
Every species has its niche
Understand the importance of biodiversity Know where the Platte River begins and ends understand its
makeup and where Rowe is located in the relationship to the river How Rowe plays a role in
conservation habitat maintenance and education Have an understanding of what constitutes the 4
major eco-regions in Nebraska
References Integrated Principals of Zoology by Cleveland P Hickman Jr Larry S Roberts Alan Larson (WmC
Brown Publishers 1996)
Zoology by Lawrence G Mitchell John A Mutchmor Warren D Dolphin (The BenjaminCummings
Publishing Company Inc 1988)
Biology the unity and Diversity of Life 7th Ed By Cecie Starr and Ralph Taggart (Wadsworth Publishing
Company 1995)
Nebraskarsquos Natural Legacy Project httpwwwngpcstateneuswildlifeprogramslegacyreviewasp
Cliffs Quick Review Biology by I Edward Alcamo PhD and Kelly Schweitzer PhD (Wiley Publishing 2001)
Biology for Dummies by Donna Rae Siegfried (Wiley Publishing Inc 2001)
NEBRASKA MASTER NATURALIST Explore Contribute Connect
22
Taxonomy in a Nutshell
Definitions
Classification is a systematic arrangement in groups or categories according to established
criteria
Taxonomy is the orderly classification of plants and animals according to their presumed natural
relationships
Binomial nomenclature (Binomial = 2 terms ndash Generic amp specific nomenclature = set of names)
is a system of naming in which each species of animal or plant is given a two tern Latin name
The first term identifies the genus to which the plantanimal belongs and is always spelled with
a capital letter The second term is the species of the plantanimal and is spelled with a lower
case letter This ldquoscientific namerdquo is usually printed in italics or underlined For example ndash Felis
concolor or Felis concolor
The Reason for ithellipWhy use taxonomy
Scientific taxonomic classification is a tool used through the world in an effort to catalog and compare
living things Zoologists now classify approximately 15 million animal species Each year about 10000
new species are added and it is estimated that more than 10 million different animal species may
actually exist on earth
Okay But why Latin
Common names of animals and plants vary from place to place even within a community For instance
the animal name above Felis concolor is known as puma mountain lion catamount panther and
several other local names So how does a biologist from Nebraska know that she and a scientist from
Scotland are talking about the same animalplant Throughout the scientific world Latin is recognized
as the universal language of scholars and scientists By referring to it by its Latin ldquoscientific namerdquo there
is no mistaking what animalplant they are referring to Latin also provides a source for decoding the
scientific name into something that tells you a little about the animalplant itself A translation often
provides a short description of the animal ie the giant anteaterrsquos species tridactyla actually means
three-toed
Background
The identification and comparison of different animals and plant species dates back to ancient times
Naturalists wrote herbals and bestiaries that were lists and descriptions of familiar organisms of a given
locality There was little interest in communicating outside a restricted region The advent of the
printing press led to broader dissemination of books and ideas Cataloging and comparing species on a
more comprehensive scale became possible As naturalists compiled their work they used many words
NEBRASKA MASTER NATURALIST Explore Contribute Connect
23
to describe a species by several characteristics sometimes defining one species in terms of another For
example the blue chair with the fluted arms the red chair like the blue chair with the fluted arms etc
Each authorrsquos system and terminology was different It is only comparatively recently that the
observation and study of the animal and plant world has begun to be organized along truly scientific
lines
Toward the middle of the eighteenth century the Swedish botanist Carolus Linnaeus produced a general
classification of all living species and this system has formed the departure point for all subsequent
developments of taxonomy His system was ambitious and used polynomials some with fifteen words
An example is the oak with leaves with deep blunt lobes bearing hair-like bristles Although he
considered the polynomial name to be the true one he also made notes with two-term names The
current binomial system used today is based upon these notes His writings and those of other scientists
that came after him became the standard for all classifications Since Latin was the universal language
of scholarship his writings were all in Latin Actually his real name was Carl van Linne but he translated
that to Latin as well
In the course of the last couple of centuries naturalists have come to adopt two different forms of
investigation and comparison in their classification process First they studied the question of
adaptation to the environment the significance of diverse structures and behavioral patterns among
animal species and the reason why these different modes of behavior and lifestyles enable animals in
different surroundings to survive
Secondly they have tried to recognize affinities and relationships between the various species They
have attempted to identify the ldquofamily likenessesrdquo that often exist among species which live in different
environments and therefore may be quite unlike one another in outward appearance
As a result of all this research scientists have built up a system of classification which places every
animalplant species in a particular category according to its relationships with other animalsplants
This is taxonomy
Side note ndash genetic testing is now being used to help with classification
How does it Work
When a new animalplant is recognized and identified it is given a species name This may be a term
that describes it or identifies the person who first recognized it as a separate species Originally these
species names were assigned by the individual scientist that discovered them but now they are
assigned by international groups Once this species term is assigned it almost never changes In theory
NEBRASKA MASTER NATURALIST Explore Contribute Connect
24
it is never supposed to be changed even if it is later moved to a different genus family or class but over
the years there have been a few exceptions
The basis of taxonomy however is the genus This is the smallest grouping of related species When
taxonomy began there were relatively few identified species so species were grouped into genera and
there it ended As the body of knowledge grew so did the need for a broader system of grouping From
there the hierarchical system of classification based on natural features evolved
The current system works as follows
Individually related species are grouped into the same genus
The most closely related genera are grouped into the same family
Related families are grouped into an order
Orders are grouped into a related class
Similar classes are included in the same phylum
The phyla are then placed into the proper kingdom
Each of these categories may also contain sub- or super- subdivisions
Taxonomy is a constant work in progress As scientists learn more about different species their
classification may change Changes can reflect a clearer understanding of where the species fits in
among the others with similar characteristics Until recently we only had to contend with two kingdoms
ndash animal and plants Today scientists recognize a least five different kingdoms of living things
Monera ndash bacteria and blue-green algae
Protista ndash one-celled organism with nucleus
Plantea ndash green plants
Fungi ndash non-green plants
Animalia ndash animals
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25
Fauna of Nebraska
Developed and Adopted by Keanna Leonard Education Director Rowe Sanctuary
Objectives for Fauna Mammals Amphibians amp Reptiles Birds 3-4 hours
1 Descriptions ndash (Mammals Amphibians and Reptiles birds --ndash IMPORTANT CHARACTERISTICS)
2 Vocabulary
3 Common Oderrsquos in Nebraska and examples
4 Nuts amp Bolts of Mammals How to ID amp locate specific animals and their evidence (possible
activity tracks traces etc) in Nebraska
MAMMALS IN A NUTSHELL Basic Characteristics
1 Mammary glands (hint the name) that
produce milk
2 Sweat glands
3 Sebaceous glands for oil
4 Presence of hair on the body at some time
during life span
5 Homiothermic Endotherm (warm blooded)--
regulate high body temperature
6 Four-chambered heart
7 Enucleated red blood cells
8 Have a diaphragm
9 Enlarged cerebral hemisphere
10 One bone in lower jaw and complex
dentition
11 3 middle ear bones
12 Turbinal bones in nasal chamber
13 Eggs develop in a uterus with
placental attachment and born alive
(viviparous)
MAMMAL VOCABULARY
Altricial Born helpless
Arboreal Tree dwelling
Carnivore A mammal in the order Carnivora
Carnivorous Meat eating
Crepuscular Active at dusk and dawn
Diurnal Active during the day
Dominant Ruler or leader of others
Habitat Region where an animal lives
Herbivore An animal that eats only plants
Herbivorous Plant eating
Hibernation Winter period when certain
animals become inactive to a point in
where all body functions slow
considerably for a long period
Instinct Inherited mode of behavior
Mammal Animals that have hair on their
bodies (see other char above)
Marsupial Animals whose females have
pouches
Nocturnal Active during nighttime
Omnivore Animals that eats both meat and
plant material
Omnivorous Eating both meat and plant
material
Precocial Born in an advanced stage of
development and able to move about
Predator Animals that kills another animal for
food
Prehensile Grasping
Prey Animal hunted for food
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26
Protective coloration Enables the animal to
blend in with surroundings
Reticulated Net-like pattern of skin
Terrestrial Ground dwelling
Viviparous Live birthing
There are 21 orders of mammals found in the world
Listed below are the orders and examples of common species found in Nebraska
More Species found in Core Curriculum Binder
Insectivores (shrews and moles)
Masked Shrew (Sorex cinereus)
Northern Short-tailed Shrew (Blarina
brevicauda) (venomous)
Least Shrew (Cryptotis parva)
Eastern Mole (Scalopus aquaticus)
Chiroptera (bats)
Big Brown Bat (Eptesicus fuscus)
Red Bat (Lasiurus borealis)
Hoary Bat (Lasiurus cinereus)
Xenarthra
Nine-banded Armadillo (Dasypus novemcinctus)
Lagomorpha Eastern Cottontail (Sylvilagus floridanus) Black-tailed Jackrabbit (Lepus californicus)
Rodentia
Franklinrsquos Ground Squirrel (Spermophilus
franklinii)
Thirteen-lined Ground Squirrel (S
tridecemlineatus)
Black-tailed Prairie Dog (Cynomys
ludovicianus)
Plains Pocket Gopher (Geomys bursarius)(fur-
lined pouch)
Plains Pocket Mouse (Perognathus
flavescens)
Beaver (Castor canadensis)
Eastern Woodrat (Neotoma floridana)
Meadow Vole (Microtus pennsylvanicus)
Muskrat (Ondtra zibethicus) (laterally
compressed tail)
Porcupine (Erethizon dorsatu
Carnivora Despite the name of the order not all are carnivorous Many are omnivores (most bears and raccoons)
and some are even herbivores (giant panda)
Most carnivorous mammals have 3 up and 3 down relatively small incisors and 1 up and 1 down large
canine teeth on both sides of the incisors
Common species found in this area include
Family Canidae Coyote (Canis latrans) Red fox (Vulpes vulpes)
Family Procyonida Raccoon (Procyon lotor)
Family Mustelidae
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27
Long-tailed Weasel (Mustela nivalis)
Least Weasel (M nibalis)
Mink (Mustela vison)
Badger (Taxidea taxus)
Striped Skunk (Mephitis mephitis)
River Otter (Lutra canadensis)
Family Felidae Bobcat (Felis rufus)
Artiodactyla Mule Deer (Odocoileus hemionus) White-tailed Deer (O virginianus
References National Audubon Society Field Guide to North American Mammals by John O Whitake Jr Robert
Elman Carol Nehring (Alfred A Knoph Inc 1994)
Guide to Mammals of the Plains States By J Knox Jr Davide M Armstrong Jerry R Choate (University
of Nebraska Press 1985)
The Nuts and Bolts Know important characteristics especially-
Mammary glands Sweat glands Sebaceous glands Hair sometime during their life
4 chambered heart
Though these critters look like a rodent
Donrsquot confuse them for a moment
They sport small eyes and ears out of view
Their teeth are small sharp and more than a few
They are made up of one mole and shrews three
So in what ORDER can they be
Commonly seen species of Chiroptera number three And are known as the only mammals to swim through the air free They are normally seen at night and for finding food use echolocation rather than sight Now I know you know what they be But go ahead and name all three These mammals have what humans claim to be a disgusting habit of defecating undigested pellets and eating them again What are they Chewing the cud is normal for this group and so is walking on their two middle toes Name the common species found in this area
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28
AMPHIBIANS
Basic Characteristics
1 Skin naked No scales or hair
2 Eggs do not have shells but are jelly like
Laid in clusters always in water
3 Ectodermic
4 Can breathe through permeable skin
5 Spend all or part of life in water
6 Adults are carnivores Size of head
determines size of prey
7 Incomplete lung development
DIFFERENCES BETWEEN REPTILES AND AMPHIBIANS
Reptiles
1 Ectodermic
2 Covered with scales or plates
3 Shed skin
4 Most not do not live in or around water
Amphibians
1 Ectodermic
2 Smooth slimy skin without scales
3 Do not shed skin
4 Spend all or part of life in water
5 Go through metamorphose
Listed below are the orders and examples of common species found in Nebraska
More Species found in Core Curriculum Binder
Salamanders (Order Urodela)
Small-mouth Salamander (Ambystoma
texanum) Occurs in eastern Nebraksa
Tiger Salamander (A tigrinum) Occurs
throughout the state
Frogs and Toads (Order Anura) Thirteen species occur in Nebraska
Pelobatidae or Spadefoot Family
Plains Spadefoot (Spea bombifrons) Occurs throughout Nebraska expect southeast
Ranidae or True Frog Family Plains Leopard Frog (Rana blairi)
Northern Leopard Frog (Rana pipiens)
Bullfrog (Rana catesbeiana
Microhylidae or Narrow-mouthed Family Plains Narrowmouth Toad (Gastrophryne olivacea)
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29
Bufonidae or Toad Family
American Toad (Bufo americanus) Occurs only
in eastern part of the state
Great Plains Toad (Bufo cognatus) Occurs
throughout the state
Woodhousersquos Toad (Bufo woodhousei) Occurs
throughout the state
Hylidae or Tree Frogs
Northern Cricket Frog (Acris crepitans) East
and central Nebraska
Western Striped Chorus Frog (Pseudacris
triseriata amp P maculata) Occurs throughout the
state
Copes Gray Treefrog (Hyla chrysoscelis) Found
in eastern part of state
Resources Reptiles and Amphibians of Nebraska ndash herpetology database httpsnrsunleduherpneb
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30
REPTILES Basic Characteristics
1 Ectothermic (cold-blooded) Body temperature is the same as the temperature of its surroundings
2 Dry skin covered with scales or plates
3 Teeth if present are needle-like or conical
4 Skin shed in one piece or several pieces at intervals
5 Lay soft shelled eggs or young born alive in a membranous sac
6 Lung breathing
There are four groups
Lizards - Short-legged long-bodied reptiles
Taped tail Size varies from 4- inch long fence
swift to 10 foot Kamodo dragon
Snakes - Legates cousins of lizards
Turtles - Armored shells
Crocodilians - Crocodiles Alligators Caimans
REPTILE VOCABULARY
Antivenin An antidote to the venom of
venomous snakes produced by inoculating
horses with small doses of venom Horses build
up an immunity or resistance The horsersquos
blood is used to make the antivenin
Blue Stage Refers to the condition of a snake
prior to shedding
Carapace Dorsal (covering the back) shell
Constrictor A term used in describing a snake
that kills its prey by constriction
Ectothermic Not able to control body
temperature (Cold-blooded) Dependent upon
environment to control body temperature
Egg Tooth A sharp projection located in front
of nose on upper jaw Used by infant reptiles to
cut through eggshell
Fangs Grooved or tubular teeth used to inject
venom
Hemotoxin Venom that attacks the blood
Herpetologist A specialist in reptiles
Jacobsonrsquos Organ A tastesmell sense organ
with two small openings located on roof of
mouth
Thermal Pit A heat sensory pit on side of head
between nostril and eye Allows snakes to track
warm-blooded animals and to strike accurately
especially at night Found only in venomous
snakes known as pit vipers
Neurotoxin Venom that attacks the nervous
system
Oviparous Lays egg
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31
Ovoviviparous Give birth to live young Egg
developed in female and then deposited as a
living young
Plastron Ventral (covering the belly) shell
Reticulated Net-like pattern on skin
Scales Folds of skin covering reptiles
Scutes Single section of shell each sell is made
up of many scutes
Toxic Poisonous
Toxin Poison
Undulating Type of snake locomotion typical of
most snakes - Leaves ldquoSrdquo shape track
Venom Poisonous fluid secreted from glands
and transmitted by bite or sting
Venomous Describes animal containing venom
gland
Nuts amp Bolts of Reptiles
Most reptiles are carnivores (eat meat) Many will eat only live food Some are herbivores (eat
plant material) as well as insectivores (eat insects)
Reptiles often found in water or underground for protection from predators and to help
regulate body temperature Air temperature can change quickly but water and soil
temperature are more constant therefore it helps to regulate the reptiles body temperature
Because they are ectothermic many reptiles live in places that are warm year round In colder
climates reptiles hibernate underground below the freeze line
Most reptile lay eggs and are called oviparous Eggs are buried in sand soil rotted logs etc and
kept warm only by heart from the sun or from rotting vegetation Very few reptiles stay around
to protect their eggs Some reptiles keep their eggs inside their bodies until they hatch and
produce live young (ovoviviparous) Example - garter snakes Very few reptiles care for or feed
their young Young are precocial able to look after themselves minutes after they hatch
Most snakes are harmless Even snakes that are venomous will not bite unless they are
cornered or stepped on Snakes are good and necessary animals They help control potential
destructive populations of rodents
Listed below are the orders and examples of common species found in Nebraska
ORDER CHELONIA Basic Characteristics
1 Contains all forms of turtles and tortoises
2 Has body enclosed in a shell made of
modified horny scales and bone Shell made of
two parts Carapace - upper part covering
animalrsquos back Plastron-under part covering
animalrsquos stomach amp chest
3Ribs and most of vertebrae attached to shell
4 Neck long and flexible and can usually be
withdrawn into shell
5 Have no teeth but jaws outfitted with horny
beaks
6 All lay eggs Usually bury eggs in pit in sand or soil Hatchlings must dig themselves to the surface
NEBRASKA MASTER NATURALIST Explore Contribute Connect
32
Examples of Turtles found in Nebraska Snapping Turtle (Chelydra serpentina)
Blandingrsquos Turtle (Emydoidea (Emys)
blandingii) Protected Species
False Map Turtle (Graptemys
pseudogeographica) Protected Species
Ornate Box Turtle (Terrapene ornata)
Smooth Softshell (Apalone mutica)
Spiny Softshell (Apalone spinifer
SUBORDER LACERTILA (lizards) Basic Characteristics
1 Dry scaly skin clawed feet external ear
openings
2Have movable eyelids - snakes do not
3 Males and females often show different
coloration
4 Generally diurnal but many nocturnal
(geckos night lizards Gila Monsters)
5 Courtship brief fertilization is internal
6 Most are egg layers
Examples of Lizards of Nebraska
Six-line Racerunner (Cnemidophorus sexlineatus Five-line Skink (Eumeces fasciatus)
Many-lined Skink (Eumeces mulitvirgatus)
Great Plains Skink (Eumeces obsoletus)
Slender Glass Lizard (Ophisaurus attenautus)
Lesser Earless Lizard (Holbrookia maculate)
Northern Prairie Lizard (fence lizard)
(Sceloporus undulates)
SUBORDER SERPENTES (Snakes) Basic Characteristics
1 Elongated scaly bodies (to protect from water
loss) no limbs external ear opening or eyelids
(eye covered with a clear scale)
2 Terrestrial subterranean arboreal
amphibious
3 Carnivores swallow prey whole
4 Continue to grow throughout their lives
6 Hibernate in colder climates
7 Males locate females by scent
8 Internal fertilization
9 Some lay eggs others bear live young
11 Vipers (venomous snakes) have heat-
sensing organs called thermal pits
NEBRASKA MASTER NATURALIST Explore Contribute Connect
33
12 Teeth slanted back If one is lost another drops down in itrsquos place
Examples of snakes found in Nebraska
Black Rat Snake (Elaphe obsoleta)
Great Plains Rat Snake (Elaphe guttata)
Bullsnake (Pituophis catenifer)
Common Kingsnake (Lampropeltis getula)
Eastern Hognose Snake (Heterodon
platyrhinos)
Western Hognose Snake (Heterodon nasicus)
Glossy Snake (Arizona elegans)
Milk Snake (Lampropeltis triangulum)
Plains Garter Snake (Thamnophis radix)
Common Garter Snake (Thamnophis sirtalis)
Racer (Coluber constrictor)
Pit Vipers
Copperhead (Agkistrodon contortrix) found in extreme southeast Nebraska
Massasauga (Sistrurus catenatus) Found in southeast Nebraska Protected Species
Prairie Rattlesnake (Crotalus viridis) Found in central and western parts of the state
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 34
Birds What Makes a Bird a Bird IMPORTANT CHARACTERISTICS
So what makes a bird a bird All birds share one common characteristic that no other animal has and
that is FEATHERS Other characteristics include
Maintain high constant body temperature Endotherms (warm-blooded)
Possess toothless beaks or bills
All lay hard-shelled eggs (oviparous)
Air sacs in birdrsquos body give buoyancy
Generally bones are hollow Decreases body weight
Four-chambered heart
Lend Me Your Ear Yes birds have ears but they are missing the pinna or outside part of the ear that collects sound Birds
have feather-covered openings on both sides of the head just behind the eyes Owls and other night-
flying birds have off-setting ears that allow them to pinpoint the exact position of prey
Can birds smell We are not quite sure how well most birds smell We do know vultures use the sense of smell to find
their dinner The champion bird sniffer belongs to kiwi found in New Zealand They are able to sniff out earthworms Some diving birds like cormorants cannot even breathe through their nostrils because they are sealed Ocean birds have special glands in their noses which eliminates salt from the salty water they drink
Eggs Birds lay hard-shelled eggs made mostly of carbon carbonate The hard shell keeps the egg from drying
out and allows parents to sit on it without damaging the developing chick Though the shells are hard it
does not mean that they are non-porous Microscopic pores allow the embryo to ldquobreatherdquo Carbon
dioxide and oxygen can pass through the shell
Eggs come in all sizes colors and patterns We believe that the different colors and patterns are
intended as camouflage Blue and green eggs are found in nests that are in the shade Patterned eggs
blend in with vegetation and stones and white eggs are normally found in cavities
The shape of eggs also depends on where a bird nests The most common shape is oval A pointed egg
is usually found near ledges Round eggs are generally found in highly secure nests
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 35
Commonly Seen Bird Families of Nebraska
Grebes (Family Podicipediae ndash rump foot)
WHAT TO LOOK FOR
Sleek diving waterbirds - small to medium size
Most have sharp pointed bills with fairly long necks short wings and almost no tail
Have lobed toes and legs set far back on body
Common Nebraska species - Pied-billed horned eared western and Clark grebes
Pelicans (Family Pelecanidae ndash an ax)
WHAT TO LOOK FOR
Very large waterbirds
Huge bills with large distensible pouches
Most are white with black flight feathers ndash wingspan 6-9 feet
Common Nebraska species ndash American White Pelican
Cormorants (Family Phalacrocoracidae ndash bald raven)
WHAT TO LOOK FOR
Large diving waterbird shaped like an elongated goose
Long neck and long bill hooked at the end
Wing span 3-5 feet Mostly dark in color
Common Nebraska species ndash Double-crested cormorant
Herons Egrets and Bitterns (Family Ardeidae - )
WHAT TO LOOK FOR
Medium to large wading birds
Usually with long legs bills and S-shaped neck
Short rounded tails
Common Nebraska species ndash American and least bitterns great and snowy egrets little
blue egret cattle egret great blue green black-crowned night and
yellow-crowned night herons
Ibises (and Spoonbills) (Family Threskiornithidae ndash sacred bird)
WHAT TO LOOK FOR
Medium to large wading birds
Long necks and legs with a duck-like body
Long tapering down-curved bill Common Nebraska species ndash white-faced ibis
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 36
Vultures (Family Cathartidae ndash cleanser)
WHAT TO LOOK FOR
Large soaring scavengers
Resemble eagles and large hawks in flight
Head and neck void of feathers bill hooked
Hold wings in a raised V-shape (dihedral)
Common Nebraska species ndash turkey vulture
Duck Geese and Swans (Family Anatidae ndash waterfowl)
WHAT TO LOOK FOR
Medium to large waterbirds
Large heads with conspicuous and horizontally flattened bills
Long necks heavy bodies relative short tails webbed feet and long wingspan Major differences between duck geese and swans
Ducks
Smallest of the three Have a soft swelling about the nostrils called a cere
Males of most ducks are easily separated from females by their gaudier plumage Feathers are
molted twice a year
Most males change into nuptial plumage after pair formation in the fall There may be some
modification of shape of a single feather or entire regions of plumage
Most species are sexually mature at 9 - 11 months
Males take no part in incubation
Geese
Neck shorter than body
Lore (area between eye and bill) feathered and more bluntly triangular than ducksrsquo
Sexes are similar
Permanent pair bonding
Molt once per year postnuptially
Sexually mature at 3 years
Males protect female clutch and brood after hatching
Young stay with parents for almost a year
Legs of most geese are farther forward under the belly than those of typical swans and ducks
Swans
Longest necks - necks slightly longer than body
Lore is naked
Sexes are similar
Molt once per year postnuptially - parents molt one after the other so one is able to fly
Young are carried on parentsrsquo backs
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 37
Sexually mature at 4 -5 years
Hawks and Allies (Family Accipitridae ndash to grasp or take)
Medium to very large diurnal raptors
Hooked beak strong legs and sharp talons
Buteos (buzzard hawks)
Stocky with broad wings wide tails
Soar and wheel high in the sky
Common Nebraska species ndash red-shouldered broad-winged Swainsonrsquos red-tailed
ferruginous rough-legged hawks
Accipiters (true hawks)
Small heads short rounded wings longish tail slender bodies
Fly with several rapid beats and a glide Common Nebraska species ndash sharp-shinned hawk Cooperrsquos hawk northern goshawk
Harriers
Slim body with slim round-tipped wings
Fly in open country gliding low with wings lifted in a V (dihedral)
Species in Nebraska - northern harrier
Kites
Small falcon shaped buoyant gliders not power-fliers
Common Nebraska species ndash Mississippi Kite
Osprey
Soar high on long swept-back wings
Broad tail short-headed appearance
Often travel in pairs
Eagles
Large very broad bodied with broad long plank-like wings massive head and bill
Soar steadily holding wings flat out to the side
Powerful wing beat on upstroke wings raised high Common Nebraska species ndash bald and golden
Falcons (and caracaras) (Family Falconidae - )
WHAT TO LOOK FOR
Small to large compact fast-flying raptors
Long pointed wings bent at the wrist - Strong rapid wing strokes
Common Nebraska species ndash American kestrel gyrfalcon peregrine falcon prairie falcon
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 38
Grouse Turkeys and Pheasants (Family Phasianidae ndash cock or fowl-like bird)
WHAT TO LOOK FOR
Ground dwelling birds with feather nostrils
Short strong bills and short rounded wings
Flight strong but brief
Males perform elaborate courting displays
Common Nebraska species ndash ring-necked pheasant sharp-tailed grouse greater
prairie chicken wild turkey
New World Quail ( Family Odontophoridae ndash bearing teeth)
WHAT TO LOOK FOR
Ground dwelling bird found in brushy habitat and other dense low foliage
Chunky rounded bodies and crests or head plumes
Chicken-like bill short rounded wings
Common Nebraska species - northern bobwhite
Rails and Coots (Family Rallidae - )
WHAT TO LOOK FOR
Marsh birds with short tails and stubby wings
Secretive and identified chiefly by call and habitat
Rails are laterally flattened ldquoThin as a railrdquo Coots are plumper and gregarious
Common Nebraska species ndash yellow rail black rail king rail Virginia rail sora common
moorhen American coot
Cranes (Family Gruidae - )
WHAT TO LOOK FOR
Tall stately wetland birds with long necks and long bills
Tertial flight feathers droop over rump in a bustle when standing
Fly with necks fully extended
Circle in thermals like raptors
Common Nebraska species - sandhill and whooping cranes
Plovers and Killdeer (Family Charadriidae ndash nocturnal waterbird)
WHAT TO LOOK FOR
Small to medium shorebirds that dart across the ground stop and then take off again Upright posture with medium length legs and long pointed wings
Rounded head large eyes thick neck with a short thick bill
Common Nebraska species ndash black-billed American golden snowy semipalmated piping
plovers and killdeer
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 39
Stilts and Avocets (Family Recurviostridae- bent bill)
WHAT TO LOOK FOR
Tall slim shorebirds
Long thin bill very long slender legs long neck striking black-and-white plumage Stilts have straight bills avocets have re-curved bills
Common Nebraska species ndash American avocets black-necked stilt
Sandpipers and Phalaropes and Allies (Family Scolopacidae ndash woodcock)
WHAT TO LOOK FOR
Diverse group of shorebirds
Long toes and long tapered wings
Bill and leg length varies but bill more slender than a ploverrsquos
Plumage browns grays and whites with reds and oranges during breeding season
All but one species have short elevated hind toe
Species found in Nebraska include common snipe ruddy turnstone phalaropes sandpipers
woodcocks godwits whimbrels willets etc
Dowitchers
WHAT TO LOOK FOR
Medium sized chunky dark shorebird
Long straight bills and distinct pale eyebrows
Feed in mud or shallow water in a rapid jabbing motion
Phalaropes
WHAT TO LOOK FOR
Often spin like a top in water when feeding
Female larger and more colorful than male
Male tends incubates and cares for chicks
Common Nebraska species ndash Wilsonrsquos and red-necked phalaropes
Gulls Terns and Allies (Family Laridae ndashsea birds)
Gulls
WHAT TO LOOK FOR
More robust with wider wings and longer legs than terns
Bill slightly hooked tail square or rounded - Seldom Dive
Common Nebraska species ndash Pomarine Jaeger Franklinrsquos little Bonapartersquos ring-
billed California Herring Thayerrsquos lesser black-backed glaucous
Sabinersquos gulls black-legged kittiwake
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 40
Terns
WHAT TO LOOK FOR
Graceful more streamline than gulls
Usually has a forked tail ndash most whitish with black cap
Sharp-pointed bill - Hoover and dive headfirst for fish
Common Nebraska species ndash Caspian common Foresterrsquos terns
Pigeons and Doves (Family Columbidae ndash dove)
WHAT TO LOOK FOR
Plump fast flying cooing voice
Short legs and necks and small heads short bills
Tail fan-like rounded or pointed
Pigeons larger than doves
Common Nebraska species ndash rock mourning Eurasian collared doves
Cuckoos Roadrunners and Anis (Family Cuculidae - )
WHAT TO LOOK FOR
Slender with a long tail at least half of the birdrsquos total length
Fairly large sturdy decurved (curving down) bill
2 toes forward 2 back (zygodactyls)
Common Nebraska species - black-billed cuckoo and yellow-billed cuckoo
Barn Owls (Family Tytonidae -)
WHAT TO LOOK FOR
Slim medium sized night hunter
Legs are long and sparsely feathered
Large head with large forward-facing immovable eyes
Heart-shaped face hooked beak and ghostly appearance
Typical Owls (Family Stigidae ndash night bird)
WHAT TO LOOK FOR
Generally night hunters
Large heads flatten face with large forward-facing immovable eyes hooked beak
Mottled appearance some with feather tuffs upright stance
Common Nebraska species ndash eastern screech great horned burrowing barred long-eared
short-eared northern saw-whet owls
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 41
Nighthawks and Nightjars (Family Caprimulgidae ndashgoat sucker)
WHAT TO LOOK FOR
Nocturnal or crepuscular
Big tail large eyes tiny bills surrounding a large gaping mouth
By day sit horizontally on limb or on ground
Easiest to identify by voice
Common Nebraska species ndash common nighthawk common poorwill chuck-willrsquos-widow
Whip-poor-will
Swifts (Family Apodidae ndash without feet)
WHAT TO LOOK FOR
Small to medium sized aerial foragers ndashspend most of life flying
Long sickle-shaped wings bending close to body and extremely short legs
Eat bathe drink and sometime mate in the air
Common Nebraska species - chimney swift white-throated swift
Hummingbirds (Family Trochilidae ndash small bird)
WHAT TO LOOK FOR
Tiny body long slender bill
Distinctive blur and hum of hovering wings
Jewel-like throat feather found on male
Common Nebraska species ndash ruby-throated broad-tailed and rufous hummingbirds
Kingfishers (Family Alcedinidae - kingfisher)
WHAT TO LOOK FOR
Small to medium size
Thickset with short neck and tail small feet
Large head with a ragged crest and long strong bill
Sit on lines and low branches near water or hovers above water
Plunges head first into water to catch fish
Common Nebraska species ndash belted kingfisher
Woodpeckers (Family Picidae ndash woodpecker)
WHAT TO LOOK FOR
Arboreal (tree) birds
Vertical posture creep up trees
Strong chisel-like bill short legs stiff tail feathers rounded wings
Undulating flight pattern and characteristic bill drumming
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 42
Common Nebraska species ndash Lewisrsquos red-headed red-bellied hairy downy woodpeckers
yellow-bellied and red-naped sapsuckers northern flicker
THE PASSERINES Feet adapted to perching
Tyrant Flycatchers (Family Tyrannidae - lord ruler king)
WHAT TO LOOK FOR
Small to medium perching bird
Large head broad flattened bill pointed wings short legs
Bristly ldquowhiskersrdquo at base of bill
Sit upright on exposed branch and dart out to catch insects
Common Nebraska species - flycatchers pewees kingbirds phoebes kingbirds
Shrikes (Family Laniidae ndash butcher)
WHAT TO LOOK FOR
ldquoButcher birdsrdquo ndash impale prey on thorns (may be to attract a mate and mark territory)
Robin-size bird with hooked bill and masked face with hawk-like behavior
Black gray and white birds
Common Nebraska species - northern and loggerhead shrike
Vireos (Family Vireondae ndash small bird)
WHAT TO LOOK FOR
Small olive- or gray-backed bird with short sturdy cylindrical slightly hooked bill
Can have wing bars and eye-rings or have eye stripes and no wing bars
Often confused with warblers but are chunkier bigger headed thicker billed
Common Nebraska species ndash white-eyed Bellrsquos yellow-throated plumbeous
Cassinrsquos blue-headed warbling Philadelphia red-eyed
Crows and Jays (Family Corvidae ndash raven)
WHAT TO LOOK FOR
Large perching bird with strong longish all-purpose bill to handle variety of foods
Nostrils covered with feathers
Legs scaled in front and smooth behind
Harsh voice and noisy
Bold gregarious
Common Nebraska species - black-billed magpie American crow
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 43
Larks (Family Alauidae ndash lark)
WHAT TO LOOK FOR
Ground dwellers of open fields ndash seldom seen in trees and shrub
Walk rather than hop have an elongated hind toe
Slender billed seed and insect eaters
Yellowwhite face with black facemask horns and breast band
Has musical song often sung in display flight
Common Nebraska species ndash horned lark
Swallows and Martins (Family Hirundinidae ndash swallow)
WHAT TO LOOK FOR
Slim streamline bodies with long pointed angled wings
Tail forked or squared legs and feet inconspicuous
Bill short and wide
Fluid aerialists ndash dart about catching insects
Flocks perch in long rows on branches and lines
Common Nebraska species ndash purple martin northern rough wing bank cliff barn swallows
Chickadees and Titmice (Family Paridae - )
WHAT TO LOOK FOR
Small plump sociable birds with short bills and wings
Active agile ndash often hang upside down to feed
Many times roam in little bands (often leading the group) in search of food
Chickadee ndash no tuff of feathers on head Titmice ndash tufted Common Nebraska species ndash black-capped chickadee tufted titmouse
Nuthatches (Family Sittidae ndash birds that peck bark of tree)
WHAT TO LOOK FOR
Small stout tree-climbers with slightly upturned strong woodpecker-like bills
Stubby squared off tails
Walk down trees headfirst Common Nebraska species ndash red-breasted and white-breasted nuthatches
Creepers (Family Certhiidae -)
WHAT TO LOOK FOR
Small slim tree-dwellers with stiff tails and slender downward curving bill
Primarily brown
Common Nebraska species ndash brown creeper
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 44
Wrens (Family Troglodytidae ndash cave dweller
WHAT TO LOOK FOR
Small stumpy energetic brown birds
Bill slightly down turned loud song
Tails often in ldquocockedrdquo or up-tilted position
Common Nebraska species ndash rock house winter marsh wrens
Kinglets (Family Regulidae -)
WHAT TO LOOK FOR
TINY very active songbirds ndash only certain hummingbirds smaller
Can hover will feeding
Greenish plumage with bright colored crowns Short tails
Common Nebraska species ndash ruby-crowned and golden-crowned kinglets
Gnatcatchers (and Old World Warblers) (Family Sylviidae - )
WHAT TO LOOK FOR
Small birds with slender pointed bills surrounded by rectal bristles
Drab plumage with seasonally changing head patterns
In constant motion
Common Nebraska species ndash blue-gray gnatcatcher
Thrushes (Family Turdidae -)
WHAT TO LOOK FOR
Large-eyed upright postured songbirds - known for their singing ability
Bill is slender straight but not sharp
Often hop along the ground looking for food
Common Nebraska species ndash eastern bluebird veery gray-cheeked Swainsonrsquos hermit
wood thrush American robin
Mockingbirds and Thrashers (Family Mimidae ndash imitator mimic)
WHAT TO LOOK FOR
Well known for their vocal and mimicking ability
Have short rounded wings long legs and tails
Long down-curved bills
Common Nebraska species ndash gray catbird northern mockingbird brown thrasher
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 45
Starlings (and Mynas) (Family Sturnidae - )
WHAT TO LOOK FOR
Medium sized chunky glossy birds with short tails sharp bills
Short triangular to rounded wings
Gregarious bold birds
Pipits (and Wagtails) (Family Motacillidae -)
WHAT TO LOOK FOR
Slender billed brownish ground dwellers with long back toe
Walk briskly rather than hop along the ground
Most species bob their tails up and down
Common Nebraska species ndash American pipit
Waxwings (Family Bombycillidae ndash silk tail)
WHAT TO LOOK FOR
Birds with sleek crest that can be erected
Plump-bodied birds with pointed wings with red waxy tips of secondaries
Bill is small wide and notched high thin calls
Square tail with terminal yellow band
Common Nebraska species ndash Bohemian and cedar waxwings
Wood Warblers (Family Parulidae -)
WHAT TO LOOK FOR
Brightly colored (mostly yellow) birds
Smaller than sparrows with thin needle-like bills
Common Nebraska species ndash approx 34 warblers ovenbirds yellow-breasted chats and
waterthrush
New World Sparrows (Family Emberizidae -)
WHAT TO LOOK FOR
Small to medium-sized birds - often brown streaked appearance
Rounded wings cone-shaped bills
Common Nebraska species ndash 20 sparrows towhees longspurs dark-eyed juncos snow and
lark buntings
Cardinals and Allies (Family Cardinalidae )
WHAT TO LOOK FOR
Medium to large songbirds
Have large cone-shaped bills
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 46
Males often very colorful
Common Nebraska species ndash northern cardinals rose-breasted and black-headed grosbeaks
indigo bunting dickcissel
Blackbirds Orioles and Allies (Family Icteridae)
WHAT TO LOOK FOR
Medium to large songbirds with strong straight bills
Strong-direct flight
Plumage varies from iridescent black to yellow to orange
Common Nebraska species ndash Bobolink eastern and western meadowlarks red-winged and
rusty blackbirds common and great-tailed grackles orchard Baltimore and
Bullockrsquos orioles brown-headed cowbird
Finches and Allies (Family Fringillidae)
WHAT TO LOOK FOR
Small to medium songbirds
Have conical bills and forked relatively short tails
Fly fast and undulate through the air giving high-pitched calls in flight
Common Nebraska species ndash gray-crowned rosy purple Cassinrsquos house finches red
crossbill white-winged crossbill common redpoll pine siskin American goldfinch
evening grosbeak
Old World Sparrows (Family Passeridae)
WHAT TO LOOK FOR
Stouter bodies shorter legs and thicker bills than native sparrows
Have a simple song repeating single elements with no particular rhythm or beginning
And end vocalize all day and year-round
Common Nebraska species ndash house sparrow (introduced)
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 47
Geology and Natural History of Nebraska
Being Developed by Jon Garbisch Cedar Point Biological Station jgarbisch2unledu
bull Geological history of Nebraska
bull Present geological formation of regions
bull General soil types
bull Geological landforms and related habitats
What we currently use
Theme
Nebraska geology formed over millions of years through the erosion of mountains the deposition of
sediments and the flow of water and ice shaping the landscape that we call home
Goal
Attendees will develop an understanding of the natural processes that influenced and built Nebraska
and in so doing develop a greater appreciation for the geology and how it relates to all other aspects of
the statersquos identity
Objective(s)
The Master Naturalists attendees will be able to use the knowledge they have gained to better
understand the surface and subsurface geology at any location in the state that they may find
themselves working
How will it be measured
Attendees will be able to use the knowledge gained to actively interpret general Nebraska geology by
completing activities in the form of hand-out diagrams biostratigraphic fossil correlations
interpretation of rock type hand specimens and visual description of the Geology on the trail at Camp
Brewster Fontenelle Forest
Introduction
Nebraska geology formed over millions of years through the erosion of mountains the deposition of
sediments and the flow of water and ice shaping the landscape that we call home (Hand out agenda)
Geology is rooted in the 3 rock groups that exist on planet Earth and so familiarity with
o these groups gives us a solid foundation for all other geologic interpretation
A half hour will be spent handling examples from each rock group
o 3 groups 3 tables with one rock type on each table each group spends 10 minutes at
each table
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 48
The Geologic Time Scale is a record over time of the Earths major geologic events and we
can use it to help us understand how and when Nebraska took shape
The natural agents of change which have shaped our state include oceans rivers wind
o and ice
The geologic time periods in Nebraska are represented by rock layers (or not) which occur all
around the state and have been named so that no matter where you are in the state you can
correlate the strata to the time scale (fossilsisotopes)
6 Geologic Principles will be discussed so that when the MN is in the field they can be used as an
aid in basic geologic interpretation
Conclusion
Nebraska geology formed over millions of years through the erosion of mountains the deposition of
sediments and the flow of water and ice shaping the landscape that we call home Geology supplies us
a record of the events that have shaped our Earth by learning the language in which the Earth script is
written we will be able to interpret and share the story of our state of Nebraska This understanding will
aid in us in relating to other areas influential and important to the state
Places to Go (places to see examples of Nebraska geology)
a Agate Fossil Beds National Monument Lower Miocene fossil mammal site including abundant body fossils of ancient mammals and prominent fossil rodent burrows
b Ashfall State Park Upper Miocene fossil mammal assemblage found in ash derived from an eruption of a predecessor to the Yellowstone volcanic field c Chimney Rock National Historic Site Oligocene and Lower Miocene continental sedimentary rocks deposited as sediments by wind and steams
d Hummel Park (Omaha) outcrops of Pleistocene glacial till and loess
e Lincoln area Capitol Beach Lake and history of saline waters and salt industry flooding history of Antelope and Salt creeks building stones in downtown area brick industry University of Nebraska State Museum
f Louisville area outcrops of Upper Pennsylvanian marine sedimentary rocks
g Valentine area and Niobrara National Wildlife Refuge Niobrara River Canyon and Cenozoic stratigraphy
h Niobrara State Park Upper Cretaceous marine sedimentary rocks (Niobrara Formation and Pierre Shale) landslides along Missouri River anthropogenic changes in Missouri River Niobrara River and Mormon Canal
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 49
i Downtown Omaha removal of loess from hills in downtown area engineering of Missouri River (eg groins bank armoring etc) visible at Bob Kerrey Memorial Bridge deep bedrock water wells at old industrial sites
j Platte River State Park Upper Pennsylvanian marine sedimentary rocks and overlook of Platte River
k Ponca State Park Upper Cretaceous marine sedimentary rocks (uppermost Dakota Formation through Greenhorn Limestone)
l Rock Creek State Historical Park middle Cretaceous Dakota Formationmdashfluvio-estuarine continental deposits
m Schramm Park Upper Pennsylvanian marine sedimentary rocks
n Scotia and Happy Jack Chalk Mine Upper Miocene lake deposit In Ogallala Group
o Scotts Bluff National Monument Oligocene and Lower Miocene continental sedimentary rocks deposited as sediments by wind and steams
p Smith Falls State ParkCenozoic stratigraphy Niobrara River waterfalls as knick points
q Toadstool Park and nearby areas continental sedimentary rocks of upper Eocene Chadron Formation Pine Ridge escarpment Trailside Museum and Ft Robinson State Park
r Weeping Water area Upper Pennsylvanian marine sedimentary rocks
s Wildcat RidgeHillsescarpment on Oligocene and Lower Miocene continental sedimentary rocks deeply eroded into canyons buttes and pinnacles by stream erosion during and after the Late Pliocene
t Indian Cave State Park and Iron Horse Trail south of Peru Upper Pennsylvanian Indian Cave Sandstone (fluvio-estuarine deposit) and sandstone cave
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 50
North American Model and Outdoor Skills Developed by Jeff Rawlinson Assistant Division Administrator Information and Education Nebraska Game and Parks Commission jeffrawlinsonnebraskagov
OUR North American Model of Conservation
Perhaps no other story is more compelling and more important in American history as that of how
our natural resources came to be one of the most important elements in our lives The history of our citizenryrsquos strong land ethic ties us to the natural world long after other nations have forgone this relationship We value how the common person from a common family can participate in the thrill of the chase experiencing wildness to its fullest
The North American Model of Conservation is a philosophy that the United States and Canada have
developed to manage wildlife in a sustainable way Historians debate how this land ethic began Some
say our model of conservation began in 1937 with the passage of the PittmanRobertson Act a move that provided funding for wildlife conservation at the national and state level The source of this funding came from the sale of hunting and shooting equipment Others may say that it began when the conservation giant President Theodore Roosevelt brought management of natural resources to the
political forefront Others would argue our Model of conservation was birthed under the Magna Charta which transferred the ownership of wildlife from the King of England and the English nobles to the all of
the people of England In reality however our Model has been under development for several hundred years combining what we have learned from other nations peoples cultures and experiences to shape a philosophy ingrained in our culture supported by hunters anglers and shooting sports enthusiasts
benefiting all wildlife and wild lands in the United States
First Wildlife Managers The concept of managing wildlife or natural resources was not conceived by our young nation For
thousands of years humanity has been manipulating and controlling the land and all its inhabitants to benefit our needs Ever since the first hunter followed that wooly creature across the Bering Straight embarking on an epic journey that would result in settling of North America man has ldquomanagedrdquo
wildlife in North America
Throughout history many leaders have shown some element of concern or conservation ethic towards wildlife The great Kublai Khan grandson of Genghis Khan and founder of the Yuan Dynasty in China forbade harvesting of many species of wildlife during critical reproductive months of March
through August so species could ldquoincrease and multiplyrdquo Conservation of wildlife is even found in Mosaic Law in Deuteronomy 226 representing some of the first written wildlife management idealsmdashldquo If you come across a birdrsquos nest in any tree or on the ground with young ones or eggs and
the mother sitting on the young or on the eggs you shall not take the mother with the youngrdquo (English Standard Version 2001)
As populations expanded throughout Europe wildlife resources fell under ownership of powerful kings
who enacted harsh punishments for anyone found taking the kingrsquos game In 1215 a rebellion against King John of England resulted in the Magna Charta transferring ownership of lands and game from the crown to the people This ldquoprivatizingrdquo of wildlife ownership had profound impacts America over 500 years later
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 51
Era Of Abundance (1600 ndash 1850) When our forefathers first landed on the eastern shores of America they brought with them science
religion and a new hope They found plentiful game and soon began a relationship with the land that provided them with many of their daily needs Wildlife was viewed as a limitless resource in a relatively untapped land These early settlers had left Europe where few had access to wildlife and entered a world where everyone had access Furs feathers hides all had value to this young country In 1776 the Declaration of Independence revoked the Kingrsquos rights to land and people in this new world After a
bloody war led by revolutionaries such as Washington Hamilton Jefferson and Adams the United States gained its independence and the land and wildlife belonged to everyone
Era Of Exploitation (1850 ndash 1900)
The 1800s brought a commercialization of our wildlife resources Market hunting and habitat
destruction began to decimate wildlife populations such as the American Bison and Passenger Pigeon After the American Revolutionary War and the Civial Warmdashwhich nearly destroyed our ldquodemocratic
experimentrdquo all togethermdashfew people were looking after the interest of wildlife and even fewer rules
existed governing the management of a resource everyone had ownership of yet no one had responsibility for
The railroad provided settlers with the means to access new lands expanding the markets for meats hides and fur Advancements in technology such as the repeating rifle further aided the unbridled
destruction of wildlife resources Yet throughout this era something positive was growing The people of this new nation were developing a relationship with the land By 1842 a Supreme Court ruling had huge impacts on this developing model of conservation resulting in a Public Trust Doctrine that would
further outline a model for conserving our natural resources Conservation was developing some direction but had no money or laws to support it
Era Of Protection (19001930) The early 1900s brought an industrial boom Abuse of natural resources had taken its toll and throughout the Nation and evidence of this abuse could be seen in the loss of species such as the
passenger pigeon near loss of the American bison and in many large mammals including whitetailed deer and our once numerous waterfowl species America was becoming an economic giant yet through
the roar of machines both political and metal a small voice could be heard It was the hunter and their voice was of concern for the direction our wildlife resources were heading Conservation minded men and women had continued a relationship with the land and the wildlife
Era of Game Management (1930 ndash 1966) The ldquodirty thirtiesrdquo were marked by the dust bowl and an impoverished nation Agricultural practices
unchecked by environmental stewardship had left the Nationrsquos heartland in ecological peril Politically the conservation movement was supported by the footings laid by Theodore Roosevelt New federal acts moved forward to provide for environmental protection due to the outcry of hunters in panic over the vanishing wildlife resources of the Nation
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 52
Wildlife conservation had support yet it lacked the science to properly manage our Nationrsquos resources A young biologist name Aldo Leopold changed all this with his writings including the book Game
Management which led to Universities across the country developing wildlife conservation programs These programs spawned a new breed of professional game managers who utilized science to support management methods that ultimately lead to the greatest wildlife conservation success story in the world In 1937 the PittmanRobertson Act provided thousands of jobs for young professionals along with ldquogame wardensrdquo supported by individual states to further the development of the Conservation Model
which now had science and funding to support it
Era of Environmental Management (1966 ndash Present) Science and funding led to a broadening view of conservation as focus shifted from managing ldquogame
animalsrdquo to managing the entire biota (environment and all living things in it) Further federal acts such
as the Endangered Species Act of 1966 and the National Environmental Policy Act of 1969 provided greater protection for species by a nation that had finally changed its course providing time to review
and perfect conservation efforts Recent acts such as the 1980 Farm Bill continued the effort to help
landowners provide quality habitat for wildlife and hunters by providing incentives to landowners to set aside highly erosive lands and plant them into wildlife habitat (grasslands) that benefit wildlife and hunters
The story of our unique model of conservation is still being written New challenges today threaten our
coveted resources and new professionals are entering the arena to further the plight of our Nationrsquos wildlife and hunting heritage
Seven Pillars of the Model
Seven main pillars have been highlighted as the foundation of support for the North American Model
of Conservation These include
The Public Trust The wildlife of the United States are owned by the people This is very different from the European Model where wildlife is privately owned The North American Model recognizes wildlife as a public
resource that is so important it can not be owned or managed by any one segment of our society but rather managed by professional state and federal entities for the benefit of all This concept known as
the Public Trust Doctrine began development in 1842 when the Supreme Court ruled that the Magna Charta had settled the question of who owns fish and wildlife and that King Charles II did not have the authority to give away the ldquodominion and propertyrdquo of lands in colonial America The court further ruled that since the American Revolution the people held public trust responsibilities for fish and wildlife except for rights specified in the US Constitution
Prohibition on Commerce
It was the hunter who brought forth stringent laws that protected wildlife from peril in the 19th
and 20th
centuries Because we all own and appreciate our wildlife as a national resource they should never find themselves on the public market to the highest bidder This path led to a largescale loss of many species
including the Passenger Pigeon and the near loss of the American bison As our country was developing these practices were common as people moved west in search of prosperity capitalizing on a land seemingly untouched by the modern world Today many laws in place serve to protect our most
valuable resourceshellipour wildlife
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 53
Democratic Rule of Law Each citizen of this great nation has the ability and responsibility to engage in healthy politics that serve
to support and protect sound wildlife conservation measures Our first conservation measures in this Country habitat restoration simple harvest restrictions and bag limits came from hunters people who respected the game they pursued and loved the wild places they chased them in The North American Model of conservation is built upon active public involvement instilling a value for wildlife in all citizens
Hunting Opportunity for All The Model was developed on the premise that all people regardless of political or economic standing could participate in and feel the thrill of the chase It is this unique Model that provides us with wildlife opportunities for all Americans Imagine how important this was to our fore fathers who left a brutal
King in England where only the aristocracy had any dream of pursuing wild creatures in wild places Our
wildlife laws ensure that each generation that comes after us will have the same opportunity to enjoy and appreciate wildlife
Nonfrivolous Use Our management of wildlife depends on a citizenry that loves and appreciates the wild creatures and the habitats necessary to their survival and our quality of life Wildlife may be utilized under strict rule of
law including utilizing the wildlife once harvested to its best potential Killing wildlife for the sake of killing can only lead to the numbing of hearts to wildlife and a profound lack of respect for our most
precious resources
International Resources
It was not until the 20th
century that hunters and wildlife lovers understood the importance of
managing wildlife at a much larger scale This became readily apparent with the passage of the
Migratory Bird Treaty Act of 1918 where nations came together to manage wildlife resources as a
collective Wildlife species do not recognize national or state boundaries Governments must work together to be effective in managing wildlife for the benefit of all The United States has made great
strides in this area with Mexico and Canada Our wildlife is not only a resource to us but to all continents they may call home throughout the year Our biologists must think globally to be effective locally
Scientific Management Although Theodore Roosevelt brought conservation to the political forefront it was a young forester from Iowa that made the study of wildlife management a science Aldo Leopold is considered by many
as the ldquofather of wildlife managementrdquo due to his tireless efforts to develop curriculum for future wildlife biologists Today our biologists earn their opportunity to manage wildlife through prominent
Bachelor Masters and Doctorate degree programs from Universities around the world Wildlife must be managed using fact science and the latest research We are constantly learning and adapting to new technology and changing environments For such an important resource we cannot afford to have it any other way
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 54
Nebraska Master Naturalist Specializations Certifying as a Specialist ldquoFollow your own natural geniusrdquo wrote Thoreau ldquoand it will not fail to show you a fresh prospect every hourrdquo Many of us learn by doing When our curiosity and interests carry us into deeper study of a given subject it can be helpful to have clear opportunities to pursue Thus the Nebraska Master Naturalist Program offers specialized voluntary training for those who are hungry to develop and apply their particular skill and personal understanding on behalf of our natural legacy Specializations are designed to create collaborators leaders and mentors in four key areas
Interpretation and Outreach
Outdoor Skills and Recreation
Resource Management
Citizen Science Master Naturalist Certification Requirements Annual Requirement o 8 Hours Training Annually o 20 Hours of Volunteerism Annually Master Naturalist Specialization Requirement One Time Requirement o 20 Hours of Training Total Specific to Specialization Annual Requirement o Additional 20 Hours of Volunteerism Annually Specific to Specialization (does not include initial Certification annual requirement hours)
OUTDOOR SKILLS AND RECREATION SPECIALIZATION The purpose of OUTDOOR SKILLS AND RECREATION is to promote activity and development of skills in the outdoor pursuits associated with natural resources Specializations are designed to create collaborators leaders and mentors in particular areas A Certified Nebraska Master Naturalist can complete the Outdoor Recreation Specializationby meeting the following requirements Complete at least one of the workshops or certification‐leading trainings listed below If specialized training is not listed below it can be approved upon request by the Master Naturalist Program Committee Specialized Training Options ‐
Hunter Education Instructor Certification 13 hrs
National 4‐H Shooting Sports Instructor Certification 32 hrs
Nebraska 4‐H Shooting Sports Shotgun Certification 12 hrs
Nebraska 4‐H Shooting Sports Archery Certification 12 hrs
Nebraska 4‐H Shooting Sports Rifle Certification 12 hrs
Nebraska 4‐H Shooting Sports Pistol Certification 12 hrs
Nebraska 4‐H Shooting Sports Muzzleloader Certification 12 hrs
National Archery in the Schools Program Basic Archery Instructor 4 hrs
NRA Range OfficerMaster Certification 8 hrs
Hunt Master Training Instructor 4 hrs
NRA Shooting Instructor 16 hrs
NRA Shotgun Instructor 16 hrs
NRA Rifle Instructor 16 hrs
Boater Education Instructor 12 hrs
Youth Fishing Instructor 5 hrs
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 55
American Canoe Association National CanoeKayak Instructor 16‐32hrs
National Camp SchoolBoy Scouts 16‐24 hrs
Wood Badge TrainingBoy Scouts 16‐24 hrs
Merit Badge Counselor TrainingBoy Scouts 2‐16 hrs
Conservation Leaders for Tomorrow 35 hrs
Wilderness First Aid 16‐32 hrs
Professional Trappers College 40 hrs
American Camp Association Instructor Training 8‐40 hrs
American Red Cross Instructor Training 2‐16 hrs
American Sailing Association Instructor Training 16‐24 hrs
Certified Horsemanship Association Instructor Training 24‐40 hrs
Leave No Trace Master Educator Training 40 hrs
National Outdoor Leadership School 280 hrs
Camp Cook School 32‐96 hrs
Professional Association of Diving Instructors Training 32‐96 hrs
Professional Mountain Bike Association Instructor Training 24 hrs
League of American Bicyclists Instructor Certification 24 hrs
Hunting
Shooting
Fishing
Trapping
Camping
Outdoor Cooking
Orienteering
Geocaching
Photography
Wildlife Viewing
Hiking
Biking
Birding
Becoming an Outdoors‐Woman Program
Wilderness First Aid
Wilderness Survival
Leave No Trace Educator
Service Options ndash Provide a minimum of 20 hours of service annually in the following or similar areas
4‐H leader and youth training outdoor recreation
Scout leader and youth training outdoor recreation
Wild About Nature
Flying WILD Educator or Facilitator Workshop
Becoming an Outdoors Woman (BOW)
Beyond Becoming an Outdoors Woman (BOW)
Family Camp
Learn to Hunt Program
National Archery in the Schools Program BAI training or greater
Mentor HuntHunt Masters Training
After School Programs
Others ndash Upon approval
Outdoor discovery programs volunteer
CRO at a shooting event
Assist with National or State shooting sports competitions
Family fishing day
Design or write a brochure
Develop or contribute to a website
Develop or contribute to a social networking site
Design or write a newsletter
Assist in fundraising
Plan an event or festival
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 56
Interpretation amp Education- Developed By Lindsay Rogers Nebraska Game amp Parks
Commission
Do not try to satisfy your vanity by teaching a great many things Awaken peoplersquos curiosity It is
enough to open minds do not overload them Put there just a spark If there is some good
inflammable stuff it will catch firerdquo
- Anatole France in The Earth Speaks
Session Objectives
To help participants understand the role education plays in sounds ecological conservation
To help participants learn about past and present conservationist and interpretive educators
To help participants learn components of quality education and interpretation
To have participants partake in quality interpretive education
To make sure participants understand that their role is to light the spark and awaken curiosityhellip not spew facts
Lecture Requirements
1 What is interpretation (5 minutes) a What does ldquointerpretrdquo mean b National Association of Interpretation definition of ldquointerpretationrdquo
i Interpretation is a mission-based communication process that forges emotional and intellectual connection between the interests of the audience and the meanings inherent to the resource
c Freeman Tilden Interpreting Our Heritage 1957 i Interpretation is an educational activity which aims to reveal meanings
and relationships through the use of original objects by first-hand experience and by illustrative media rather than simply to communicate factual information
d Components of interpretation i pleasurable or enjoyable
ii relevant to the world iii organized iv themed v sparks an interest
vi includes information but does not stop there links information to the world
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 57
vii age appropriate viii taught to someone not at them
2 What is education (5 minutes)
a What does it mean to ldquoeducaterdquo someone b John Dewey Democracy amp Education 2944
i Education in its general sense is a form of learning in which the knowledge skills and habits of a group of people are transferred from one generation to the next through teaching training or research
c Components of education i - generally presented to someone but not always
ii enjoyable sometimes iii provides knowledge and facts iv can make connections but not always v organized and themed
d Both education and interpretation are important they work together
3 Conservationists (10 minutes) a Jon Muir
i Immigrated from Scotland to Wisconsin in 1849 ii Attended the University of Wisconsin studies botany amp geology
iii Moved to the western US mainly the Sierra Nevada area iv Believed humans were part of the interconnected natural world v Advocated for the preservation of natural areas
vi Co-founded the Sierra Club b Aldo Leopold
i Iowa native attended Yale University ii After college he joined the US Forest Service was stationed in Arizona
and New Mexico iii Developed theories of land ethics the need for biodiversity and an
appreciation for wilderness areas iv Moved to Wisconsin in 1924 became a professor at the University of
Wisconsin v Regarded as the ldquoFather of Conservationrdquo
c Gifford Pinchot i Born in Connecticut in 1905
ii Studied at Yale studies forestry in France iii Named chief of the Division of Forestry (later to become the US Forest
Service) iv First chief of the US Forest Service greatly improved forest
management and increased the size of Forest Service lands
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 58
v Managed forests for the greatest good for the greatest number Pinchot added the phrase in the long run to emphasize that forest management consists of long-term decisions
d Steven Mather i Born in California attended Berkley University
ii Worked for the Pacific Coast Borax Company where he had a talent for promotion Started a competing company made millions
iii When revisiting Sequoia and Yosemite National Parks in 1914 he was appalled by the conditions of the national parks
iv Joined the Department of the Interior as the head of parks later created the National Parks System
v Professionalized the National Parks and helped to greatly grow protected lands
e Rachel Carson i Born in Pennsylvania in 1907 attended John Hopkins University for
graduate school ii Went to work for the US Bureau of Fisheries (later to become the US
Fish amp Wildlife Service) iii Wrote Silent Spring in 1962 The book created an awaking for Americanrsquos
to their responsibility to the environment and wildlife The book lead to the US Government banning the use of DDT
f Theodore Roosevelt i Born in 1858 in New York New York was a sickly child who stayed inside
studying natural history ii An avid outdoorsman he spent much time in the South Dakota Badlands
iii Became President in 1901 with the assignation of President McKinley iv Among many major accomplishments as president he started the
National Parks was instrumental in conserving about 230 million acres
4 Naturalist Interpreters (10 minutes) a Freeman Tilden
i Born 1883 worked as a newspaper columnist and author ii At age 58 he began working with the National Parks Service
iii While traveling to various National Parks he became concerned with the quality of interpretation
iv Wrote Interpreting Our Heritage in 1957 outlines 6 principles to quality interpretation forever changed the field of interpretation
b William Lewis i Worked as a ranger naturalist and interpreter trainer for the National
Parks Service ii Developed the approach of ldquoThematic Interpretationrdquo which requires the
interpreter to choose a central theme (major point) to guide the development of a program
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 59
iii Wrote Interpreting For Park Visitors c Sam Ham
i Director of Center for International Training and Outreach at the University of Idaho
ii Work has focused on applying communication theory to environmental conservation interpretation and on nature-based tourism and guide training
iii Wrote Environmental Interpretation (1992) d Ted Cable
i Professor of Park Management and Conservation at Kansas State University
ii Co-authored Interpreting Cultural and Natural Resources (2003) and Interpretation for the 21st Century Fifteen Guiding Principles for Interpreting Nature and Culture (2002)
5 Conducting an Interpretative Program Try and Fail (60 minutes + 120 minutes of activities throughouthellip see list of Suggested Activities below)
a Experiential Learning i The first time you tried to walk you failed The first time you rode a bike
you failed This is called experiential learning The first time you attempt an educational or interpretation program you will fail thatrsquos how we learn
ii Donrsquot be afraid to fail b Ask Questions about the ProgramPresentation before you commit to leading it c Plan your Program
i Generally I want my presentation to be about Specifically however I want to tell my audience about After hearing my presentation I want my audience to understand (what is the big picture you want them to take home)
1 You do not need (or want) to teach your audience everything you know your job is to light the spark
ii What will your tangibles and intangibles be 1 Tangibles are those things you can touch things you use to teach
when teaching a Examples include a tree a mammal pelt a skull a live
animal a prairie 2 Intangibles involve connecting the tangibles to concepts and the
ideas they represent intangibles are the meanings the relationships the processes the ideas the feelings and the beliefs
a Examples include food webs ecosystem health entropy ecology
iii People remember themes they forget facts
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 60
iv Plan for an organized presentation 1 Think about your overall theme smaller parts of the program and
your transitions v Stick to your theme
vi Determine what type of presentation you will have 1 PowerPoint (avoid) 2 Podium Presentation (avoid) 3 Active taking a hike playing a game etc 4 Hands-on touching feeling trying hearing smelling
vii Think about all the different kinds of learners 1 verbal-linguistic 2 logical-mathematical 3 visual-spatial 4 kinesthetic 5 musical-rhythmic 6 interpersonal (groups) 7 intrapersonal (individual) 8 naturalist
d Know your role as an educator 1 Provide facts and relationships not opinions 2 Allow participants to determine their own opinions and beliefs
using the facts amp relationships you provide them 3 PLAY ldquoFIRST IMPRESSIONSrdquo
e Prepare Prepare Prepare 1 Know the type of space and area you will have (indoor vs
outdoor small space vs vast area etc) 2 Plan for more that you are told 3 Plan for the weather (always expect it to be windy in Nebraska)
f Questions i Ask good questions
1 Is this a fox Vs How do you know this is a fox 2 Do you have any questions Vs What questions do you have
ii Be prepared for quality questions 1 What are the implications for describe the impact of what are
the reasons for iii Be prepared for ldquogoodrdquo questions
1 Do you have ewoks in the forest If a Mountain Lion and an Eagle were to fight who would win
2 Take all questions seriously Answer seriously g Model what you want to see the students do
i If you want a group of students to catch insects help them get active with them
ii This is true when working with children and adults
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 61
1 Working alongside students validates them and their learning h Be enthusiastic show your passion
i This is another form of modeling what you want to see in your students ii We need to excite students (no matter their age) about conservation
nature and the outdoors iii Have fun
6 Take Home Lesson Light the Spark and Donrsquot Be Afraid to Fail
Suggested Activities (amp potential mandatory activities)
Throughout the lesson conduct multiple games andor activities to model good interpretation
Suggested games include but are not limited to
1 Oh Deer (Project WILD) 2 First Impressions (to be done during section 5) (Project WILD) 3 The Long Haul (Project WET) 4 Sum of the Parts (Project WET) 5 Water Quality Ask the Bugs (Project WET) 6 Adaptation Artistry (Flying WILD) or Fashion a Fish (Aquatic Project WILD) 7 Avian Antics (Flying WILD) 8 Pollinators Meet Your Plants (Nebraska Project WILD wwwnebraskaprojectwildorg) 9 Scavenger Hunts (Nebraska Project WILD wwwnebraskaprojectwildorg)
Suggested Post-Readings
Interpreting Our Heritage Freeman Tilden 1957 (4th edition 2008)
ISBN-13 978-0807858677
Interpreting for Park Visitors William Lewis 1981
ISBN-13 978-0890620793
Environmental Interpretation Sam Ham 1992
ISBN-13 978-1555919023
Interpretation for the 21st Century Fifteen Guiding Principles for Interpreting Nature and
Culture Larry Beck amp Ted Cable 2002
ISBN-13 978-1571675224
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 62
Interpretation-Making a Difference on Purpose Sam Ham 2013
ISBN-13 978-1555917425
Foundations of Interpretation Curriculum Content Narrative National Parks Service 2007
httpwwwnpsgovidpinterp101foundationscurriculumpdf
Websites
National Association of Interpretation
wwwinterpnetcom
North American Association for Environmental Education
wwwnaaeeorg
Nebraska Alliance for Conservation and Environment Education
wwwnaceeorg
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 63
Safety in the Field
Developed by Rich Hawes Nebraska Master Naturalist rdhawes26msncom
Objectives
Raise awareness of Risk Managementassessment as part of event planning
Guidelines to safe activities for participants presenters and the environment
Present Leave No Trace Principals as part of all outdoor activities
Present resources for additional training or certification for outdoor activities
Hands on activities to encourage interest and to provoke thought and discussion
Hazards of the area
Outdoor hiking safety
Stewardship of the land and natural resources
Being flexible and working with ldquowhat you haverdquo
Outline
1 Outdoor Activities ndash Whatrsquos The Worst That Can Happen An Introduction to Event Planning and Risk Management
2 Leave No Trace Principals
3 Trip planning and Logistics
4 Health amp Safety
5 Youth Protection
6 Age Appropriate Activities
7 Resource Training and Certifications
a Standard First Aid CPRAED Wilderness First Aid
b Shooting Sports - Range Safety Officer or Instructor
c Hunter Safety Instructor
d Climbing COPE and Zip Lines
e Water Safety Instructor Life Guard Small Boat Handling
f Leave No Trace Trainer or Master Educator
g Tread Lightly Tread Trainer or Master Tread Trainer
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 64
Suggested Activities
CPR Scenario
First Aid Scenario
Weather Scenario
Lost Scenario
Online Resources
American Camp Association
Boy Scouts of America
Youth Protection
Safe Swim Defense
Safety Afloat
Climb On Safely
Weather Safety
Trek On Safely
(etc)
Leave No Trace
Nebraska Game amp Parks
Hunter Safety
Boating Rules amp Regs
National Rifle Association
(Archery groups)
American Red Cross
(wilderness medicine group(s))
NOLS
Tread Lightly
US Coast Guard
NEBRASKA MASTER NATURALIST Explore Contribute Connect
11
gravel pits alter the shoreline This taming of the Platte River is causing it to lose the very characteristics that make it unique and attractive to native wildlife The wide channels now must be maintained by mechanically clearing sand bars and low islands Audubon and other conservation organizations spend a considerable amount of time and money each year to keep the river clear The Platte River valley is now characterized by forest shrub and sandbar vegetation on the river floodplain lowland prairie and cultivated fields on the river terraces and an upland prairie on the loess bluffs along the ancient river escarpment The floodplain forest shrub and sandbar communities have developed on coarse textured alluvial soils adjacent to the river channel The forest communities have open canopies and are dominated by cottonwoods with an understory of red cedar and rough-leaf dogwood Green ash hackberry American elm red mulberry and slippery elm also occur in these areas Adjacent to the major river channel and in areas where the forests are limited to a narrow strip along the river bank low shrub islands and vegetated sandbars predominate Peach-leaf willow sandbar willow and indigo bush are the dominate shrub species Lovegrass nutsedge barnyard grass cocklebur and scattered willow and cottonwood seedlings characterize the vegetation on the low shrub islands and recently exposed sandbars
One of the sanctuaryrsquos most important tasks has been functioning as Audubonrsquos footprint on the Platte
River Audubon played a significant role in many battles to limit development on the Platte the final
being the defeat of Two Forks Dam near Denver in 1992 Today Audubon along with the Platte River
Whooping Crane Maintenance Trust the National Wildlife Federation Fish and Wildlife and Nebraska
Game and Parks plays a major role in keeping the river in its current condition One such program is
maintaining the wide channels on parts of the river which must be done mechanically to clear sandbars
and low islands
Tallgrass Prairie Ecoregion
Introduction
Once extended from eastern Nebraska to Indiana and from Texas to southern Canada
Today less than 1 remains
Approximately 2 of the remaining tallgrass prairie is found in Nebraska o Covers eastern fourth of state and extends along stream valleys of the Republican
Loup Platte and Niobrara
Shaped by glaciers wind and water
Mainly rolling hills intersected by stream valleys
Elevation from east to west 850 to 1700 feet above sea level
Receives 25-36 inches of annual precipitation
Average highs in the 90 degrees and lows of 10 degrees
Two major rivers o Missouri River
States largest river flowing approximately 350 miles in Nebraska
NEBRASKA MASTER NATURALIST Explore Contribute Connect
12
Drains approximately 529350 square miles of land (including entire state of NE) Forms eastern and northern boundaries of tallgrass prairie Historically more a mile wide and up to 20 feet deep with abundant sandbars
and forested island
Floodplain was a mosaic of oxbow lakes backwater marshes wet prairies and forests
Platte River ndash prairie river o Historically shallow braided channel up to 3 miles wide with many sandbars
Floodplain 15 miles wide and covered with lush wet meadows and freshwater marshes
Spring floods limited tree growth and created barren sandbars o Other streams include Papio Creek Turkey Creek and Bazile Creek
Wetland types o Saline wetlands
Found in the floodplain of Salt Creek and its tributaries in Lancaster and Saunders counties
Salinity originates from groundwater passing through an underground rock formation containing salts deposited by an ancient sea that once covered
Nebraska
o Todd Valley playas Small clay-lined depressions Seasonally and temporarily flooded Found in an ancient valley of the Platte called the Todd Valley
Vegetation of Tallgrass Prairies
Dominant vegetation ndash big bluestem Indiangrass switchgrass and Canada wildrye o Can reach six feet or taller
Hundreds of spp of wildflowers and forbs o Showy goldenrod prairie blazing star sky blue aster amp purple coneflower
Native woodland found mainly in fire-protected stream valleys and bluffs o Found in floodplains - Cotton woods willows boxelders American elms
Drier river bluffs o Oaks hickories basswood black walnut etc o Essential habitat for migrating birds
Wet meadows found in stream valleys o Sedges spike rushes prairie cordgrass and switchgrass
Marshes o Broad-leaf cattail bulrushes bur reed smartweeds and arrowheads
NEBRASKA MASTER NATURALIST Explore Contribute Connect
13
Birds
More than 300 spp of resident and migratory birds
Nesting waterbirds include o Wood duck green heron northern pintail blue-wing teal mallard
Grassland birds include o Henslowrsquos sparrow dickcissel grasshopper sparrow bobolink vesper
sparrow and Swainsonrsquos hawk
Woodland birds include o Bellrsquos vireo blank-and-white warbler rose-breasted grosbeak orchard oriole
Mammal
More than 55 mammals o Plains pocket gopher prairie vole plains pocket mouse thirteen-line ground squirrel
Franklinrsquos ground squirrel o Prior to European settlement
Bison elk mule deer mountain lion black and grizzly bear gray wolf Larger animals include coyote bobcat least and long-tailed weasel mink
Fish
More than 75 species of fish Amphibians and Reptiles
53 species of amphibians and reptiles o 2 salamanders 5 toads 6 frogs 8 turtles 8 lizards and 24 snakes
Eco-tourism amp Wildlife Viewing
Henry Doorly Zoo in Omaha Childrenrsquos Zoo in Lincoln
Ak-Sar-Ben Aquarium Ponca State Park
Mahoney State Park Platte River State Park
Two Rivers State Recreation Area Branched Oak
Homestead National Monument Ashfalls Fossil Beds State Park
Migrating birds Fontenelle Forest Indian Cave State Park Schramm State Park
Tallgrass prairie Audubonrsquos Spring Creek Prairie south of Denton amp Nine-Mile Prairie
Canoeing hiking biking
Elkhorn River Platte River
Cowboy Trail Steamboat Trace Trail
MoPac East Trail Oak Creek Trail
Driving Tours
Nebraska Scenic Byway Outlaw Trail Scenic Byway
Heritage Highway Lewis and Clark Scenic Byway
NEBRASKA MASTER NATURALIST Explore Contribute Connect
14
Mixedgrass Prairie
Introduction
Transition zone between tallgrass and shortgrass prairies o Have characteristics of both o Plant composition varies considerably depending of soil type topography weather and
land use
Elevation east to west 1650 to 3000 feet above sea level
Climate - Semiarid o Average annual precipitation from 28 inches in the east to 20 inches in the west o Average annual temperature from 52-57 degrees - Frost-free period 150 ndash 190 days
General topography o Level broad plains rolling hills in north-central part steep sloops with deep drainages in
the southwest o Mostly covered with windblown silt o Ogallala aquifer underlies most of the Ecoregion
Alluvial aquifers along streams
Streams o Platte Republican Loup Niobrara Blue rivers ndash all eventually drain into Missouri River
Wetlands o Rainwater Basin ndash playa wetlands formed by wind with a clay pan to hold water
Found in south-central Nebraska Once contained more that 4000 major wetlands National importance for migrating birds
o Central Table Playas ndash found mostly in Custer County on top of hills o Subirrigated Wet Meadows ndash found along Platte and Loup Rivers
Transected with old river channels swales and sloughs o Riverine Wetlands ndash found along streams
Include oxbows and other semi-permanent wetlands o Sandhill Wetlands ndash found in sandy areas close to Platte and Loup Rivers o Formed where groundwater reaches surface
Vegetation
Tallgrass spps tend to dominate in the east and along floodplains and shortgrass spps found further west (drought resistant)
Hilltops dominated by buffalograss and blue grama
Hill sides dominated by medium-stature grasses ndash side-oats grama little bluestem western wheatgrass and sand dropseed
Lower slopes and valleys ndash big bluestem Indiangrass switchgrass and Canada wildrye
Hundreds of forbs found including o Prairie clover Illinois bundle flower wild alfalfa deer vetch leadplant prairie
coneflower stiff sunflower and blazing star
Historically less than 1 covered with woodlands ndash mostly close to streams o Trees - Eastern cottonwood green ash hackberry red cedar o Shrubs ndash roughleaf dogwood false indigo sandbar willow o Some native oaks and black walnut can be found on steeper slopes
Wet meadows and wet prairies
NEBRASKA MASTER NATURALIST Explore Contribute Connect
15
o Woolly sedge spike rush prairie cordgrass o Federally endangered prairie white-fringed orchid o State endangered saltwort
Playa wetlands (Rainwater Basin and Central Tables area) o Seasonally flooded - River bulrush common cattail smartweed o Temporarily flooded ndash spike rush flatsedge plains coreopsis o More permanent - bladderwort pondweed duckweed
Riparian wetlands ndash switchgrass scouring rush bedstraw
Sandhill wetlands ndash cattail bulrush smartweed
Birds
More than 350 spps of resident and migratory birds o Grasshopper and field sparrow dickcissel western meadowlark bobolink northern
bobwhite ring-necked pheasant northern harrier and greater prairie chicken o Platte River
Over 300 spps with 141 known to nest o Sandhill cranes endangered whooping cranes
o Rainwater Basin Over a dozen spps of waterfowl including 13 of northern pintails 50 of North
Americans mallards 90 of mid-continentrsquos white-fronted geese Approximately 3000000 shorebirds
o Thousands of Swainsonrsquos hawks migrate through the region Mammals
Many species of mammals but none that are only found in mixedgrass prairies Fish ndash Diverse range of species
Reptiles and amphibians
Spiny softshell turtles western painted turtles and snapping turtles in wet areas
Ornate box turtle in native grasslands
Northern water snake ndash only aquatic snake found
Prairie rattlesnake only poisonous snake found
Smooth green snakes and red-bellied snakes are two of the more rare snakes
3 lizards found ndash northern earless prairie racerunner northern prairie lizards
Tiger salamander only salamander found
Frogs and toads common
Eco-tourism amp Wildlife Viewing
Sandhill cranes - Rowe Sanctuary amp Roadside viewing sites constructed by Central Platte NRD
Waterfowl viewing - Rainwater Basin
Massie Waterfowl Production Area with an observation tower (Clay Center)
Funk Waterfowl Production Area and Sacramento-Wilcox Wildlife Management Area o Handicapped accessible blinds
Bald eagle viewing ndash J-2 Power Station near Lexington Harlan County Lake Sherman Lake and Rowe Sanctuary
Prairie chicken viewing- Calamus Outfitters near Calamus Reservoir
NEBRASKA MASTER NATURALIST Explore Contribute Connect
16
Sandhills Motel ndash Mullen
Walking Trails ndash Rowe Sanctuary Kearney Hike-Bike Trail Harlan County Lake Funk Harvard and Massie Waterfowl Production Areas Lake Seldom at Holdrege
Best way to find out about birding trails is to go to wwwnebraskabirdingtrailscom o Some are ndash Chicken Dance Trail Rainwater Basin Loops
Sandhills
Introduction
19300 square miles of north-central Nebraska o Largest dune system in the western hemisphere o One of the largest grass-stabilized dune regions in the world o Majority of the region is in relatively natural state
Sandhills young geologically speaking o Dunes aligned primarily in a northwesterly to southeasterly direction with prevailing
winds o Some dunes over 400 feet in height o Soils poorly developed with a thin layer of topsoil o High infiltration rate (up to 10 feet per day) o High water table ndash almost 2000 shallow lakes and over a million acres of wetlands
Most lakes and wetlands at headwaters of streams amp in poorer draining areas in western areas
Most wetlands and lakes pH neutral but alkaline wetlands and lakes common in the west where salts and carbonates accumulate
Fens ndash Sandhills contains some of Great Plains largest ones
Streams of the region o North and Middle Loup Calamus Cedar Dismal ndash flow from groundwater discharge o Niobrara River ndash only river that originates out of the region (starts in Wyoming)
Climate o Semiarid ndash annual precipitation ndash 23 inches in east to 17 inches in west
Vegetation
700 native plants spps
Sandhills dune prairie plant community o Mixture of sand-adapted grasses ndash sand bluestem prairie sandreed little bluestem and
hairy grama o Forbs ndash stiff sunflower bush morning glory plains gayfeather o Shrubs ndash sand cherry leadplant prairie rose and yucca
Sandhills dry valley prairie community o Grasses - Big Bluestem Indiangrass switchgrass o Forbs ndash western ragweed white sage and prairie coneflower o Shrubs ndash leadplant Arkansas rose western wild rose
Blowouts o Federal and state threatened blowout penstemon
Native woodlands ndash uncommon o Eastern cottonwood peachleaf willow coyote willow chokecherry wild plum and
snowberry
Middle Niobrara River valley largest woodland in sandhills
NEBRASKA MASTER NATURALIST Explore Contribute Connect
17
o South facing bluffs -Oak basswood black walnut green ash o Canyons ndash Paper birch quaking aspen o North river bluffs ndash ponderosa pine o Referred to as a biological crossroads
Wet meadows o Sedges spike rushes prairie cordgrass switchgrass o Shrubs - Sandbar willow false indigobush
Alkaline wet meadows o Inland saltgrass foxtail barley alkali sacaton meadow bluegrass and scratchgrass
Fens o Contain 20 at-risk plant species including bog bean cottongrass and marsh marigold
Freshwater marshes o Ripgut sedge common reed smartweeds bulrush cattail duckweed coontail
Alkaline marshes ndash alkaline-tolerant plants Birds
More that 300 species of birds o Sharp-tailed grouse and greater prairie chicken o Long-billed curlew (sandhills important breeding site)
Upland sandpiper vesper sparrow lark bunting grasshopper sparrow western meadowlark High concentration of northern harriers and ferruginous hawks
Important breeding area for mallards blue-wing teal pintail
American Bird Conservancy calls the area the ldquoBest grassland bird place in the United Statesrdquo Mammals
55 species of mammals but not specific to the Ecoregion Fish
75 species of fish
Rare spps ndash blacknose shiner pearl northern redbelly and finescale daces o Species cutoff from principle range
Amphibians and Reptiles
27 species o One salamander 3 toads 4 frogs 6 turtles 4 lizards 9 snakes
Eco-tourism amp Wildlife Viewing
Crescent Lake Fort Niobrara Valentine National Wildlife Refuges
Nebraska and Samuel R McKelvie National Forests
Niobrara Valley Preserve (TNC property) with 2 bison herds
Merritt Reservoir Calamus Reservoir
Niobrara Wild and Scenic River o Over 10 outfitters in Valentine area for canoeing kayaking and tubing
Dismal Loup and Cedar rivers also offer canoeing and tubing
Niobrara Valley Preserve
Swan Lake Motor Route
Sandhills Scenic Byway (Hwy 2) ndash one of the top 10 scenic highways in the nation
NEBRASKA MASTER NATURALIST Explore Contribute Connect
18
Stargazing ndash Nebraska Star Party near Valentine in August
Cowboy Trail (will be the nationrsquos longest rails-to-trails conversion)
Calamus Outfitters
Shortgrass Prairie
Introduction
Found in western Nebraska
High diversity of habitats
Dramatic changes in elevation and topography
Soils range from sand to clay-loam to hard sandstone
Annual precipitation 12-17 inches ndash humidity generally low
Annual average temperature 47-50
Topography o Truest form of shortgrass prairie found in Banner Cheyenne Deuel and Kimball counties o Mixedgrass and sandsage prairies in southeast of Ecoregion o Wildcat Hills bluff formation found in Scottsbluff amp Morrill counties o Relic sandhill extend through Morrill and Sioux counties o Pine Ridge found in northern Dawes Sheridan and Sioux counties
Streams o North Platte River Lodgepole Creek Upper Niobrara and White Rivers o 5 large reservoirs and a number of smaller artificial lakes o Playas found throughout the region
Vegetation
Shortgrass Prairie o Buffalograss blue grama side-oats grama purple threeawn (grass height 10 inch) o Over 100 spps of forbs o Milkvetch scarlet guara cutleaf ironplant prickly pear purple locoweed scurfpea
prairie coneflower scarlet globe mallow
Mixedgrass Prairie o Blue grama prairie sandreed threadleaf sedge needle-and thread grass little bluestem
western wheatgrass (grass height 18-24 inches) o Shrubs
Skunkbush sumac winterfat fringed sage snowberry yucca broom snakeweed o Over 100 species of Forbs o Scarlet guara dotted gayfeather skeleton plant cutleaf ironplant scurfpea scarlet
globe mallow o Within the mixedgrass prairie ndash 2 unique communities found
Northwestern mixedgrass amp Loess mixedgrass prairie
Sandhill dune prairie and sandsage prairies o Sandsage sand bluestem blue grama prairie sandreed needle-and-thread yucca o Forbs ndashsand-lily desert goosefoot plains sunflower bush morning glory showy
impomopsis
Western alkaline meadows along the North Platte o Inland saltgrass alkali sacaton field sedge foxtail barley meadow bluegrass o Forbs ndash spearscale alkali aster camphor daisy thelypody
NEBRASKA MASTER NATURALIST Explore Contribute Connect
19
Ponderosa pine woodlands o Ponderosa pine quaking aspen green ash Saskatoon serviceberry chokecherry dwarf
juniper fragrant sumac mountain mahogany wolfberry Kentucky bluegrass littleseed ricegrass
Riparian woodlands o Cottonwoods peachleaf willows green ash boxelder Sandbar willow wild plum
chokecherry buffaloberry horsetail sedges marsh muhly and cordgrass
Badlands o Saltbush rabbitbrush poverty weed Russian thistle
Birds
More that 300 species of birds found
Shortgrass birds o McCownrsquos and Chestnut-collared longspurs Brewerrsquos sparrow horned lark burrowing
owl and state threatened mountain plover
Mixedgrass birds o Western meadowlark grasshopper sparrow lark bunting
Pine Ridge birds o Lewisrsquo woodpecker pygmy nuthatch ovenbird mountain bluebird
Wetland birds o Canada geese mallard northern pintail shorebirds
Mammals
White-tail and mule deer elk pronghorn bighorn sheep coyotes bobcats mountain lions prairie dogs federally endangered black-footed ferret river otter black-tailed jackrabbit badger pocket gopher grasshopper mouse
Fish
Many gamefish state threatened finescale dace endangered blacknose shiner etc Amphibians and Reptiles
Include western striped chorus frog Woodhousersquos toad bullsnake prairie rattler lesser earless lizard horned lizard ornate box turtle and painted turtle
Ecotourism amp Wildlife
Lake McConaughy (largest reservoir in state)
Lake Ogallala
Pine Ridge area o Ft Robinson State Park o Chadron State Park o Nebraska National Forest (Pine Ridge Unit) o Soldier Creek Wilderness
Oglala National Grassland and Toadstool Geologic Park
Wildcat Hills Nature Center in Gering
Scotts Bluff National Monument
Chimney Rock
Agate Fossil Beds National Monument
NEBRASKA MASTER NATURALIST Explore Contribute Connect
20
Endangered Species Act
The Endangered Species Act provides a program for the conservation of threatened and endangered
plants and animals and the habitats in which they are found The US Fish and Wildlife Service and the
Department of the Interior maintain the list of 632 endangered species (326 plants and 306 animals) and
190 threatened species (112 animals and 78 plants)
The law is written to prohibit any action that results in taking or injuring a listed species or negatively affects habitat Also prohibited is the import export interstate or foreign trade of listed species
Nebraskarsquos Endangered amp Threatened Species
State Status Federal Status
Birds Bald Eagle Threatened Threatened
Piping Plover Threatened Threatened
Mountain Plover Threatened Proposed Threatened
Whooping Crane Endangered Endangered
Eskimo Curlew Endangered Endangered
Interior Least Tern Endangered Endangered
Mammals River Otter Threatened
Southern Flying Squirrel Threatened
Black-footed Ferret Endangered Endangered
Swift Fox Endangered
Black-tailed Prairie Dog Candidate
Plants Western Prairie Fringed Orchid Threatened Threatened
Utersquos Ladyrsquos Tresses Threatened Threatened
Ginseng Threatened
Small White Ladyrsquos Slipper Threatened
Colorado Butterfly Plant Endangered Threatened
Saltwort Endangered
Hayden Penstemon Endangered Endangered
Insects American Burying Beetle Endangered Endangered
Salt Creek Tiger Beetle Endangered Candidate
Fish Lake Sturgeon Threatened
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21
Northern Redbelly Dace Threatened
Finescale Dace Threatened
Blacknose Shiner Threatened
Topeka Shiner Endangered Endangered
Sturgeon Chub Endangered
Pallid Sturgeon Endangered Endangered
Reptiles amp Mussels Massasauga Threatened
Scaleshell Mussel Endangered Endangered
Information courtesy of Nebraska Game and Parks US Department of the Interior and the US Fish
and Wildlife Service
The Nuts and Bolts
Without habitat there are no animals
Every species has its niche
Understand the importance of biodiversity Know where the Platte River begins and ends understand its
makeup and where Rowe is located in the relationship to the river How Rowe plays a role in
conservation habitat maintenance and education Have an understanding of what constitutes the 4
major eco-regions in Nebraska
References Integrated Principals of Zoology by Cleveland P Hickman Jr Larry S Roberts Alan Larson (WmC
Brown Publishers 1996)
Zoology by Lawrence G Mitchell John A Mutchmor Warren D Dolphin (The BenjaminCummings
Publishing Company Inc 1988)
Biology the unity and Diversity of Life 7th Ed By Cecie Starr and Ralph Taggart (Wadsworth Publishing
Company 1995)
Nebraskarsquos Natural Legacy Project httpwwwngpcstateneuswildlifeprogramslegacyreviewasp
Cliffs Quick Review Biology by I Edward Alcamo PhD and Kelly Schweitzer PhD (Wiley Publishing 2001)
Biology for Dummies by Donna Rae Siegfried (Wiley Publishing Inc 2001)
NEBRASKA MASTER NATURALIST Explore Contribute Connect
22
Taxonomy in a Nutshell
Definitions
Classification is a systematic arrangement in groups or categories according to established
criteria
Taxonomy is the orderly classification of plants and animals according to their presumed natural
relationships
Binomial nomenclature (Binomial = 2 terms ndash Generic amp specific nomenclature = set of names)
is a system of naming in which each species of animal or plant is given a two tern Latin name
The first term identifies the genus to which the plantanimal belongs and is always spelled with
a capital letter The second term is the species of the plantanimal and is spelled with a lower
case letter This ldquoscientific namerdquo is usually printed in italics or underlined For example ndash Felis
concolor or Felis concolor
The Reason for ithellipWhy use taxonomy
Scientific taxonomic classification is a tool used through the world in an effort to catalog and compare
living things Zoologists now classify approximately 15 million animal species Each year about 10000
new species are added and it is estimated that more than 10 million different animal species may
actually exist on earth
Okay But why Latin
Common names of animals and plants vary from place to place even within a community For instance
the animal name above Felis concolor is known as puma mountain lion catamount panther and
several other local names So how does a biologist from Nebraska know that she and a scientist from
Scotland are talking about the same animalplant Throughout the scientific world Latin is recognized
as the universal language of scholars and scientists By referring to it by its Latin ldquoscientific namerdquo there
is no mistaking what animalplant they are referring to Latin also provides a source for decoding the
scientific name into something that tells you a little about the animalplant itself A translation often
provides a short description of the animal ie the giant anteaterrsquos species tridactyla actually means
three-toed
Background
The identification and comparison of different animals and plant species dates back to ancient times
Naturalists wrote herbals and bestiaries that were lists and descriptions of familiar organisms of a given
locality There was little interest in communicating outside a restricted region The advent of the
printing press led to broader dissemination of books and ideas Cataloging and comparing species on a
more comprehensive scale became possible As naturalists compiled their work they used many words
NEBRASKA MASTER NATURALIST Explore Contribute Connect
23
to describe a species by several characteristics sometimes defining one species in terms of another For
example the blue chair with the fluted arms the red chair like the blue chair with the fluted arms etc
Each authorrsquos system and terminology was different It is only comparatively recently that the
observation and study of the animal and plant world has begun to be organized along truly scientific
lines
Toward the middle of the eighteenth century the Swedish botanist Carolus Linnaeus produced a general
classification of all living species and this system has formed the departure point for all subsequent
developments of taxonomy His system was ambitious and used polynomials some with fifteen words
An example is the oak with leaves with deep blunt lobes bearing hair-like bristles Although he
considered the polynomial name to be the true one he also made notes with two-term names The
current binomial system used today is based upon these notes His writings and those of other scientists
that came after him became the standard for all classifications Since Latin was the universal language
of scholarship his writings were all in Latin Actually his real name was Carl van Linne but he translated
that to Latin as well
In the course of the last couple of centuries naturalists have come to adopt two different forms of
investigation and comparison in their classification process First they studied the question of
adaptation to the environment the significance of diverse structures and behavioral patterns among
animal species and the reason why these different modes of behavior and lifestyles enable animals in
different surroundings to survive
Secondly they have tried to recognize affinities and relationships between the various species They
have attempted to identify the ldquofamily likenessesrdquo that often exist among species which live in different
environments and therefore may be quite unlike one another in outward appearance
As a result of all this research scientists have built up a system of classification which places every
animalplant species in a particular category according to its relationships with other animalsplants
This is taxonomy
Side note ndash genetic testing is now being used to help with classification
How does it Work
When a new animalplant is recognized and identified it is given a species name This may be a term
that describes it or identifies the person who first recognized it as a separate species Originally these
species names were assigned by the individual scientist that discovered them but now they are
assigned by international groups Once this species term is assigned it almost never changes In theory
NEBRASKA MASTER NATURALIST Explore Contribute Connect
24
it is never supposed to be changed even if it is later moved to a different genus family or class but over
the years there have been a few exceptions
The basis of taxonomy however is the genus This is the smallest grouping of related species When
taxonomy began there were relatively few identified species so species were grouped into genera and
there it ended As the body of knowledge grew so did the need for a broader system of grouping From
there the hierarchical system of classification based on natural features evolved
The current system works as follows
Individually related species are grouped into the same genus
The most closely related genera are grouped into the same family
Related families are grouped into an order
Orders are grouped into a related class
Similar classes are included in the same phylum
The phyla are then placed into the proper kingdom
Each of these categories may also contain sub- or super- subdivisions
Taxonomy is a constant work in progress As scientists learn more about different species their
classification may change Changes can reflect a clearer understanding of where the species fits in
among the others with similar characteristics Until recently we only had to contend with two kingdoms
ndash animal and plants Today scientists recognize a least five different kingdoms of living things
Monera ndash bacteria and blue-green algae
Protista ndash one-celled organism with nucleus
Plantea ndash green plants
Fungi ndash non-green plants
Animalia ndash animals
NEBRASKA MASTER NATURALIST Explore Contribute Connect
25
Fauna of Nebraska
Developed and Adopted by Keanna Leonard Education Director Rowe Sanctuary
Objectives for Fauna Mammals Amphibians amp Reptiles Birds 3-4 hours
1 Descriptions ndash (Mammals Amphibians and Reptiles birds --ndash IMPORTANT CHARACTERISTICS)
2 Vocabulary
3 Common Oderrsquos in Nebraska and examples
4 Nuts amp Bolts of Mammals How to ID amp locate specific animals and their evidence (possible
activity tracks traces etc) in Nebraska
MAMMALS IN A NUTSHELL Basic Characteristics
1 Mammary glands (hint the name) that
produce milk
2 Sweat glands
3 Sebaceous glands for oil
4 Presence of hair on the body at some time
during life span
5 Homiothermic Endotherm (warm blooded)--
regulate high body temperature
6 Four-chambered heart
7 Enucleated red blood cells
8 Have a diaphragm
9 Enlarged cerebral hemisphere
10 One bone in lower jaw and complex
dentition
11 3 middle ear bones
12 Turbinal bones in nasal chamber
13 Eggs develop in a uterus with
placental attachment and born alive
(viviparous)
MAMMAL VOCABULARY
Altricial Born helpless
Arboreal Tree dwelling
Carnivore A mammal in the order Carnivora
Carnivorous Meat eating
Crepuscular Active at dusk and dawn
Diurnal Active during the day
Dominant Ruler or leader of others
Habitat Region where an animal lives
Herbivore An animal that eats only plants
Herbivorous Plant eating
Hibernation Winter period when certain
animals become inactive to a point in
where all body functions slow
considerably for a long period
Instinct Inherited mode of behavior
Mammal Animals that have hair on their
bodies (see other char above)
Marsupial Animals whose females have
pouches
Nocturnal Active during nighttime
Omnivore Animals that eats both meat and
plant material
Omnivorous Eating both meat and plant
material
Precocial Born in an advanced stage of
development and able to move about
Predator Animals that kills another animal for
food
Prehensile Grasping
Prey Animal hunted for food
NEBRASKA MASTER NATURALIST Explore Contribute Connect
26
Protective coloration Enables the animal to
blend in with surroundings
Reticulated Net-like pattern of skin
Terrestrial Ground dwelling
Viviparous Live birthing
There are 21 orders of mammals found in the world
Listed below are the orders and examples of common species found in Nebraska
More Species found in Core Curriculum Binder
Insectivores (shrews and moles)
Masked Shrew (Sorex cinereus)
Northern Short-tailed Shrew (Blarina
brevicauda) (venomous)
Least Shrew (Cryptotis parva)
Eastern Mole (Scalopus aquaticus)
Chiroptera (bats)
Big Brown Bat (Eptesicus fuscus)
Red Bat (Lasiurus borealis)
Hoary Bat (Lasiurus cinereus)
Xenarthra
Nine-banded Armadillo (Dasypus novemcinctus)
Lagomorpha Eastern Cottontail (Sylvilagus floridanus) Black-tailed Jackrabbit (Lepus californicus)
Rodentia
Franklinrsquos Ground Squirrel (Spermophilus
franklinii)
Thirteen-lined Ground Squirrel (S
tridecemlineatus)
Black-tailed Prairie Dog (Cynomys
ludovicianus)
Plains Pocket Gopher (Geomys bursarius)(fur-
lined pouch)
Plains Pocket Mouse (Perognathus
flavescens)
Beaver (Castor canadensis)
Eastern Woodrat (Neotoma floridana)
Meadow Vole (Microtus pennsylvanicus)
Muskrat (Ondtra zibethicus) (laterally
compressed tail)
Porcupine (Erethizon dorsatu
Carnivora Despite the name of the order not all are carnivorous Many are omnivores (most bears and raccoons)
and some are even herbivores (giant panda)
Most carnivorous mammals have 3 up and 3 down relatively small incisors and 1 up and 1 down large
canine teeth on both sides of the incisors
Common species found in this area include
Family Canidae Coyote (Canis latrans) Red fox (Vulpes vulpes)
Family Procyonida Raccoon (Procyon lotor)
Family Mustelidae
NEBRASKA MASTER NATURALIST Explore Contribute Connect
27
Long-tailed Weasel (Mustela nivalis)
Least Weasel (M nibalis)
Mink (Mustela vison)
Badger (Taxidea taxus)
Striped Skunk (Mephitis mephitis)
River Otter (Lutra canadensis)
Family Felidae Bobcat (Felis rufus)
Artiodactyla Mule Deer (Odocoileus hemionus) White-tailed Deer (O virginianus
References National Audubon Society Field Guide to North American Mammals by John O Whitake Jr Robert
Elman Carol Nehring (Alfred A Knoph Inc 1994)
Guide to Mammals of the Plains States By J Knox Jr Davide M Armstrong Jerry R Choate (University
of Nebraska Press 1985)
The Nuts and Bolts Know important characteristics especially-
Mammary glands Sweat glands Sebaceous glands Hair sometime during their life
4 chambered heart
Though these critters look like a rodent
Donrsquot confuse them for a moment
They sport small eyes and ears out of view
Their teeth are small sharp and more than a few
They are made up of one mole and shrews three
So in what ORDER can they be
Commonly seen species of Chiroptera number three And are known as the only mammals to swim through the air free They are normally seen at night and for finding food use echolocation rather than sight Now I know you know what they be But go ahead and name all three These mammals have what humans claim to be a disgusting habit of defecating undigested pellets and eating them again What are they Chewing the cud is normal for this group and so is walking on their two middle toes Name the common species found in this area
NEBRASKA MASTER NATURALIST Explore Contribute Connect
28
AMPHIBIANS
Basic Characteristics
1 Skin naked No scales or hair
2 Eggs do not have shells but are jelly like
Laid in clusters always in water
3 Ectodermic
4 Can breathe through permeable skin
5 Spend all or part of life in water
6 Adults are carnivores Size of head
determines size of prey
7 Incomplete lung development
DIFFERENCES BETWEEN REPTILES AND AMPHIBIANS
Reptiles
1 Ectodermic
2 Covered with scales or plates
3 Shed skin
4 Most not do not live in or around water
Amphibians
1 Ectodermic
2 Smooth slimy skin without scales
3 Do not shed skin
4 Spend all or part of life in water
5 Go through metamorphose
Listed below are the orders and examples of common species found in Nebraska
More Species found in Core Curriculum Binder
Salamanders (Order Urodela)
Small-mouth Salamander (Ambystoma
texanum) Occurs in eastern Nebraksa
Tiger Salamander (A tigrinum) Occurs
throughout the state
Frogs and Toads (Order Anura) Thirteen species occur in Nebraska
Pelobatidae or Spadefoot Family
Plains Spadefoot (Spea bombifrons) Occurs throughout Nebraska expect southeast
Ranidae or True Frog Family Plains Leopard Frog (Rana blairi)
Northern Leopard Frog (Rana pipiens)
Bullfrog (Rana catesbeiana
Microhylidae or Narrow-mouthed Family Plains Narrowmouth Toad (Gastrophryne olivacea)
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29
Bufonidae or Toad Family
American Toad (Bufo americanus) Occurs only
in eastern part of the state
Great Plains Toad (Bufo cognatus) Occurs
throughout the state
Woodhousersquos Toad (Bufo woodhousei) Occurs
throughout the state
Hylidae or Tree Frogs
Northern Cricket Frog (Acris crepitans) East
and central Nebraska
Western Striped Chorus Frog (Pseudacris
triseriata amp P maculata) Occurs throughout the
state
Copes Gray Treefrog (Hyla chrysoscelis) Found
in eastern part of state
Resources Reptiles and Amphibians of Nebraska ndash herpetology database httpsnrsunleduherpneb
NEBRASKA MASTER NATURALIST Explore Contribute Connect
30
REPTILES Basic Characteristics
1 Ectothermic (cold-blooded) Body temperature is the same as the temperature of its surroundings
2 Dry skin covered with scales or plates
3 Teeth if present are needle-like or conical
4 Skin shed in one piece or several pieces at intervals
5 Lay soft shelled eggs or young born alive in a membranous sac
6 Lung breathing
There are four groups
Lizards - Short-legged long-bodied reptiles
Taped tail Size varies from 4- inch long fence
swift to 10 foot Kamodo dragon
Snakes - Legates cousins of lizards
Turtles - Armored shells
Crocodilians - Crocodiles Alligators Caimans
REPTILE VOCABULARY
Antivenin An antidote to the venom of
venomous snakes produced by inoculating
horses with small doses of venom Horses build
up an immunity or resistance The horsersquos
blood is used to make the antivenin
Blue Stage Refers to the condition of a snake
prior to shedding
Carapace Dorsal (covering the back) shell
Constrictor A term used in describing a snake
that kills its prey by constriction
Ectothermic Not able to control body
temperature (Cold-blooded) Dependent upon
environment to control body temperature
Egg Tooth A sharp projection located in front
of nose on upper jaw Used by infant reptiles to
cut through eggshell
Fangs Grooved or tubular teeth used to inject
venom
Hemotoxin Venom that attacks the blood
Herpetologist A specialist in reptiles
Jacobsonrsquos Organ A tastesmell sense organ
with two small openings located on roof of
mouth
Thermal Pit A heat sensory pit on side of head
between nostril and eye Allows snakes to track
warm-blooded animals and to strike accurately
especially at night Found only in venomous
snakes known as pit vipers
Neurotoxin Venom that attacks the nervous
system
Oviparous Lays egg
NEBRASKA MASTER NATURALIST Explore Contribute Connect
31
Ovoviviparous Give birth to live young Egg
developed in female and then deposited as a
living young
Plastron Ventral (covering the belly) shell
Reticulated Net-like pattern on skin
Scales Folds of skin covering reptiles
Scutes Single section of shell each sell is made
up of many scutes
Toxic Poisonous
Toxin Poison
Undulating Type of snake locomotion typical of
most snakes - Leaves ldquoSrdquo shape track
Venom Poisonous fluid secreted from glands
and transmitted by bite or sting
Venomous Describes animal containing venom
gland
Nuts amp Bolts of Reptiles
Most reptiles are carnivores (eat meat) Many will eat only live food Some are herbivores (eat
plant material) as well as insectivores (eat insects)
Reptiles often found in water or underground for protection from predators and to help
regulate body temperature Air temperature can change quickly but water and soil
temperature are more constant therefore it helps to regulate the reptiles body temperature
Because they are ectothermic many reptiles live in places that are warm year round In colder
climates reptiles hibernate underground below the freeze line
Most reptile lay eggs and are called oviparous Eggs are buried in sand soil rotted logs etc and
kept warm only by heart from the sun or from rotting vegetation Very few reptiles stay around
to protect their eggs Some reptiles keep their eggs inside their bodies until they hatch and
produce live young (ovoviviparous) Example - garter snakes Very few reptiles care for or feed
their young Young are precocial able to look after themselves minutes after they hatch
Most snakes are harmless Even snakes that are venomous will not bite unless they are
cornered or stepped on Snakes are good and necessary animals They help control potential
destructive populations of rodents
Listed below are the orders and examples of common species found in Nebraska
ORDER CHELONIA Basic Characteristics
1 Contains all forms of turtles and tortoises
2 Has body enclosed in a shell made of
modified horny scales and bone Shell made of
two parts Carapace - upper part covering
animalrsquos back Plastron-under part covering
animalrsquos stomach amp chest
3Ribs and most of vertebrae attached to shell
4 Neck long and flexible and can usually be
withdrawn into shell
5 Have no teeth but jaws outfitted with horny
beaks
6 All lay eggs Usually bury eggs in pit in sand or soil Hatchlings must dig themselves to the surface
NEBRASKA MASTER NATURALIST Explore Contribute Connect
32
Examples of Turtles found in Nebraska Snapping Turtle (Chelydra serpentina)
Blandingrsquos Turtle (Emydoidea (Emys)
blandingii) Protected Species
False Map Turtle (Graptemys
pseudogeographica) Protected Species
Ornate Box Turtle (Terrapene ornata)
Smooth Softshell (Apalone mutica)
Spiny Softshell (Apalone spinifer
SUBORDER LACERTILA (lizards) Basic Characteristics
1 Dry scaly skin clawed feet external ear
openings
2Have movable eyelids - snakes do not
3 Males and females often show different
coloration
4 Generally diurnal but many nocturnal
(geckos night lizards Gila Monsters)
5 Courtship brief fertilization is internal
6 Most are egg layers
Examples of Lizards of Nebraska
Six-line Racerunner (Cnemidophorus sexlineatus Five-line Skink (Eumeces fasciatus)
Many-lined Skink (Eumeces mulitvirgatus)
Great Plains Skink (Eumeces obsoletus)
Slender Glass Lizard (Ophisaurus attenautus)
Lesser Earless Lizard (Holbrookia maculate)
Northern Prairie Lizard (fence lizard)
(Sceloporus undulates)
SUBORDER SERPENTES (Snakes) Basic Characteristics
1 Elongated scaly bodies (to protect from water
loss) no limbs external ear opening or eyelids
(eye covered with a clear scale)
2 Terrestrial subterranean arboreal
amphibious
3 Carnivores swallow prey whole
4 Continue to grow throughout their lives
6 Hibernate in colder climates
7 Males locate females by scent
8 Internal fertilization
9 Some lay eggs others bear live young
11 Vipers (venomous snakes) have heat-
sensing organs called thermal pits
NEBRASKA MASTER NATURALIST Explore Contribute Connect
33
12 Teeth slanted back If one is lost another drops down in itrsquos place
Examples of snakes found in Nebraska
Black Rat Snake (Elaphe obsoleta)
Great Plains Rat Snake (Elaphe guttata)
Bullsnake (Pituophis catenifer)
Common Kingsnake (Lampropeltis getula)
Eastern Hognose Snake (Heterodon
platyrhinos)
Western Hognose Snake (Heterodon nasicus)
Glossy Snake (Arizona elegans)
Milk Snake (Lampropeltis triangulum)
Plains Garter Snake (Thamnophis radix)
Common Garter Snake (Thamnophis sirtalis)
Racer (Coluber constrictor)
Pit Vipers
Copperhead (Agkistrodon contortrix) found in extreme southeast Nebraska
Massasauga (Sistrurus catenatus) Found in southeast Nebraska Protected Species
Prairie Rattlesnake (Crotalus viridis) Found in central and western parts of the state
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 34
Birds What Makes a Bird a Bird IMPORTANT CHARACTERISTICS
So what makes a bird a bird All birds share one common characteristic that no other animal has and
that is FEATHERS Other characteristics include
Maintain high constant body temperature Endotherms (warm-blooded)
Possess toothless beaks or bills
All lay hard-shelled eggs (oviparous)
Air sacs in birdrsquos body give buoyancy
Generally bones are hollow Decreases body weight
Four-chambered heart
Lend Me Your Ear Yes birds have ears but they are missing the pinna or outside part of the ear that collects sound Birds
have feather-covered openings on both sides of the head just behind the eyes Owls and other night-
flying birds have off-setting ears that allow them to pinpoint the exact position of prey
Can birds smell We are not quite sure how well most birds smell We do know vultures use the sense of smell to find
their dinner The champion bird sniffer belongs to kiwi found in New Zealand They are able to sniff out earthworms Some diving birds like cormorants cannot even breathe through their nostrils because they are sealed Ocean birds have special glands in their noses which eliminates salt from the salty water they drink
Eggs Birds lay hard-shelled eggs made mostly of carbon carbonate The hard shell keeps the egg from drying
out and allows parents to sit on it without damaging the developing chick Though the shells are hard it
does not mean that they are non-porous Microscopic pores allow the embryo to ldquobreatherdquo Carbon
dioxide and oxygen can pass through the shell
Eggs come in all sizes colors and patterns We believe that the different colors and patterns are
intended as camouflage Blue and green eggs are found in nests that are in the shade Patterned eggs
blend in with vegetation and stones and white eggs are normally found in cavities
The shape of eggs also depends on where a bird nests The most common shape is oval A pointed egg
is usually found near ledges Round eggs are generally found in highly secure nests
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 35
Commonly Seen Bird Families of Nebraska
Grebes (Family Podicipediae ndash rump foot)
WHAT TO LOOK FOR
Sleek diving waterbirds - small to medium size
Most have sharp pointed bills with fairly long necks short wings and almost no tail
Have lobed toes and legs set far back on body
Common Nebraska species - Pied-billed horned eared western and Clark grebes
Pelicans (Family Pelecanidae ndash an ax)
WHAT TO LOOK FOR
Very large waterbirds
Huge bills with large distensible pouches
Most are white with black flight feathers ndash wingspan 6-9 feet
Common Nebraska species ndash American White Pelican
Cormorants (Family Phalacrocoracidae ndash bald raven)
WHAT TO LOOK FOR
Large diving waterbird shaped like an elongated goose
Long neck and long bill hooked at the end
Wing span 3-5 feet Mostly dark in color
Common Nebraska species ndash Double-crested cormorant
Herons Egrets and Bitterns (Family Ardeidae - )
WHAT TO LOOK FOR
Medium to large wading birds
Usually with long legs bills and S-shaped neck
Short rounded tails
Common Nebraska species ndash American and least bitterns great and snowy egrets little
blue egret cattle egret great blue green black-crowned night and
yellow-crowned night herons
Ibises (and Spoonbills) (Family Threskiornithidae ndash sacred bird)
WHAT TO LOOK FOR
Medium to large wading birds
Long necks and legs with a duck-like body
Long tapering down-curved bill Common Nebraska species ndash white-faced ibis
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 36
Vultures (Family Cathartidae ndash cleanser)
WHAT TO LOOK FOR
Large soaring scavengers
Resemble eagles and large hawks in flight
Head and neck void of feathers bill hooked
Hold wings in a raised V-shape (dihedral)
Common Nebraska species ndash turkey vulture
Duck Geese and Swans (Family Anatidae ndash waterfowl)
WHAT TO LOOK FOR
Medium to large waterbirds
Large heads with conspicuous and horizontally flattened bills
Long necks heavy bodies relative short tails webbed feet and long wingspan Major differences between duck geese and swans
Ducks
Smallest of the three Have a soft swelling about the nostrils called a cere
Males of most ducks are easily separated from females by their gaudier plumage Feathers are
molted twice a year
Most males change into nuptial plumage after pair formation in the fall There may be some
modification of shape of a single feather or entire regions of plumage
Most species are sexually mature at 9 - 11 months
Males take no part in incubation
Geese
Neck shorter than body
Lore (area between eye and bill) feathered and more bluntly triangular than ducksrsquo
Sexes are similar
Permanent pair bonding
Molt once per year postnuptially
Sexually mature at 3 years
Males protect female clutch and brood after hatching
Young stay with parents for almost a year
Legs of most geese are farther forward under the belly than those of typical swans and ducks
Swans
Longest necks - necks slightly longer than body
Lore is naked
Sexes are similar
Molt once per year postnuptially - parents molt one after the other so one is able to fly
Young are carried on parentsrsquo backs
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 37
Sexually mature at 4 -5 years
Hawks and Allies (Family Accipitridae ndash to grasp or take)
Medium to very large diurnal raptors
Hooked beak strong legs and sharp talons
Buteos (buzzard hawks)
Stocky with broad wings wide tails
Soar and wheel high in the sky
Common Nebraska species ndash red-shouldered broad-winged Swainsonrsquos red-tailed
ferruginous rough-legged hawks
Accipiters (true hawks)
Small heads short rounded wings longish tail slender bodies
Fly with several rapid beats and a glide Common Nebraska species ndash sharp-shinned hawk Cooperrsquos hawk northern goshawk
Harriers
Slim body with slim round-tipped wings
Fly in open country gliding low with wings lifted in a V (dihedral)
Species in Nebraska - northern harrier
Kites
Small falcon shaped buoyant gliders not power-fliers
Common Nebraska species ndash Mississippi Kite
Osprey
Soar high on long swept-back wings
Broad tail short-headed appearance
Often travel in pairs
Eagles
Large very broad bodied with broad long plank-like wings massive head and bill
Soar steadily holding wings flat out to the side
Powerful wing beat on upstroke wings raised high Common Nebraska species ndash bald and golden
Falcons (and caracaras) (Family Falconidae - )
WHAT TO LOOK FOR
Small to large compact fast-flying raptors
Long pointed wings bent at the wrist - Strong rapid wing strokes
Common Nebraska species ndash American kestrel gyrfalcon peregrine falcon prairie falcon
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 38
Grouse Turkeys and Pheasants (Family Phasianidae ndash cock or fowl-like bird)
WHAT TO LOOK FOR
Ground dwelling birds with feather nostrils
Short strong bills and short rounded wings
Flight strong but brief
Males perform elaborate courting displays
Common Nebraska species ndash ring-necked pheasant sharp-tailed grouse greater
prairie chicken wild turkey
New World Quail ( Family Odontophoridae ndash bearing teeth)
WHAT TO LOOK FOR
Ground dwelling bird found in brushy habitat and other dense low foliage
Chunky rounded bodies and crests or head plumes
Chicken-like bill short rounded wings
Common Nebraska species - northern bobwhite
Rails and Coots (Family Rallidae - )
WHAT TO LOOK FOR
Marsh birds with short tails and stubby wings
Secretive and identified chiefly by call and habitat
Rails are laterally flattened ldquoThin as a railrdquo Coots are plumper and gregarious
Common Nebraska species ndash yellow rail black rail king rail Virginia rail sora common
moorhen American coot
Cranes (Family Gruidae - )
WHAT TO LOOK FOR
Tall stately wetland birds with long necks and long bills
Tertial flight feathers droop over rump in a bustle when standing
Fly with necks fully extended
Circle in thermals like raptors
Common Nebraska species - sandhill and whooping cranes
Plovers and Killdeer (Family Charadriidae ndash nocturnal waterbird)
WHAT TO LOOK FOR
Small to medium shorebirds that dart across the ground stop and then take off again Upright posture with medium length legs and long pointed wings
Rounded head large eyes thick neck with a short thick bill
Common Nebraska species ndash black-billed American golden snowy semipalmated piping
plovers and killdeer
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 39
Stilts and Avocets (Family Recurviostridae- bent bill)
WHAT TO LOOK FOR
Tall slim shorebirds
Long thin bill very long slender legs long neck striking black-and-white plumage Stilts have straight bills avocets have re-curved bills
Common Nebraska species ndash American avocets black-necked stilt
Sandpipers and Phalaropes and Allies (Family Scolopacidae ndash woodcock)
WHAT TO LOOK FOR
Diverse group of shorebirds
Long toes and long tapered wings
Bill and leg length varies but bill more slender than a ploverrsquos
Plumage browns grays and whites with reds and oranges during breeding season
All but one species have short elevated hind toe
Species found in Nebraska include common snipe ruddy turnstone phalaropes sandpipers
woodcocks godwits whimbrels willets etc
Dowitchers
WHAT TO LOOK FOR
Medium sized chunky dark shorebird
Long straight bills and distinct pale eyebrows
Feed in mud or shallow water in a rapid jabbing motion
Phalaropes
WHAT TO LOOK FOR
Often spin like a top in water when feeding
Female larger and more colorful than male
Male tends incubates and cares for chicks
Common Nebraska species ndash Wilsonrsquos and red-necked phalaropes
Gulls Terns and Allies (Family Laridae ndashsea birds)
Gulls
WHAT TO LOOK FOR
More robust with wider wings and longer legs than terns
Bill slightly hooked tail square or rounded - Seldom Dive
Common Nebraska species ndash Pomarine Jaeger Franklinrsquos little Bonapartersquos ring-
billed California Herring Thayerrsquos lesser black-backed glaucous
Sabinersquos gulls black-legged kittiwake
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 40
Terns
WHAT TO LOOK FOR
Graceful more streamline than gulls
Usually has a forked tail ndash most whitish with black cap
Sharp-pointed bill - Hoover and dive headfirst for fish
Common Nebraska species ndash Caspian common Foresterrsquos terns
Pigeons and Doves (Family Columbidae ndash dove)
WHAT TO LOOK FOR
Plump fast flying cooing voice
Short legs and necks and small heads short bills
Tail fan-like rounded or pointed
Pigeons larger than doves
Common Nebraska species ndash rock mourning Eurasian collared doves
Cuckoos Roadrunners and Anis (Family Cuculidae - )
WHAT TO LOOK FOR
Slender with a long tail at least half of the birdrsquos total length
Fairly large sturdy decurved (curving down) bill
2 toes forward 2 back (zygodactyls)
Common Nebraska species - black-billed cuckoo and yellow-billed cuckoo
Barn Owls (Family Tytonidae -)
WHAT TO LOOK FOR
Slim medium sized night hunter
Legs are long and sparsely feathered
Large head with large forward-facing immovable eyes
Heart-shaped face hooked beak and ghostly appearance
Typical Owls (Family Stigidae ndash night bird)
WHAT TO LOOK FOR
Generally night hunters
Large heads flatten face with large forward-facing immovable eyes hooked beak
Mottled appearance some with feather tuffs upright stance
Common Nebraska species ndash eastern screech great horned burrowing barred long-eared
short-eared northern saw-whet owls
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 41
Nighthawks and Nightjars (Family Caprimulgidae ndashgoat sucker)
WHAT TO LOOK FOR
Nocturnal or crepuscular
Big tail large eyes tiny bills surrounding a large gaping mouth
By day sit horizontally on limb or on ground
Easiest to identify by voice
Common Nebraska species ndash common nighthawk common poorwill chuck-willrsquos-widow
Whip-poor-will
Swifts (Family Apodidae ndash without feet)
WHAT TO LOOK FOR
Small to medium sized aerial foragers ndashspend most of life flying
Long sickle-shaped wings bending close to body and extremely short legs
Eat bathe drink and sometime mate in the air
Common Nebraska species - chimney swift white-throated swift
Hummingbirds (Family Trochilidae ndash small bird)
WHAT TO LOOK FOR
Tiny body long slender bill
Distinctive blur and hum of hovering wings
Jewel-like throat feather found on male
Common Nebraska species ndash ruby-throated broad-tailed and rufous hummingbirds
Kingfishers (Family Alcedinidae - kingfisher)
WHAT TO LOOK FOR
Small to medium size
Thickset with short neck and tail small feet
Large head with a ragged crest and long strong bill
Sit on lines and low branches near water or hovers above water
Plunges head first into water to catch fish
Common Nebraska species ndash belted kingfisher
Woodpeckers (Family Picidae ndash woodpecker)
WHAT TO LOOK FOR
Arboreal (tree) birds
Vertical posture creep up trees
Strong chisel-like bill short legs stiff tail feathers rounded wings
Undulating flight pattern and characteristic bill drumming
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 42
Common Nebraska species ndash Lewisrsquos red-headed red-bellied hairy downy woodpeckers
yellow-bellied and red-naped sapsuckers northern flicker
THE PASSERINES Feet adapted to perching
Tyrant Flycatchers (Family Tyrannidae - lord ruler king)
WHAT TO LOOK FOR
Small to medium perching bird
Large head broad flattened bill pointed wings short legs
Bristly ldquowhiskersrdquo at base of bill
Sit upright on exposed branch and dart out to catch insects
Common Nebraska species - flycatchers pewees kingbirds phoebes kingbirds
Shrikes (Family Laniidae ndash butcher)
WHAT TO LOOK FOR
ldquoButcher birdsrdquo ndash impale prey on thorns (may be to attract a mate and mark territory)
Robin-size bird with hooked bill and masked face with hawk-like behavior
Black gray and white birds
Common Nebraska species - northern and loggerhead shrike
Vireos (Family Vireondae ndash small bird)
WHAT TO LOOK FOR
Small olive- or gray-backed bird with short sturdy cylindrical slightly hooked bill
Can have wing bars and eye-rings or have eye stripes and no wing bars
Often confused with warblers but are chunkier bigger headed thicker billed
Common Nebraska species ndash white-eyed Bellrsquos yellow-throated plumbeous
Cassinrsquos blue-headed warbling Philadelphia red-eyed
Crows and Jays (Family Corvidae ndash raven)
WHAT TO LOOK FOR
Large perching bird with strong longish all-purpose bill to handle variety of foods
Nostrils covered with feathers
Legs scaled in front and smooth behind
Harsh voice and noisy
Bold gregarious
Common Nebraska species - black-billed magpie American crow
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 43
Larks (Family Alauidae ndash lark)
WHAT TO LOOK FOR
Ground dwellers of open fields ndash seldom seen in trees and shrub
Walk rather than hop have an elongated hind toe
Slender billed seed and insect eaters
Yellowwhite face with black facemask horns and breast band
Has musical song often sung in display flight
Common Nebraska species ndash horned lark
Swallows and Martins (Family Hirundinidae ndash swallow)
WHAT TO LOOK FOR
Slim streamline bodies with long pointed angled wings
Tail forked or squared legs and feet inconspicuous
Bill short and wide
Fluid aerialists ndash dart about catching insects
Flocks perch in long rows on branches and lines
Common Nebraska species ndash purple martin northern rough wing bank cliff barn swallows
Chickadees and Titmice (Family Paridae - )
WHAT TO LOOK FOR
Small plump sociable birds with short bills and wings
Active agile ndash often hang upside down to feed
Many times roam in little bands (often leading the group) in search of food
Chickadee ndash no tuff of feathers on head Titmice ndash tufted Common Nebraska species ndash black-capped chickadee tufted titmouse
Nuthatches (Family Sittidae ndash birds that peck bark of tree)
WHAT TO LOOK FOR
Small stout tree-climbers with slightly upturned strong woodpecker-like bills
Stubby squared off tails
Walk down trees headfirst Common Nebraska species ndash red-breasted and white-breasted nuthatches
Creepers (Family Certhiidae -)
WHAT TO LOOK FOR
Small slim tree-dwellers with stiff tails and slender downward curving bill
Primarily brown
Common Nebraska species ndash brown creeper
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 44
Wrens (Family Troglodytidae ndash cave dweller
WHAT TO LOOK FOR
Small stumpy energetic brown birds
Bill slightly down turned loud song
Tails often in ldquocockedrdquo or up-tilted position
Common Nebraska species ndash rock house winter marsh wrens
Kinglets (Family Regulidae -)
WHAT TO LOOK FOR
TINY very active songbirds ndash only certain hummingbirds smaller
Can hover will feeding
Greenish plumage with bright colored crowns Short tails
Common Nebraska species ndash ruby-crowned and golden-crowned kinglets
Gnatcatchers (and Old World Warblers) (Family Sylviidae - )
WHAT TO LOOK FOR
Small birds with slender pointed bills surrounded by rectal bristles
Drab plumage with seasonally changing head patterns
In constant motion
Common Nebraska species ndash blue-gray gnatcatcher
Thrushes (Family Turdidae -)
WHAT TO LOOK FOR
Large-eyed upright postured songbirds - known for their singing ability
Bill is slender straight but not sharp
Often hop along the ground looking for food
Common Nebraska species ndash eastern bluebird veery gray-cheeked Swainsonrsquos hermit
wood thrush American robin
Mockingbirds and Thrashers (Family Mimidae ndash imitator mimic)
WHAT TO LOOK FOR
Well known for their vocal and mimicking ability
Have short rounded wings long legs and tails
Long down-curved bills
Common Nebraska species ndash gray catbird northern mockingbird brown thrasher
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 45
Starlings (and Mynas) (Family Sturnidae - )
WHAT TO LOOK FOR
Medium sized chunky glossy birds with short tails sharp bills
Short triangular to rounded wings
Gregarious bold birds
Pipits (and Wagtails) (Family Motacillidae -)
WHAT TO LOOK FOR
Slender billed brownish ground dwellers with long back toe
Walk briskly rather than hop along the ground
Most species bob their tails up and down
Common Nebraska species ndash American pipit
Waxwings (Family Bombycillidae ndash silk tail)
WHAT TO LOOK FOR
Birds with sleek crest that can be erected
Plump-bodied birds with pointed wings with red waxy tips of secondaries
Bill is small wide and notched high thin calls
Square tail with terminal yellow band
Common Nebraska species ndash Bohemian and cedar waxwings
Wood Warblers (Family Parulidae -)
WHAT TO LOOK FOR
Brightly colored (mostly yellow) birds
Smaller than sparrows with thin needle-like bills
Common Nebraska species ndash approx 34 warblers ovenbirds yellow-breasted chats and
waterthrush
New World Sparrows (Family Emberizidae -)
WHAT TO LOOK FOR
Small to medium-sized birds - often brown streaked appearance
Rounded wings cone-shaped bills
Common Nebraska species ndash 20 sparrows towhees longspurs dark-eyed juncos snow and
lark buntings
Cardinals and Allies (Family Cardinalidae )
WHAT TO LOOK FOR
Medium to large songbirds
Have large cone-shaped bills
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 46
Males often very colorful
Common Nebraska species ndash northern cardinals rose-breasted and black-headed grosbeaks
indigo bunting dickcissel
Blackbirds Orioles and Allies (Family Icteridae)
WHAT TO LOOK FOR
Medium to large songbirds with strong straight bills
Strong-direct flight
Plumage varies from iridescent black to yellow to orange
Common Nebraska species ndash Bobolink eastern and western meadowlarks red-winged and
rusty blackbirds common and great-tailed grackles orchard Baltimore and
Bullockrsquos orioles brown-headed cowbird
Finches and Allies (Family Fringillidae)
WHAT TO LOOK FOR
Small to medium songbirds
Have conical bills and forked relatively short tails
Fly fast and undulate through the air giving high-pitched calls in flight
Common Nebraska species ndash gray-crowned rosy purple Cassinrsquos house finches red
crossbill white-winged crossbill common redpoll pine siskin American goldfinch
evening grosbeak
Old World Sparrows (Family Passeridae)
WHAT TO LOOK FOR
Stouter bodies shorter legs and thicker bills than native sparrows
Have a simple song repeating single elements with no particular rhythm or beginning
And end vocalize all day and year-round
Common Nebraska species ndash house sparrow (introduced)
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 47
Geology and Natural History of Nebraska
Being Developed by Jon Garbisch Cedar Point Biological Station jgarbisch2unledu
bull Geological history of Nebraska
bull Present geological formation of regions
bull General soil types
bull Geological landforms and related habitats
What we currently use
Theme
Nebraska geology formed over millions of years through the erosion of mountains the deposition of
sediments and the flow of water and ice shaping the landscape that we call home
Goal
Attendees will develop an understanding of the natural processes that influenced and built Nebraska
and in so doing develop a greater appreciation for the geology and how it relates to all other aspects of
the statersquos identity
Objective(s)
The Master Naturalists attendees will be able to use the knowledge they have gained to better
understand the surface and subsurface geology at any location in the state that they may find
themselves working
How will it be measured
Attendees will be able to use the knowledge gained to actively interpret general Nebraska geology by
completing activities in the form of hand-out diagrams biostratigraphic fossil correlations
interpretation of rock type hand specimens and visual description of the Geology on the trail at Camp
Brewster Fontenelle Forest
Introduction
Nebraska geology formed over millions of years through the erosion of mountains the deposition of
sediments and the flow of water and ice shaping the landscape that we call home (Hand out agenda)
Geology is rooted in the 3 rock groups that exist on planet Earth and so familiarity with
o these groups gives us a solid foundation for all other geologic interpretation
A half hour will be spent handling examples from each rock group
o 3 groups 3 tables with one rock type on each table each group spends 10 minutes at
each table
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 48
The Geologic Time Scale is a record over time of the Earths major geologic events and we
can use it to help us understand how and when Nebraska took shape
The natural agents of change which have shaped our state include oceans rivers wind
o and ice
The geologic time periods in Nebraska are represented by rock layers (or not) which occur all
around the state and have been named so that no matter where you are in the state you can
correlate the strata to the time scale (fossilsisotopes)
6 Geologic Principles will be discussed so that when the MN is in the field they can be used as an
aid in basic geologic interpretation
Conclusion
Nebraska geology formed over millions of years through the erosion of mountains the deposition of
sediments and the flow of water and ice shaping the landscape that we call home Geology supplies us
a record of the events that have shaped our Earth by learning the language in which the Earth script is
written we will be able to interpret and share the story of our state of Nebraska This understanding will
aid in us in relating to other areas influential and important to the state
Places to Go (places to see examples of Nebraska geology)
a Agate Fossil Beds National Monument Lower Miocene fossil mammal site including abundant body fossils of ancient mammals and prominent fossil rodent burrows
b Ashfall State Park Upper Miocene fossil mammal assemblage found in ash derived from an eruption of a predecessor to the Yellowstone volcanic field c Chimney Rock National Historic Site Oligocene and Lower Miocene continental sedimentary rocks deposited as sediments by wind and steams
d Hummel Park (Omaha) outcrops of Pleistocene glacial till and loess
e Lincoln area Capitol Beach Lake and history of saline waters and salt industry flooding history of Antelope and Salt creeks building stones in downtown area brick industry University of Nebraska State Museum
f Louisville area outcrops of Upper Pennsylvanian marine sedimentary rocks
g Valentine area and Niobrara National Wildlife Refuge Niobrara River Canyon and Cenozoic stratigraphy
h Niobrara State Park Upper Cretaceous marine sedimentary rocks (Niobrara Formation and Pierre Shale) landslides along Missouri River anthropogenic changes in Missouri River Niobrara River and Mormon Canal
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 49
i Downtown Omaha removal of loess from hills in downtown area engineering of Missouri River (eg groins bank armoring etc) visible at Bob Kerrey Memorial Bridge deep bedrock water wells at old industrial sites
j Platte River State Park Upper Pennsylvanian marine sedimentary rocks and overlook of Platte River
k Ponca State Park Upper Cretaceous marine sedimentary rocks (uppermost Dakota Formation through Greenhorn Limestone)
l Rock Creek State Historical Park middle Cretaceous Dakota Formationmdashfluvio-estuarine continental deposits
m Schramm Park Upper Pennsylvanian marine sedimentary rocks
n Scotia and Happy Jack Chalk Mine Upper Miocene lake deposit In Ogallala Group
o Scotts Bluff National Monument Oligocene and Lower Miocene continental sedimentary rocks deposited as sediments by wind and steams
p Smith Falls State ParkCenozoic stratigraphy Niobrara River waterfalls as knick points
q Toadstool Park and nearby areas continental sedimentary rocks of upper Eocene Chadron Formation Pine Ridge escarpment Trailside Museum and Ft Robinson State Park
r Weeping Water area Upper Pennsylvanian marine sedimentary rocks
s Wildcat RidgeHillsescarpment on Oligocene and Lower Miocene continental sedimentary rocks deeply eroded into canyons buttes and pinnacles by stream erosion during and after the Late Pliocene
t Indian Cave State Park and Iron Horse Trail south of Peru Upper Pennsylvanian Indian Cave Sandstone (fluvio-estuarine deposit) and sandstone cave
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 50
North American Model and Outdoor Skills Developed by Jeff Rawlinson Assistant Division Administrator Information and Education Nebraska Game and Parks Commission jeffrawlinsonnebraskagov
OUR North American Model of Conservation
Perhaps no other story is more compelling and more important in American history as that of how
our natural resources came to be one of the most important elements in our lives The history of our citizenryrsquos strong land ethic ties us to the natural world long after other nations have forgone this relationship We value how the common person from a common family can participate in the thrill of the chase experiencing wildness to its fullest
The North American Model of Conservation is a philosophy that the United States and Canada have
developed to manage wildlife in a sustainable way Historians debate how this land ethic began Some
say our model of conservation began in 1937 with the passage of the PittmanRobertson Act a move that provided funding for wildlife conservation at the national and state level The source of this funding came from the sale of hunting and shooting equipment Others may say that it began when the conservation giant President Theodore Roosevelt brought management of natural resources to the
political forefront Others would argue our Model of conservation was birthed under the Magna Charta which transferred the ownership of wildlife from the King of England and the English nobles to the all of
the people of England In reality however our Model has been under development for several hundred years combining what we have learned from other nations peoples cultures and experiences to shape a philosophy ingrained in our culture supported by hunters anglers and shooting sports enthusiasts
benefiting all wildlife and wild lands in the United States
First Wildlife Managers The concept of managing wildlife or natural resources was not conceived by our young nation For
thousands of years humanity has been manipulating and controlling the land and all its inhabitants to benefit our needs Ever since the first hunter followed that wooly creature across the Bering Straight embarking on an epic journey that would result in settling of North America man has ldquomanagedrdquo
wildlife in North America
Throughout history many leaders have shown some element of concern or conservation ethic towards wildlife The great Kublai Khan grandson of Genghis Khan and founder of the Yuan Dynasty in China forbade harvesting of many species of wildlife during critical reproductive months of March
through August so species could ldquoincrease and multiplyrdquo Conservation of wildlife is even found in Mosaic Law in Deuteronomy 226 representing some of the first written wildlife management idealsmdashldquo If you come across a birdrsquos nest in any tree or on the ground with young ones or eggs and
the mother sitting on the young or on the eggs you shall not take the mother with the youngrdquo (English Standard Version 2001)
As populations expanded throughout Europe wildlife resources fell under ownership of powerful kings
who enacted harsh punishments for anyone found taking the kingrsquos game In 1215 a rebellion against King John of England resulted in the Magna Charta transferring ownership of lands and game from the crown to the people This ldquoprivatizingrdquo of wildlife ownership had profound impacts America over 500 years later
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 51
Era Of Abundance (1600 ndash 1850) When our forefathers first landed on the eastern shores of America they brought with them science
religion and a new hope They found plentiful game and soon began a relationship with the land that provided them with many of their daily needs Wildlife was viewed as a limitless resource in a relatively untapped land These early settlers had left Europe where few had access to wildlife and entered a world where everyone had access Furs feathers hides all had value to this young country In 1776 the Declaration of Independence revoked the Kingrsquos rights to land and people in this new world After a
bloody war led by revolutionaries such as Washington Hamilton Jefferson and Adams the United States gained its independence and the land and wildlife belonged to everyone
Era Of Exploitation (1850 ndash 1900)
The 1800s brought a commercialization of our wildlife resources Market hunting and habitat
destruction began to decimate wildlife populations such as the American Bison and Passenger Pigeon After the American Revolutionary War and the Civial Warmdashwhich nearly destroyed our ldquodemocratic
experimentrdquo all togethermdashfew people were looking after the interest of wildlife and even fewer rules
existed governing the management of a resource everyone had ownership of yet no one had responsibility for
The railroad provided settlers with the means to access new lands expanding the markets for meats hides and fur Advancements in technology such as the repeating rifle further aided the unbridled
destruction of wildlife resources Yet throughout this era something positive was growing The people of this new nation were developing a relationship with the land By 1842 a Supreme Court ruling had huge impacts on this developing model of conservation resulting in a Public Trust Doctrine that would
further outline a model for conserving our natural resources Conservation was developing some direction but had no money or laws to support it
Era Of Protection (19001930) The early 1900s brought an industrial boom Abuse of natural resources had taken its toll and throughout the Nation and evidence of this abuse could be seen in the loss of species such as the
passenger pigeon near loss of the American bison and in many large mammals including whitetailed deer and our once numerous waterfowl species America was becoming an economic giant yet through
the roar of machines both political and metal a small voice could be heard It was the hunter and their voice was of concern for the direction our wildlife resources were heading Conservation minded men and women had continued a relationship with the land and the wildlife
Era of Game Management (1930 ndash 1966) The ldquodirty thirtiesrdquo were marked by the dust bowl and an impoverished nation Agricultural practices
unchecked by environmental stewardship had left the Nationrsquos heartland in ecological peril Politically the conservation movement was supported by the footings laid by Theodore Roosevelt New federal acts moved forward to provide for environmental protection due to the outcry of hunters in panic over the vanishing wildlife resources of the Nation
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 52
Wildlife conservation had support yet it lacked the science to properly manage our Nationrsquos resources A young biologist name Aldo Leopold changed all this with his writings including the book Game
Management which led to Universities across the country developing wildlife conservation programs These programs spawned a new breed of professional game managers who utilized science to support management methods that ultimately lead to the greatest wildlife conservation success story in the world In 1937 the PittmanRobertson Act provided thousands of jobs for young professionals along with ldquogame wardensrdquo supported by individual states to further the development of the Conservation Model
which now had science and funding to support it
Era of Environmental Management (1966 ndash Present) Science and funding led to a broadening view of conservation as focus shifted from managing ldquogame
animalsrdquo to managing the entire biota (environment and all living things in it) Further federal acts such
as the Endangered Species Act of 1966 and the National Environmental Policy Act of 1969 provided greater protection for species by a nation that had finally changed its course providing time to review
and perfect conservation efforts Recent acts such as the 1980 Farm Bill continued the effort to help
landowners provide quality habitat for wildlife and hunters by providing incentives to landowners to set aside highly erosive lands and plant them into wildlife habitat (grasslands) that benefit wildlife and hunters
The story of our unique model of conservation is still being written New challenges today threaten our
coveted resources and new professionals are entering the arena to further the plight of our Nationrsquos wildlife and hunting heritage
Seven Pillars of the Model
Seven main pillars have been highlighted as the foundation of support for the North American Model
of Conservation These include
The Public Trust The wildlife of the United States are owned by the people This is very different from the European Model where wildlife is privately owned The North American Model recognizes wildlife as a public
resource that is so important it can not be owned or managed by any one segment of our society but rather managed by professional state and federal entities for the benefit of all This concept known as
the Public Trust Doctrine began development in 1842 when the Supreme Court ruled that the Magna Charta had settled the question of who owns fish and wildlife and that King Charles II did not have the authority to give away the ldquodominion and propertyrdquo of lands in colonial America The court further ruled that since the American Revolution the people held public trust responsibilities for fish and wildlife except for rights specified in the US Constitution
Prohibition on Commerce
It was the hunter who brought forth stringent laws that protected wildlife from peril in the 19th
and 20th
centuries Because we all own and appreciate our wildlife as a national resource they should never find themselves on the public market to the highest bidder This path led to a largescale loss of many species
including the Passenger Pigeon and the near loss of the American bison As our country was developing these practices were common as people moved west in search of prosperity capitalizing on a land seemingly untouched by the modern world Today many laws in place serve to protect our most
valuable resourceshellipour wildlife
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 53
Democratic Rule of Law Each citizen of this great nation has the ability and responsibility to engage in healthy politics that serve
to support and protect sound wildlife conservation measures Our first conservation measures in this Country habitat restoration simple harvest restrictions and bag limits came from hunters people who respected the game they pursued and loved the wild places they chased them in The North American Model of conservation is built upon active public involvement instilling a value for wildlife in all citizens
Hunting Opportunity for All The Model was developed on the premise that all people regardless of political or economic standing could participate in and feel the thrill of the chase It is this unique Model that provides us with wildlife opportunities for all Americans Imagine how important this was to our fore fathers who left a brutal
King in England where only the aristocracy had any dream of pursuing wild creatures in wild places Our
wildlife laws ensure that each generation that comes after us will have the same opportunity to enjoy and appreciate wildlife
Nonfrivolous Use Our management of wildlife depends on a citizenry that loves and appreciates the wild creatures and the habitats necessary to their survival and our quality of life Wildlife may be utilized under strict rule of
law including utilizing the wildlife once harvested to its best potential Killing wildlife for the sake of killing can only lead to the numbing of hearts to wildlife and a profound lack of respect for our most
precious resources
International Resources
It was not until the 20th
century that hunters and wildlife lovers understood the importance of
managing wildlife at a much larger scale This became readily apparent with the passage of the
Migratory Bird Treaty Act of 1918 where nations came together to manage wildlife resources as a
collective Wildlife species do not recognize national or state boundaries Governments must work together to be effective in managing wildlife for the benefit of all The United States has made great
strides in this area with Mexico and Canada Our wildlife is not only a resource to us but to all continents they may call home throughout the year Our biologists must think globally to be effective locally
Scientific Management Although Theodore Roosevelt brought conservation to the political forefront it was a young forester from Iowa that made the study of wildlife management a science Aldo Leopold is considered by many
as the ldquofather of wildlife managementrdquo due to his tireless efforts to develop curriculum for future wildlife biologists Today our biologists earn their opportunity to manage wildlife through prominent
Bachelor Masters and Doctorate degree programs from Universities around the world Wildlife must be managed using fact science and the latest research We are constantly learning and adapting to new technology and changing environments For such an important resource we cannot afford to have it any other way
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 54
Nebraska Master Naturalist Specializations Certifying as a Specialist ldquoFollow your own natural geniusrdquo wrote Thoreau ldquoand it will not fail to show you a fresh prospect every hourrdquo Many of us learn by doing When our curiosity and interests carry us into deeper study of a given subject it can be helpful to have clear opportunities to pursue Thus the Nebraska Master Naturalist Program offers specialized voluntary training for those who are hungry to develop and apply their particular skill and personal understanding on behalf of our natural legacy Specializations are designed to create collaborators leaders and mentors in four key areas
Interpretation and Outreach
Outdoor Skills and Recreation
Resource Management
Citizen Science Master Naturalist Certification Requirements Annual Requirement o 8 Hours Training Annually o 20 Hours of Volunteerism Annually Master Naturalist Specialization Requirement One Time Requirement o 20 Hours of Training Total Specific to Specialization Annual Requirement o Additional 20 Hours of Volunteerism Annually Specific to Specialization (does not include initial Certification annual requirement hours)
OUTDOOR SKILLS AND RECREATION SPECIALIZATION The purpose of OUTDOOR SKILLS AND RECREATION is to promote activity and development of skills in the outdoor pursuits associated with natural resources Specializations are designed to create collaborators leaders and mentors in particular areas A Certified Nebraska Master Naturalist can complete the Outdoor Recreation Specializationby meeting the following requirements Complete at least one of the workshops or certification‐leading trainings listed below If specialized training is not listed below it can be approved upon request by the Master Naturalist Program Committee Specialized Training Options ‐
Hunter Education Instructor Certification 13 hrs
National 4‐H Shooting Sports Instructor Certification 32 hrs
Nebraska 4‐H Shooting Sports Shotgun Certification 12 hrs
Nebraska 4‐H Shooting Sports Archery Certification 12 hrs
Nebraska 4‐H Shooting Sports Rifle Certification 12 hrs
Nebraska 4‐H Shooting Sports Pistol Certification 12 hrs
Nebraska 4‐H Shooting Sports Muzzleloader Certification 12 hrs
National Archery in the Schools Program Basic Archery Instructor 4 hrs
NRA Range OfficerMaster Certification 8 hrs
Hunt Master Training Instructor 4 hrs
NRA Shooting Instructor 16 hrs
NRA Shotgun Instructor 16 hrs
NRA Rifle Instructor 16 hrs
Boater Education Instructor 12 hrs
Youth Fishing Instructor 5 hrs
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 55
American Canoe Association National CanoeKayak Instructor 16‐32hrs
National Camp SchoolBoy Scouts 16‐24 hrs
Wood Badge TrainingBoy Scouts 16‐24 hrs
Merit Badge Counselor TrainingBoy Scouts 2‐16 hrs
Conservation Leaders for Tomorrow 35 hrs
Wilderness First Aid 16‐32 hrs
Professional Trappers College 40 hrs
American Camp Association Instructor Training 8‐40 hrs
American Red Cross Instructor Training 2‐16 hrs
American Sailing Association Instructor Training 16‐24 hrs
Certified Horsemanship Association Instructor Training 24‐40 hrs
Leave No Trace Master Educator Training 40 hrs
National Outdoor Leadership School 280 hrs
Camp Cook School 32‐96 hrs
Professional Association of Diving Instructors Training 32‐96 hrs
Professional Mountain Bike Association Instructor Training 24 hrs
League of American Bicyclists Instructor Certification 24 hrs
Hunting
Shooting
Fishing
Trapping
Camping
Outdoor Cooking
Orienteering
Geocaching
Photography
Wildlife Viewing
Hiking
Biking
Birding
Becoming an Outdoors‐Woman Program
Wilderness First Aid
Wilderness Survival
Leave No Trace Educator
Service Options ndash Provide a minimum of 20 hours of service annually in the following or similar areas
4‐H leader and youth training outdoor recreation
Scout leader and youth training outdoor recreation
Wild About Nature
Flying WILD Educator or Facilitator Workshop
Becoming an Outdoors Woman (BOW)
Beyond Becoming an Outdoors Woman (BOW)
Family Camp
Learn to Hunt Program
National Archery in the Schools Program BAI training or greater
Mentor HuntHunt Masters Training
After School Programs
Others ndash Upon approval
Outdoor discovery programs volunteer
CRO at a shooting event
Assist with National or State shooting sports competitions
Family fishing day
Design or write a brochure
Develop or contribute to a website
Develop or contribute to a social networking site
Design or write a newsletter
Assist in fundraising
Plan an event or festival
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 56
Interpretation amp Education- Developed By Lindsay Rogers Nebraska Game amp Parks
Commission
Do not try to satisfy your vanity by teaching a great many things Awaken peoplersquos curiosity It is
enough to open minds do not overload them Put there just a spark If there is some good
inflammable stuff it will catch firerdquo
- Anatole France in The Earth Speaks
Session Objectives
To help participants understand the role education plays in sounds ecological conservation
To help participants learn about past and present conservationist and interpretive educators
To help participants learn components of quality education and interpretation
To have participants partake in quality interpretive education
To make sure participants understand that their role is to light the spark and awaken curiosityhellip not spew facts
Lecture Requirements
1 What is interpretation (5 minutes) a What does ldquointerpretrdquo mean b National Association of Interpretation definition of ldquointerpretationrdquo
i Interpretation is a mission-based communication process that forges emotional and intellectual connection between the interests of the audience and the meanings inherent to the resource
c Freeman Tilden Interpreting Our Heritage 1957 i Interpretation is an educational activity which aims to reveal meanings
and relationships through the use of original objects by first-hand experience and by illustrative media rather than simply to communicate factual information
d Components of interpretation i pleasurable or enjoyable
ii relevant to the world iii organized iv themed v sparks an interest
vi includes information but does not stop there links information to the world
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 57
vii age appropriate viii taught to someone not at them
2 What is education (5 minutes)
a What does it mean to ldquoeducaterdquo someone b John Dewey Democracy amp Education 2944
i Education in its general sense is a form of learning in which the knowledge skills and habits of a group of people are transferred from one generation to the next through teaching training or research
c Components of education i - generally presented to someone but not always
ii enjoyable sometimes iii provides knowledge and facts iv can make connections but not always v organized and themed
d Both education and interpretation are important they work together
3 Conservationists (10 minutes) a Jon Muir
i Immigrated from Scotland to Wisconsin in 1849 ii Attended the University of Wisconsin studies botany amp geology
iii Moved to the western US mainly the Sierra Nevada area iv Believed humans were part of the interconnected natural world v Advocated for the preservation of natural areas
vi Co-founded the Sierra Club b Aldo Leopold
i Iowa native attended Yale University ii After college he joined the US Forest Service was stationed in Arizona
and New Mexico iii Developed theories of land ethics the need for biodiversity and an
appreciation for wilderness areas iv Moved to Wisconsin in 1924 became a professor at the University of
Wisconsin v Regarded as the ldquoFather of Conservationrdquo
c Gifford Pinchot i Born in Connecticut in 1905
ii Studied at Yale studies forestry in France iii Named chief of the Division of Forestry (later to become the US Forest
Service) iv First chief of the US Forest Service greatly improved forest
management and increased the size of Forest Service lands
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 58
v Managed forests for the greatest good for the greatest number Pinchot added the phrase in the long run to emphasize that forest management consists of long-term decisions
d Steven Mather i Born in California attended Berkley University
ii Worked for the Pacific Coast Borax Company where he had a talent for promotion Started a competing company made millions
iii When revisiting Sequoia and Yosemite National Parks in 1914 he was appalled by the conditions of the national parks
iv Joined the Department of the Interior as the head of parks later created the National Parks System
v Professionalized the National Parks and helped to greatly grow protected lands
e Rachel Carson i Born in Pennsylvania in 1907 attended John Hopkins University for
graduate school ii Went to work for the US Bureau of Fisheries (later to become the US
Fish amp Wildlife Service) iii Wrote Silent Spring in 1962 The book created an awaking for Americanrsquos
to their responsibility to the environment and wildlife The book lead to the US Government banning the use of DDT
f Theodore Roosevelt i Born in 1858 in New York New York was a sickly child who stayed inside
studying natural history ii An avid outdoorsman he spent much time in the South Dakota Badlands
iii Became President in 1901 with the assignation of President McKinley iv Among many major accomplishments as president he started the
National Parks was instrumental in conserving about 230 million acres
4 Naturalist Interpreters (10 minutes) a Freeman Tilden
i Born 1883 worked as a newspaper columnist and author ii At age 58 he began working with the National Parks Service
iii While traveling to various National Parks he became concerned with the quality of interpretation
iv Wrote Interpreting Our Heritage in 1957 outlines 6 principles to quality interpretation forever changed the field of interpretation
b William Lewis i Worked as a ranger naturalist and interpreter trainer for the National
Parks Service ii Developed the approach of ldquoThematic Interpretationrdquo which requires the
interpreter to choose a central theme (major point) to guide the development of a program
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 59
iii Wrote Interpreting For Park Visitors c Sam Ham
i Director of Center for International Training and Outreach at the University of Idaho
ii Work has focused on applying communication theory to environmental conservation interpretation and on nature-based tourism and guide training
iii Wrote Environmental Interpretation (1992) d Ted Cable
i Professor of Park Management and Conservation at Kansas State University
ii Co-authored Interpreting Cultural and Natural Resources (2003) and Interpretation for the 21st Century Fifteen Guiding Principles for Interpreting Nature and Culture (2002)
5 Conducting an Interpretative Program Try and Fail (60 minutes + 120 minutes of activities throughouthellip see list of Suggested Activities below)
a Experiential Learning i The first time you tried to walk you failed The first time you rode a bike
you failed This is called experiential learning The first time you attempt an educational or interpretation program you will fail thatrsquos how we learn
ii Donrsquot be afraid to fail b Ask Questions about the ProgramPresentation before you commit to leading it c Plan your Program
i Generally I want my presentation to be about Specifically however I want to tell my audience about After hearing my presentation I want my audience to understand (what is the big picture you want them to take home)
1 You do not need (or want) to teach your audience everything you know your job is to light the spark
ii What will your tangibles and intangibles be 1 Tangibles are those things you can touch things you use to teach
when teaching a Examples include a tree a mammal pelt a skull a live
animal a prairie 2 Intangibles involve connecting the tangibles to concepts and the
ideas they represent intangibles are the meanings the relationships the processes the ideas the feelings and the beliefs
a Examples include food webs ecosystem health entropy ecology
iii People remember themes they forget facts
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 60
iv Plan for an organized presentation 1 Think about your overall theme smaller parts of the program and
your transitions v Stick to your theme
vi Determine what type of presentation you will have 1 PowerPoint (avoid) 2 Podium Presentation (avoid) 3 Active taking a hike playing a game etc 4 Hands-on touching feeling trying hearing smelling
vii Think about all the different kinds of learners 1 verbal-linguistic 2 logical-mathematical 3 visual-spatial 4 kinesthetic 5 musical-rhythmic 6 interpersonal (groups) 7 intrapersonal (individual) 8 naturalist
d Know your role as an educator 1 Provide facts and relationships not opinions 2 Allow participants to determine their own opinions and beliefs
using the facts amp relationships you provide them 3 PLAY ldquoFIRST IMPRESSIONSrdquo
e Prepare Prepare Prepare 1 Know the type of space and area you will have (indoor vs
outdoor small space vs vast area etc) 2 Plan for more that you are told 3 Plan for the weather (always expect it to be windy in Nebraska)
f Questions i Ask good questions
1 Is this a fox Vs How do you know this is a fox 2 Do you have any questions Vs What questions do you have
ii Be prepared for quality questions 1 What are the implications for describe the impact of what are
the reasons for iii Be prepared for ldquogoodrdquo questions
1 Do you have ewoks in the forest If a Mountain Lion and an Eagle were to fight who would win
2 Take all questions seriously Answer seriously g Model what you want to see the students do
i If you want a group of students to catch insects help them get active with them
ii This is true when working with children and adults
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 61
1 Working alongside students validates them and their learning h Be enthusiastic show your passion
i This is another form of modeling what you want to see in your students ii We need to excite students (no matter their age) about conservation
nature and the outdoors iii Have fun
6 Take Home Lesson Light the Spark and Donrsquot Be Afraid to Fail
Suggested Activities (amp potential mandatory activities)
Throughout the lesson conduct multiple games andor activities to model good interpretation
Suggested games include but are not limited to
1 Oh Deer (Project WILD) 2 First Impressions (to be done during section 5) (Project WILD) 3 The Long Haul (Project WET) 4 Sum of the Parts (Project WET) 5 Water Quality Ask the Bugs (Project WET) 6 Adaptation Artistry (Flying WILD) or Fashion a Fish (Aquatic Project WILD) 7 Avian Antics (Flying WILD) 8 Pollinators Meet Your Plants (Nebraska Project WILD wwwnebraskaprojectwildorg) 9 Scavenger Hunts (Nebraska Project WILD wwwnebraskaprojectwildorg)
Suggested Post-Readings
Interpreting Our Heritage Freeman Tilden 1957 (4th edition 2008)
ISBN-13 978-0807858677
Interpreting for Park Visitors William Lewis 1981
ISBN-13 978-0890620793
Environmental Interpretation Sam Ham 1992
ISBN-13 978-1555919023
Interpretation for the 21st Century Fifteen Guiding Principles for Interpreting Nature and
Culture Larry Beck amp Ted Cable 2002
ISBN-13 978-1571675224
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 62
Interpretation-Making a Difference on Purpose Sam Ham 2013
ISBN-13 978-1555917425
Foundations of Interpretation Curriculum Content Narrative National Parks Service 2007
httpwwwnpsgovidpinterp101foundationscurriculumpdf
Websites
National Association of Interpretation
wwwinterpnetcom
North American Association for Environmental Education
wwwnaaeeorg
Nebraska Alliance for Conservation and Environment Education
wwwnaceeorg
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 63
Safety in the Field
Developed by Rich Hawes Nebraska Master Naturalist rdhawes26msncom
Objectives
Raise awareness of Risk Managementassessment as part of event planning
Guidelines to safe activities for participants presenters and the environment
Present Leave No Trace Principals as part of all outdoor activities
Present resources for additional training or certification for outdoor activities
Hands on activities to encourage interest and to provoke thought and discussion
Hazards of the area
Outdoor hiking safety
Stewardship of the land and natural resources
Being flexible and working with ldquowhat you haverdquo
Outline
1 Outdoor Activities ndash Whatrsquos The Worst That Can Happen An Introduction to Event Planning and Risk Management
2 Leave No Trace Principals
3 Trip planning and Logistics
4 Health amp Safety
5 Youth Protection
6 Age Appropriate Activities
7 Resource Training and Certifications
a Standard First Aid CPRAED Wilderness First Aid
b Shooting Sports - Range Safety Officer or Instructor
c Hunter Safety Instructor
d Climbing COPE and Zip Lines
e Water Safety Instructor Life Guard Small Boat Handling
f Leave No Trace Trainer or Master Educator
g Tread Lightly Tread Trainer or Master Tread Trainer
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 64
Suggested Activities
CPR Scenario
First Aid Scenario
Weather Scenario
Lost Scenario
Online Resources
American Camp Association
Boy Scouts of America
Youth Protection
Safe Swim Defense
Safety Afloat
Climb On Safely
Weather Safety
Trek On Safely
(etc)
Leave No Trace
Nebraska Game amp Parks
Hunter Safety
Boating Rules amp Regs
National Rifle Association
(Archery groups)
American Red Cross
(wilderness medicine group(s))
NOLS
Tread Lightly
US Coast Guard
NEBRASKA MASTER NATURALIST Explore Contribute Connect
12
Drains approximately 529350 square miles of land (including entire state of NE) Forms eastern and northern boundaries of tallgrass prairie Historically more a mile wide and up to 20 feet deep with abundant sandbars
and forested island
Floodplain was a mosaic of oxbow lakes backwater marshes wet prairies and forests
Platte River ndash prairie river o Historically shallow braided channel up to 3 miles wide with many sandbars
Floodplain 15 miles wide and covered with lush wet meadows and freshwater marshes
Spring floods limited tree growth and created barren sandbars o Other streams include Papio Creek Turkey Creek and Bazile Creek
Wetland types o Saline wetlands
Found in the floodplain of Salt Creek and its tributaries in Lancaster and Saunders counties
Salinity originates from groundwater passing through an underground rock formation containing salts deposited by an ancient sea that once covered
Nebraska
o Todd Valley playas Small clay-lined depressions Seasonally and temporarily flooded Found in an ancient valley of the Platte called the Todd Valley
Vegetation of Tallgrass Prairies
Dominant vegetation ndash big bluestem Indiangrass switchgrass and Canada wildrye o Can reach six feet or taller
Hundreds of spp of wildflowers and forbs o Showy goldenrod prairie blazing star sky blue aster amp purple coneflower
Native woodland found mainly in fire-protected stream valleys and bluffs o Found in floodplains - Cotton woods willows boxelders American elms
Drier river bluffs o Oaks hickories basswood black walnut etc o Essential habitat for migrating birds
Wet meadows found in stream valleys o Sedges spike rushes prairie cordgrass and switchgrass
Marshes o Broad-leaf cattail bulrushes bur reed smartweeds and arrowheads
NEBRASKA MASTER NATURALIST Explore Contribute Connect
13
Birds
More than 300 spp of resident and migratory birds
Nesting waterbirds include o Wood duck green heron northern pintail blue-wing teal mallard
Grassland birds include o Henslowrsquos sparrow dickcissel grasshopper sparrow bobolink vesper
sparrow and Swainsonrsquos hawk
Woodland birds include o Bellrsquos vireo blank-and-white warbler rose-breasted grosbeak orchard oriole
Mammal
More than 55 mammals o Plains pocket gopher prairie vole plains pocket mouse thirteen-line ground squirrel
Franklinrsquos ground squirrel o Prior to European settlement
Bison elk mule deer mountain lion black and grizzly bear gray wolf Larger animals include coyote bobcat least and long-tailed weasel mink
Fish
More than 75 species of fish Amphibians and Reptiles
53 species of amphibians and reptiles o 2 salamanders 5 toads 6 frogs 8 turtles 8 lizards and 24 snakes
Eco-tourism amp Wildlife Viewing
Henry Doorly Zoo in Omaha Childrenrsquos Zoo in Lincoln
Ak-Sar-Ben Aquarium Ponca State Park
Mahoney State Park Platte River State Park
Two Rivers State Recreation Area Branched Oak
Homestead National Monument Ashfalls Fossil Beds State Park
Migrating birds Fontenelle Forest Indian Cave State Park Schramm State Park
Tallgrass prairie Audubonrsquos Spring Creek Prairie south of Denton amp Nine-Mile Prairie
Canoeing hiking biking
Elkhorn River Platte River
Cowboy Trail Steamboat Trace Trail
MoPac East Trail Oak Creek Trail
Driving Tours
Nebraska Scenic Byway Outlaw Trail Scenic Byway
Heritage Highway Lewis and Clark Scenic Byway
NEBRASKA MASTER NATURALIST Explore Contribute Connect
14
Mixedgrass Prairie
Introduction
Transition zone between tallgrass and shortgrass prairies o Have characteristics of both o Plant composition varies considerably depending of soil type topography weather and
land use
Elevation east to west 1650 to 3000 feet above sea level
Climate - Semiarid o Average annual precipitation from 28 inches in the east to 20 inches in the west o Average annual temperature from 52-57 degrees - Frost-free period 150 ndash 190 days
General topography o Level broad plains rolling hills in north-central part steep sloops with deep drainages in
the southwest o Mostly covered with windblown silt o Ogallala aquifer underlies most of the Ecoregion
Alluvial aquifers along streams
Streams o Platte Republican Loup Niobrara Blue rivers ndash all eventually drain into Missouri River
Wetlands o Rainwater Basin ndash playa wetlands formed by wind with a clay pan to hold water
Found in south-central Nebraska Once contained more that 4000 major wetlands National importance for migrating birds
o Central Table Playas ndash found mostly in Custer County on top of hills o Subirrigated Wet Meadows ndash found along Platte and Loup Rivers
Transected with old river channels swales and sloughs o Riverine Wetlands ndash found along streams
Include oxbows and other semi-permanent wetlands o Sandhill Wetlands ndash found in sandy areas close to Platte and Loup Rivers o Formed where groundwater reaches surface
Vegetation
Tallgrass spps tend to dominate in the east and along floodplains and shortgrass spps found further west (drought resistant)
Hilltops dominated by buffalograss and blue grama
Hill sides dominated by medium-stature grasses ndash side-oats grama little bluestem western wheatgrass and sand dropseed
Lower slopes and valleys ndash big bluestem Indiangrass switchgrass and Canada wildrye
Hundreds of forbs found including o Prairie clover Illinois bundle flower wild alfalfa deer vetch leadplant prairie
coneflower stiff sunflower and blazing star
Historically less than 1 covered with woodlands ndash mostly close to streams o Trees - Eastern cottonwood green ash hackberry red cedar o Shrubs ndash roughleaf dogwood false indigo sandbar willow o Some native oaks and black walnut can be found on steeper slopes
Wet meadows and wet prairies
NEBRASKA MASTER NATURALIST Explore Contribute Connect
15
o Woolly sedge spike rush prairie cordgrass o Federally endangered prairie white-fringed orchid o State endangered saltwort
Playa wetlands (Rainwater Basin and Central Tables area) o Seasonally flooded - River bulrush common cattail smartweed o Temporarily flooded ndash spike rush flatsedge plains coreopsis o More permanent - bladderwort pondweed duckweed
Riparian wetlands ndash switchgrass scouring rush bedstraw
Sandhill wetlands ndash cattail bulrush smartweed
Birds
More than 350 spps of resident and migratory birds o Grasshopper and field sparrow dickcissel western meadowlark bobolink northern
bobwhite ring-necked pheasant northern harrier and greater prairie chicken o Platte River
Over 300 spps with 141 known to nest o Sandhill cranes endangered whooping cranes
o Rainwater Basin Over a dozen spps of waterfowl including 13 of northern pintails 50 of North
Americans mallards 90 of mid-continentrsquos white-fronted geese Approximately 3000000 shorebirds
o Thousands of Swainsonrsquos hawks migrate through the region Mammals
Many species of mammals but none that are only found in mixedgrass prairies Fish ndash Diverse range of species
Reptiles and amphibians
Spiny softshell turtles western painted turtles and snapping turtles in wet areas
Ornate box turtle in native grasslands
Northern water snake ndash only aquatic snake found
Prairie rattlesnake only poisonous snake found
Smooth green snakes and red-bellied snakes are two of the more rare snakes
3 lizards found ndash northern earless prairie racerunner northern prairie lizards
Tiger salamander only salamander found
Frogs and toads common
Eco-tourism amp Wildlife Viewing
Sandhill cranes - Rowe Sanctuary amp Roadside viewing sites constructed by Central Platte NRD
Waterfowl viewing - Rainwater Basin
Massie Waterfowl Production Area with an observation tower (Clay Center)
Funk Waterfowl Production Area and Sacramento-Wilcox Wildlife Management Area o Handicapped accessible blinds
Bald eagle viewing ndash J-2 Power Station near Lexington Harlan County Lake Sherman Lake and Rowe Sanctuary
Prairie chicken viewing- Calamus Outfitters near Calamus Reservoir
NEBRASKA MASTER NATURALIST Explore Contribute Connect
16
Sandhills Motel ndash Mullen
Walking Trails ndash Rowe Sanctuary Kearney Hike-Bike Trail Harlan County Lake Funk Harvard and Massie Waterfowl Production Areas Lake Seldom at Holdrege
Best way to find out about birding trails is to go to wwwnebraskabirdingtrailscom o Some are ndash Chicken Dance Trail Rainwater Basin Loops
Sandhills
Introduction
19300 square miles of north-central Nebraska o Largest dune system in the western hemisphere o One of the largest grass-stabilized dune regions in the world o Majority of the region is in relatively natural state
Sandhills young geologically speaking o Dunes aligned primarily in a northwesterly to southeasterly direction with prevailing
winds o Some dunes over 400 feet in height o Soils poorly developed with a thin layer of topsoil o High infiltration rate (up to 10 feet per day) o High water table ndash almost 2000 shallow lakes and over a million acres of wetlands
Most lakes and wetlands at headwaters of streams amp in poorer draining areas in western areas
Most wetlands and lakes pH neutral but alkaline wetlands and lakes common in the west where salts and carbonates accumulate
Fens ndash Sandhills contains some of Great Plains largest ones
Streams of the region o North and Middle Loup Calamus Cedar Dismal ndash flow from groundwater discharge o Niobrara River ndash only river that originates out of the region (starts in Wyoming)
Climate o Semiarid ndash annual precipitation ndash 23 inches in east to 17 inches in west
Vegetation
700 native plants spps
Sandhills dune prairie plant community o Mixture of sand-adapted grasses ndash sand bluestem prairie sandreed little bluestem and
hairy grama o Forbs ndash stiff sunflower bush morning glory plains gayfeather o Shrubs ndash sand cherry leadplant prairie rose and yucca
Sandhills dry valley prairie community o Grasses - Big Bluestem Indiangrass switchgrass o Forbs ndash western ragweed white sage and prairie coneflower o Shrubs ndash leadplant Arkansas rose western wild rose
Blowouts o Federal and state threatened blowout penstemon
Native woodlands ndash uncommon o Eastern cottonwood peachleaf willow coyote willow chokecherry wild plum and
snowberry
Middle Niobrara River valley largest woodland in sandhills
NEBRASKA MASTER NATURALIST Explore Contribute Connect
17
o South facing bluffs -Oak basswood black walnut green ash o Canyons ndash Paper birch quaking aspen o North river bluffs ndash ponderosa pine o Referred to as a biological crossroads
Wet meadows o Sedges spike rushes prairie cordgrass switchgrass o Shrubs - Sandbar willow false indigobush
Alkaline wet meadows o Inland saltgrass foxtail barley alkali sacaton meadow bluegrass and scratchgrass
Fens o Contain 20 at-risk plant species including bog bean cottongrass and marsh marigold
Freshwater marshes o Ripgut sedge common reed smartweeds bulrush cattail duckweed coontail
Alkaline marshes ndash alkaline-tolerant plants Birds
More that 300 species of birds o Sharp-tailed grouse and greater prairie chicken o Long-billed curlew (sandhills important breeding site)
Upland sandpiper vesper sparrow lark bunting grasshopper sparrow western meadowlark High concentration of northern harriers and ferruginous hawks
Important breeding area for mallards blue-wing teal pintail
American Bird Conservancy calls the area the ldquoBest grassland bird place in the United Statesrdquo Mammals
55 species of mammals but not specific to the Ecoregion Fish
75 species of fish
Rare spps ndash blacknose shiner pearl northern redbelly and finescale daces o Species cutoff from principle range
Amphibians and Reptiles
27 species o One salamander 3 toads 4 frogs 6 turtles 4 lizards 9 snakes
Eco-tourism amp Wildlife Viewing
Crescent Lake Fort Niobrara Valentine National Wildlife Refuges
Nebraska and Samuel R McKelvie National Forests
Niobrara Valley Preserve (TNC property) with 2 bison herds
Merritt Reservoir Calamus Reservoir
Niobrara Wild and Scenic River o Over 10 outfitters in Valentine area for canoeing kayaking and tubing
Dismal Loup and Cedar rivers also offer canoeing and tubing
Niobrara Valley Preserve
Swan Lake Motor Route
Sandhills Scenic Byway (Hwy 2) ndash one of the top 10 scenic highways in the nation
NEBRASKA MASTER NATURALIST Explore Contribute Connect
18
Stargazing ndash Nebraska Star Party near Valentine in August
Cowboy Trail (will be the nationrsquos longest rails-to-trails conversion)
Calamus Outfitters
Shortgrass Prairie
Introduction
Found in western Nebraska
High diversity of habitats
Dramatic changes in elevation and topography
Soils range from sand to clay-loam to hard sandstone
Annual precipitation 12-17 inches ndash humidity generally low
Annual average temperature 47-50
Topography o Truest form of shortgrass prairie found in Banner Cheyenne Deuel and Kimball counties o Mixedgrass and sandsage prairies in southeast of Ecoregion o Wildcat Hills bluff formation found in Scottsbluff amp Morrill counties o Relic sandhill extend through Morrill and Sioux counties o Pine Ridge found in northern Dawes Sheridan and Sioux counties
Streams o North Platte River Lodgepole Creek Upper Niobrara and White Rivers o 5 large reservoirs and a number of smaller artificial lakes o Playas found throughout the region
Vegetation
Shortgrass Prairie o Buffalograss blue grama side-oats grama purple threeawn (grass height 10 inch) o Over 100 spps of forbs o Milkvetch scarlet guara cutleaf ironplant prickly pear purple locoweed scurfpea
prairie coneflower scarlet globe mallow
Mixedgrass Prairie o Blue grama prairie sandreed threadleaf sedge needle-and thread grass little bluestem
western wheatgrass (grass height 18-24 inches) o Shrubs
Skunkbush sumac winterfat fringed sage snowberry yucca broom snakeweed o Over 100 species of Forbs o Scarlet guara dotted gayfeather skeleton plant cutleaf ironplant scurfpea scarlet
globe mallow o Within the mixedgrass prairie ndash 2 unique communities found
Northwestern mixedgrass amp Loess mixedgrass prairie
Sandhill dune prairie and sandsage prairies o Sandsage sand bluestem blue grama prairie sandreed needle-and-thread yucca o Forbs ndashsand-lily desert goosefoot plains sunflower bush morning glory showy
impomopsis
Western alkaline meadows along the North Platte o Inland saltgrass alkali sacaton field sedge foxtail barley meadow bluegrass o Forbs ndash spearscale alkali aster camphor daisy thelypody
NEBRASKA MASTER NATURALIST Explore Contribute Connect
19
Ponderosa pine woodlands o Ponderosa pine quaking aspen green ash Saskatoon serviceberry chokecherry dwarf
juniper fragrant sumac mountain mahogany wolfberry Kentucky bluegrass littleseed ricegrass
Riparian woodlands o Cottonwoods peachleaf willows green ash boxelder Sandbar willow wild plum
chokecherry buffaloberry horsetail sedges marsh muhly and cordgrass
Badlands o Saltbush rabbitbrush poverty weed Russian thistle
Birds
More that 300 species of birds found
Shortgrass birds o McCownrsquos and Chestnut-collared longspurs Brewerrsquos sparrow horned lark burrowing
owl and state threatened mountain plover
Mixedgrass birds o Western meadowlark grasshopper sparrow lark bunting
Pine Ridge birds o Lewisrsquo woodpecker pygmy nuthatch ovenbird mountain bluebird
Wetland birds o Canada geese mallard northern pintail shorebirds
Mammals
White-tail and mule deer elk pronghorn bighorn sheep coyotes bobcats mountain lions prairie dogs federally endangered black-footed ferret river otter black-tailed jackrabbit badger pocket gopher grasshopper mouse
Fish
Many gamefish state threatened finescale dace endangered blacknose shiner etc Amphibians and Reptiles
Include western striped chorus frog Woodhousersquos toad bullsnake prairie rattler lesser earless lizard horned lizard ornate box turtle and painted turtle
Ecotourism amp Wildlife
Lake McConaughy (largest reservoir in state)
Lake Ogallala
Pine Ridge area o Ft Robinson State Park o Chadron State Park o Nebraska National Forest (Pine Ridge Unit) o Soldier Creek Wilderness
Oglala National Grassland and Toadstool Geologic Park
Wildcat Hills Nature Center in Gering
Scotts Bluff National Monument
Chimney Rock
Agate Fossil Beds National Monument
NEBRASKA MASTER NATURALIST Explore Contribute Connect
20
Endangered Species Act
The Endangered Species Act provides a program for the conservation of threatened and endangered
plants and animals and the habitats in which they are found The US Fish and Wildlife Service and the
Department of the Interior maintain the list of 632 endangered species (326 plants and 306 animals) and
190 threatened species (112 animals and 78 plants)
The law is written to prohibit any action that results in taking or injuring a listed species or negatively affects habitat Also prohibited is the import export interstate or foreign trade of listed species
Nebraskarsquos Endangered amp Threatened Species
State Status Federal Status
Birds Bald Eagle Threatened Threatened
Piping Plover Threatened Threatened
Mountain Plover Threatened Proposed Threatened
Whooping Crane Endangered Endangered
Eskimo Curlew Endangered Endangered
Interior Least Tern Endangered Endangered
Mammals River Otter Threatened
Southern Flying Squirrel Threatened
Black-footed Ferret Endangered Endangered
Swift Fox Endangered
Black-tailed Prairie Dog Candidate
Plants Western Prairie Fringed Orchid Threatened Threatened
Utersquos Ladyrsquos Tresses Threatened Threatened
Ginseng Threatened
Small White Ladyrsquos Slipper Threatened
Colorado Butterfly Plant Endangered Threatened
Saltwort Endangered
Hayden Penstemon Endangered Endangered
Insects American Burying Beetle Endangered Endangered
Salt Creek Tiger Beetle Endangered Candidate
Fish Lake Sturgeon Threatened
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21
Northern Redbelly Dace Threatened
Finescale Dace Threatened
Blacknose Shiner Threatened
Topeka Shiner Endangered Endangered
Sturgeon Chub Endangered
Pallid Sturgeon Endangered Endangered
Reptiles amp Mussels Massasauga Threatened
Scaleshell Mussel Endangered Endangered
Information courtesy of Nebraska Game and Parks US Department of the Interior and the US Fish
and Wildlife Service
The Nuts and Bolts
Without habitat there are no animals
Every species has its niche
Understand the importance of biodiversity Know where the Platte River begins and ends understand its
makeup and where Rowe is located in the relationship to the river How Rowe plays a role in
conservation habitat maintenance and education Have an understanding of what constitutes the 4
major eco-regions in Nebraska
References Integrated Principals of Zoology by Cleveland P Hickman Jr Larry S Roberts Alan Larson (WmC
Brown Publishers 1996)
Zoology by Lawrence G Mitchell John A Mutchmor Warren D Dolphin (The BenjaminCummings
Publishing Company Inc 1988)
Biology the unity and Diversity of Life 7th Ed By Cecie Starr and Ralph Taggart (Wadsworth Publishing
Company 1995)
Nebraskarsquos Natural Legacy Project httpwwwngpcstateneuswildlifeprogramslegacyreviewasp
Cliffs Quick Review Biology by I Edward Alcamo PhD and Kelly Schweitzer PhD (Wiley Publishing 2001)
Biology for Dummies by Donna Rae Siegfried (Wiley Publishing Inc 2001)
NEBRASKA MASTER NATURALIST Explore Contribute Connect
22
Taxonomy in a Nutshell
Definitions
Classification is a systematic arrangement in groups or categories according to established
criteria
Taxonomy is the orderly classification of plants and animals according to their presumed natural
relationships
Binomial nomenclature (Binomial = 2 terms ndash Generic amp specific nomenclature = set of names)
is a system of naming in which each species of animal or plant is given a two tern Latin name
The first term identifies the genus to which the plantanimal belongs and is always spelled with
a capital letter The second term is the species of the plantanimal and is spelled with a lower
case letter This ldquoscientific namerdquo is usually printed in italics or underlined For example ndash Felis
concolor or Felis concolor
The Reason for ithellipWhy use taxonomy
Scientific taxonomic classification is a tool used through the world in an effort to catalog and compare
living things Zoologists now classify approximately 15 million animal species Each year about 10000
new species are added and it is estimated that more than 10 million different animal species may
actually exist on earth
Okay But why Latin
Common names of animals and plants vary from place to place even within a community For instance
the animal name above Felis concolor is known as puma mountain lion catamount panther and
several other local names So how does a biologist from Nebraska know that she and a scientist from
Scotland are talking about the same animalplant Throughout the scientific world Latin is recognized
as the universal language of scholars and scientists By referring to it by its Latin ldquoscientific namerdquo there
is no mistaking what animalplant they are referring to Latin also provides a source for decoding the
scientific name into something that tells you a little about the animalplant itself A translation often
provides a short description of the animal ie the giant anteaterrsquos species tridactyla actually means
three-toed
Background
The identification and comparison of different animals and plant species dates back to ancient times
Naturalists wrote herbals and bestiaries that were lists and descriptions of familiar organisms of a given
locality There was little interest in communicating outside a restricted region The advent of the
printing press led to broader dissemination of books and ideas Cataloging and comparing species on a
more comprehensive scale became possible As naturalists compiled their work they used many words
NEBRASKA MASTER NATURALIST Explore Contribute Connect
23
to describe a species by several characteristics sometimes defining one species in terms of another For
example the blue chair with the fluted arms the red chair like the blue chair with the fluted arms etc
Each authorrsquos system and terminology was different It is only comparatively recently that the
observation and study of the animal and plant world has begun to be organized along truly scientific
lines
Toward the middle of the eighteenth century the Swedish botanist Carolus Linnaeus produced a general
classification of all living species and this system has formed the departure point for all subsequent
developments of taxonomy His system was ambitious and used polynomials some with fifteen words
An example is the oak with leaves with deep blunt lobes bearing hair-like bristles Although he
considered the polynomial name to be the true one he also made notes with two-term names The
current binomial system used today is based upon these notes His writings and those of other scientists
that came after him became the standard for all classifications Since Latin was the universal language
of scholarship his writings were all in Latin Actually his real name was Carl van Linne but he translated
that to Latin as well
In the course of the last couple of centuries naturalists have come to adopt two different forms of
investigation and comparison in their classification process First they studied the question of
adaptation to the environment the significance of diverse structures and behavioral patterns among
animal species and the reason why these different modes of behavior and lifestyles enable animals in
different surroundings to survive
Secondly they have tried to recognize affinities and relationships between the various species They
have attempted to identify the ldquofamily likenessesrdquo that often exist among species which live in different
environments and therefore may be quite unlike one another in outward appearance
As a result of all this research scientists have built up a system of classification which places every
animalplant species in a particular category according to its relationships with other animalsplants
This is taxonomy
Side note ndash genetic testing is now being used to help with classification
How does it Work
When a new animalplant is recognized and identified it is given a species name This may be a term
that describes it or identifies the person who first recognized it as a separate species Originally these
species names were assigned by the individual scientist that discovered them but now they are
assigned by international groups Once this species term is assigned it almost never changes In theory
NEBRASKA MASTER NATURALIST Explore Contribute Connect
24
it is never supposed to be changed even if it is later moved to a different genus family or class but over
the years there have been a few exceptions
The basis of taxonomy however is the genus This is the smallest grouping of related species When
taxonomy began there were relatively few identified species so species were grouped into genera and
there it ended As the body of knowledge grew so did the need for a broader system of grouping From
there the hierarchical system of classification based on natural features evolved
The current system works as follows
Individually related species are grouped into the same genus
The most closely related genera are grouped into the same family
Related families are grouped into an order
Orders are grouped into a related class
Similar classes are included in the same phylum
The phyla are then placed into the proper kingdom
Each of these categories may also contain sub- or super- subdivisions
Taxonomy is a constant work in progress As scientists learn more about different species their
classification may change Changes can reflect a clearer understanding of where the species fits in
among the others with similar characteristics Until recently we only had to contend with two kingdoms
ndash animal and plants Today scientists recognize a least five different kingdoms of living things
Monera ndash bacteria and blue-green algae
Protista ndash one-celled organism with nucleus
Plantea ndash green plants
Fungi ndash non-green plants
Animalia ndash animals
NEBRASKA MASTER NATURALIST Explore Contribute Connect
25
Fauna of Nebraska
Developed and Adopted by Keanna Leonard Education Director Rowe Sanctuary
Objectives for Fauna Mammals Amphibians amp Reptiles Birds 3-4 hours
1 Descriptions ndash (Mammals Amphibians and Reptiles birds --ndash IMPORTANT CHARACTERISTICS)
2 Vocabulary
3 Common Oderrsquos in Nebraska and examples
4 Nuts amp Bolts of Mammals How to ID amp locate specific animals and their evidence (possible
activity tracks traces etc) in Nebraska
MAMMALS IN A NUTSHELL Basic Characteristics
1 Mammary glands (hint the name) that
produce milk
2 Sweat glands
3 Sebaceous glands for oil
4 Presence of hair on the body at some time
during life span
5 Homiothermic Endotherm (warm blooded)--
regulate high body temperature
6 Four-chambered heart
7 Enucleated red blood cells
8 Have a diaphragm
9 Enlarged cerebral hemisphere
10 One bone in lower jaw and complex
dentition
11 3 middle ear bones
12 Turbinal bones in nasal chamber
13 Eggs develop in a uterus with
placental attachment and born alive
(viviparous)
MAMMAL VOCABULARY
Altricial Born helpless
Arboreal Tree dwelling
Carnivore A mammal in the order Carnivora
Carnivorous Meat eating
Crepuscular Active at dusk and dawn
Diurnal Active during the day
Dominant Ruler or leader of others
Habitat Region where an animal lives
Herbivore An animal that eats only plants
Herbivorous Plant eating
Hibernation Winter period when certain
animals become inactive to a point in
where all body functions slow
considerably for a long period
Instinct Inherited mode of behavior
Mammal Animals that have hair on their
bodies (see other char above)
Marsupial Animals whose females have
pouches
Nocturnal Active during nighttime
Omnivore Animals that eats both meat and
plant material
Omnivorous Eating both meat and plant
material
Precocial Born in an advanced stage of
development and able to move about
Predator Animals that kills another animal for
food
Prehensile Grasping
Prey Animal hunted for food
NEBRASKA MASTER NATURALIST Explore Contribute Connect
26
Protective coloration Enables the animal to
blend in with surroundings
Reticulated Net-like pattern of skin
Terrestrial Ground dwelling
Viviparous Live birthing
There are 21 orders of mammals found in the world
Listed below are the orders and examples of common species found in Nebraska
More Species found in Core Curriculum Binder
Insectivores (shrews and moles)
Masked Shrew (Sorex cinereus)
Northern Short-tailed Shrew (Blarina
brevicauda) (venomous)
Least Shrew (Cryptotis parva)
Eastern Mole (Scalopus aquaticus)
Chiroptera (bats)
Big Brown Bat (Eptesicus fuscus)
Red Bat (Lasiurus borealis)
Hoary Bat (Lasiurus cinereus)
Xenarthra
Nine-banded Armadillo (Dasypus novemcinctus)
Lagomorpha Eastern Cottontail (Sylvilagus floridanus) Black-tailed Jackrabbit (Lepus californicus)
Rodentia
Franklinrsquos Ground Squirrel (Spermophilus
franklinii)
Thirteen-lined Ground Squirrel (S
tridecemlineatus)
Black-tailed Prairie Dog (Cynomys
ludovicianus)
Plains Pocket Gopher (Geomys bursarius)(fur-
lined pouch)
Plains Pocket Mouse (Perognathus
flavescens)
Beaver (Castor canadensis)
Eastern Woodrat (Neotoma floridana)
Meadow Vole (Microtus pennsylvanicus)
Muskrat (Ondtra zibethicus) (laterally
compressed tail)
Porcupine (Erethizon dorsatu
Carnivora Despite the name of the order not all are carnivorous Many are omnivores (most bears and raccoons)
and some are even herbivores (giant panda)
Most carnivorous mammals have 3 up and 3 down relatively small incisors and 1 up and 1 down large
canine teeth on both sides of the incisors
Common species found in this area include
Family Canidae Coyote (Canis latrans) Red fox (Vulpes vulpes)
Family Procyonida Raccoon (Procyon lotor)
Family Mustelidae
NEBRASKA MASTER NATURALIST Explore Contribute Connect
27
Long-tailed Weasel (Mustela nivalis)
Least Weasel (M nibalis)
Mink (Mustela vison)
Badger (Taxidea taxus)
Striped Skunk (Mephitis mephitis)
River Otter (Lutra canadensis)
Family Felidae Bobcat (Felis rufus)
Artiodactyla Mule Deer (Odocoileus hemionus) White-tailed Deer (O virginianus
References National Audubon Society Field Guide to North American Mammals by John O Whitake Jr Robert
Elman Carol Nehring (Alfred A Knoph Inc 1994)
Guide to Mammals of the Plains States By J Knox Jr Davide M Armstrong Jerry R Choate (University
of Nebraska Press 1985)
The Nuts and Bolts Know important characteristics especially-
Mammary glands Sweat glands Sebaceous glands Hair sometime during their life
4 chambered heart
Though these critters look like a rodent
Donrsquot confuse them for a moment
They sport small eyes and ears out of view
Their teeth are small sharp and more than a few
They are made up of one mole and shrews three
So in what ORDER can they be
Commonly seen species of Chiroptera number three And are known as the only mammals to swim through the air free They are normally seen at night and for finding food use echolocation rather than sight Now I know you know what they be But go ahead and name all three These mammals have what humans claim to be a disgusting habit of defecating undigested pellets and eating them again What are they Chewing the cud is normal for this group and so is walking on their two middle toes Name the common species found in this area
NEBRASKA MASTER NATURALIST Explore Contribute Connect
28
AMPHIBIANS
Basic Characteristics
1 Skin naked No scales or hair
2 Eggs do not have shells but are jelly like
Laid in clusters always in water
3 Ectodermic
4 Can breathe through permeable skin
5 Spend all or part of life in water
6 Adults are carnivores Size of head
determines size of prey
7 Incomplete lung development
DIFFERENCES BETWEEN REPTILES AND AMPHIBIANS
Reptiles
1 Ectodermic
2 Covered with scales or plates
3 Shed skin
4 Most not do not live in or around water
Amphibians
1 Ectodermic
2 Smooth slimy skin without scales
3 Do not shed skin
4 Spend all or part of life in water
5 Go through metamorphose
Listed below are the orders and examples of common species found in Nebraska
More Species found in Core Curriculum Binder
Salamanders (Order Urodela)
Small-mouth Salamander (Ambystoma
texanum) Occurs in eastern Nebraksa
Tiger Salamander (A tigrinum) Occurs
throughout the state
Frogs and Toads (Order Anura) Thirteen species occur in Nebraska
Pelobatidae or Spadefoot Family
Plains Spadefoot (Spea bombifrons) Occurs throughout Nebraska expect southeast
Ranidae or True Frog Family Plains Leopard Frog (Rana blairi)
Northern Leopard Frog (Rana pipiens)
Bullfrog (Rana catesbeiana
Microhylidae or Narrow-mouthed Family Plains Narrowmouth Toad (Gastrophryne olivacea)
NEBRASKA MASTER NATURALIST Explore Contribute Connect
29
Bufonidae or Toad Family
American Toad (Bufo americanus) Occurs only
in eastern part of the state
Great Plains Toad (Bufo cognatus) Occurs
throughout the state
Woodhousersquos Toad (Bufo woodhousei) Occurs
throughout the state
Hylidae or Tree Frogs
Northern Cricket Frog (Acris crepitans) East
and central Nebraska
Western Striped Chorus Frog (Pseudacris
triseriata amp P maculata) Occurs throughout the
state
Copes Gray Treefrog (Hyla chrysoscelis) Found
in eastern part of state
Resources Reptiles and Amphibians of Nebraska ndash herpetology database httpsnrsunleduherpneb
NEBRASKA MASTER NATURALIST Explore Contribute Connect
30
REPTILES Basic Characteristics
1 Ectothermic (cold-blooded) Body temperature is the same as the temperature of its surroundings
2 Dry skin covered with scales or plates
3 Teeth if present are needle-like or conical
4 Skin shed in one piece or several pieces at intervals
5 Lay soft shelled eggs or young born alive in a membranous sac
6 Lung breathing
There are four groups
Lizards - Short-legged long-bodied reptiles
Taped tail Size varies from 4- inch long fence
swift to 10 foot Kamodo dragon
Snakes - Legates cousins of lizards
Turtles - Armored shells
Crocodilians - Crocodiles Alligators Caimans
REPTILE VOCABULARY
Antivenin An antidote to the venom of
venomous snakes produced by inoculating
horses with small doses of venom Horses build
up an immunity or resistance The horsersquos
blood is used to make the antivenin
Blue Stage Refers to the condition of a snake
prior to shedding
Carapace Dorsal (covering the back) shell
Constrictor A term used in describing a snake
that kills its prey by constriction
Ectothermic Not able to control body
temperature (Cold-blooded) Dependent upon
environment to control body temperature
Egg Tooth A sharp projection located in front
of nose on upper jaw Used by infant reptiles to
cut through eggshell
Fangs Grooved or tubular teeth used to inject
venom
Hemotoxin Venom that attacks the blood
Herpetologist A specialist in reptiles
Jacobsonrsquos Organ A tastesmell sense organ
with two small openings located on roof of
mouth
Thermal Pit A heat sensory pit on side of head
between nostril and eye Allows snakes to track
warm-blooded animals and to strike accurately
especially at night Found only in venomous
snakes known as pit vipers
Neurotoxin Venom that attacks the nervous
system
Oviparous Lays egg
NEBRASKA MASTER NATURALIST Explore Contribute Connect
31
Ovoviviparous Give birth to live young Egg
developed in female and then deposited as a
living young
Plastron Ventral (covering the belly) shell
Reticulated Net-like pattern on skin
Scales Folds of skin covering reptiles
Scutes Single section of shell each sell is made
up of many scutes
Toxic Poisonous
Toxin Poison
Undulating Type of snake locomotion typical of
most snakes - Leaves ldquoSrdquo shape track
Venom Poisonous fluid secreted from glands
and transmitted by bite or sting
Venomous Describes animal containing venom
gland
Nuts amp Bolts of Reptiles
Most reptiles are carnivores (eat meat) Many will eat only live food Some are herbivores (eat
plant material) as well as insectivores (eat insects)
Reptiles often found in water or underground for protection from predators and to help
regulate body temperature Air temperature can change quickly but water and soil
temperature are more constant therefore it helps to regulate the reptiles body temperature
Because they are ectothermic many reptiles live in places that are warm year round In colder
climates reptiles hibernate underground below the freeze line
Most reptile lay eggs and are called oviparous Eggs are buried in sand soil rotted logs etc and
kept warm only by heart from the sun or from rotting vegetation Very few reptiles stay around
to protect their eggs Some reptiles keep their eggs inside their bodies until they hatch and
produce live young (ovoviviparous) Example - garter snakes Very few reptiles care for or feed
their young Young are precocial able to look after themselves minutes after they hatch
Most snakes are harmless Even snakes that are venomous will not bite unless they are
cornered or stepped on Snakes are good and necessary animals They help control potential
destructive populations of rodents
Listed below are the orders and examples of common species found in Nebraska
ORDER CHELONIA Basic Characteristics
1 Contains all forms of turtles and tortoises
2 Has body enclosed in a shell made of
modified horny scales and bone Shell made of
two parts Carapace - upper part covering
animalrsquos back Plastron-under part covering
animalrsquos stomach amp chest
3Ribs and most of vertebrae attached to shell
4 Neck long and flexible and can usually be
withdrawn into shell
5 Have no teeth but jaws outfitted with horny
beaks
6 All lay eggs Usually bury eggs in pit in sand or soil Hatchlings must dig themselves to the surface
NEBRASKA MASTER NATURALIST Explore Contribute Connect
32
Examples of Turtles found in Nebraska Snapping Turtle (Chelydra serpentina)
Blandingrsquos Turtle (Emydoidea (Emys)
blandingii) Protected Species
False Map Turtle (Graptemys
pseudogeographica) Protected Species
Ornate Box Turtle (Terrapene ornata)
Smooth Softshell (Apalone mutica)
Spiny Softshell (Apalone spinifer
SUBORDER LACERTILA (lizards) Basic Characteristics
1 Dry scaly skin clawed feet external ear
openings
2Have movable eyelids - snakes do not
3 Males and females often show different
coloration
4 Generally diurnal but many nocturnal
(geckos night lizards Gila Monsters)
5 Courtship brief fertilization is internal
6 Most are egg layers
Examples of Lizards of Nebraska
Six-line Racerunner (Cnemidophorus sexlineatus Five-line Skink (Eumeces fasciatus)
Many-lined Skink (Eumeces mulitvirgatus)
Great Plains Skink (Eumeces obsoletus)
Slender Glass Lizard (Ophisaurus attenautus)
Lesser Earless Lizard (Holbrookia maculate)
Northern Prairie Lizard (fence lizard)
(Sceloporus undulates)
SUBORDER SERPENTES (Snakes) Basic Characteristics
1 Elongated scaly bodies (to protect from water
loss) no limbs external ear opening or eyelids
(eye covered with a clear scale)
2 Terrestrial subterranean arboreal
amphibious
3 Carnivores swallow prey whole
4 Continue to grow throughout their lives
6 Hibernate in colder climates
7 Males locate females by scent
8 Internal fertilization
9 Some lay eggs others bear live young
11 Vipers (venomous snakes) have heat-
sensing organs called thermal pits
NEBRASKA MASTER NATURALIST Explore Contribute Connect
33
12 Teeth slanted back If one is lost another drops down in itrsquos place
Examples of snakes found in Nebraska
Black Rat Snake (Elaphe obsoleta)
Great Plains Rat Snake (Elaphe guttata)
Bullsnake (Pituophis catenifer)
Common Kingsnake (Lampropeltis getula)
Eastern Hognose Snake (Heterodon
platyrhinos)
Western Hognose Snake (Heterodon nasicus)
Glossy Snake (Arizona elegans)
Milk Snake (Lampropeltis triangulum)
Plains Garter Snake (Thamnophis radix)
Common Garter Snake (Thamnophis sirtalis)
Racer (Coluber constrictor)
Pit Vipers
Copperhead (Agkistrodon contortrix) found in extreme southeast Nebraska
Massasauga (Sistrurus catenatus) Found in southeast Nebraska Protected Species
Prairie Rattlesnake (Crotalus viridis) Found in central and western parts of the state
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 34
Birds What Makes a Bird a Bird IMPORTANT CHARACTERISTICS
So what makes a bird a bird All birds share one common characteristic that no other animal has and
that is FEATHERS Other characteristics include
Maintain high constant body temperature Endotherms (warm-blooded)
Possess toothless beaks or bills
All lay hard-shelled eggs (oviparous)
Air sacs in birdrsquos body give buoyancy
Generally bones are hollow Decreases body weight
Four-chambered heart
Lend Me Your Ear Yes birds have ears but they are missing the pinna or outside part of the ear that collects sound Birds
have feather-covered openings on both sides of the head just behind the eyes Owls and other night-
flying birds have off-setting ears that allow them to pinpoint the exact position of prey
Can birds smell We are not quite sure how well most birds smell We do know vultures use the sense of smell to find
their dinner The champion bird sniffer belongs to kiwi found in New Zealand They are able to sniff out earthworms Some diving birds like cormorants cannot even breathe through their nostrils because they are sealed Ocean birds have special glands in their noses which eliminates salt from the salty water they drink
Eggs Birds lay hard-shelled eggs made mostly of carbon carbonate The hard shell keeps the egg from drying
out and allows parents to sit on it without damaging the developing chick Though the shells are hard it
does not mean that they are non-porous Microscopic pores allow the embryo to ldquobreatherdquo Carbon
dioxide and oxygen can pass through the shell
Eggs come in all sizes colors and patterns We believe that the different colors and patterns are
intended as camouflage Blue and green eggs are found in nests that are in the shade Patterned eggs
blend in with vegetation and stones and white eggs are normally found in cavities
The shape of eggs also depends on where a bird nests The most common shape is oval A pointed egg
is usually found near ledges Round eggs are generally found in highly secure nests
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 35
Commonly Seen Bird Families of Nebraska
Grebes (Family Podicipediae ndash rump foot)
WHAT TO LOOK FOR
Sleek diving waterbirds - small to medium size
Most have sharp pointed bills with fairly long necks short wings and almost no tail
Have lobed toes and legs set far back on body
Common Nebraska species - Pied-billed horned eared western and Clark grebes
Pelicans (Family Pelecanidae ndash an ax)
WHAT TO LOOK FOR
Very large waterbirds
Huge bills with large distensible pouches
Most are white with black flight feathers ndash wingspan 6-9 feet
Common Nebraska species ndash American White Pelican
Cormorants (Family Phalacrocoracidae ndash bald raven)
WHAT TO LOOK FOR
Large diving waterbird shaped like an elongated goose
Long neck and long bill hooked at the end
Wing span 3-5 feet Mostly dark in color
Common Nebraska species ndash Double-crested cormorant
Herons Egrets and Bitterns (Family Ardeidae - )
WHAT TO LOOK FOR
Medium to large wading birds
Usually with long legs bills and S-shaped neck
Short rounded tails
Common Nebraska species ndash American and least bitterns great and snowy egrets little
blue egret cattle egret great blue green black-crowned night and
yellow-crowned night herons
Ibises (and Spoonbills) (Family Threskiornithidae ndash sacred bird)
WHAT TO LOOK FOR
Medium to large wading birds
Long necks and legs with a duck-like body
Long tapering down-curved bill Common Nebraska species ndash white-faced ibis
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 36
Vultures (Family Cathartidae ndash cleanser)
WHAT TO LOOK FOR
Large soaring scavengers
Resemble eagles and large hawks in flight
Head and neck void of feathers bill hooked
Hold wings in a raised V-shape (dihedral)
Common Nebraska species ndash turkey vulture
Duck Geese and Swans (Family Anatidae ndash waterfowl)
WHAT TO LOOK FOR
Medium to large waterbirds
Large heads with conspicuous and horizontally flattened bills
Long necks heavy bodies relative short tails webbed feet and long wingspan Major differences between duck geese and swans
Ducks
Smallest of the three Have a soft swelling about the nostrils called a cere
Males of most ducks are easily separated from females by their gaudier plumage Feathers are
molted twice a year
Most males change into nuptial plumage after pair formation in the fall There may be some
modification of shape of a single feather or entire regions of plumage
Most species are sexually mature at 9 - 11 months
Males take no part in incubation
Geese
Neck shorter than body
Lore (area between eye and bill) feathered and more bluntly triangular than ducksrsquo
Sexes are similar
Permanent pair bonding
Molt once per year postnuptially
Sexually mature at 3 years
Males protect female clutch and brood after hatching
Young stay with parents for almost a year
Legs of most geese are farther forward under the belly than those of typical swans and ducks
Swans
Longest necks - necks slightly longer than body
Lore is naked
Sexes are similar
Molt once per year postnuptially - parents molt one after the other so one is able to fly
Young are carried on parentsrsquo backs
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 37
Sexually mature at 4 -5 years
Hawks and Allies (Family Accipitridae ndash to grasp or take)
Medium to very large diurnal raptors
Hooked beak strong legs and sharp talons
Buteos (buzzard hawks)
Stocky with broad wings wide tails
Soar and wheel high in the sky
Common Nebraska species ndash red-shouldered broad-winged Swainsonrsquos red-tailed
ferruginous rough-legged hawks
Accipiters (true hawks)
Small heads short rounded wings longish tail slender bodies
Fly with several rapid beats and a glide Common Nebraska species ndash sharp-shinned hawk Cooperrsquos hawk northern goshawk
Harriers
Slim body with slim round-tipped wings
Fly in open country gliding low with wings lifted in a V (dihedral)
Species in Nebraska - northern harrier
Kites
Small falcon shaped buoyant gliders not power-fliers
Common Nebraska species ndash Mississippi Kite
Osprey
Soar high on long swept-back wings
Broad tail short-headed appearance
Often travel in pairs
Eagles
Large very broad bodied with broad long plank-like wings massive head and bill
Soar steadily holding wings flat out to the side
Powerful wing beat on upstroke wings raised high Common Nebraska species ndash bald and golden
Falcons (and caracaras) (Family Falconidae - )
WHAT TO LOOK FOR
Small to large compact fast-flying raptors
Long pointed wings bent at the wrist - Strong rapid wing strokes
Common Nebraska species ndash American kestrel gyrfalcon peregrine falcon prairie falcon
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 38
Grouse Turkeys and Pheasants (Family Phasianidae ndash cock or fowl-like bird)
WHAT TO LOOK FOR
Ground dwelling birds with feather nostrils
Short strong bills and short rounded wings
Flight strong but brief
Males perform elaborate courting displays
Common Nebraska species ndash ring-necked pheasant sharp-tailed grouse greater
prairie chicken wild turkey
New World Quail ( Family Odontophoridae ndash bearing teeth)
WHAT TO LOOK FOR
Ground dwelling bird found in brushy habitat and other dense low foliage
Chunky rounded bodies and crests or head plumes
Chicken-like bill short rounded wings
Common Nebraska species - northern bobwhite
Rails and Coots (Family Rallidae - )
WHAT TO LOOK FOR
Marsh birds with short tails and stubby wings
Secretive and identified chiefly by call and habitat
Rails are laterally flattened ldquoThin as a railrdquo Coots are plumper and gregarious
Common Nebraska species ndash yellow rail black rail king rail Virginia rail sora common
moorhen American coot
Cranes (Family Gruidae - )
WHAT TO LOOK FOR
Tall stately wetland birds with long necks and long bills
Tertial flight feathers droop over rump in a bustle when standing
Fly with necks fully extended
Circle in thermals like raptors
Common Nebraska species - sandhill and whooping cranes
Plovers and Killdeer (Family Charadriidae ndash nocturnal waterbird)
WHAT TO LOOK FOR
Small to medium shorebirds that dart across the ground stop and then take off again Upright posture with medium length legs and long pointed wings
Rounded head large eyes thick neck with a short thick bill
Common Nebraska species ndash black-billed American golden snowy semipalmated piping
plovers and killdeer
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 39
Stilts and Avocets (Family Recurviostridae- bent bill)
WHAT TO LOOK FOR
Tall slim shorebirds
Long thin bill very long slender legs long neck striking black-and-white plumage Stilts have straight bills avocets have re-curved bills
Common Nebraska species ndash American avocets black-necked stilt
Sandpipers and Phalaropes and Allies (Family Scolopacidae ndash woodcock)
WHAT TO LOOK FOR
Diverse group of shorebirds
Long toes and long tapered wings
Bill and leg length varies but bill more slender than a ploverrsquos
Plumage browns grays and whites with reds and oranges during breeding season
All but one species have short elevated hind toe
Species found in Nebraska include common snipe ruddy turnstone phalaropes sandpipers
woodcocks godwits whimbrels willets etc
Dowitchers
WHAT TO LOOK FOR
Medium sized chunky dark shorebird
Long straight bills and distinct pale eyebrows
Feed in mud or shallow water in a rapid jabbing motion
Phalaropes
WHAT TO LOOK FOR
Often spin like a top in water when feeding
Female larger and more colorful than male
Male tends incubates and cares for chicks
Common Nebraska species ndash Wilsonrsquos and red-necked phalaropes
Gulls Terns and Allies (Family Laridae ndashsea birds)
Gulls
WHAT TO LOOK FOR
More robust with wider wings and longer legs than terns
Bill slightly hooked tail square or rounded - Seldom Dive
Common Nebraska species ndash Pomarine Jaeger Franklinrsquos little Bonapartersquos ring-
billed California Herring Thayerrsquos lesser black-backed glaucous
Sabinersquos gulls black-legged kittiwake
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 40
Terns
WHAT TO LOOK FOR
Graceful more streamline than gulls
Usually has a forked tail ndash most whitish with black cap
Sharp-pointed bill - Hoover and dive headfirst for fish
Common Nebraska species ndash Caspian common Foresterrsquos terns
Pigeons and Doves (Family Columbidae ndash dove)
WHAT TO LOOK FOR
Plump fast flying cooing voice
Short legs and necks and small heads short bills
Tail fan-like rounded or pointed
Pigeons larger than doves
Common Nebraska species ndash rock mourning Eurasian collared doves
Cuckoos Roadrunners and Anis (Family Cuculidae - )
WHAT TO LOOK FOR
Slender with a long tail at least half of the birdrsquos total length
Fairly large sturdy decurved (curving down) bill
2 toes forward 2 back (zygodactyls)
Common Nebraska species - black-billed cuckoo and yellow-billed cuckoo
Barn Owls (Family Tytonidae -)
WHAT TO LOOK FOR
Slim medium sized night hunter
Legs are long and sparsely feathered
Large head with large forward-facing immovable eyes
Heart-shaped face hooked beak and ghostly appearance
Typical Owls (Family Stigidae ndash night bird)
WHAT TO LOOK FOR
Generally night hunters
Large heads flatten face with large forward-facing immovable eyes hooked beak
Mottled appearance some with feather tuffs upright stance
Common Nebraska species ndash eastern screech great horned burrowing barred long-eared
short-eared northern saw-whet owls
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 41
Nighthawks and Nightjars (Family Caprimulgidae ndashgoat sucker)
WHAT TO LOOK FOR
Nocturnal or crepuscular
Big tail large eyes tiny bills surrounding a large gaping mouth
By day sit horizontally on limb or on ground
Easiest to identify by voice
Common Nebraska species ndash common nighthawk common poorwill chuck-willrsquos-widow
Whip-poor-will
Swifts (Family Apodidae ndash without feet)
WHAT TO LOOK FOR
Small to medium sized aerial foragers ndashspend most of life flying
Long sickle-shaped wings bending close to body and extremely short legs
Eat bathe drink and sometime mate in the air
Common Nebraska species - chimney swift white-throated swift
Hummingbirds (Family Trochilidae ndash small bird)
WHAT TO LOOK FOR
Tiny body long slender bill
Distinctive blur and hum of hovering wings
Jewel-like throat feather found on male
Common Nebraska species ndash ruby-throated broad-tailed and rufous hummingbirds
Kingfishers (Family Alcedinidae - kingfisher)
WHAT TO LOOK FOR
Small to medium size
Thickset with short neck and tail small feet
Large head with a ragged crest and long strong bill
Sit on lines and low branches near water or hovers above water
Plunges head first into water to catch fish
Common Nebraska species ndash belted kingfisher
Woodpeckers (Family Picidae ndash woodpecker)
WHAT TO LOOK FOR
Arboreal (tree) birds
Vertical posture creep up trees
Strong chisel-like bill short legs stiff tail feathers rounded wings
Undulating flight pattern and characteristic bill drumming
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 42
Common Nebraska species ndash Lewisrsquos red-headed red-bellied hairy downy woodpeckers
yellow-bellied and red-naped sapsuckers northern flicker
THE PASSERINES Feet adapted to perching
Tyrant Flycatchers (Family Tyrannidae - lord ruler king)
WHAT TO LOOK FOR
Small to medium perching bird
Large head broad flattened bill pointed wings short legs
Bristly ldquowhiskersrdquo at base of bill
Sit upright on exposed branch and dart out to catch insects
Common Nebraska species - flycatchers pewees kingbirds phoebes kingbirds
Shrikes (Family Laniidae ndash butcher)
WHAT TO LOOK FOR
ldquoButcher birdsrdquo ndash impale prey on thorns (may be to attract a mate and mark territory)
Robin-size bird with hooked bill and masked face with hawk-like behavior
Black gray and white birds
Common Nebraska species - northern and loggerhead shrike
Vireos (Family Vireondae ndash small bird)
WHAT TO LOOK FOR
Small olive- or gray-backed bird with short sturdy cylindrical slightly hooked bill
Can have wing bars and eye-rings or have eye stripes and no wing bars
Often confused with warblers but are chunkier bigger headed thicker billed
Common Nebraska species ndash white-eyed Bellrsquos yellow-throated plumbeous
Cassinrsquos blue-headed warbling Philadelphia red-eyed
Crows and Jays (Family Corvidae ndash raven)
WHAT TO LOOK FOR
Large perching bird with strong longish all-purpose bill to handle variety of foods
Nostrils covered with feathers
Legs scaled in front and smooth behind
Harsh voice and noisy
Bold gregarious
Common Nebraska species - black-billed magpie American crow
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 43
Larks (Family Alauidae ndash lark)
WHAT TO LOOK FOR
Ground dwellers of open fields ndash seldom seen in trees and shrub
Walk rather than hop have an elongated hind toe
Slender billed seed and insect eaters
Yellowwhite face with black facemask horns and breast band
Has musical song often sung in display flight
Common Nebraska species ndash horned lark
Swallows and Martins (Family Hirundinidae ndash swallow)
WHAT TO LOOK FOR
Slim streamline bodies with long pointed angled wings
Tail forked or squared legs and feet inconspicuous
Bill short and wide
Fluid aerialists ndash dart about catching insects
Flocks perch in long rows on branches and lines
Common Nebraska species ndash purple martin northern rough wing bank cliff barn swallows
Chickadees and Titmice (Family Paridae - )
WHAT TO LOOK FOR
Small plump sociable birds with short bills and wings
Active agile ndash often hang upside down to feed
Many times roam in little bands (often leading the group) in search of food
Chickadee ndash no tuff of feathers on head Titmice ndash tufted Common Nebraska species ndash black-capped chickadee tufted titmouse
Nuthatches (Family Sittidae ndash birds that peck bark of tree)
WHAT TO LOOK FOR
Small stout tree-climbers with slightly upturned strong woodpecker-like bills
Stubby squared off tails
Walk down trees headfirst Common Nebraska species ndash red-breasted and white-breasted nuthatches
Creepers (Family Certhiidae -)
WHAT TO LOOK FOR
Small slim tree-dwellers with stiff tails and slender downward curving bill
Primarily brown
Common Nebraska species ndash brown creeper
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 44
Wrens (Family Troglodytidae ndash cave dweller
WHAT TO LOOK FOR
Small stumpy energetic brown birds
Bill slightly down turned loud song
Tails often in ldquocockedrdquo or up-tilted position
Common Nebraska species ndash rock house winter marsh wrens
Kinglets (Family Regulidae -)
WHAT TO LOOK FOR
TINY very active songbirds ndash only certain hummingbirds smaller
Can hover will feeding
Greenish plumage with bright colored crowns Short tails
Common Nebraska species ndash ruby-crowned and golden-crowned kinglets
Gnatcatchers (and Old World Warblers) (Family Sylviidae - )
WHAT TO LOOK FOR
Small birds with slender pointed bills surrounded by rectal bristles
Drab plumage with seasonally changing head patterns
In constant motion
Common Nebraska species ndash blue-gray gnatcatcher
Thrushes (Family Turdidae -)
WHAT TO LOOK FOR
Large-eyed upright postured songbirds - known for their singing ability
Bill is slender straight but not sharp
Often hop along the ground looking for food
Common Nebraska species ndash eastern bluebird veery gray-cheeked Swainsonrsquos hermit
wood thrush American robin
Mockingbirds and Thrashers (Family Mimidae ndash imitator mimic)
WHAT TO LOOK FOR
Well known for their vocal and mimicking ability
Have short rounded wings long legs and tails
Long down-curved bills
Common Nebraska species ndash gray catbird northern mockingbird brown thrasher
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 45
Starlings (and Mynas) (Family Sturnidae - )
WHAT TO LOOK FOR
Medium sized chunky glossy birds with short tails sharp bills
Short triangular to rounded wings
Gregarious bold birds
Pipits (and Wagtails) (Family Motacillidae -)
WHAT TO LOOK FOR
Slender billed brownish ground dwellers with long back toe
Walk briskly rather than hop along the ground
Most species bob their tails up and down
Common Nebraska species ndash American pipit
Waxwings (Family Bombycillidae ndash silk tail)
WHAT TO LOOK FOR
Birds with sleek crest that can be erected
Plump-bodied birds with pointed wings with red waxy tips of secondaries
Bill is small wide and notched high thin calls
Square tail with terminal yellow band
Common Nebraska species ndash Bohemian and cedar waxwings
Wood Warblers (Family Parulidae -)
WHAT TO LOOK FOR
Brightly colored (mostly yellow) birds
Smaller than sparrows with thin needle-like bills
Common Nebraska species ndash approx 34 warblers ovenbirds yellow-breasted chats and
waterthrush
New World Sparrows (Family Emberizidae -)
WHAT TO LOOK FOR
Small to medium-sized birds - often brown streaked appearance
Rounded wings cone-shaped bills
Common Nebraska species ndash 20 sparrows towhees longspurs dark-eyed juncos snow and
lark buntings
Cardinals and Allies (Family Cardinalidae )
WHAT TO LOOK FOR
Medium to large songbirds
Have large cone-shaped bills
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 46
Males often very colorful
Common Nebraska species ndash northern cardinals rose-breasted and black-headed grosbeaks
indigo bunting dickcissel
Blackbirds Orioles and Allies (Family Icteridae)
WHAT TO LOOK FOR
Medium to large songbirds with strong straight bills
Strong-direct flight
Plumage varies from iridescent black to yellow to orange
Common Nebraska species ndash Bobolink eastern and western meadowlarks red-winged and
rusty blackbirds common and great-tailed grackles orchard Baltimore and
Bullockrsquos orioles brown-headed cowbird
Finches and Allies (Family Fringillidae)
WHAT TO LOOK FOR
Small to medium songbirds
Have conical bills and forked relatively short tails
Fly fast and undulate through the air giving high-pitched calls in flight
Common Nebraska species ndash gray-crowned rosy purple Cassinrsquos house finches red
crossbill white-winged crossbill common redpoll pine siskin American goldfinch
evening grosbeak
Old World Sparrows (Family Passeridae)
WHAT TO LOOK FOR
Stouter bodies shorter legs and thicker bills than native sparrows
Have a simple song repeating single elements with no particular rhythm or beginning
And end vocalize all day and year-round
Common Nebraska species ndash house sparrow (introduced)
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 47
Geology and Natural History of Nebraska
Being Developed by Jon Garbisch Cedar Point Biological Station jgarbisch2unledu
bull Geological history of Nebraska
bull Present geological formation of regions
bull General soil types
bull Geological landforms and related habitats
What we currently use
Theme
Nebraska geology formed over millions of years through the erosion of mountains the deposition of
sediments and the flow of water and ice shaping the landscape that we call home
Goal
Attendees will develop an understanding of the natural processes that influenced and built Nebraska
and in so doing develop a greater appreciation for the geology and how it relates to all other aspects of
the statersquos identity
Objective(s)
The Master Naturalists attendees will be able to use the knowledge they have gained to better
understand the surface and subsurface geology at any location in the state that they may find
themselves working
How will it be measured
Attendees will be able to use the knowledge gained to actively interpret general Nebraska geology by
completing activities in the form of hand-out diagrams biostratigraphic fossil correlations
interpretation of rock type hand specimens and visual description of the Geology on the trail at Camp
Brewster Fontenelle Forest
Introduction
Nebraska geology formed over millions of years through the erosion of mountains the deposition of
sediments and the flow of water and ice shaping the landscape that we call home (Hand out agenda)
Geology is rooted in the 3 rock groups that exist on planet Earth and so familiarity with
o these groups gives us a solid foundation for all other geologic interpretation
A half hour will be spent handling examples from each rock group
o 3 groups 3 tables with one rock type on each table each group spends 10 minutes at
each table
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 48
The Geologic Time Scale is a record over time of the Earths major geologic events and we
can use it to help us understand how and when Nebraska took shape
The natural agents of change which have shaped our state include oceans rivers wind
o and ice
The geologic time periods in Nebraska are represented by rock layers (or not) which occur all
around the state and have been named so that no matter where you are in the state you can
correlate the strata to the time scale (fossilsisotopes)
6 Geologic Principles will be discussed so that when the MN is in the field they can be used as an
aid in basic geologic interpretation
Conclusion
Nebraska geology formed over millions of years through the erosion of mountains the deposition of
sediments and the flow of water and ice shaping the landscape that we call home Geology supplies us
a record of the events that have shaped our Earth by learning the language in which the Earth script is
written we will be able to interpret and share the story of our state of Nebraska This understanding will
aid in us in relating to other areas influential and important to the state
Places to Go (places to see examples of Nebraska geology)
a Agate Fossil Beds National Monument Lower Miocene fossil mammal site including abundant body fossils of ancient mammals and prominent fossil rodent burrows
b Ashfall State Park Upper Miocene fossil mammal assemblage found in ash derived from an eruption of a predecessor to the Yellowstone volcanic field c Chimney Rock National Historic Site Oligocene and Lower Miocene continental sedimentary rocks deposited as sediments by wind and steams
d Hummel Park (Omaha) outcrops of Pleistocene glacial till and loess
e Lincoln area Capitol Beach Lake and history of saline waters and salt industry flooding history of Antelope and Salt creeks building stones in downtown area brick industry University of Nebraska State Museum
f Louisville area outcrops of Upper Pennsylvanian marine sedimentary rocks
g Valentine area and Niobrara National Wildlife Refuge Niobrara River Canyon and Cenozoic stratigraphy
h Niobrara State Park Upper Cretaceous marine sedimentary rocks (Niobrara Formation and Pierre Shale) landslides along Missouri River anthropogenic changes in Missouri River Niobrara River and Mormon Canal
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 49
i Downtown Omaha removal of loess from hills in downtown area engineering of Missouri River (eg groins bank armoring etc) visible at Bob Kerrey Memorial Bridge deep bedrock water wells at old industrial sites
j Platte River State Park Upper Pennsylvanian marine sedimentary rocks and overlook of Platte River
k Ponca State Park Upper Cretaceous marine sedimentary rocks (uppermost Dakota Formation through Greenhorn Limestone)
l Rock Creek State Historical Park middle Cretaceous Dakota Formationmdashfluvio-estuarine continental deposits
m Schramm Park Upper Pennsylvanian marine sedimentary rocks
n Scotia and Happy Jack Chalk Mine Upper Miocene lake deposit In Ogallala Group
o Scotts Bluff National Monument Oligocene and Lower Miocene continental sedimentary rocks deposited as sediments by wind and steams
p Smith Falls State ParkCenozoic stratigraphy Niobrara River waterfalls as knick points
q Toadstool Park and nearby areas continental sedimentary rocks of upper Eocene Chadron Formation Pine Ridge escarpment Trailside Museum and Ft Robinson State Park
r Weeping Water area Upper Pennsylvanian marine sedimentary rocks
s Wildcat RidgeHillsescarpment on Oligocene and Lower Miocene continental sedimentary rocks deeply eroded into canyons buttes and pinnacles by stream erosion during and after the Late Pliocene
t Indian Cave State Park and Iron Horse Trail south of Peru Upper Pennsylvanian Indian Cave Sandstone (fluvio-estuarine deposit) and sandstone cave
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 50
North American Model and Outdoor Skills Developed by Jeff Rawlinson Assistant Division Administrator Information and Education Nebraska Game and Parks Commission jeffrawlinsonnebraskagov
OUR North American Model of Conservation
Perhaps no other story is more compelling and more important in American history as that of how
our natural resources came to be one of the most important elements in our lives The history of our citizenryrsquos strong land ethic ties us to the natural world long after other nations have forgone this relationship We value how the common person from a common family can participate in the thrill of the chase experiencing wildness to its fullest
The North American Model of Conservation is a philosophy that the United States and Canada have
developed to manage wildlife in a sustainable way Historians debate how this land ethic began Some
say our model of conservation began in 1937 with the passage of the PittmanRobertson Act a move that provided funding for wildlife conservation at the national and state level The source of this funding came from the sale of hunting and shooting equipment Others may say that it began when the conservation giant President Theodore Roosevelt brought management of natural resources to the
political forefront Others would argue our Model of conservation was birthed under the Magna Charta which transferred the ownership of wildlife from the King of England and the English nobles to the all of
the people of England In reality however our Model has been under development for several hundred years combining what we have learned from other nations peoples cultures and experiences to shape a philosophy ingrained in our culture supported by hunters anglers and shooting sports enthusiasts
benefiting all wildlife and wild lands in the United States
First Wildlife Managers The concept of managing wildlife or natural resources was not conceived by our young nation For
thousands of years humanity has been manipulating and controlling the land and all its inhabitants to benefit our needs Ever since the first hunter followed that wooly creature across the Bering Straight embarking on an epic journey that would result in settling of North America man has ldquomanagedrdquo
wildlife in North America
Throughout history many leaders have shown some element of concern or conservation ethic towards wildlife The great Kublai Khan grandson of Genghis Khan and founder of the Yuan Dynasty in China forbade harvesting of many species of wildlife during critical reproductive months of March
through August so species could ldquoincrease and multiplyrdquo Conservation of wildlife is even found in Mosaic Law in Deuteronomy 226 representing some of the first written wildlife management idealsmdashldquo If you come across a birdrsquos nest in any tree or on the ground with young ones or eggs and
the mother sitting on the young or on the eggs you shall not take the mother with the youngrdquo (English Standard Version 2001)
As populations expanded throughout Europe wildlife resources fell under ownership of powerful kings
who enacted harsh punishments for anyone found taking the kingrsquos game In 1215 a rebellion against King John of England resulted in the Magna Charta transferring ownership of lands and game from the crown to the people This ldquoprivatizingrdquo of wildlife ownership had profound impacts America over 500 years later
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 51
Era Of Abundance (1600 ndash 1850) When our forefathers first landed on the eastern shores of America they brought with them science
religion and a new hope They found plentiful game and soon began a relationship with the land that provided them with many of their daily needs Wildlife was viewed as a limitless resource in a relatively untapped land These early settlers had left Europe where few had access to wildlife and entered a world where everyone had access Furs feathers hides all had value to this young country In 1776 the Declaration of Independence revoked the Kingrsquos rights to land and people in this new world After a
bloody war led by revolutionaries such as Washington Hamilton Jefferson and Adams the United States gained its independence and the land and wildlife belonged to everyone
Era Of Exploitation (1850 ndash 1900)
The 1800s brought a commercialization of our wildlife resources Market hunting and habitat
destruction began to decimate wildlife populations such as the American Bison and Passenger Pigeon After the American Revolutionary War and the Civial Warmdashwhich nearly destroyed our ldquodemocratic
experimentrdquo all togethermdashfew people were looking after the interest of wildlife and even fewer rules
existed governing the management of a resource everyone had ownership of yet no one had responsibility for
The railroad provided settlers with the means to access new lands expanding the markets for meats hides and fur Advancements in technology such as the repeating rifle further aided the unbridled
destruction of wildlife resources Yet throughout this era something positive was growing The people of this new nation were developing a relationship with the land By 1842 a Supreme Court ruling had huge impacts on this developing model of conservation resulting in a Public Trust Doctrine that would
further outline a model for conserving our natural resources Conservation was developing some direction but had no money or laws to support it
Era Of Protection (19001930) The early 1900s brought an industrial boom Abuse of natural resources had taken its toll and throughout the Nation and evidence of this abuse could be seen in the loss of species such as the
passenger pigeon near loss of the American bison and in many large mammals including whitetailed deer and our once numerous waterfowl species America was becoming an economic giant yet through
the roar of machines both political and metal a small voice could be heard It was the hunter and their voice was of concern for the direction our wildlife resources were heading Conservation minded men and women had continued a relationship with the land and the wildlife
Era of Game Management (1930 ndash 1966) The ldquodirty thirtiesrdquo were marked by the dust bowl and an impoverished nation Agricultural practices
unchecked by environmental stewardship had left the Nationrsquos heartland in ecological peril Politically the conservation movement was supported by the footings laid by Theodore Roosevelt New federal acts moved forward to provide for environmental protection due to the outcry of hunters in panic over the vanishing wildlife resources of the Nation
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 52
Wildlife conservation had support yet it lacked the science to properly manage our Nationrsquos resources A young biologist name Aldo Leopold changed all this with his writings including the book Game
Management which led to Universities across the country developing wildlife conservation programs These programs spawned a new breed of professional game managers who utilized science to support management methods that ultimately lead to the greatest wildlife conservation success story in the world In 1937 the PittmanRobertson Act provided thousands of jobs for young professionals along with ldquogame wardensrdquo supported by individual states to further the development of the Conservation Model
which now had science and funding to support it
Era of Environmental Management (1966 ndash Present) Science and funding led to a broadening view of conservation as focus shifted from managing ldquogame
animalsrdquo to managing the entire biota (environment and all living things in it) Further federal acts such
as the Endangered Species Act of 1966 and the National Environmental Policy Act of 1969 provided greater protection for species by a nation that had finally changed its course providing time to review
and perfect conservation efforts Recent acts such as the 1980 Farm Bill continued the effort to help
landowners provide quality habitat for wildlife and hunters by providing incentives to landowners to set aside highly erosive lands and plant them into wildlife habitat (grasslands) that benefit wildlife and hunters
The story of our unique model of conservation is still being written New challenges today threaten our
coveted resources and new professionals are entering the arena to further the plight of our Nationrsquos wildlife and hunting heritage
Seven Pillars of the Model
Seven main pillars have been highlighted as the foundation of support for the North American Model
of Conservation These include
The Public Trust The wildlife of the United States are owned by the people This is very different from the European Model where wildlife is privately owned The North American Model recognizes wildlife as a public
resource that is so important it can not be owned or managed by any one segment of our society but rather managed by professional state and federal entities for the benefit of all This concept known as
the Public Trust Doctrine began development in 1842 when the Supreme Court ruled that the Magna Charta had settled the question of who owns fish and wildlife and that King Charles II did not have the authority to give away the ldquodominion and propertyrdquo of lands in colonial America The court further ruled that since the American Revolution the people held public trust responsibilities for fish and wildlife except for rights specified in the US Constitution
Prohibition on Commerce
It was the hunter who brought forth stringent laws that protected wildlife from peril in the 19th
and 20th
centuries Because we all own and appreciate our wildlife as a national resource they should never find themselves on the public market to the highest bidder This path led to a largescale loss of many species
including the Passenger Pigeon and the near loss of the American bison As our country was developing these practices were common as people moved west in search of prosperity capitalizing on a land seemingly untouched by the modern world Today many laws in place serve to protect our most
valuable resourceshellipour wildlife
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 53
Democratic Rule of Law Each citizen of this great nation has the ability and responsibility to engage in healthy politics that serve
to support and protect sound wildlife conservation measures Our first conservation measures in this Country habitat restoration simple harvest restrictions and bag limits came from hunters people who respected the game they pursued and loved the wild places they chased them in The North American Model of conservation is built upon active public involvement instilling a value for wildlife in all citizens
Hunting Opportunity for All The Model was developed on the premise that all people regardless of political or economic standing could participate in and feel the thrill of the chase It is this unique Model that provides us with wildlife opportunities for all Americans Imagine how important this was to our fore fathers who left a brutal
King in England where only the aristocracy had any dream of pursuing wild creatures in wild places Our
wildlife laws ensure that each generation that comes after us will have the same opportunity to enjoy and appreciate wildlife
Nonfrivolous Use Our management of wildlife depends on a citizenry that loves and appreciates the wild creatures and the habitats necessary to their survival and our quality of life Wildlife may be utilized under strict rule of
law including utilizing the wildlife once harvested to its best potential Killing wildlife for the sake of killing can only lead to the numbing of hearts to wildlife and a profound lack of respect for our most
precious resources
International Resources
It was not until the 20th
century that hunters and wildlife lovers understood the importance of
managing wildlife at a much larger scale This became readily apparent with the passage of the
Migratory Bird Treaty Act of 1918 where nations came together to manage wildlife resources as a
collective Wildlife species do not recognize national or state boundaries Governments must work together to be effective in managing wildlife for the benefit of all The United States has made great
strides in this area with Mexico and Canada Our wildlife is not only a resource to us but to all continents they may call home throughout the year Our biologists must think globally to be effective locally
Scientific Management Although Theodore Roosevelt brought conservation to the political forefront it was a young forester from Iowa that made the study of wildlife management a science Aldo Leopold is considered by many
as the ldquofather of wildlife managementrdquo due to his tireless efforts to develop curriculum for future wildlife biologists Today our biologists earn their opportunity to manage wildlife through prominent
Bachelor Masters and Doctorate degree programs from Universities around the world Wildlife must be managed using fact science and the latest research We are constantly learning and adapting to new technology and changing environments For such an important resource we cannot afford to have it any other way
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 54
Nebraska Master Naturalist Specializations Certifying as a Specialist ldquoFollow your own natural geniusrdquo wrote Thoreau ldquoand it will not fail to show you a fresh prospect every hourrdquo Many of us learn by doing When our curiosity and interests carry us into deeper study of a given subject it can be helpful to have clear opportunities to pursue Thus the Nebraska Master Naturalist Program offers specialized voluntary training for those who are hungry to develop and apply their particular skill and personal understanding on behalf of our natural legacy Specializations are designed to create collaborators leaders and mentors in four key areas
Interpretation and Outreach
Outdoor Skills and Recreation
Resource Management
Citizen Science Master Naturalist Certification Requirements Annual Requirement o 8 Hours Training Annually o 20 Hours of Volunteerism Annually Master Naturalist Specialization Requirement One Time Requirement o 20 Hours of Training Total Specific to Specialization Annual Requirement o Additional 20 Hours of Volunteerism Annually Specific to Specialization (does not include initial Certification annual requirement hours)
OUTDOOR SKILLS AND RECREATION SPECIALIZATION The purpose of OUTDOOR SKILLS AND RECREATION is to promote activity and development of skills in the outdoor pursuits associated with natural resources Specializations are designed to create collaborators leaders and mentors in particular areas A Certified Nebraska Master Naturalist can complete the Outdoor Recreation Specializationby meeting the following requirements Complete at least one of the workshops or certification‐leading trainings listed below If specialized training is not listed below it can be approved upon request by the Master Naturalist Program Committee Specialized Training Options ‐
Hunter Education Instructor Certification 13 hrs
National 4‐H Shooting Sports Instructor Certification 32 hrs
Nebraska 4‐H Shooting Sports Shotgun Certification 12 hrs
Nebraska 4‐H Shooting Sports Archery Certification 12 hrs
Nebraska 4‐H Shooting Sports Rifle Certification 12 hrs
Nebraska 4‐H Shooting Sports Pistol Certification 12 hrs
Nebraska 4‐H Shooting Sports Muzzleloader Certification 12 hrs
National Archery in the Schools Program Basic Archery Instructor 4 hrs
NRA Range OfficerMaster Certification 8 hrs
Hunt Master Training Instructor 4 hrs
NRA Shooting Instructor 16 hrs
NRA Shotgun Instructor 16 hrs
NRA Rifle Instructor 16 hrs
Boater Education Instructor 12 hrs
Youth Fishing Instructor 5 hrs
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 55
American Canoe Association National CanoeKayak Instructor 16‐32hrs
National Camp SchoolBoy Scouts 16‐24 hrs
Wood Badge TrainingBoy Scouts 16‐24 hrs
Merit Badge Counselor TrainingBoy Scouts 2‐16 hrs
Conservation Leaders for Tomorrow 35 hrs
Wilderness First Aid 16‐32 hrs
Professional Trappers College 40 hrs
American Camp Association Instructor Training 8‐40 hrs
American Red Cross Instructor Training 2‐16 hrs
American Sailing Association Instructor Training 16‐24 hrs
Certified Horsemanship Association Instructor Training 24‐40 hrs
Leave No Trace Master Educator Training 40 hrs
National Outdoor Leadership School 280 hrs
Camp Cook School 32‐96 hrs
Professional Association of Diving Instructors Training 32‐96 hrs
Professional Mountain Bike Association Instructor Training 24 hrs
League of American Bicyclists Instructor Certification 24 hrs
Hunting
Shooting
Fishing
Trapping
Camping
Outdoor Cooking
Orienteering
Geocaching
Photography
Wildlife Viewing
Hiking
Biking
Birding
Becoming an Outdoors‐Woman Program
Wilderness First Aid
Wilderness Survival
Leave No Trace Educator
Service Options ndash Provide a minimum of 20 hours of service annually in the following or similar areas
4‐H leader and youth training outdoor recreation
Scout leader and youth training outdoor recreation
Wild About Nature
Flying WILD Educator or Facilitator Workshop
Becoming an Outdoors Woman (BOW)
Beyond Becoming an Outdoors Woman (BOW)
Family Camp
Learn to Hunt Program
National Archery in the Schools Program BAI training or greater
Mentor HuntHunt Masters Training
After School Programs
Others ndash Upon approval
Outdoor discovery programs volunteer
CRO at a shooting event
Assist with National or State shooting sports competitions
Family fishing day
Design or write a brochure
Develop or contribute to a website
Develop or contribute to a social networking site
Design or write a newsletter
Assist in fundraising
Plan an event or festival
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 56
Interpretation amp Education- Developed By Lindsay Rogers Nebraska Game amp Parks
Commission
Do not try to satisfy your vanity by teaching a great many things Awaken peoplersquos curiosity It is
enough to open minds do not overload them Put there just a spark If there is some good
inflammable stuff it will catch firerdquo
- Anatole France in The Earth Speaks
Session Objectives
To help participants understand the role education plays in sounds ecological conservation
To help participants learn about past and present conservationist and interpretive educators
To help participants learn components of quality education and interpretation
To have participants partake in quality interpretive education
To make sure participants understand that their role is to light the spark and awaken curiosityhellip not spew facts
Lecture Requirements
1 What is interpretation (5 minutes) a What does ldquointerpretrdquo mean b National Association of Interpretation definition of ldquointerpretationrdquo
i Interpretation is a mission-based communication process that forges emotional and intellectual connection between the interests of the audience and the meanings inherent to the resource
c Freeman Tilden Interpreting Our Heritage 1957 i Interpretation is an educational activity which aims to reveal meanings
and relationships through the use of original objects by first-hand experience and by illustrative media rather than simply to communicate factual information
d Components of interpretation i pleasurable or enjoyable
ii relevant to the world iii organized iv themed v sparks an interest
vi includes information but does not stop there links information to the world
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 57
vii age appropriate viii taught to someone not at them
2 What is education (5 minutes)
a What does it mean to ldquoeducaterdquo someone b John Dewey Democracy amp Education 2944
i Education in its general sense is a form of learning in which the knowledge skills and habits of a group of people are transferred from one generation to the next through teaching training or research
c Components of education i - generally presented to someone but not always
ii enjoyable sometimes iii provides knowledge and facts iv can make connections but not always v organized and themed
d Both education and interpretation are important they work together
3 Conservationists (10 minutes) a Jon Muir
i Immigrated from Scotland to Wisconsin in 1849 ii Attended the University of Wisconsin studies botany amp geology
iii Moved to the western US mainly the Sierra Nevada area iv Believed humans were part of the interconnected natural world v Advocated for the preservation of natural areas
vi Co-founded the Sierra Club b Aldo Leopold
i Iowa native attended Yale University ii After college he joined the US Forest Service was stationed in Arizona
and New Mexico iii Developed theories of land ethics the need for biodiversity and an
appreciation for wilderness areas iv Moved to Wisconsin in 1924 became a professor at the University of
Wisconsin v Regarded as the ldquoFather of Conservationrdquo
c Gifford Pinchot i Born in Connecticut in 1905
ii Studied at Yale studies forestry in France iii Named chief of the Division of Forestry (later to become the US Forest
Service) iv First chief of the US Forest Service greatly improved forest
management and increased the size of Forest Service lands
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 58
v Managed forests for the greatest good for the greatest number Pinchot added the phrase in the long run to emphasize that forest management consists of long-term decisions
d Steven Mather i Born in California attended Berkley University
ii Worked for the Pacific Coast Borax Company where he had a talent for promotion Started a competing company made millions
iii When revisiting Sequoia and Yosemite National Parks in 1914 he was appalled by the conditions of the national parks
iv Joined the Department of the Interior as the head of parks later created the National Parks System
v Professionalized the National Parks and helped to greatly grow protected lands
e Rachel Carson i Born in Pennsylvania in 1907 attended John Hopkins University for
graduate school ii Went to work for the US Bureau of Fisheries (later to become the US
Fish amp Wildlife Service) iii Wrote Silent Spring in 1962 The book created an awaking for Americanrsquos
to their responsibility to the environment and wildlife The book lead to the US Government banning the use of DDT
f Theodore Roosevelt i Born in 1858 in New York New York was a sickly child who stayed inside
studying natural history ii An avid outdoorsman he spent much time in the South Dakota Badlands
iii Became President in 1901 with the assignation of President McKinley iv Among many major accomplishments as president he started the
National Parks was instrumental in conserving about 230 million acres
4 Naturalist Interpreters (10 minutes) a Freeman Tilden
i Born 1883 worked as a newspaper columnist and author ii At age 58 he began working with the National Parks Service
iii While traveling to various National Parks he became concerned with the quality of interpretation
iv Wrote Interpreting Our Heritage in 1957 outlines 6 principles to quality interpretation forever changed the field of interpretation
b William Lewis i Worked as a ranger naturalist and interpreter trainer for the National
Parks Service ii Developed the approach of ldquoThematic Interpretationrdquo which requires the
interpreter to choose a central theme (major point) to guide the development of a program
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 59
iii Wrote Interpreting For Park Visitors c Sam Ham
i Director of Center for International Training and Outreach at the University of Idaho
ii Work has focused on applying communication theory to environmental conservation interpretation and on nature-based tourism and guide training
iii Wrote Environmental Interpretation (1992) d Ted Cable
i Professor of Park Management and Conservation at Kansas State University
ii Co-authored Interpreting Cultural and Natural Resources (2003) and Interpretation for the 21st Century Fifteen Guiding Principles for Interpreting Nature and Culture (2002)
5 Conducting an Interpretative Program Try and Fail (60 minutes + 120 minutes of activities throughouthellip see list of Suggested Activities below)
a Experiential Learning i The first time you tried to walk you failed The first time you rode a bike
you failed This is called experiential learning The first time you attempt an educational or interpretation program you will fail thatrsquos how we learn
ii Donrsquot be afraid to fail b Ask Questions about the ProgramPresentation before you commit to leading it c Plan your Program
i Generally I want my presentation to be about Specifically however I want to tell my audience about After hearing my presentation I want my audience to understand (what is the big picture you want them to take home)
1 You do not need (or want) to teach your audience everything you know your job is to light the spark
ii What will your tangibles and intangibles be 1 Tangibles are those things you can touch things you use to teach
when teaching a Examples include a tree a mammal pelt a skull a live
animal a prairie 2 Intangibles involve connecting the tangibles to concepts and the
ideas they represent intangibles are the meanings the relationships the processes the ideas the feelings and the beliefs
a Examples include food webs ecosystem health entropy ecology
iii People remember themes they forget facts
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 60
iv Plan for an organized presentation 1 Think about your overall theme smaller parts of the program and
your transitions v Stick to your theme
vi Determine what type of presentation you will have 1 PowerPoint (avoid) 2 Podium Presentation (avoid) 3 Active taking a hike playing a game etc 4 Hands-on touching feeling trying hearing smelling
vii Think about all the different kinds of learners 1 verbal-linguistic 2 logical-mathematical 3 visual-spatial 4 kinesthetic 5 musical-rhythmic 6 interpersonal (groups) 7 intrapersonal (individual) 8 naturalist
d Know your role as an educator 1 Provide facts and relationships not opinions 2 Allow participants to determine their own opinions and beliefs
using the facts amp relationships you provide them 3 PLAY ldquoFIRST IMPRESSIONSrdquo
e Prepare Prepare Prepare 1 Know the type of space and area you will have (indoor vs
outdoor small space vs vast area etc) 2 Plan for more that you are told 3 Plan for the weather (always expect it to be windy in Nebraska)
f Questions i Ask good questions
1 Is this a fox Vs How do you know this is a fox 2 Do you have any questions Vs What questions do you have
ii Be prepared for quality questions 1 What are the implications for describe the impact of what are
the reasons for iii Be prepared for ldquogoodrdquo questions
1 Do you have ewoks in the forest If a Mountain Lion and an Eagle were to fight who would win
2 Take all questions seriously Answer seriously g Model what you want to see the students do
i If you want a group of students to catch insects help them get active with them
ii This is true when working with children and adults
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 61
1 Working alongside students validates them and their learning h Be enthusiastic show your passion
i This is another form of modeling what you want to see in your students ii We need to excite students (no matter their age) about conservation
nature and the outdoors iii Have fun
6 Take Home Lesson Light the Spark and Donrsquot Be Afraid to Fail
Suggested Activities (amp potential mandatory activities)
Throughout the lesson conduct multiple games andor activities to model good interpretation
Suggested games include but are not limited to
1 Oh Deer (Project WILD) 2 First Impressions (to be done during section 5) (Project WILD) 3 The Long Haul (Project WET) 4 Sum of the Parts (Project WET) 5 Water Quality Ask the Bugs (Project WET) 6 Adaptation Artistry (Flying WILD) or Fashion a Fish (Aquatic Project WILD) 7 Avian Antics (Flying WILD) 8 Pollinators Meet Your Plants (Nebraska Project WILD wwwnebraskaprojectwildorg) 9 Scavenger Hunts (Nebraska Project WILD wwwnebraskaprojectwildorg)
Suggested Post-Readings
Interpreting Our Heritage Freeman Tilden 1957 (4th edition 2008)
ISBN-13 978-0807858677
Interpreting for Park Visitors William Lewis 1981
ISBN-13 978-0890620793
Environmental Interpretation Sam Ham 1992
ISBN-13 978-1555919023
Interpretation for the 21st Century Fifteen Guiding Principles for Interpreting Nature and
Culture Larry Beck amp Ted Cable 2002
ISBN-13 978-1571675224
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 62
Interpretation-Making a Difference on Purpose Sam Ham 2013
ISBN-13 978-1555917425
Foundations of Interpretation Curriculum Content Narrative National Parks Service 2007
httpwwwnpsgovidpinterp101foundationscurriculumpdf
Websites
National Association of Interpretation
wwwinterpnetcom
North American Association for Environmental Education
wwwnaaeeorg
Nebraska Alliance for Conservation and Environment Education
wwwnaceeorg
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 63
Safety in the Field
Developed by Rich Hawes Nebraska Master Naturalist rdhawes26msncom
Objectives
Raise awareness of Risk Managementassessment as part of event planning
Guidelines to safe activities for participants presenters and the environment
Present Leave No Trace Principals as part of all outdoor activities
Present resources for additional training or certification for outdoor activities
Hands on activities to encourage interest and to provoke thought and discussion
Hazards of the area
Outdoor hiking safety
Stewardship of the land and natural resources
Being flexible and working with ldquowhat you haverdquo
Outline
1 Outdoor Activities ndash Whatrsquos The Worst That Can Happen An Introduction to Event Planning and Risk Management
2 Leave No Trace Principals
3 Trip planning and Logistics
4 Health amp Safety
5 Youth Protection
6 Age Appropriate Activities
7 Resource Training and Certifications
a Standard First Aid CPRAED Wilderness First Aid
b Shooting Sports - Range Safety Officer or Instructor
c Hunter Safety Instructor
d Climbing COPE and Zip Lines
e Water Safety Instructor Life Guard Small Boat Handling
f Leave No Trace Trainer or Master Educator
g Tread Lightly Tread Trainer or Master Tread Trainer
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 64
Suggested Activities
CPR Scenario
First Aid Scenario
Weather Scenario
Lost Scenario
Online Resources
American Camp Association
Boy Scouts of America
Youth Protection
Safe Swim Defense
Safety Afloat
Climb On Safely
Weather Safety
Trek On Safely
(etc)
Leave No Trace
Nebraska Game amp Parks
Hunter Safety
Boating Rules amp Regs
National Rifle Association
(Archery groups)
American Red Cross
(wilderness medicine group(s))
NOLS
Tread Lightly
US Coast Guard
NEBRASKA MASTER NATURALIST Explore Contribute Connect
13
Birds
More than 300 spp of resident and migratory birds
Nesting waterbirds include o Wood duck green heron northern pintail blue-wing teal mallard
Grassland birds include o Henslowrsquos sparrow dickcissel grasshopper sparrow bobolink vesper
sparrow and Swainsonrsquos hawk
Woodland birds include o Bellrsquos vireo blank-and-white warbler rose-breasted grosbeak orchard oriole
Mammal
More than 55 mammals o Plains pocket gopher prairie vole plains pocket mouse thirteen-line ground squirrel
Franklinrsquos ground squirrel o Prior to European settlement
Bison elk mule deer mountain lion black and grizzly bear gray wolf Larger animals include coyote bobcat least and long-tailed weasel mink
Fish
More than 75 species of fish Amphibians and Reptiles
53 species of amphibians and reptiles o 2 salamanders 5 toads 6 frogs 8 turtles 8 lizards and 24 snakes
Eco-tourism amp Wildlife Viewing
Henry Doorly Zoo in Omaha Childrenrsquos Zoo in Lincoln
Ak-Sar-Ben Aquarium Ponca State Park
Mahoney State Park Platte River State Park
Two Rivers State Recreation Area Branched Oak
Homestead National Monument Ashfalls Fossil Beds State Park
Migrating birds Fontenelle Forest Indian Cave State Park Schramm State Park
Tallgrass prairie Audubonrsquos Spring Creek Prairie south of Denton amp Nine-Mile Prairie
Canoeing hiking biking
Elkhorn River Platte River
Cowboy Trail Steamboat Trace Trail
MoPac East Trail Oak Creek Trail
Driving Tours
Nebraska Scenic Byway Outlaw Trail Scenic Byway
Heritage Highway Lewis and Clark Scenic Byway
NEBRASKA MASTER NATURALIST Explore Contribute Connect
14
Mixedgrass Prairie
Introduction
Transition zone between tallgrass and shortgrass prairies o Have characteristics of both o Plant composition varies considerably depending of soil type topography weather and
land use
Elevation east to west 1650 to 3000 feet above sea level
Climate - Semiarid o Average annual precipitation from 28 inches in the east to 20 inches in the west o Average annual temperature from 52-57 degrees - Frost-free period 150 ndash 190 days
General topography o Level broad plains rolling hills in north-central part steep sloops with deep drainages in
the southwest o Mostly covered with windblown silt o Ogallala aquifer underlies most of the Ecoregion
Alluvial aquifers along streams
Streams o Platte Republican Loup Niobrara Blue rivers ndash all eventually drain into Missouri River
Wetlands o Rainwater Basin ndash playa wetlands formed by wind with a clay pan to hold water
Found in south-central Nebraska Once contained more that 4000 major wetlands National importance for migrating birds
o Central Table Playas ndash found mostly in Custer County on top of hills o Subirrigated Wet Meadows ndash found along Platte and Loup Rivers
Transected with old river channels swales and sloughs o Riverine Wetlands ndash found along streams
Include oxbows and other semi-permanent wetlands o Sandhill Wetlands ndash found in sandy areas close to Platte and Loup Rivers o Formed where groundwater reaches surface
Vegetation
Tallgrass spps tend to dominate in the east and along floodplains and shortgrass spps found further west (drought resistant)
Hilltops dominated by buffalograss and blue grama
Hill sides dominated by medium-stature grasses ndash side-oats grama little bluestem western wheatgrass and sand dropseed
Lower slopes and valleys ndash big bluestem Indiangrass switchgrass and Canada wildrye
Hundreds of forbs found including o Prairie clover Illinois bundle flower wild alfalfa deer vetch leadplant prairie
coneflower stiff sunflower and blazing star
Historically less than 1 covered with woodlands ndash mostly close to streams o Trees - Eastern cottonwood green ash hackberry red cedar o Shrubs ndash roughleaf dogwood false indigo sandbar willow o Some native oaks and black walnut can be found on steeper slopes
Wet meadows and wet prairies
NEBRASKA MASTER NATURALIST Explore Contribute Connect
15
o Woolly sedge spike rush prairie cordgrass o Federally endangered prairie white-fringed orchid o State endangered saltwort
Playa wetlands (Rainwater Basin and Central Tables area) o Seasonally flooded - River bulrush common cattail smartweed o Temporarily flooded ndash spike rush flatsedge plains coreopsis o More permanent - bladderwort pondweed duckweed
Riparian wetlands ndash switchgrass scouring rush bedstraw
Sandhill wetlands ndash cattail bulrush smartweed
Birds
More than 350 spps of resident and migratory birds o Grasshopper and field sparrow dickcissel western meadowlark bobolink northern
bobwhite ring-necked pheasant northern harrier and greater prairie chicken o Platte River
Over 300 spps with 141 known to nest o Sandhill cranes endangered whooping cranes
o Rainwater Basin Over a dozen spps of waterfowl including 13 of northern pintails 50 of North
Americans mallards 90 of mid-continentrsquos white-fronted geese Approximately 3000000 shorebirds
o Thousands of Swainsonrsquos hawks migrate through the region Mammals
Many species of mammals but none that are only found in mixedgrass prairies Fish ndash Diverse range of species
Reptiles and amphibians
Spiny softshell turtles western painted turtles and snapping turtles in wet areas
Ornate box turtle in native grasslands
Northern water snake ndash only aquatic snake found
Prairie rattlesnake only poisonous snake found
Smooth green snakes and red-bellied snakes are two of the more rare snakes
3 lizards found ndash northern earless prairie racerunner northern prairie lizards
Tiger salamander only salamander found
Frogs and toads common
Eco-tourism amp Wildlife Viewing
Sandhill cranes - Rowe Sanctuary amp Roadside viewing sites constructed by Central Platte NRD
Waterfowl viewing - Rainwater Basin
Massie Waterfowl Production Area with an observation tower (Clay Center)
Funk Waterfowl Production Area and Sacramento-Wilcox Wildlife Management Area o Handicapped accessible blinds
Bald eagle viewing ndash J-2 Power Station near Lexington Harlan County Lake Sherman Lake and Rowe Sanctuary
Prairie chicken viewing- Calamus Outfitters near Calamus Reservoir
NEBRASKA MASTER NATURALIST Explore Contribute Connect
16
Sandhills Motel ndash Mullen
Walking Trails ndash Rowe Sanctuary Kearney Hike-Bike Trail Harlan County Lake Funk Harvard and Massie Waterfowl Production Areas Lake Seldom at Holdrege
Best way to find out about birding trails is to go to wwwnebraskabirdingtrailscom o Some are ndash Chicken Dance Trail Rainwater Basin Loops
Sandhills
Introduction
19300 square miles of north-central Nebraska o Largest dune system in the western hemisphere o One of the largest grass-stabilized dune regions in the world o Majority of the region is in relatively natural state
Sandhills young geologically speaking o Dunes aligned primarily in a northwesterly to southeasterly direction with prevailing
winds o Some dunes over 400 feet in height o Soils poorly developed with a thin layer of topsoil o High infiltration rate (up to 10 feet per day) o High water table ndash almost 2000 shallow lakes and over a million acres of wetlands
Most lakes and wetlands at headwaters of streams amp in poorer draining areas in western areas
Most wetlands and lakes pH neutral but alkaline wetlands and lakes common in the west where salts and carbonates accumulate
Fens ndash Sandhills contains some of Great Plains largest ones
Streams of the region o North and Middle Loup Calamus Cedar Dismal ndash flow from groundwater discharge o Niobrara River ndash only river that originates out of the region (starts in Wyoming)
Climate o Semiarid ndash annual precipitation ndash 23 inches in east to 17 inches in west
Vegetation
700 native plants spps
Sandhills dune prairie plant community o Mixture of sand-adapted grasses ndash sand bluestem prairie sandreed little bluestem and
hairy grama o Forbs ndash stiff sunflower bush morning glory plains gayfeather o Shrubs ndash sand cherry leadplant prairie rose and yucca
Sandhills dry valley prairie community o Grasses - Big Bluestem Indiangrass switchgrass o Forbs ndash western ragweed white sage and prairie coneflower o Shrubs ndash leadplant Arkansas rose western wild rose
Blowouts o Federal and state threatened blowout penstemon
Native woodlands ndash uncommon o Eastern cottonwood peachleaf willow coyote willow chokecherry wild plum and
snowberry
Middle Niobrara River valley largest woodland in sandhills
NEBRASKA MASTER NATURALIST Explore Contribute Connect
17
o South facing bluffs -Oak basswood black walnut green ash o Canyons ndash Paper birch quaking aspen o North river bluffs ndash ponderosa pine o Referred to as a biological crossroads
Wet meadows o Sedges spike rushes prairie cordgrass switchgrass o Shrubs - Sandbar willow false indigobush
Alkaline wet meadows o Inland saltgrass foxtail barley alkali sacaton meadow bluegrass and scratchgrass
Fens o Contain 20 at-risk plant species including bog bean cottongrass and marsh marigold
Freshwater marshes o Ripgut sedge common reed smartweeds bulrush cattail duckweed coontail
Alkaline marshes ndash alkaline-tolerant plants Birds
More that 300 species of birds o Sharp-tailed grouse and greater prairie chicken o Long-billed curlew (sandhills important breeding site)
Upland sandpiper vesper sparrow lark bunting grasshopper sparrow western meadowlark High concentration of northern harriers and ferruginous hawks
Important breeding area for mallards blue-wing teal pintail
American Bird Conservancy calls the area the ldquoBest grassland bird place in the United Statesrdquo Mammals
55 species of mammals but not specific to the Ecoregion Fish
75 species of fish
Rare spps ndash blacknose shiner pearl northern redbelly and finescale daces o Species cutoff from principle range
Amphibians and Reptiles
27 species o One salamander 3 toads 4 frogs 6 turtles 4 lizards 9 snakes
Eco-tourism amp Wildlife Viewing
Crescent Lake Fort Niobrara Valentine National Wildlife Refuges
Nebraska and Samuel R McKelvie National Forests
Niobrara Valley Preserve (TNC property) with 2 bison herds
Merritt Reservoir Calamus Reservoir
Niobrara Wild and Scenic River o Over 10 outfitters in Valentine area for canoeing kayaking and tubing
Dismal Loup and Cedar rivers also offer canoeing and tubing
Niobrara Valley Preserve
Swan Lake Motor Route
Sandhills Scenic Byway (Hwy 2) ndash one of the top 10 scenic highways in the nation
NEBRASKA MASTER NATURALIST Explore Contribute Connect
18
Stargazing ndash Nebraska Star Party near Valentine in August
Cowboy Trail (will be the nationrsquos longest rails-to-trails conversion)
Calamus Outfitters
Shortgrass Prairie
Introduction
Found in western Nebraska
High diversity of habitats
Dramatic changes in elevation and topography
Soils range from sand to clay-loam to hard sandstone
Annual precipitation 12-17 inches ndash humidity generally low
Annual average temperature 47-50
Topography o Truest form of shortgrass prairie found in Banner Cheyenne Deuel and Kimball counties o Mixedgrass and sandsage prairies in southeast of Ecoregion o Wildcat Hills bluff formation found in Scottsbluff amp Morrill counties o Relic sandhill extend through Morrill and Sioux counties o Pine Ridge found in northern Dawes Sheridan and Sioux counties
Streams o North Platte River Lodgepole Creek Upper Niobrara and White Rivers o 5 large reservoirs and a number of smaller artificial lakes o Playas found throughout the region
Vegetation
Shortgrass Prairie o Buffalograss blue grama side-oats grama purple threeawn (grass height 10 inch) o Over 100 spps of forbs o Milkvetch scarlet guara cutleaf ironplant prickly pear purple locoweed scurfpea
prairie coneflower scarlet globe mallow
Mixedgrass Prairie o Blue grama prairie sandreed threadleaf sedge needle-and thread grass little bluestem
western wheatgrass (grass height 18-24 inches) o Shrubs
Skunkbush sumac winterfat fringed sage snowberry yucca broom snakeweed o Over 100 species of Forbs o Scarlet guara dotted gayfeather skeleton plant cutleaf ironplant scurfpea scarlet
globe mallow o Within the mixedgrass prairie ndash 2 unique communities found
Northwestern mixedgrass amp Loess mixedgrass prairie
Sandhill dune prairie and sandsage prairies o Sandsage sand bluestem blue grama prairie sandreed needle-and-thread yucca o Forbs ndashsand-lily desert goosefoot plains sunflower bush morning glory showy
impomopsis
Western alkaline meadows along the North Platte o Inland saltgrass alkali sacaton field sedge foxtail barley meadow bluegrass o Forbs ndash spearscale alkali aster camphor daisy thelypody
NEBRASKA MASTER NATURALIST Explore Contribute Connect
19
Ponderosa pine woodlands o Ponderosa pine quaking aspen green ash Saskatoon serviceberry chokecherry dwarf
juniper fragrant sumac mountain mahogany wolfberry Kentucky bluegrass littleseed ricegrass
Riparian woodlands o Cottonwoods peachleaf willows green ash boxelder Sandbar willow wild plum
chokecherry buffaloberry horsetail sedges marsh muhly and cordgrass
Badlands o Saltbush rabbitbrush poverty weed Russian thistle
Birds
More that 300 species of birds found
Shortgrass birds o McCownrsquos and Chestnut-collared longspurs Brewerrsquos sparrow horned lark burrowing
owl and state threatened mountain plover
Mixedgrass birds o Western meadowlark grasshopper sparrow lark bunting
Pine Ridge birds o Lewisrsquo woodpecker pygmy nuthatch ovenbird mountain bluebird
Wetland birds o Canada geese mallard northern pintail shorebirds
Mammals
White-tail and mule deer elk pronghorn bighorn sheep coyotes bobcats mountain lions prairie dogs federally endangered black-footed ferret river otter black-tailed jackrabbit badger pocket gopher grasshopper mouse
Fish
Many gamefish state threatened finescale dace endangered blacknose shiner etc Amphibians and Reptiles
Include western striped chorus frog Woodhousersquos toad bullsnake prairie rattler lesser earless lizard horned lizard ornate box turtle and painted turtle
Ecotourism amp Wildlife
Lake McConaughy (largest reservoir in state)
Lake Ogallala
Pine Ridge area o Ft Robinson State Park o Chadron State Park o Nebraska National Forest (Pine Ridge Unit) o Soldier Creek Wilderness
Oglala National Grassland and Toadstool Geologic Park
Wildcat Hills Nature Center in Gering
Scotts Bluff National Monument
Chimney Rock
Agate Fossil Beds National Monument
NEBRASKA MASTER NATURALIST Explore Contribute Connect
20
Endangered Species Act
The Endangered Species Act provides a program for the conservation of threatened and endangered
plants and animals and the habitats in which they are found The US Fish and Wildlife Service and the
Department of the Interior maintain the list of 632 endangered species (326 plants and 306 animals) and
190 threatened species (112 animals and 78 plants)
The law is written to prohibit any action that results in taking or injuring a listed species or negatively affects habitat Also prohibited is the import export interstate or foreign trade of listed species
Nebraskarsquos Endangered amp Threatened Species
State Status Federal Status
Birds Bald Eagle Threatened Threatened
Piping Plover Threatened Threatened
Mountain Plover Threatened Proposed Threatened
Whooping Crane Endangered Endangered
Eskimo Curlew Endangered Endangered
Interior Least Tern Endangered Endangered
Mammals River Otter Threatened
Southern Flying Squirrel Threatened
Black-footed Ferret Endangered Endangered
Swift Fox Endangered
Black-tailed Prairie Dog Candidate
Plants Western Prairie Fringed Orchid Threatened Threatened
Utersquos Ladyrsquos Tresses Threatened Threatened
Ginseng Threatened
Small White Ladyrsquos Slipper Threatened
Colorado Butterfly Plant Endangered Threatened
Saltwort Endangered
Hayden Penstemon Endangered Endangered
Insects American Burying Beetle Endangered Endangered
Salt Creek Tiger Beetle Endangered Candidate
Fish Lake Sturgeon Threatened
NEBRASKA MASTER NATURALIST Explore Contribute Connect
21
Northern Redbelly Dace Threatened
Finescale Dace Threatened
Blacknose Shiner Threatened
Topeka Shiner Endangered Endangered
Sturgeon Chub Endangered
Pallid Sturgeon Endangered Endangered
Reptiles amp Mussels Massasauga Threatened
Scaleshell Mussel Endangered Endangered
Information courtesy of Nebraska Game and Parks US Department of the Interior and the US Fish
and Wildlife Service
The Nuts and Bolts
Without habitat there are no animals
Every species has its niche
Understand the importance of biodiversity Know where the Platte River begins and ends understand its
makeup and where Rowe is located in the relationship to the river How Rowe plays a role in
conservation habitat maintenance and education Have an understanding of what constitutes the 4
major eco-regions in Nebraska
References Integrated Principals of Zoology by Cleveland P Hickman Jr Larry S Roberts Alan Larson (WmC
Brown Publishers 1996)
Zoology by Lawrence G Mitchell John A Mutchmor Warren D Dolphin (The BenjaminCummings
Publishing Company Inc 1988)
Biology the unity and Diversity of Life 7th Ed By Cecie Starr and Ralph Taggart (Wadsworth Publishing
Company 1995)
Nebraskarsquos Natural Legacy Project httpwwwngpcstateneuswildlifeprogramslegacyreviewasp
Cliffs Quick Review Biology by I Edward Alcamo PhD and Kelly Schweitzer PhD (Wiley Publishing 2001)
Biology for Dummies by Donna Rae Siegfried (Wiley Publishing Inc 2001)
NEBRASKA MASTER NATURALIST Explore Contribute Connect
22
Taxonomy in a Nutshell
Definitions
Classification is a systematic arrangement in groups or categories according to established
criteria
Taxonomy is the orderly classification of plants and animals according to their presumed natural
relationships
Binomial nomenclature (Binomial = 2 terms ndash Generic amp specific nomenclature = set of names)
is a system of naming in which each species of animal or plant is given a two tern Latin name
The first term identifies the genus to which the plantanimal belongs and is always spelled with
a capital letter The second term is the species of the plantanimal and is spelled with a lower
case letter This ldquoscientific namerdquo is usually printed in italics or underlined For example ndash Felis
concolor or Felis concolor
The Reason for ithellipWhy use taxonomy
Scientific taxonomic classification is a tool used through the world in an effort to catalog and compare
living things Zoologists now classify approximately 15 million animal species Each year about 10000
new species are added and it is estimated that more than 10 million different animal species may
actually exist on earth
Okay But why Latin
Common names of animals and plants vary from place to place even within a community For instance
the animal name above Felis concolor is known as puma mountain lion catamount panther and
several other local names So how does a biologist from Nebraska know that she and a scientist from
Scotland are talking about the same animalplant Throughout the scientific world Latin is recognized
as the universal language of scholars and scientists By referring to it by its Latin ldquoscientific namerdquo there
is no mistaking what animalplant they are referring to Latin also provides a source for decoding the
scientific name into something that tells you a little about the animalplant itself A translation often
provides a short description of the animal ie the giant anteaterrsquos species tridactyla actually means
three-toed
Background
The identification and comparison of different animals and plant species dates back to ancient times
Naturalists wrote herbals and bestiaries that were lists and descriptions of familiar organisms of a given
locality There was little interest in communicating outside a restricted region The advent of the
printing press led to broader dissemination of books and ideas Cataloging and comparing species on a
more comprehensive scale became possible As naturalists compiled their work they used many words
NEBRASKA MASTER NATURALIST Explore Contribute Connect
23
to describe a species by several characteristics sometimes defining one species in terms of another For
example the blue chair with the fluted arms the red chair like the blue chair with the fluted arms etc
Each authorrsquos system and terminology was different It is only comparatively recently that the
observation and study of the animal and plant world has begun to be organized along truly scientific
lines
Toward the middle of the eighteenth century the Swedish botanist Carolus Linnaeus produced a general
classification of all living species and this system has formed the departure point for all subsequent
developments of taxonomy His system was ambitious and used polynomials some with fifteen words
An example is the oak with leaves with deep blunt lobes bearing hair-like bristles Although he
considered the polynomial name to be the true one he also made notes with two-term names The
current binomial system used today is based upon these notes His writings and those of other scientists
that came after him became the standard for all classifications Since Latin was the universal language
of scholarship his writings were all in Latin Actually his real name was Carl van Linne but he translated
that to Latin as well
In the course of the last couple of centuries naturalists have come to adopt two different forms of
investigation and comparison in their classification process First they studied the question of
adaptation to the environment the significance of diverse structures and behavioral patterns among
animal species and the reason why these different modes of behavior and lifestyles enable animals in
different surroundings to survive
Secondly they have tried to recognize affinities and relationships between the various species They
have attempted to identify the ldquofamily likenessesrdquo that often exist among species which live in different
environments and therefore may be quite unlike one another in outward appearance
As a result of all this research scientists have built up a system of classification which places every
animalplant species in a particular category according to its relationships with other animalsplants
This is taxonomy
Side note ndash genetic testing is now being used to help with classification
How does it Work
When a new animalplant is recognized and identified it is given a species name This may be a term
that describes it or identifies the person who first recognized it as a separate species Originally these
species names were assigned by the individual scientist that discovered them but now they are
assigned by international groups Once this species term is assigned it almost never changes In theory
NEBRASKA MASTER NATURALIST Explore Contribute Connect
24
it is never supposed to be changed even if it is later moved to a different genus family or class but over
the years there have been a few exceptions
The basis of taxonomy however is the genus This is the smallest grouping of related species When
taxonomy began there were relatively few identified species so species were grouped into genera and
there it ended As the body of knowledge grew so did the need for a broader system of grouping From
there the hierarchical system of classification based on natural features evolved
The current system works as follows
Individually related species are grouped into the same genus
The most closely related genera are grouped into the same family
Related families are grouped into an order
Orders are grouped into a related class
Similar classes are included in the same phylum
The phyla are then placed into the proper kingdom
Each of these categories may also contain sub- or super- subdivisions
Taxonomy is a constant work in progress As scientists learn more about different species their
classification may change Changes can reflect a clearer understanding of where the species fits in
among the others with similar characteristics Until recently we only had to contend with two kingdoms
ndash animal and plants Today scientists recognize a least five different kingdoms of living things
Monera ndash bacteria and blue-green algae
Protista ndash one-celled organism with nucleus
Plantea ndash green plants
Fungi ndash non-green plants
Animalia ndash animals
NEBRASKA MASTER NATURALIST Explore Contribute Connect
25
Fauna of Nebraska
Developed and Adopted by Keanna Leonard Education Director Rowe Sanctuary
Objectives for Fauna Mammals Amphibians amp Reptiles Birds 3-4 hours
1 Descriptions ndash (Mammals Amphibians and Reptiles birds --ndash IMPORTANT CHARACTERISTICS)
2 Vocabulary
3 Common Oderrsquos in Nebraska and examples
4 Nuts amp Bolts of Mammals How to ID amp locate specific animals and their evidence (possible
activity tracks traces etc) in Nebraska
MAMMALS IN A NUTSHELL Basic Characteristics
1 Mammary glands (hint the name) that
produce milk
2 Sweat glands
3 Sebaceous glands for oil
4 Presence of hair on the body at some time
during life span
5 Homiothermic Endotherm (warm blooded)--
regulate high body temperature
6 Four-chambered heart
7 Enucleated red blood cells
8 Have a diaphragm
9 Enlarged cerebral hemisphere
10 One bone in lower jaw and complex
dentition
11 3 middle ear bones
12 Turbinal bones in nasal chamber
13 Eggs develop in a uterus with
placental attachment and born alive
(viviparous)
MAMMAL VOCABULARY
Altricial Born helpless
Arboreal Tree dwelling
Carnivore A mammal in the order Carnivora
Carnivorous Meat eating
Crepuscular Active at dusk and dawn
Diurnal Active during the day
Dominant Ruler or leader of others
Habitat Region where an animal lives
Herbivore An animal that eats only plants
Herbivorous Plant eating
Hibernation Winter period when certain
animals become inactive to a point in
where all body functions slow
considerably for a long period
Instinct Inherited mode of behavior
Mammal Animals that have hair on their
bodies (see other char above)
Marsupial Animals whose females have
pouches
Nocturnal Active during nighttime
Omnivore Animals that eats both meat and
plant material
Omnivorous Eating both meat and plant
material
Precocial Born in an advanced stage of
development and able to move about
Predator Animals that kills another animal for
food
Prehensile Grasping
Prey Animal hunted for food
NEBRASKA MASTER NATURALIST Explore Contribute Connect
26
Protective coloration Enables the animal to
blend in with surroundings
Reticulated Net-like pattern of skin
Terrestrial Ground dwelling
Viviparous Live birthing
There are 21 orders of mammals found in the world
Listed below are the orders and examples of common species found in Nebraska
More Species found in Core Curriculum Binder
Insectivores (shrews and moles)
Masked Shrew (Sorex cinereus)
Northern Short-tailed Shrew (Blarina
brevicauda) (venomous)
Least Shrew (Cryptotis parva)
Eastern Mole (Scalopus aquaticus)
Chiroptera (bats)
Big Brown Bat (Eptesicus fuscus)
Red Bat (Lasiurus borealis)
Hoary Bat (Lasiurus cinereus)
Xenarthra
Nine-banded Armadillo (Dasypus novemcinctus)
Lagomorpha Eastern Cottontail (Sylvilagus floridanus) Black-tailed Jackrabbit (Lepus californicus)
Rodentia
Franklinrsquos Ground Squirrel (Spermophilus
franklinii)
Thirteen-lined Ground Squirrel (S
tridecemlineatus)
Black-tailed Prairie Dog (Cynomys
ludovicianus)
Plains Pocket Gopher (Geomys bursarius)(fur-
lined pouch)
Plains Pocket Mouse (Perognathus
flavescens)
Beaver (Castor canadensis)
Eastern Woodrat (Neotoma floridana)
Meadow Vole (Microtus pennsylvanicus)
Muskrat (Ondtra zibethicus) (laterally
compressed tail)
Porcupine (Erethizon dorsatu
Carnivora Despite the name of the order not all are carnivorous Many are omnivores (most bears and raccoons)
and some are even herbivores (giant panda)
Most carnivorous mammals have 3 up and 3 down relatively small incisors and 1 up and 1 down large
canine teeth on both sides of the incisors
Common species found in this area include
Family Canidae Coyote (Canis latrans) Red fox (Vulpes vulpes)
Family Procyonida Raccoon (Procyon lotor)
Family Mustelidae
NEBRASKA MASTER NATURALIST Explore Contribute Connect
27
Long-tailed Weasel (Mustela nivalis)
Least Weasel (M nibalis)
Mink (Mustela vison)
Badger (Taxidea taxus)
Striped Skunk (Mephitis mephitis)
River Otter (Lutra canadensis)
Family Felidae Bobcat (Felis rufus)
Artiodactyla Mule Deer (Odocoileus hemionus) White-tailed Deer (O virginianus
References National Audubon Society Field Guide to North American Mammals by John O Whitake Jr Robert
Elman Carol Nehring (Alfred A Knoph Inc 1994)
Guide to Mammals of the Plains States By J Knox Jr Davide M Armstrong Jerry R Choate (University
of Nebraska Press 1985)
The Nuts and Bolts Know important characteristics especially-
Mammary glands Sweat glands Sebaceous glands Hair sometime during their life
4 chambered heart
Though these critters look like a rodent
Donrsquot confuse them for a moment
They sport small eyes and ears out of view
Their teeth are small sharp and more than a few
They are made up of one mole and shrews three
So in what ORDER can they be
Commonly seen species of Chiroptera number three And are known as the only mammals to swim through the air free They are normally seen at night and for finding food use echolocation rather than sight Now I know you know what they be But go ahead and name all three These mammals have what humans claim to be a disgusting habit of defecating undigested pellets and eating them again What are they Chewing the cud is normal for this group and so is walking on their two middle toes Name the common species found in this area
NEBRASKA MASTER NATURALIST Explore Contribute Connect
28
AMPHIBIANS
Basic Characteristics
1 Skin naked No scales or hair
2 Eggs do not have shells but are jelly like
Laid in clusters always in water
3 Ectodermic
4 Can breathe through permeable skin
5 Spend all or part of life in water
6 Adults are carnivores Size of head
determines size of prey
7 Incomplete lung development
DIFFERENCES BETWEEN REPTILES AND AMPHIBIANS
Reptiles
1 Ectodermic
2 Covered with scales or plates
3 Shed skin
4 Most not do not live in or around water
Amphibians
1 Ectodermic
2 Smooth slimy skin without scales
3 Do not shed skin
4 Spend all or part of life in water
5 Go through metamorphose
Listed below are the orders and examples of common species found in Nebraska
More Species found in Core Curriculum Binder
Salamanders (Order Urodela)
Small-mouth Salamander (Ambystoma
texanum) Occurs in eastern Nebraksa
Tiger Salamander (A tigrinum) Occurs
throughout the state
Frogs and Toads (Order Anura) Thirteen species occur in Nebraska
Pelobatidae or Spadefoot Family
Plains Spadefoot (Spea bombifrons) Occurs throughout Nebraska expect southeast
Ranidae or True Frog Family Plains Leopard Frog (Rana blairi)
Northern Leopard Frog (Rana pipiens)
Bullfrog (Rana catesbeiana
Microhylidae or Narrow-mouthed Family Plains Narrowmouth Toad (Gastrophryne olivacea)
NEBRASKA MASTER NATURALIST Explore Contribute Connect
29
Bufonidae or Toad Family
American Toad (Bufo americanus) Occurs only
in eastern part of the state
Great Plains Toad (Bufo cognatus) Occurs
throughout the state
Woodhousersquos Toad (Bufo woodhousei) Occurs
throughout the state
Hylidae or Tree Frogs
Northern Cricket Frog (Acris crepitans) East
and central Nebraska
Western Striped Chorus Frog (Pseudacris
triseriata amp P maculata) Occurs throughout the
state
Copes Gray Treefrog (Hyla chrysoscelis) Found
in eastern part of state
Resources Reptiles and Amphibians of Nebraska ndash herpetology database httpsnrsunleduherpneb
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30
REPTILES Basic Characteristics
1 Ectothermic (cold-blooded) Body temperature is the same as the temperature of its surroundings
2 Dry skin covered with scales or plates
3 Teeth if present are needle-like or conical
4 Skin shed in one piece or several pieces at intervals
5 Lay soft shelled eggs or young born alive in a membranous sac
6 Lung breathing
There are four groups
Lizards - Short-legged long-bodied reptiles
Taped tail Size varies from 4- inch long fence
swift to 10 foot Kamodo dragon
Snakes - Legates cousins of lizards
Turtles - Armored shells
Crocodilians - Crocodiles Alligators Caimans
REPTILE VOCABULARY
Antivenin An antidote to the venom of
venomous snakes produced by inoculating
horses with small doses of venom Horses build
up an immunity or resistance The horsersquos
blood is used to make the antivenin
Blue Stage Refers to the condition of a snake
prior to shedding
Carapace Dorsal (covering the back) shell
Constrictor A term used in describing a snake
that kills its prey by constriction
Ectothermic Not able to control body
temperature (Cold-blooded) Dependent upon
environment to control body temperature
Egg Tooth A sharp projection located in front
of nose on upper jaw Used by infant reptiles to
cut through eggshell
Fangs Grooved or tubular teeth used to inject
venom
Hemotoxin Venom that attacks the blood
Herpetologist A specialist in reptiles
Jacobsonrsquos Organ A tastesmell sense organ
with two small openings located on roof of
mouth
Thermal Pit A heat sensory pit on side of head
between nostril and eye Allows snakes to track
warm-blooded animals and to strike accurately
especially at night Found only in venomous
snakes known as pit vipers
Neurotoxin Venom that attacks the nervous
system
Oviparous Lays egg
NEBRASKA MASTER NATURALIST Explore Contribute Connect
31
Ovoviviparous Give birth to live young Egg
developed in female and then deposited as a
living young
Plastron Ventral (covering the belly) shell
Reticulated Net-like pattern on skin
Scales Folds of skin covering reptiles
Scutes Single section of shell each sell is made
up of many scutes
Toxic Poisonous
Toxin Poison
Undulating Type of snake locomotion typical of
most snakes - Leaves ldquoSrdquo shape track
Venom Poisonous fluid secreted from glands
and transmitted by bite or sting
Venomous Describes animal containing venom
gland
Nuts amp Bolts of Reptiles
Most reptiles are carnivores (eat meat) Many will eat only live food Some are herbivores (eat
plant material) as well as insectivores (eat insects)
Reptiles often found in water or underground for protection from predators and to help
regulate body temperature Air temperature can change quickly but water and soil
temperature are more constant therefore it helps to regulate the reptiles body temperature
Because they are ectothermic many reptiles live in places that are warm year round In colder
climates reptiles hibernate underground below the freeze line
Most reptile lay eggs and are called oviparous Eggs are buried in sand soil rotted logs etc and
kept warm only by heart from the sun or from rotting vegetation Very few reptiles stay around
to protect their eggs Some reptiles keep their eggs inside their bodies until they hatch and
produce live young (ovoviviparous) Example - garter snakes Very few reptiles care for or feed
their young Young are precocial able to look after themselves minutes after they hatch
Most snakes are harmless Even snakes that are venomous will not bite unless they are
cornered or stepped on Snakes are good and necessary animals They help control potential
destructive populations of rodents
Listed below are the orders and examples of common species found in Nebraska
ORDER CHELONIA Basic Characteristics
1 Contains all forms of turtles and tortoises
2 Has body enclosed in a shell made of
modified horny scales and bone Shell made of
two parts Carapace - upper part covering
animalrsquos back Plastron-under part covering
animalrsquos stomach amp chest
3Ribs and most of vertebrae attached to shell
4 Neck long and flexible and can usually be
withdrawn into shell
5 Have no teeth but jaws outfitted with horny
beaks
6 All lay eggs Usually bury eggs in pit in sand or soil Hatchlings must dig themselves to the surface
NEBRASKA MASTER NATURALIST Explore Contribute Connect
32
Examples of Turtles found in Nebraska Snapping Turtle (Chelydra serpentina)
Blandingrsquos Turtle (Emydoidea (Emys)
blandingii) Protected Species
False Map Turtle (Graptemys
pseudogeographica) Protected Species
Ornate Box Turtle (Terrapene ornata)
Smooth Softshell (Apalone mutica)
Spiny Softshell (Apalone spinifer
SUBORDER LACERTILA (lizards) Basic Characteristics
1 Dry scaly skin clawed feet external ear
openings
2Have movable eyelids - snakes do not
3 Males and females often show different
coloration
4 Generally diurnal but many nocturnal
(geckos night lizards Gila Monsters)
5 Courtship brief fertilization is internal
6 Most are egg layers
Examples of Lizards of Nebraska
Six-line Racerunner (Cnemidophorus sexlineatus Five-line Skink (Eumeces fasciatus)
Many-lined Skink (Eumeces mulitvirgatus)
Great Plains Skink (Eumeces obsoletus)
Slender Glass Lizard (Ophisaurus attenautus)
Lesser Earless Lizard (Holbrookia maculate)
Northern Prairie Lizard (fence lizard)
(Sceloporus undulates)
SUBORDER SERPENTES (Snakes) Basic Characteristics
1 Elongated scaly bodies (to protect from water
loss) no limbs external ear opening or eyelids
(eye covered with a clear scale)
2 Terrestrial subterranean arboreal
amphibious
3 Carnivores swallow prey whole
4 Continue to grow throughout their lives
6 Hibernate in colder climates
7 Males locate females by scent
8 Internal fertilization
9 Some lay eggs others bear live young
11 Vipers (venomous snakes) have heat-
sensing organs called thermal pits
NEBRASKA MASTER NATURALIST Explore Contribute Connect
33
12 Teeth slanted back If one is lost another drops down in itrsquos place
Examples of snakes found in Nebraska
Black Rat Snake (Elaphe obsoleta)
Great Plains Rat Snake (Elaphe guttata)
Bullsnake (Pituophis catenifer)
Common Kingsnake (Lampropeltis getula)
Eastern Hognose Snake (Heterodon
platyrhinos)
Western Hognose Snake (Heterodon nasicus)
Glossy Snake (Arizona elegans)
Milk Snake (Lampropeltis triangulum)
Plains Garter Snake (Thamnophis radix)
Common Garter Snake (Thamnophis sirtalis)
Racer (Coluber constrictor)
Pit Vipers
Copperhead (Agkistrodon contortrix) found in extreme southeast Nebraska
Massasauga (Sistrurus catenatus) Found in southeast Nebraska Protected Species
Prairie Rattlesnake (Crotalus viridis) Found in central and western parts of the state
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 34
Birds What Makes a Bird a Bird IMPORTANT CHARACTERISTICS
So what makes a bird a bird All birds share one common characteristic that no other animal has and
that is FEATHERS Other characteristics include
Maintain high constant body temperature Endotherms (warm-blooded)
Possess toothless beaks or bills
All lay hard-shelled eggs (oviparous)
Air sacs in birdrsquos body give buoyancy
Generally bones are hollow Decreases body weight
Four-chambered heart
Lend Me Your Ear Yes birds have ears but they are missing the pinna or outside part of the ear that collects sound Birds
have feather-covered openings on both sides of the head just behind the eyes Owls and other night-
flying birds have off-setting ears that allow them to pinpoint the exact position of prey
Can birds smell We are not quite sure how well most birds smell We do know vultures use the sense of smell to find
their dinner The champion bird sniffer belongs to kiwi found in New Zealand They are able to sniff out earthworms Some diving birds like cormorants cannot even breathe through their nostrils because they are sealed Ocean birds have special glands in their noses which eliminates salt from the salty water they drink
Eggs Birds lay hard-shelled eggs made mostly of carbon carbonate The hard shell keeps the egg from drying
out and allows parents to sit on it without damaging the developing chick Though the shells are hard it
does not mean that they are non-porous Microscopic pores allow the embryo to ldquobreatherdquo Carbon
dioxide and oxygen can pass through the shell
Eggs come in all sizes colors and patterns We believe that the different colors and patterns are
intended as camouflage Blue and green eggs are found in nests that are in the shade Patterned eggs
blend in with vegetation and stones and white eggs are normally found in cavities
The shape of eggs also depends on where a bird nests The most common shape is oval A pointed egg
is usually found near ledges Round eggs are generally found in highly secure nests
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 35
Commonly Seen Bird Families of Nebraska
Grebes (Family Podicipediae ndash rump foot)
WHAT TO LOOK FOR
Sleek diving waterbirds - small to medium size
Most have sharp pointed bills with fairly long necks short wings and almost no tail
Have lobed toes and legs set far back on body
Common Nebraska species - Pied-billed horned eared western and Clark grebes
Pelicans (Family Pelecanidae ndash an ax)
WHAT TO LOOK FOR
Very large waterbirds
Huge bills with large distensible pouches
Most are white with black flight feathers ndash wingspan 6-9 feet
Common Nebraska species ndash American White Pelican
Cormorants (Family Phalacrocoracidae ndash bald raven)
WHAT TO LOOK FOR
Large diving waterbird shaped like an elongated goose
Long neck and long bill hooked at the end
Wing span 3-5 feet Mostly dark in color
Common Nebraska species ndash Double-crested cormorant
Herons Egrets and Bitterns (Family Ardeidae - )
WHAT TO LOOK FOR
Medium to large wading birds
Usually with long legs bills and S-shaped neck
Short rounded tails
Common Nebraska species ndash American and least bitterns great and snowy egrets little
blue egret cattle egret great blue green black-crowned night and
yellow-crowned night herons
Ibises (and Spoonbills) (Family Threskiornithidae ndash sacred bird)
WHAT TO LOOK FOR
Medium to large wading birds
Long necks and legs with a duck-like body
Long tapering down-curved bill Common Nebraska species ndash white-faced ibis
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 36
Vultures (Family Cathartidae ndash cleanser)
WHAT TO LOOK FOR
Large soaring scavengers
Resemble eagles and large hawks in flight
Head and neck void of feathers bill hooked
Hold wings in a raised V-shape (dihedral)
Common Nebraska species ndash turkey vulture
Duck Geese and Swans (Family Anatidae ndash waterfowl)
WHAT TO LOOK FOR
Medium to large waterbirds
Large heads with conspicuous and horizontally flattened bills
Long necks heavy bodies relative short tails webbed feet and long wingspan Major differences between duck geese and swans
Ducks
Smallest of the three Have a soft swelling about the nostrils called a cere
Males of most ducks are easily separated from females by their gaudier plumage Feathers are
molted twice a year
Most males change into nuptial plumage after pair formation in the fall There may be some
modification of shape of a single feather or entire regions of plumage
Most species are sexually mature at 9 - 11 months
Males take no part in incubation
Geese
Neck shorter than body
Lore (area between eye and bill) feathered and more bluntly triangular than ducksrsquo
Sexes are similar
Permanent pair bonding
Molt once per year postnuptially
Sexually mature at 3 years
Males protect female clutch and brood after hatching
Young stay with parents for almost a year
Legs of most geese are farther forward under the belly than those of typical swans and ducks
Swans
Longest necks - necks slightly longer than body
Lore is naked
Sexes are similar
Molt once per year postnuptially - parents molt one after the other so one is able to fly
Young are carried on parentsrsquo backs
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 37
Sexually mature at 4 -5 years
Hawks and Allies (Family Accipitridae ndash to grasp or take)
Medium to very large diurnal raptors
Hooked beak strong legs and sharp talons
Buteos (buzzard hawks)
Stocky with broad wings wide tails
Soar and wheel high in the sky
Common Nebraska species ndash red-shouldered broad-winged Swainsonrsquos red-tailed
ferruginous rough-legged hawks
Accipiters (true hawks)
Small heads short rounded wings longish tail slender bodies
Fly with several rapid beats and a glide Common Nebraska species ndash sharp-shinned hawk Cooperrsquos hawk northern goshawk
Harriers
Slim body with slim round-tipped wings
Fly in open country gliding low with wings lifted in a V (dihedral)
Species in Nebraska - northern harrier
Kites
Small falcon shaped buoyant gliders not power-fliers
Common Nebraska species ndash Mississippi Kite
Osprey
Soar high on long swept-back wings
Broad tail short-headed appearance
Often travel in pairs
Eagles
Large very broad bodied with broad long plank-like wings massive head and bill
Soar steadily holding wings flat out to the side
Powerful wing beat on upstroke wings raised high Common Nebraska species ndash bald and golden
Falcons (and caracaras) (Family Falconidae - )
WHAT TO LOOK FOR
Small to large compact fast-flying raptors
Long pointed wings bent at the wrist - Strong rapid wing strokes
Common Nebraska species ndash American kestrel gyrfalcon peregrine falcon prairie falcon
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 38
Grouse Turkeys and Pheasants (Family Phasianidae ndash cock or fowl-like bird)
WHAT TO LOOK FOR
Ground dwelling birds with feather nostrils
Short strong bills and short rounded wings
Flight strong but brief
Males perform elaborate courting displays
Common Nebraska species ndash ring-necked pheasant sharp-tailed grouse greater
prairie chicken wild turkey
New World Quail ( Family Odontophoridae ndash bearing teeth)
WHAT TO LOOK FOR
Ground dwelling bird found in brushy habitat and other dense low foliage
Chunky rounded bodies and crests or head plumes
Chicken-like bill short rounded wings
Common Nebraska species - northern bobwhite
Rails and Coots (Family Rallidae - )
WHAT TO LOOK FOR
Marsh birds with short tails and stubby wings
Secretive and identified chiefly by call and habitat
Rails are laterally flattened ldquoThin as a railrdquo Coots are plumper and gregarious
Common Nebraska species ndash yellow rail black rail king rail Virginia rail sora common
moorhen American coot
Cranes (Family Gruidae - )
WHAT TO LOOK FOR
Tall stately wetland birds with long necks and long bills
Tertial flight feathers droop over rump in a bustle when standing
Fly with necks fully extended
Circle in thermals like raptors
Common Nebraska species - sandhill and whooping cranes
Plovers and Killdeer (Family Charadriidae ndash nocturnal waterbird)
WHAT TO LOOK FOR
Small to medium shorebirds that dart across the ground stop and then take off again Upright posture with medium length legs and long pointed wings
Rounded head large eyes thick neck with a short thick bill
Common Nebraska species ndash black-billed American golden snowy semipalmated piping
plovers and killdeer
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 39
Stilts and Avocets (Family Recurviostridae- bent bill)
WHAT TO LOOK FOR
Tall slim shorebirds
Long thin bill very long slender legs long neck striking black-and-white plumage Stilts have straight bills avocets have re-curved bills
Common Nebraska species ndash American avocets black-necked stilt
Sandpipers and Phalaropes and Allies (Family Scolopacidae ndash woodcock)
WHAT TO LOOK FOR
Diverse group of shorebirds
Long toes and long tapered wings
Bill and leg length varies but bill more slender than a ploverrsquos
Plumage browns grays and whites with reds and oranges during breeding season
All but one species have short elevated hind toe
Species found in Nebraska include common snipe ruddy turnstone phalaropes sandpipers
woodcocks godwits whimbrels willets etc
Dowitchers
WHAT TO LOOK FOR
Medium sized chunky dark shorebird
Long straight bills and distinct pale eyebrows
Feed in mud or shallow water in a rapid jabbing motion
Phalaropes
WHAT TO LOOK FOR
Often spin like a top in water when feeding
Female larger and more colorful than male
Male tends incubates and cares for chicks
Common Nebraska species ndash Wilsonrsquos and red-necked phalaropes
Gulls Terns and Allies (Family Laridae ndashsea birds)
Gulls
WHAT TO LOOK FOR
More robust with wider wings and longer legs than terns
Bill slightly hooked tail square or rounded - Seldom Dive
Common Nebraska species ndash Pomarine Jaeger Franklinrsquos little Bonapartersquos ring-
billed California Herring Thayerrsquos lesser black-backed glaucous
Sabinersquos gulls black-legged kittiwake
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 40
Terns
WHAT TO LOOK FOR
Graceful more streamline than gulls
Usually has a forked tail ndash most whitish with black cap
Sharp-pointed bill - Hoover and dive headfirst for fish
Common Nebraska species ndash Caspian common Foresterrsquos terns
Pigeons and Doves (Family Columbidae ndash dove)
WHAT TO LOOK FOR
Plump fast flying cooing voice
Short legs and necks and small heads short bills
Tail fan-like rounded or pointed
Pigeons larger than doves
Common Nebraska species ndash rock mourning Eurasian collared doves
Cuckoos Roadrunners and Anis (Family Cuculidae - )
WHAT TO LOOK FOR
Slender with a long tail at least half of the birdrsquos total length
Fairly large sturdy decurved (curving down) bill
2 toes forward 2 back (zygodactyls)
Common Nebraska species - black-billed cuckoo and yellow-billed cuckoo
Barn Owls (Family Tytonidae -)
WHAT TO LOOK FOR
Slim medium sized night hunter
Legs are long and sparsely feathered
Large head with large forward-facing immovable eyes
Heart-shaped face hooked beak and ghostly appearance
Typical Owls (Family Stigidae ndash night bird)
WHAT TO LOOK FOR
Generally night hunters
Large heads flatten face with large forward-facing immovable eyes hooked beak
Mottled appearance some with feather tuffs upright stance
Common Nebraska species ndash eastern screech great horned burrowing barred long-eared
short-eared northern saw-whet owls
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 41
Nighthawks and Nightjars (Family Caprimulgidae ndashgoat sucker)
WHAT TO LOOK FOR
Nocturnal or crepuscular
Big tail large eyes tiny bills surrounding a large gaping mouth
By day sit horizontally on limb or on ground
Easiest to identify by voice
Common Nebraska species ndash common nighthawk common poorwill chuck-willrsquos-widow
Whip-poor-will
Swifts (Family Apodidae ndash without feet)
WHAT TO LOOK FOR
Small to medium sized aerial foragers ndashspend most of life flying
Long sickle-shaped wings bending close to body and extremely short legs
Eat bathe drink and sometime mate in the air
Common Nebraska species - chimney swift white-throated swift
Hummingbirds (Family Trochilidae ndash small bird)
WHAT TO LOOK FOR
Tiny body long slender bill
Distinctive blur and hum of hovering wings
Jewel-like throat feather found on male
Common Nebraska species ndash ruby-throated broad-tailed and rufous hummingbirds
Kingfishers (Family Alcedinidae - kingfisher)
WHAT TO LOOK FOR
Small to medium size
Thickset with short neck and tail small feet
Large head with a ragged crest and long strong bill
Sit on lines and low branches near water or hovers above water
Plunges head first into water to catch fish
Common Nebraska species ndash belted kingfisher
Woodpeckers (Family Picidae ndash woodpecker)
WHAT TO LOOK FOR
Arboreal (tree) birds
Vertical posture creep up trees
Strong chisel-like bill short legs stiff tail feathers rounded wings
Undulating flight pattern and characteristic bill drumming
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 42
Common Nebraska species ndash Lewisrsquos red-headed red-bellied hairy downy woodpeckers
yellow-bellied and red-naped sapsuckers northern flicker
THE PASSERINES Feet adapted to perching
Tyrant Flycatchers (Family Tyrannidae - lord ruler king)
WHAT TO LOOK FOR
Small to medium perching bird
Large head broad flattened bill pointed wings short legs
Bristly ldquowhiskersrdquo at base of bill
Sit upright on exposed branch and dart out to catch insects
Common Nebraska species - flycatchers pewees kingbirds phoebes kingbirds
Shrikes (Family Laniidae ndash butcher)
WHAT TO LOOK FOR
ldquoButcher birdsrdquo ndash impale prey on thorns (may be to attract a mate and mark territory)
Robin-size bird with hooked bill and masked face with hawk-like behavior
Black gray and white birds
Common Nebraska species - northern and loggerhead shrike
Vireos (Family Vireondae ndash small bird)
WHAT TO LOOK FOR
Small olive- or gray-backed bird with short sturdy cylindrical slightly hooked bill
Can have wing bars and eye-rings or have eye stripes and no wing bars
Often confused with warblers but are chunkier bigger headed thicker billed
Common Nebraska species ndash white-eyed Bellrsquos yellow-throated plumbeous
Cassinrsquos blue-headed warbling Philadelphia red-eyed
Crows and Jays (Family Corvidae ndash raven)
WHAT TO LOOK FOR
Large perching bird with strong longish all-purpose bill to handle variety of foods
Nostrils covered with feathers
Legs scaled in front and smooth behind
Harsh voice and noisy
Bold gregarious
Common Nebraska species - black-billed magpie American crow
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 43
Larks (Family Alauidae ndash lark)
WHAT TO LOOK FOR
Ground dwellers of open fields ndash seldom seen in trees and shrub
Walk rather than hop have an elongated hind toe
Slender billed seed and insect eaters
Yellowwhite face with black facemask horns and breast band
Has musical song often sung in display flight
Common Nebraska species ndash horned lark
Swallows and Martins (Family Hirundinidae ndash swallow)
WHAT TO LOOK FOR
Slim streamline bodies with long pointed angled wings
Tail forked or squared legs and feet inconspicuous
Bill short and wide
Fluid aerialists ndash dart about catching insects
Flocks perch in long rows on branches and lines
Common Nebraska species ndash purple martin northern rough wing bank cliff barn swallows
Chickadees and Titmice (Family Paridae - )
WHAT TO LOOK FOR
Small plump sociable birds with short bills and wings
Active agile ndash often hang upside down to feed
Many times roam in little bands (often leading the group) in search of food
Chickadee ndash no tuff of feathers on head Titmice ndash tufted Common Nebraska species ndash black-capped chickadee tufted titmouse
Nuthatches (Family Sittidae ndash birds that peck bark of tree)
WHAT TO LOOK FOR
Small stout tree-climbers with slightly upturned strong woodpecker-like bills
Stubby squared off tails
Walk down trees headfirst Common Nebraska species ndash red-breasted and white-breasted nuthatches
Creepers (Family Certhiidae -)
WHAT TO LOOK FOR
Small slim tree-dwellers with stiff tails and slender downward curving bill
Primarily brown
Common Nebraska species ndash brown creeper
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 44
Wrens (Family Troglodytidae ndash cave dweller
WHAT TO LOOK FOR
Small stumpy energetic brown birds
Bill slightly down turned loud song
Tails often in ldquocockedrdquo or up-tilted position
Common Nebraska species ndash rock house winter marsh wrens
Kinglets (Family Regulidae -)
WHAT TO LOOK FOR
TINY very active songbirds ndash only certain hummingbirds smaller
Can hover will feeding
Greenish plumage with bright colored crowns Short tails
Common Nebraska species ndash ruby-crowned and golden-crowned kinglets
Gnatcatchers (and Old World Warblers) (Family Sylviidae - )
WHAT TO LOOK FOR
Small birds with slender pointed bills surrounded by rectal bristles
Drab plumage with seasonally changing head patterns
In constant motion
Common Nebraska species ndash blue-gray gnatcatcher
Thrushes (Family Turdidae -)
WHAT TO LOOK FOR
Large-eyed upright postured songbirds - known for their singing ability
Bill is slender straight but not sharp
Often hop along the ground looking for food
Common Nebraska species ndash eastern bluebird veery gray-cheeked Swainsonrsquos hermit
wood thrush American robin
Mockingbirds and Thrashers (Family Mimidae ndash imitator mimic)
WHAT TO LOOK FOR
Well known for their vocal and mimicking ability
Have short rounded wings long legs and tails
Long down-curved bills
Common Nebraska species ndash gray catbird northern mockingbird brown thrasher
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 45
Starlings (and Mynas) (Family Sturnidae - )
WHAT TO LOOK FOR
Medium sized chunky glossy birds with short tails sharp bills
Short triangular to rounded wings
Gregarious bold birds
Pipits (and Wagtails) (Family Motacillidae -)
WHAT TO LOOK FOR
Slender billed brownish ground dwellers with long back toe
Walk briskly rather than hop along the ground
Most species bob their tails up and down
Common Nebraska species ndash American pipit
Waxwings (Family Bombycillidae ndash silk tail)
WHAT TO LOOK FOR
Birds with sleek crest that can be erected
Plump-bodied birds with pointed wings with red waxy tips of secondaries
Bill is small wide and notched high thin calls
Square tail with terminal yellow band
Common Nebraska species ndash Bohemian and cedar waxwings
Wood Warblers (Family Parulidae -)
WHAT TO LOOK FOR
Brightly colored (mostly yellow) birds
Smaller than sparrows with thin needle-like bills
Common Nebraska species ndash approx 34 warblers ovenbirds yellow-breasted chats and
waterthrush
New World Sparrows (Family Emberizidae -)
WHAT TO LOOK FOR
Small to medium-sized birds - often brown streaked appearance
Rounded wings cone-shaped bills
Common Nebraska species ndash 20 sparrows towhees longspurs dark-eyed juncos snow and
lark buntings
Cardinals and Allies (Family Cardinalidae )
WHAT TO LOOK FOR
Medium to large songbirds
Have large cone-shaped bills
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 46
Males often very colorful
Common Nebraska species ndash northern cardinals rose-breasted and black-headed grosbeaks
indigo bunting dickcissel
Blackbirds Orioles and Allies (Family Icteridae)
WHAT TO LOOK FOR
Medium to large songbirds with strong straight bills
Strong-direct flight
Plumage varies from iridescent black to yellow to orange
Common Nebraska species ndash Bobolink eastern and western meadowlarks red-winged and
rusty blackbirds common and great-tailed grackles orchard Baltimore and
Bullockrsquos orioles brown-headed cowbird
Finches and Allies (Family Fringillidae)
WHAT TO LOOK FOR
Small to medium songbirds
Have conical bills and forked relatively short tails
Fly fast and undulate through the air giving high-pitched calls in flight
Common Nebraska species ndash gray-crowned rosy purple Cassinrsquos house finches red
crossbill white-winged crossbill common redpoll pine siskin American goldfinch
evening grosbeak
Old World Sparrows (Family Passeridae)
WHAT TO LOOK FOR
Stouter bodies shorter legs and thicker bills than native sparrows
Have a simple song repeating single elements with no particular rhythm or beginning
And end vocalize all day and year-round
Common Nebraska species ndash house sparrow (introduced)
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 47
Geology and Natural History of Nebraska
Being Developed by Jon Garbisch Cedar Point Biological Station jgarbisch2unledu
bull Geological history of Nebraska
bull Present geological formation of regions
bull General soil types
bull Geological landforms and related habitats
What we currently use
Theme
Nebraska geology formed over millions of years through the erosion of mountains the deposition of
sediments and the flow of water and ice shaping the landscape that we call home
Goal
Attendees will develop an understanding of the natural processes that influenced and built Nebraska
and in so doing develop a greater appreciation for the geology and how it relates to all other aspects of
the statersquos identity
Objective(s)
The Master Naturalists attendees will be able to use the knowledge they have gained to better
understand the surface and subsurface geology at any location in the state that they may find
themselves working
How will it be measured
Attendees will be able to use the knowledge gained to actively interpret general Nebraska geology by
completing activities in the form of hand-out diagrams biostratigraphic fossil correlations
interpretation of rock type hand specimens and visual description of the Geology on the trail at Camp
Brewster Fontenelle Forest
Introduction
Nebraska geology formed over millions of years through the erosion of mountains the deposition of
sediments and the flow of water and ice shaping the landscape that we call home (Hand out agenda)
Geology is rooted in the 3 rock groups that exist on planet Earth and so familiarity with
o these groups gives us a solid foundation for all other geologic interpretation
A half hour will be spent handling examples from each rock group
o 3 groups 3 tables with one rock type on each table each group spends 10 minutes at
each table
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 48
The Geologic Time Scale is a record over time of the Earths major geologic events and we
can use it to help us understand how and when Nebraska took shape
The natural agents of change which have shaped our state include oceans rivers wind
o and ice
The geologic time periods in Nebraska are represented by rock layers (or not) which occur all
around the state and have been named so that no matter where you are in the state you can
correlate the strata to the time scale (fossilsisotopes)
6 Geologic Principles will be discussed so that when the MN is in the field they can be used as an
aid in basic geologic interpretation
Conclusion
Nebraska geology formed over millions of years through the erosion of mountains the deposition of
sediments and the flow of water and ice shaping the landscape that we call home Geology supplies us
a record of the events that have shaped our Earth by learning the language in which the Earth script is
written we will be able to interpret and share the story of our state of Nebraska This understanding will
aid in us in relating to other areas influential and important to the state
Places to Go (places to see examples of Nebraska geology)
a Agate Fossil Beds National Monument Lower Miocene fossil mammal site including abundant body fossils of ancient mammals and prominent fossil rodent burrows
b Ashfall State Park Upper Miocene fossil mammal assemblage found in ash derived from an eruption of a predecessor to the Yellowstone volcanic field c Chimney Rock National Historic Site Oligocene and Lower Miocene continental sedimentary rocks deposited as sediments by wind and steams
d Hummel Park (Omaha) outcrops of Pleistocene glacial till and loess
e Lincoln area Capitol Beach Lake and history of saline waters and salt industry flooding history of Antelope and Salt creeks building stones in downtown area brick industry University of Nebraska State Museum
f Louisville area outcrops of Upper Pennsylvanian marine sedimentary rocks
g Valentine area and Niobrara National Wildlife Refuge Niobrara River Canyon and Cenozoic stratigraphy
h Niobrara State Park Upper Cretaceous marine sedimentary rocks (Niobrara Formation and Pierre Shale) landslides along Missouri River anthropogenic changes in Missouri River Niobrara River and Mormon Canal
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 49
i Downtown Omaha removal of loess from hills in downtown area engineering of Missouri River (eg groins bank armoring etc) visible at Bob Kerrey Memorial Bridge deep bedrock water wells at old industrial sites
j Platte River State Park Upper Pennsylvanian marine sedimentary rocks and overlook of Platte River
k Ponca State Park Upper Cretaceous marine sedimentary rocks (uppermost Dakota Formation through Greenhorn Limestone)
l Rock Creek State Historical Park middle Cretaceous Dakota Formationmdashfluvio-estuarine continental deposits
m Schramm Park Upper Pennsylvanian marine sedimentary rocks
n Scotia and Happy Jack Chalk Mine Upper Miocene lake deposit In Ogallala Group
o Scotts Bluff National Monument Oligocene and Lower Miocene continental sedimentary rocks deposited as sediments by wind and steams
p Smith Falls State ParkCenozoic stratigraphy Niobrara River waterfalls as knick points
q Toadstool Park and nearby areas continental sedimentary rocks of upper Eocene Chadron Formation Pine Ridge escarpment Trailside Museum and Ft Robinson State Park
r Weeping Water area Upper Pennsylvanian marine sedimentary rocks
s Wildcat RidgeHillsescarpment on Oligocene and Lower Miocene continental sedimentary rocks deeply eroded into canyons buttes and pinnacles by stream erosion during and after the Late Pliocene
t Indian Cave State Park and Iron Horse Trail south of Peru Upper Pennsylvanian Indian Cave Sandstone (fluvio-estuarine deposit) and sandstone cave
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 50
North American Model and Outdoor Skills Developed by Jeff Rawlinson Assistant Division Administrator Information and Education Nebraska Game and Parks Commission jeffrawlinsonnebraskagov
OUR North American Model of Conservation
Perhaps no other story is more compelling and more important in American history as that of how
our natural resources came to be one of the most important elements in our lives The history of our citizenryrsquos strong land ethic ties us to the natural world long after other nations have forgone this relationship We value how the common person from a common family can participate in the thrill of the chase experiencing wildness to its fullest
The North American Model of Conservation is a philosophy that the United States and Canada have
developed to manage wildlife in a sustainable way Historians debate how this land ethic began Some
say our model of conservation began in 1937 with the passage of the PittmanRobertson Act a move that provided funding for wildlife conservation at the national and state level The source of this funding came from the sale of hunting and shooting equipment Others may say that it began when the conservation giant President Theodore Roosevelt brought management of natural resources to the
political forefront Others would argue our Model of conservation was birthed under the Magna Charta which transferred the ownership of wildlife from the King of England and the English nobles to the all of
the people of England In reality however our Model has been under development for several hundred years combining what we have learned from other nations peoples cultures and experiences to shape a philosophy ingrained in our culture supported by hunters anglers and shooting sports enthusiasts
benefiting all wildlife and wild lands in the United States
First Wildlife Managers The concept of managing wildlife or natural resources was not conceived by our young nation For
thousands of years humanity has been manipulating and controlling the land and all its inhabitants to benefit our needs Ever since the first hunter followed that wooly creature across the Bering Straight embarking on an epic journey that would result in settling of North America man has ldquomanagedrdquo
wildlife in North America
Throughout history many leaders have shown some element of concern or conservation ethic towards wildlife The great Kublai Khan grandson of Genghis Khan and founder of the Yuan Dynasty in China forbade harvesting of many species of wildlife during critical reproductive months of March
through August so species could ldquoincrease and multiplyrdquo Conservation of wildlife is even found in Mosaic Law in Deuteronomy 226 representing some of the first written wildlife management idealsmdashldquo If you come across a birdrsquos nest in any tree or on the ground with young ones or eggs and
the mother sitting on the young or on the eggs you shall not take the mother with the youngrdquo (English Standard Version 2001)
As populations expanded throughout Europe wildlife resources fell under ownership of powerful kings
who enacted harsh punishments for anyone found taking the kingrsquos game In 1215 a rebellion against King John of England resulted in the Magna Charta transferring ownership of lands and game from the crown to the people This ldquoprivatizingrdquo of wildlife ownership had profound impacts America over 500 years later
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 51
Era Of Abundance (1600 ndash 1850) When our forefathers first landed on the eastern shores of America they brought with them science
religion and a new hope They found plentiful game and soon began a relationship with the land that provided them with many of their daily needs Wildlife was viewed as a limitless resource in a relatively untapped land These early settlers had left Europe where few had access to wildlife and entered a world where everyone had access Furs feathers hides all had value to this young country In 1776 the Declaration of Independence revoked the Kingrsquos rights to land and people in this new world After a
bloody war led by revolutionaries such as Washington Hamilton Jefferson and Adams the United States gained its independence and the land and wildlife belonged to everyone
Era Of Exploitation (1850 ndash 1900)
The 1800s brought a commercialization of our wildlife resources Market hunting and habitat
destruction began to decimate wildlife populations such as the American Bison and Passenger Pigeon After the American Revolutionary War and the Civial Warmdashwhich nearly destroyed our ldquodemocratic
experimentrdquo all togethermdashfew people were looking after the interest of wildlife and even fewer rules
existed governing the management of a resource everyone had ownership of yet no one had responsibility for
The railroad provided settlers with the means to access new lands expanding the markets for meats hides and fur Advancements in technology such as the repeating rifle further aided the unbridled
destruction of wildlife resources Yet throughout this era something positive was growing The people of this new nation were developing a relationship with the land By 1842 a Supreme Court ruling had huge impacts on this developing model of conservation resulting in a Public Trust Doctrine that would
further outline a model for conserving our natural resources Conservation was developing some direction but had no money or laws to support it
Era Of Protection (19001930) The early 1900s brought an industrial boom Abuse of natural resources had taken its toll and throughout the Nation and evidence of this abuse could be seen in the loss of species such as the
passenger pigeon near loss of the American bison and in many large mammals including whitetailed deer and our once numerous waterfowl species America was becoming an economic giant yet through
the roar of machines both political and metal a small voice could be heard It was the hunter and their voice was of concern for the direction our wildlife resources were heading Conservation minded men and women had continued a relationship with the land and the wildlife
Era of Game Management (1930 ndash 1966) The ldquodirty thirtiesrdquo were marked by the dust bowl and an impoverished nation Agricultural practices
unchecked by environmental stewardship had left the Nationrsquos heartland in ecological peril Politically the conservation movement was supported by the footings laid by Theodore Roosevelt New federal acts moved forward to provide for environmental protection due to the outcry of hunters in panic over the vanishing wildlife resources of the Nation
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 52
Wildlife conservation had support yet it lacked the science to properly manage our Nationrsquos resources A young biologist name Aldo Leopold changed all this with his writings including the book Game
Management which led to Universities across the country developing wildlife conservation programs These programs spawned a new breed of professional game managers who utilized science to support management methods that ultimately lead to the greatest wildlife conservation success story in the world In 1937 the PittmanRobertson Act provided thousands of jobs for young professionals along with ldquogame wardensrdquo supported by individual states to further the development of the Conservation Model
which now had science and funding to support it
Era of Environmental Management (1966 ndash Present) Science and funding led to a broadening view of conservation as focus shifted from managing ldquogame
animalsrdquo to managing the entire biota (environment and all living things in it) Further federal acts such
as the Endangered Species Act of 1966 and the National Environmental Policy Act of 1969 provided greater protection for species by a nation that had finally changed its course providing time to review
and perfect conservation efforts Recent acts such as the 1980 Farm Bill continued the effort to help
landowners provide quality habitat for wildlife and hunters by providing incentives to landowners to set aside highly erosive lands and plant them into wildlife habitat (grasslands) that benefit wildlife and hunters
The story of our unique model of conservation is still being written New challenges today threaten our
coveted resources and new professionals are entering the arena to further the plight of our Nationrsquos wildlife and hunting heritage
Seven Pillars of the Model
Seven main pillars have been highlighted as the foundation of support for the North American Model
of Conservation These include
The Public Trust The wildlife of the United States are owned by the people This is very different from the European Model where wildlife is privately owned The North American Model recognizes wildlife as a public
resource that is so important it can not be owned or managed by any one segment of our society but rather managed by professional state and federal entities for the benefit of all This concept known as
the Public Trust Doctrine began development in 1842 when the Supreme Court ruled that the Magna Charta had settled the question of who owns fish and wildlife and that King Charles II did not have the authority to give away the ldquodominion and propertyrdquo of lands in colonial America The court further ruled that since the American Revolution the people held public trust responsibilities for fish and wildlife except for rights specified in the US Constitution
Prohibition on Commerce
It was the hunter who brought forth stringent laws that protected wildlife from peril in the 19th
and 20th
centuries Because we all own and appreciate our wildlife as a national resource they should never find themselves on the public market to the highest bidder This path led to a largescale loss of many species
including the Passenger Pigeon and the near loss of the American bison As our country was developing these practices were common as people moved west in search of prosperity capitalizing on a land seemingly untouched by the modern world Today many laws in place serve to protect our most
valuable resourceshellipour wildlife
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 53
Democratic Rule of Law Each citizen of this great nation has the ability and responsibility to engage in healthy politics that serve
to support and protect sound wildlife conservation measures Our first conservation measures in this Country habitat restoration simple harvest restrictions and bag limits came from hunters people who respected the game they pursued and loved the wild places they chased them in The North American Model of conservation is built upon active public involvement instilling a value for wildlife in all citizens
Hunting Opportunity for All The Model was developed on the premise that all people regardless of political or economic standing could participate in and feel the thrill of the chase It is this unique Model that provides us with wildlife opportunities for all Americans Imagine how important this was to our fore fathers who left a brutal
King in England where only the aristocracy had any dream of pursuing wild creatures in wild places Our
wildlife laws ensure that each generation that comes after us will have the same opportunity to enjoy and appreciate wildlife
Nonfrivolous Use Our management of wildlife depends on a citizenry that loves and appreciates the wild creatures and the habitats necessary to their survival and our quality of life Wildlife may be utilized under strict rule of
law including utilizing the wildlife once harvested to its best potential Killing wildlife for the sake of killing can only lead to the numbing of hearts to wildlife and a profound lack of respect for our most
precious resources
International Resources
It was not until the 20th
century that hunters and wildlife lovers understood the importance of
managing wildlife at a much larger scale This became readily apparent with the passage of the
Migratory Bird Treaty Act of 1918 where nations came together to manage wildlife resources as a
collective Wildlife species do not recognize national or state boundaries Governments must work together to be effective in managing wildlife for the benefit of all The United States has made great
strides in this area with Mexico and Canada Our wildlife is not only a resource to us but to all continents they may call home throughout the year Our biologists must think globally to be effective locally
Scientific Management Although Theodore Roosevelt brought conservation to the political forefront it was a young forester from Iowa that made the study of wildlife management a science Aldo Leopold is considered by many
as the ldquofather of wildlife managementrdquo due to his tireless efforts to develop curriculum for future wildlife biologists Today our biologists earn their opportunity to manage wildlife through prominent
Bachelor Masters and Doctorate degree programs from Universities around the world Wildlife must be managed using fact science and the latest research We are constantly learning and adapting to new technology and changing environments For such an important resource we cannot afford to have it any other way
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 54
Nebraska Master Naturalist Specializations Certifying as a Specialist ldquoFollow your own natural geniusrdquo wrote Thoreau ldquoand it will not fail to show you a fresh prospect every hourrdquo Many of us learn by doing When our curiosity and interests carry us into deeper study of a given subject it can be helpful to have clear opportunities to pursue Thus the Nebraska Master Naturalist Program offers specialized voluntary training for those who are hungry to develop and apply their particular skill and personal understanding on behalf of our natural legacy Specializations are designed to create collaborators leaders and mentors in four key areas
Interpretation and Outreach
Outdoor Skills and Recreation
Resource Management
Citizen Science Master Naturalist Certification Requirements Annual Requirement o 8 Hours Training Annually o 20 Hours of Volunteerism Annually Master Naturalist Specialization Requirement One Time Requirement o 20 Hours of Training Total Specific to Specialization Annual Requirement o Additional 20 Hours of Volunteerism Annually Specific to Specialization (does not include initial Certification annual requirement hours)
OUTDOOR SKILLS AND RECREATION SPECIALIZATION The purpose of OUTDOOR SKILLS AND RECREATION is to promote activity and development of skills in the outdoor pursuits associated with natural resources Specializations are designed to create collaborators leaders and mentors in particular areas A Certified Nebraska Master Naturalist can complete the Outdoor Recreation Specializationby meeting the following requirements Complete at least one of the workshops or certification‐leading trainings listed below If specialized training is not listed below it can be approved upon request by the Master Naturalist Program Committee Specialized Training Options ‐
Hunter Education Instructor Certification 13 hrs
National 4‐H Shooting Sports Instructor Certification 32 hrs
Nebraska 4‐H Shooting Sports Shotgun Certification 12 hrs
Nebraska 4‐H Shooting Sports Archery Certification 12 hrs
Nebraska 4‐H Shooting Sports Rifle Certification 12 hrs
Nebraska 4‐H Shooting Sports Pistol Certification 12 hrs
Nebraska 4‐H Shooting Sports Muzzleloader Certification 12 hrs
National Archery in the Schools Program Basic Archery Instructor 4 hrs
NRA Range OfficerMaster Certification 8 hrs
Hunt Master Training Instructor 4 hrs
NRA Shooting Instructor 16 hrs
NRA Shotgun Instructor 16 hrs
NRA Rifle Instructor 16 hrs
Boater Education Instructor 12 hrs
Youth Fishing Instructor 5 hrs
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 55
American Canoe Association National CanoeKayak Instructor 16‐32hrs
National Camp SchoolBoy Scouts 16‐24 hrs
Wood Badge TrainingBoy Scouts 16‐24 hrs
Merit Badge Counselor TrainingBoy Scouts 2‐16 hrs
Conservation Leaders for Tomorrow 35 hrs
Wilderness First Aid 16‐32 hrs
Professional Trappers College 40 hrs
American Camp Association Instructor Training 8‐40 hrs
American Red Cross Instructor Training 2‐16 hrs
American Sailing Association Instructor Training 16‐24 hrs
Certified Horsemanship Association Instructor Training 24‐40 hrs
Leave No Trace Master Educator Training 40 hrs
National Outdoor Leadership School 280 hrs
Camp Cook School 32‐96 hrs
Professional Association of Diving Instructors Training 32‐96 hrs
Professional Mountain Bike Association Instructor Training 24 hrs
League of American Bicyclists Instructor Certification 24 hrs
Hunting
Shooting
Fishing
Trapping
Camping
Outdoor Cooking
Orienteering
Geocaching
Photography
Wildlife Viewing
Hiking
Biking
Birding
Becoming an Outdoors‐Woman Program
Wilderness First Aid
Wilderness Survival
Leave No Trace Educator
Service Options ndash Provide a minimum of 20 hours of service annually in the following or similar areas
4‐H leader and youth training outdoor recreation
Scout leader and youth training outdoor recreation
Wild About Nature
Flying WILD Educator or Facilitator Workshop
Becoming an Outdoors Woman (BOW)
Beyond Becoming an Outdoors Woman (BOW)
Family Camp
Learn to Hunt Program
National Archery in the Schools Program BAI training or greater
Mentor HuntHunt Masters Training
After School Programs
Others ndash Upon approval
Outdoor discovery programs volunteer
CRO at a shooting event
Assist with National or State shooting sports competitions
Family fishing day
Design or write a brochure
Develop or contribute to a website
Develop or contribute to a social networking site
Design or write a newsletter
Assist in fundraising
Plan an event or festival
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 56
Interpretation amp Education- Developed By Lindsay Rogers Nebraska Game amp Parks
Commission
Do not try to satisfy your vanity by teaching a great many things Awaken peoplersquos curiosity It is
enough to open minds do not overload them Put there just a spark If there is some good
inflammable stuff it will catch firerdquo
- Anatole France in The Earth Speaks
Session Objectives
To help participants understand the role education plays in sounds ecological conservation
To help participants learn about past and present conservationist and interpretive educators
To help participants learn components of quality education and interpretation
To have participants partake in quality interpretive education
To make sure participants understand that their role is to light the spark and awaken curiosityhellip not spew facts
Lecture Requirements
1 What is interpretation (5 minutes) a What does ldquointerpretrdquo mean b National Association of Interpretation definition of ldquointerpretationrdquo
i Interpretation is a mission-based communication process that forges emotional and intellectual connection between the interests of the audience and the meanings inherent to the resource
c Freeman Tilden Interpreting Our Heritage 1957 i Interpretation is an educational activity which aims to reveal meanings
and relationships through the use of original objects by first-hand experience and by illustrative media rather than simply to communicate factual information
d Components of interpretation i pleasurable or enjoyable
ii relevant to the world iii organized iv themed v sparks an interest
vi includes information but does not stop there links information to the world
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 57
vii age appropriate viii taught to someone not at them
2 What is education (5 minutes)
a What does it mean to ldquoeducaterdquo someone b John Dewey Democracy amp Education 2944
i Education in its general sense is a form of learning in which the knowledge skills and habits of a group of people are transferred from one generation to the next through teaching training or research
c Components of education i - generally presented to someone but not always
ii enjoyable sometimes iii provides knowledge and facts iv can make connections but not always v organized and themed
d Both education and interpretation are important they work together
3 Conservationists (10 minutes) a Jon Muir
i Immigrated from Scotland to Wisconsin in 1849 ii Attended the University of Wisconsin studies botany amp geology
iii Moved to the western US mainly the Sierra Nevada area iv Believed humans were part of the interconnected natural world v Advocated for the preservation of natural areas
vi Co-founded the Sierra Club b Aldo Leopold
i Iowa native attended Yale University ii After college he joined the US Forest Service was stationed in Arizona
and New Mexico iii Developed theories of land ethics the need for biodiversity and an
appreciation for wilderness areas iv Moved to Wisconsin in 1924 became a professor at the University of
Wisconsin v Regarded as the ldquoFather of Conservationrdquo
c Gifford Pinchot i Born in Connecticut in 1905
ii Studied at Yale studies forestry in France iii Named chief of the Division of Forestry (later to become the US Forest
Service) iv First chief of the US Forest Service greatly improved forest
management and increased the size of Forest Service lands
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 58
v Managed forests for the greatest good for the greatest number Pinchot added the phrase in the long run to emphasize that forest management consists of long-term decisions
d Steven Mather i Born in California attended Berkley University
ii Worked for the Pacific Coast Borax Company where he had a talent for promotion Started a competing company made millions
iii When revisiting Sequoia and Yosemite National Parks in 1914 he was appalled by the conditions of the national parks
iv Joined the Department of the Interior as the head of parks later created the National Parks System
v Professionalized the National Parks and helped to greatly grow protected lands
e Rachel Carson i Born in Pennsylvania in 1907 attended John Hopkins University for
graduate school ii Went to work for the US Bureau of Fisheries (later to become the US
Fish amp Wildlife Service) iii Wrote Silent Spring in 1962 The book created an awaking for Americanrsquos
to their responsibility to the environment and wildlife The book lead to the US Government banning the use of DDT
f Theodore Roosevelt i Born in 1858 in New York New York was a sickly child who stayed inside
studying natural history ii An avid outdoorsman he spent much time in the South Dakota Badlands
iii Became President in 1901 with the assignation of President McKinley iv Among many major accomplishments as president he started the
National Parks was instrumental in conserving about 230 million acres
4 Naturalist Interpreters (10 minutes) a Freeman Tilden
i Born 1883 worked as a newspaper columnist and author ii At age 58 he began working with the National Parks Service
iii While traveling to various National Parks he became concerned with the quality of interpretation
iv Wrote Interpreting Our Heritage in 1957 outlines 6 principles to quality interpretation forever changed the field of interpretation
b William Lewis i Worked as a ranger naturalist and interpreter trainer for the National
Parks Service ii Developed the approach of ldquoThematic Interpretationrdquo which requires the
interpreter to choose a central theme (major point) to guide the development of a program
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 59
iii Wrote Interpreting For Park Visitors c Sam Ham
i Director of Center for International Training and Outreach at the University of Idaho
ii Work has focused on applying communication theory to environmental conservation interpretation and on nature-based tourism and guide training
iii Wrote Environmental Interpretation (1992) d Ted Cable
i Professor of Park Management and Conservation at Kansas State University
ii Co-authored Interpreting Cultural and Natural Resources (2003) and Interpretation for the 21st Century Fifteen Guiding Principles for Interpreting Nature and Culture (2002)
5 Conducting an Interpretative Program Try and Fail (60 minutes + 120 minutes of activities throughouthellip see list of Suggested Activities below)
a Experiential Learning i The first time you tried to walk you failed The first time you rode a bike
you failed This is called experiential learning The first time you attempt an educational or interpretation program you will fail thatrsquos how we learn
ii Donrsquot be afraid to fail b Ask Questions about the ProgramPresentation before you commit to leading it c Plan your Program
i Generally I want my presentation to be about Specifically however I want to tell my audience about After hearing my presentation I want my audience to understand (what is the big picture you want them to take home)
1 You do not need (or want) to teach your audience everything you know your job is to light the spark
ii What will your tangibles and intangibles be 1 Tangibles are those things you can touch things you use to teach
when teaching a Examples include a tree a mammal pelt a skull a live
animal a prairie 2 Intangibles involve connecting the tangibles to concepts and the
ideas they represent intangibles are the meanings the relationships the processes the ideas the feelings and the beliefs
a Examples include food webs ecosystem health entropy ecology
iii People remember themes they forget facts
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 60
iv Plan for an organized presentation 1 Think about your overall theme smaller parts of the program and
your transitions v Stick to your theme
vi Determine what type of presentation you will have 1 PowerPoint (avoid) 2 Podium Presentation (avoid) 3 Active taking a hike playing a game etc 4 Hands-on touching feeling trying hearing smelling
vii Think about all the different kinds of learners 1 verbal-linguistic 2 logical-mathematical 3 visual-spatial 4 kinesthetic 5 musical-rhythmic 6 interpersonal (groups) 7 intrapersonal (individual) 8 naturalist
d Know your role as an educator 1 Provide facts and relationships not opinions 2 Allow participants to determine their own opinions and beliefs
using the facts amp relationships you provide them 3 PLAY ldquoFIRST IMPRESSIONSrdquo
e Prepare Prepare Prepare 1 Know the type of space and area you will have (indoor vs
outdoor small space vs vast area etc) 2 Plan for more that you are told 3 Plan for the weather (always expect it to be windy in Nebraska)
f Questions i Ask good questions
1 Is this a fox Vs How do you know this is a fox 2 Do you have any questions Vs What questions do you have
ii Be prepared for quality questions 1 What are the implications for describe the impact of what are
the reasons for iii Be prepared for ldquogoodrdquo questions
1 Do you have ewoks in the forest If a Mountain Lion and an Eagle were to fight who would win
2 Take all questions seriously Answer seriously g Model what you want to see the students do
i If you want a group of students to catch insects help them get active with them
ii This is true when working with children and adults
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 61
1 Working alongside students validates them and their learning h Be enthusiastic show your passion
i This is another form of modeling what you want to see in your students ii We need to excite students (no matter their age) about conservation
nature and the outdoors iii Have fun
6 Take Home Lesson Light the Spark and Donrsquot Be Afraid to Fail
Suggested Activities (amp potential mandatory activities)
Throughout the lesson conduct multiple games andor activities to model good interpretation
Suggested games include but are not limited to
1 Oh Deer (Project WILD) 2 First Impressions (to be done during section 5) (Project WILD) 3 The Long Haul (Project WET) 4 Sum of the Parts (Project WET) 5 Water Quality Ask the Bugs (Project WET) 6 Adaptation Artistry (Flying WILD) or Fashion a Fish (Aquatic Project WILD) 7 Avian Antics (Flying WILD) 8 Pollinators Meet Your Plants (Nebraska Project WILD wwwnebraskaprojectwildorg) 9 Scavenger Hunts (Nebraska Project WILD wwwnebraskaprojectwildorg)
Suggested Post-Readings
Interpreting Our Heritage Freeman Tilden 1957 (4th edition 2008)
ISBN-13 978-0807858677
Interpreting for Park Visitors William Lewis 1981
ISBN-13 978-0890620793
Environmental Interpretation Sam Ham 1992
ISBN-13 978-1555919023
Interpretation for the 21st Century Fifteen Guiding Principles for Interpreting Nature and
Culture Larry Beck amp Ted Cable 2002
ISBN-13 978-1571675224
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 62
Interpretation-Making a Difference on Purpose Sam Ham 2013
ISBN-13 978-1555917425
Foundations of Interpretation Curriculum Content Narrative National Parks Service 2007
httpwwwnpsgovidpinterp101foundationscurriculumpdf
Websites
National Association of Interpretation
wwwinterpnetcom
North American Association for Environmental Education
wwwnaaeeorg
Nebraska Alliance for Conservation and Environment Education
wwwnaceeorg
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 63
Safety in the Field
Developed by Rich Hawes Nebraska Master Naturalist rdhawes26msncom
Objectives
Raise awareness of Risk Managementassessment as part of event planning
Guidelines to safe activities for participants presenters and the environment
Present Leave No Trace Principals as part of all outdoor activities
Present resources for additional training or certification for outdoor activities
Hands on activities to encourage interest and to provoke thought and discussion
Hazards of the area
Outdoor hiking safety
Stewardship of the land and natural resources
Being flexible and working with ldquowhat you haverdquo
Outline
1 Outdoor Activities ndash Whatrsquos The Worst That Can Happen An Introduction to Event Planning and Risk Management
2 Leave No Trace Principals
3 Trip planning and Logistics
4 Health amp Safety
5 Youth Protection
6 Age Appropriate Activities
7 Resource Training and Certifications
a Standard First Aid CPRAED Wilderness First Aid
b Shooting Sports - Range Safety Officer or Instructor
c Hunter Safety Instructor
d Climbing COPE and Zip Lines
e Water Safety Instructor Life Guard Small Boat Handling
f Leave No Trace Trainer or Master Educator
g Tread Lightly Tread Trainer or Master Tread Trainer
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 64
Suggested Activities
CPR Scenario
First Aid Scenario
Weather Scenario
Lost Scenario
Online Resources
American Camp Association
Boy Scouts of America
Youth Protection
Safe Swim Defense
Safety Afloat
Climb On Safely
Weather Safety
Trek On Safely
(etc)
Leave No Trace
Nebraska Game amp Parks
Hunter Safety
Boating Rules amp Regs
National Rifle Association
(Archery groups)
American Red Cross
(wilderness medicine group(s))
NOLS
Tread Lightly
US Coast Guard
NEBRASKA MASTER NATURALIST Explore Contribute Connect
14
Mixedgrass Prairie
Introduction
Transition zone between tallgrass and shortgrass prairies o Have characteristics of both o Plant composition varies considerably depending of soil type topography weather and
land use
Elevation east to west 1650 to 3000 feet above sea level
Climate - Semiarid o Average annual precipitation from 28 inches in the east to 20 inches in the west o Average annual temperature from 52-57 degrees - Frost-free period 150 ndash 190 days
General topography o Level broad plains rolling hills in north-central part steep sloops with deep drainages in
the southwest o Mostly covered with windblown silt o Ogallala aquifer underlies most of the Ecoregion
Alluvial aquifers along streams
Streams o Platte Republican Loup Niobrara Blue rivers ndash all eventually drain into Missouri River
Wetlands o Rainwater Basin ndash playa wetlands formed by wind with a clay pan to hold water
Found in south-central Nebraska Once contained more that 4000 major wetlands National importance for migrating birds
o Central Table Playas ndash found mostly in Custer County on top of hills o Subirrigated Wet Meadows ndash found along Platte and Loup Rivers
Transected with old river channels swales and sloughs o Riverine Wetlands ndash found along streams
Include oxbows and other semi-permanent wetlands o Sandhill Wetlands ndash found in sandy areas close to Platte and Loup Rivers o Formed where groundwater reaches surface
Vegetation
Tallgrass spps tend to dominate in the east and along floodplains and shortgrass spps found further west (drought resistant)
Hilltops dominated by buffalograss and blue grama
Hill sides dominated by medium-stature grasses ndash side-oats grama little bluestem western wheatgrass and sand dropseed
Lower slopes and valleys ndash big bluestem Indiangrass switchgrass and Canada wildrye
Hundreds of forbs found including o Prairie clover Illinois bundle flower wild alfalfa deer vetch leadplant prairie
coneflower stiff sunflower and blazing star
Historically less than 1 covered with woodlands ndash mostly close to streams o Trees - Eastern cottonwood green ash hackberry red cedar o Shrubs ndash roughleaf dogwood false indigo sandbar willow o Some native oaks and black walnut can be found on steeper slopes
Wet meadows and wet prairies
NEBRASKA MASTER NATURALIST Explore Contribute Connect
15
o Woolly sedge spike rush prairie cordgrass o Federally endangered prairie white-fringed orchid o State endangered saltwort
Playa wetlands (Rainwater Basin and Central Tables area) o Seasonally flooded - River bulrush common cattail smartweed o Temporarily flooded ndash spike rush flatsedge plains coreopsis o More permanent - bladderwort pondweed duckweed
Riparian wetlands ndash switchgrass scouring rush bedstraw
Sandhill wetlands ndash cattail bulrush smartweed
Birds
More than 350 spps of resident and migratory birds o Grasshopper and field sparrow dickcissel western meadowlark bobolink northern
bobwhite ring-necked pheasant northern harrier and greater prairie chicken o Platte River
Over 300 spps with 141 known to nest o Sandhill cranes endangered whooping cranes
o Rainwater Basin Over a dozen spps of waterfowl including 13 of northern pintails 50 of North
Americans mallards 90 of mid-continentrsquos white-fronted geese Approximately 3000000 shorebirds
o Thousands of Swainsonrsquos hawks migrate through the region Mammals
Many species of mammals but none that are only found in mixedgrass prairies Fish ndash Diverse range of species
Reptiles and amphibians
Spiny softshell turtles western painted turtles and snapping turtles in wet areas
Ornate box turtle in native grasslands
Northern water snake ndash only aquatic snake found
Prairie rattlesnake only poisonous snake found
Smooth green snakes and red-bellied snakes are two of the more rare snakes
3 lizards found ndash northern earless prairie racerunner northern prairie lizards
Tiger salamander only salamander found
Frogs and toads common
Eco-tourism amp Wildlife Viewing
Sandhill cranes - Rowe Sanctuary amp Roadside viewing sites constructed by Central Platte NRD
Waterfowl viewing - Rainwater Basin
Massie Waterfowl Production Area with an observation tower (Clay Center)
Funk Waterfowl Production Area and Sacramento-Wilcox Wildlife Management Area o Handicapped accessible blinds
Bald eagle viewing ndash J-2 Power Station near Lexington Harlan County Lake Sherman Lake and Rowe Sanctuary
Prairie chicken viewing- Calamus Outfitters near Calamus Reservoir
NEBRASKA MASTER NATURALIST Explore Contribute Connect
16
Sandhills Motel ndash Mullen
Walking Trails ndash Rowe Sanctuary Kearney Hike-Bike Trail Harlan County Lake Funk Harvard and Massie Waterfowl Production Areas Lake Seldom at Holdrege
Best way to find out about birding trails is to go to wwwnebraskabirdingtrailscom o Some are ndash Chicken Dance Trail Rainwater Basin Loops
Sandhills
Introduction
19300 square miles of north-central Nebraska o Largest dune system in the western hemisphere o One of the largest grass-stabilized dune regions in the world o Majority of the region is in relatively natural state
Sandhills young geologically speaking o Dunes aligned primarily in a northwesterly to southeasterly direction with prevailing
winds o Some dunes over 400 feet in height o Soils poorly developed with a thin layer of topsoil o High infiltration rate (up to 10 feet per day) o High water table ndash almost 2000 shallow lakes and over a million acres of wetlands
Most lakes and wetlands at headwaters of streams amp in poorer draining areas in western areas
Most wetlands and lakes pH neutral but alkaline wetlands and lakes common in the west where salts and carbonates accumulate
Fens ndash Sandhills contains some of Great Plains largest ones
Streams of the region o North and Middle Loup Calamus Cedar Dismal ndash flow from groundwater discharge o Niobrara River ndash only river that originates out of the region (starts in Wyoming)
Climate o Semiarid ndash annual precipitation ndash 23 inches in east to 17 inches in west
Vegetation
700 native plants spps
Sandhills dune prairie plant community o Mixture of sand-adapted grasses ndash sand bluestem prairie sandreed little bluestem and
hairy grama o Forbs ndash stiff sunflower bush morning glory plains gayfeather o Shrubs ndash sand cherry leadplant prairie rose and yucca
Sandhills dry valley prairie community o Grasses - Big Bluestem Indiangrass switchgrass o Forbs ndash western ragweed white sage and prairie coneflower o Shrubs ndash leadplant Arkansas rose western wild rose
Blowouts o Federal and state threatened blowout penstemon
Native woodlands ndash uncommon o Eastern cottonwood peachleaf willow coyote willow chokecherry wild plum and
snowberry
Middle Niobrara River valley largest woodland in sandhills
NEBRASKA MASTER NATURALIST Explore Contribute Connect
17
o South facing bluffs -Oak basswood black walnut green ash o Canyons ndash Paper birch quaking aspen o North river bluffs ndash ponderosa pine o Referred to as a biological crossroads
Wet meadows o Sedges spike rushes prairie cordgrass switchgrass o Shrubs - Sandbar willow false indigobush
Alkaline wet meadows o Inland saltgrass foxtail barley alkali sacaton meadow bluegrass and scratchgrass
Fens o Contain 20 at-risk plant species including bog bean cottongrass and marsh marigold
Freshwater marshes o Ripgut sedge common reed smartweeds bulrush cattail duckweed coontail
Alkaline marshes ndash alkaline-tolerant plants Birds
More that 300 species of birds o Sharp-tailed grouse and greater prairie chicken o Long-billed curlew (sandhills important breeding site)
Upland sandpiper vesper sparrow lark bunting grasshopper sparrow western meadowlark High concentration of northern harriers and ferruginous hawks
Important breeding area for mallards blue-wing teal pintail
American Bird Conservancy calls the area the ldquoBest grassland bird place in the United Statesrdquo Mammals
55 species of mammals but not specific to the Ecoregion Fish
75 species of fish
Rare spps ndash blacknose shiner pearl northern redbelly and finescale daces o Species cutoff from principle range
Amphibians and Reptiles
27 species o One salamander 3 toads 4 frogs 6 turtles 4 lizards 9 snakes
Eco-tourism amp Wildlife Viewing
Crescent Lake Fort Niobrara Valentine National Wildlife Refuges
Nebraska and Samuel R McKelvie National Forests
Niobrara Valley Preserve (TNC property) with 2 bison herds
Merritt Reservoir Calamus Reservoir
Niobrara Wild and Scenic River o Over 10 outfitters in Valentine area for canoeing kayaking and tubing
Dismal Loup and Cedar rivers also offer canoeing and tubing
Niobrara Valley Preserve
Swan Lake Motor Route
Sandhills Scenic Byway (Hwy 2) ndash one of the top 10 scenic highways in the nation
NEBRASKA MASTER NATURALIST Explore Contribute Connect
18
Stargazing ndash Nebraska Star Party near Valentine in August
Cowboy Trail (will be the nationrsquos longest rails-to-trails conversion)
Calamus Outfitters
Shortgrass Prairie
Introduction
Found in western Nebraska
High diversity of habitats
Dramatic changes in elevation and topography
Soils range from sand to clay-loam to hard sandstone
Annual precipitation 12-17 inches ndash humidity generally low
Annual average temperature 47-50
Topography o Truest form of shortgrass prairie found in Banner Cheyenne Deuel and Kimball counties o Mixedgrass and sandsage prairies in southeast of Ecoregion o Wildcat Hills bluff formation found in Scottsbluff amp Morrill counties o Relic sandhill extend through Morrill and Sioux counties o Pine Ridge found in northern Dawes Sheridan and Sioux counties
Streams o North Platte River Lodgepole Creek Upper Niobrara and White Rivers o 5 large reservoirs and a number of smaller artificial lakes o Playas found throughout the region
Vegetation
Shortgrass Prairie o Buffalograss blue grama side-oats grama purple threeawn (grass height 10 inch) o Over 100 spps of forbs o Milkvetch scarlet guara cutleaf ironplant prickly pear purple locoweed scurfpea
prairie coneflower scarlet globe mallow
Mixedgrass Prairie o Blue grama prairie sandreed threadleaf sedge needle-and thread grass little bluestem
western wheatgrass (grass height 18-24 inches) o Shrubs
Skunkbush sumac winterfat fringed sage snowberry yucca broom snakeweed o Over 100 species of Forbs o Scarlet guara dotted gayfeather skeleton plant cutleaf ironplant scurfpea scarlet
globe mallow o Within the mixedgrass prairie ndash 2 unique communities found
Northwestern mixedgrass amp Loess mixedgrass prairie
Sandhill dune prairie and sandsage prairies o Sandsage sand bluestem blue grama prairie sandreed needle-and-thread yucca o Forbs ndashsand-lily desert goosefoot plains sunflower bush morning glory showy
impomopsis
Western alkaline meadows along the North Platte o Inland saltgrass alkali sacaton field sedge foxtail barley meadow bluegrass o Forbs ndash spearscale alkali aster camphor daisy thelypody
NEBRASKA MASTER NATURALIST Explore Contribute Connect
19
Ponderosa pine woodlands o Ponderosa pine quaking aspen green ash Saskatoon serviceberry chokecherry dwarf
juniper fragrant sumac mountain mahogany wolfberry Kentucky bluegrass littleseed ricegrass
Riparian woodlands o Cottonwoods peachleaf willows green ash boxelder Sandbar willow wild plum
chokecherry buffaloberry horsetail sedges marsh muhly and cordgrass
Badlands o Saltbush rabbitbrush poverty weed Russian thistle
Birds
More that 300 species of birds found
Shortgrass birds o McCownrsquos and Chestnut-collared longspurs Brewerrsquos sparrow horned lark burrowing
owl and state threatened mountain plover
Mixedgrass birds o Western meadowlark grasshopper sparrow lark bunting
Pine Ridge birds o Lewisrsquo woodpecker pygmy nuthatch ovenbird mountain bluebird
Wetland birds o Canada geese mallard northern pintail shorebirds
Mammals
White-tail and mule deer elk pronghorn bighorn sheep coyotes bobcats mountain lions prairie dogs federally endangered black-footed ferret river otter black-tailed jackrabbit badger pocket gopher grasshopper mouse
Fish
Many gamefish state threatened finescale dace endangered blacknose shiner etc Amphibians and Reptiles
Include western striped chorus frog Woodhousersquos toad bullsnake prairie rattler lesser earless lizard horned lizard ornate box turtle and painted turtle
Ecotourism amp Wildlife
Lake McConaughy (largest reservoir in state)
Lake Ogallala
Pine Ridge area o Ft Robinson State Park o Chadron State Park o Nebraska National Forest (Pine Ridge Unit) o Soldier Creek Wilderness
Oglala National Grassland and Toadstool Geologic Park
Wildcat Hills Nature Center in Gering
Scotts Bluff National Monument
Chimney Rock
Agate Fossil Beds National Monument
NEBRASKA MASTER NATURALIST Explore Contribute Connect
20
Endangered Species Act
The Endangered Species Act provides a program for the conservation of threatened and endangered
plants and animals and the habitats in which they are found The US Fish and Wildlife Service and the
Department of the Interior maintain the list of 632 endangered species (326 plants and 306 animals) and
190 threatened species (112 animals and 78 plants)
The law is written to prohibit any action that results in taking or injuring a listed species or negatively affects habitat Also prohibited is the import export interstate or foreign trade of listed species
Nebraskarsquos Endangered amp Threatened Species
State Status Federal Status
Birds Bald Eagle Threatened Threatened
Piping Plover Threatened Threatened
Mountain Plover Threatened Proposed Threatened
Whooping Crane Endangered Endangered
Eskimo Curlew Endangered Endangered
Interior Least Tern Endangered Endangered
Mammals River Otter Threatened
Southern Flying Squirrel Threatened
Black-footed Ferret Endangered Endangered
Swift Fox Endangered
Black-tailed Prairie Dog Candidate
Plants Western Prairie Fringed Orchid Threatened Threatened
Utersquos Ladyrsquos Tresses Threatened Threatened
Ginseng Threatened
Small White Ladyrsquos Slipper Threatened
Colorado Butterfly Plant Endangered Threatened
Saltwort Endangered
Hayden Penstemon Endangered Endangered
Insects American Burying Beetle Endangered Endangered
Salt Creek Tiger Beetle Endangered Candidate
Fish Lake Sturgeon Threatened
NEBRASKA MASTER NATURALIST Explore Contribute Connect
21
Northern Redbelly Dace Threatened
Finescale Dace Threatened
Blacknose Shiner Threatened
Topeka Shiner Endangered Endangered
Sturgeon Chub Endangered
Pallid Sturgeon Endangered Endangered
Reptiles amp Mussels Massasauga Threatened
Scaleshell Mussel Endangered Endangered
Information courtesy of Nebraska Game and Parks US Department of the Interior and the US Fish
and Wildlife Service
The Nuts and Bolts
Without habitat there are no animals
Every species has its niche
Understand the importance of biodiversity Know where the Platte River begins and ends understand its
makeup and where Rowe is located in the relationship to the river How Rowe plays a role in
conservation habitat maintenance and education Have an understanding of what constitutes the 4
major eco-regions in Nebraska
References Integrated Principals of Zoology by Cleveland P Hickman Jr Larry S Roberts Alan Larson (WmC
Brown Publishers 1996)
Zoology by Lawrence G Mitchell John A Mutchmor Warren D Dolphin (The BenjaminCummings
Publishing Company Inc 1988)
Biology the unity and Diversity of Life 7th Ed By Cecie Starr and Ralph Taggart (Wadsworth Publishing
Company 1995)
Nebraskarsquos Natural Legacy Project httpwwwngpcstateneuswildlifeprogramslegacyreviewasp
Cliffs Quick Review Biology by I Edward Alcamo PhD and Kelly Schweitzer PhD (Wiley Publishing 2001)
Biology for Dummies by Donna Rae Siegfried (Wiley Publishing Inc 2001)
NEBRASKA MASTER NATURALIST Explore Contribute Connect
22
Taxonomy in a Nutshell
Definitions
Classification is a systematic arrangement in groups or categories according to established
criteria
Taxonomy is the orderly classification of plants and animals according to their presumed natural
relationships
Binomial nomenclature (Binomial = 2 terms ndash Generic amp specific nomenclature = set of names)
is a system of naming in which each species of animal or plant is given a two tern Latin name
The first term identifies the genus to which the plantanimal belongs and is always spelled with
a capital letter The second term is the species of the plantanimal and is spelled with a lower
case letter This ldquoscientific namerdquo is usually printed in italics or underlined For example ndash Felis
concolor or Felis concolor
The Reason for ithellipWhy use taxonomy
Scientific taxonomic classification is a tool used through the world in an effort to catalog and compare
living things Zoologists now classify approximately 15 million animal species Each year about 10000
new species are added and it is estimated that more than 10 million different animal species may
actually exist on earth
Okay But why Latin
Common names of animals and plants vary from place to place even within a community For instance
the animal name above Felis concolor is known as puma mountain lion catamount panther and
several other local names So how does a biologist from Nebraska know that she and a scientist from
Scotland are talking about the same animalplant Throughout the scientific world Latin is recognized
as the universal language of scholars and scientists By referring to it by its Latin ldquoscientific namerdquo there
is no mistaking what animalplant they are referring to Latin also provides a source for decoding the
scientific name into something that tells you a little about the animalplant itself A translation often
provides a short description of the animal ie the giant anteaterrsquos species tridactyla actually means
three-toed
Background
The identification and comparison of different animals and plant species dates back to ancient times
Naturalists wrote herbals and bestiaries that were lists and descriptions of familiar organisms of a given
locality There was little interest in communicating outside a restricted region The advent of the
printing press led to broader dissemination of books and ideas Cataloging and comparing species on a
more comprehensive scale became possible As naturalists compiled their work they used many words
NEBRASKA MASTER NATURALIST Explore Contribute Connect
23
to describe a species by several characteristics sometimes defining one species in terms of another For
example the blue chair with the fluted arms the red chair like the blue chair with the fluted arms etc
Each authorrsquos system and terminology was different It is only comparatively recently that the
observation and study of the animal and plant world has begun to be organized along truly scientific
lines
Toward the middle of the eighteenth century the Swedish botanist Carolus Linnaeus produced a general
classification of all living species and this system has formed the departure point for all subsequent
developments of taxonomy His system was ambitious and used polynomials some with fifteen words
An example is the oak with leaves with deep blunt lobes bearing hair-like bristles Although he
considered the polynomial name to be the true one he also made notes with two-term names The
current binomial system used today is based upon these notes His writings and those of other scientists
that came after him became the standard for all classifications Since Latin was the universal language
of scholarship his writings were all in Latin Actually his real name was Carl van Linne but he translated
that to Latin as well
In the course of the last couple of centuries naturalists have come to adopt two different forms of
investigation and comparison in their classification process First they studied the question of
adaptation to the environment the significance of diverse structures and behavioral patterns among
animal species and the reason why these different modes of behavior and lifestyles enable animals in
different surroundings to survive
Secondly they have tried to recognize affinities and relationships between the various species They
have attempted to identify the ldquofamily likenessesrdquo that often exist among species which live in different
environments and therefore may be quite unlike one another in outward appearance
As a result of all this research scientists have built up a system of classification which places every
animalplant species in a particular category according to its relationships with other animalsplants
This is taxonomy
Side note ndash genetic testing is now being used to help with classification
How does it Work
When a new animalplant is recognized and identified it is given a species name This may be a term
that describes it or identifies the person who first recognized it as a separate species Originally these
species names were assigned by the individual scientist that discovered them but now they are
assigned by international groups Once this species term is assigned it almost never changes In theory
NEBRASKA MASTER NATURALIST Explore Contribute Connect
24
it is never supposed to be changed even if it is later moved to a different genus family or class but over
the years there have been a few exceptions
The basis of taxonomy however is the genus This is the smallest grouping of related species When
taxonomy began there were relatively few identified species so species were grouped into genera and
there it ended As the body of knowledge grew so did the need for a broader system of grouping From
there the hierarchical system of classification based on natural features evolved
The current system works as follows
Individually related species are grouped into the same genus
The most closely related genera are grouped into the same family
Related families are grouped into an order
Orders are grouped into a related class
Similar classes are included in the same phylum
The phyla are then placed into the proper kingdom
Each of these categories may also contain sub- or super- subdivisions
Taxonomy is a constant work in progress As scientists learn more about different species their
classification may change Changes can reflect a clearer understanding of where the species fits in
among the others with similar characteristics Until recently we only had to contend with two kingdoms
ndash animal and plants Today scientists recognize a least five different kingdoms of living things
Monera ndash bacteria and blue-green algae
Protista ndash one-celled organism with nucleus
Plantea ndash green plants
Fungi ndash non-green plants
Animalia ndash animals
NEBRASKA MASTER NATURALIST Explore Contribute Connect
25
Fauna of Nebraska
Developed and Adopted by Keanna Leonard Education Director Rowe Sanctuary
Objectives for Fauna Mammals Amphibians amp Reptiles Birds 3-4 hours
1 Descriptions ndash (Mammals Amphibians and Reptiles birds --ndash IMPORTANT CHARACTERISTICS)
2 Vocabulary
3 Common Oderrsquos in Nebraska and examples
4 Nuts amp Bolts of Mammals How to ID amp locate specific animals and their evidence (possible
activity tracks traces etc) in Nebraska
MAMMALS IN A NUTSHELL Basic Characteristics
1 Mammary glands (hint the name) that
produce milk
2 Sweat glands
3 Sebaceous glands for oil
4 Presence of hair on the body at some time
during life span
5 Homiothermic Endotherm (warm blooded)--
regulate high body temperature
6 Four-chambered heart
7 Enucleated red blood cells
8 Have a diaphragm
9 Enlarged cerebral hemisphere
10 One bone in lower jaw and complex
dentition
11 3 middle ear bones
12 Turbinal bones in nasal chamber
13 Eggs develop in a uterus with
placental attachment and born alive
(viviparous)
MAMMAL VOCABULARY
Altricial Born helpless
Arboreal Tree dwelling
Carnivore A mammal in the order Carnivora
Carnivorous Meat eating
Crepuscular Active at dusk and dawn
Diurnal Active during the day
Dominant Ruler or leader of others
Habitat Region where an animal lives
Herbivore An animal that eats only plants
Herbivorous Plant eating
Hibernation Winter period when certain
animals become inactive to a point in
where all body functions slow
considerably for a long period
Instinct Inherited mode of behavior
Mammal Animals that have hair on their
bodies (see other char above)
Marsupial Animals whose females have
pouches
Nocturnal Active during nighttime
Omnivore Animals that eats both meat and
plant material
Omnivorous Eating both meat and plant
material
Precocial Born in an advanced stage of
development and able to move about
Predator Animals that kills another animal for
food
Prehensile Grasping
Prey Animal hunted for food
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26
Protective coloration Enables the animal to
blend in with surroundings
Reticulated Net-like pattern of skin
Terrestrial Ground dwelling
Viviparous Live birthing
There are 21 orders of mammals found in the world
Listed below are the orders and examples of common species found in Nebraska
More Species found in Core Curriculum Binder
Insectivores (shrews and moles)
Masked Shrew (Sorex cinereus)
Northern Short-tailed Shrew (Blarina
brevicauda) (venomous)
Least Shrew (Cryptotis parva)
Eastern Mole (Scalopus aquaticus)
Chiroptera (bats)
Big Brown Bat (Eptesicus fuscus)
Red Bat (Lasiurus borealis)
Hoary Bat (Lasiurus cinereus)
Xenarthra
Nine-banded Armadillo (Dasypus novemcinctus)
Lagomorpha Eastern Cottontail (Sylvilagus floridanus) Black-tailed Jackrabbit (Lepus californicus)
Rodentia
Franklinrsquos Ground Squirrel (Spermophilus
franklinii)
Thirteen-lined Ground Squirrel (S
tridecemlineatus)
Black-tailed Prairie Dog (Cynomys
ludovicianus)
Plains Pocket Gopher (Geomys bursarius)(fur-
lined pouch)
Plains Pocket Mouse (Perognathus
flavescens)
Beaver (Castor canadensis)
Eastern Woodrat (Neotoma floridana)
Meadow Vole (Microtus pennsylvanicus)
Muskrat (Ondtra zibethicus) (laterally
compressed tail)
Porcupine (Erethizon dorsatu
Carnivora Despite the name of the order not all are carnivorous Many are omnivores (most bears and raccoons)
and some are even herbivores (giant panda)
Most carnivorous mammals have 3 up and 3 down relatively small incisors and 1 up and 1 down large
canine teeth on both sides of the incisors
Common species found in this area include
Family Canidae Coyote (Canis latrans) Red fox (Vulpes vulpes)
Family Procyonida Raccoon (Procyon lotor)
Family Mustelidae
NEBRASKA MASTER NATURALIST Explore Contribute Connect
27
Long-tailed Weasel (Mustela nivalis)
Least Weasel (M nibalis)
Mink (Mustela vison)
Badger (Taxidea taxus)
Striped Skunk (Mephitis mephitis)
River Otter (Lutra canadensis)
Family Felidae Bobcat (Felis rufus)
Artiodactyla Mule Deer (Odocoileus hemionus) White-tailed Deer (O virginianus
References National Audubon Society Field Guide to North American Mammals by John O Whitake Jr Robert
Elman Carol Nehring (Alfred A Knoph Inc 1994)
Guide to Mammals of the Plains States By J Knox Jr Davide M Armstrong Jerry R Choate (University
of Nebraska Press 1985)
The Nuts and Bolts Know important characteristics especially-
Mammary glands Sweat glands Sebaceous glands Hair sometime during their life
4 chambered heart
Though these critters look like a rodent
Donrsquot confuse them for a moment
They sport small eyes and ears out of view
Their teeth are small sharp and more than a few
They are made up of one mole and shrews three
So in what ORDER can they be
Commonly seen species of Chiroptera number three And are known as the only mammals to swim through the air free They are normally seen at night and for finding food use echolocation rather than sight Now I know you know what they be But go ahead and name all three These mammals have what humans claim to be a disgusting habit of defecating undigested pellets and eating them again What are they Chewing the cud is normal for this group and so is walking on their two middle toes Name the common species found in this area
NEBRASKA MASTER NATURALIST Explore Contribute Connect
28
AMPHIBIANS
Basic Characteristics
1 Skin naked No scales or hair
2 Eggs do not have shells but are jelly like
Laid in clusters always in water
3 Ectodermic
4 Can breathe through permeable skin
5 Spend all or part of life in water
6 Adults are carnivores Size of head
determines size of prey
7 Incomplete lung development
DIFFERENCES BETWEEN REPTILES AND AMPHIBIANS
Reptiles
1 Ectodermic
2 Covered with scales or plates
3 Shed skin
4 Most not do not live in or around water
Amphibians
1 Ectodermic
2 Smooth slimy skin without scales
3 Do not shed skin
4 Spend all or part of life in water
5 Go through metamorphose
Listed below are the orders and examples of common species found in Nebraska
More Species found in Core Curriculum Binder
Salamanders (Order Urodela)
Small-mouth Salamander (Ambystoma
texanum) Occurs in eastern Nebraksa
Tiger Salamander (A tigrinum) Occurs
throughout the state
Frogs and Toads (Order Anura) Thirteen species occur in Nebraska
Pelobatidae or Spadefoot Family
Plains Spadefoot (Spea bombifrons) Occurs throughout Nebraska expect southeast
Ranidae or True Frog Family Plains Leopard Frog (Rana blairi)
Northern Leopard Frog (Rana pipiens)
Bullfrog (Rana catesbeiana
Microhylidae or Narrow-mouthed Family Plains Narrowmouth Toad (Gastrophryne olivacea)
NEBRASKA MASTER NATURALIST Explore Contribute Connect
29
Bufonidae or Toad Family
American Toad (Bufo americanus) Occurs only
in eastern part of the state
Great Plains Toad (Bufo cognatus) Occurs
throughout the state
Woodhousersquos Toad (Bufo woodhousei) Occurs
throughout the state
Hylidae or Tree Frogs
Northern Cricket Frog (Acris crepitans) East
and central Nebraska
Western Striped Chorus Frog (Pseudacris
triseriata amp P maculata) Occurs throughout the
state
Copes Gray Treefrog (Hyla chrysoscelis) Found
in eastern part of state
Resources Reptiles and Amphibians of Nebraska ndash herpetology database httpsnrsunleduherpneb
NEBRASKA MASTER NATURALIST Explore Contribute Connect
30
REPTILES Basic Characteristics
1 Ectothermic (cold-blooded) Body temperature is the same as the temperature of its surroundings
2 Dry skin covered with scales or plates
3 Teeth if present are needle-like or conical
4 Skin shed in one piece or several pieces at intervals
5 Lay soft shelled eggs or young born alive in a membranous sac
6 Lung breathing
There are four groups
Lizards - Short-legged long-bodied reptiles
Taped tail Size varies from 4- inch long fence
swift to 10 foot Kamodo dragon
Snakes - Legates cousins of lizards
Turtles - Armored shells
Crocodilians - Crocodiles Alligators Caimans
REPTILE VOCABULARY
Antivenin An antidote to the venom of
venomous snakes produced by inoculating
horses with small doses of venom Horses build
up an immunity or resistance The horsersquos
blood is used to make the antivenin
Blue Stage Refers to the condition of a snake
prior to shedding
Carapace Dorsal (covering the back) shell
Constrictor A term used in describing a snake
that kills its prey by constriction
Ectothermic Not able to control body
temperature (Cold-blooded) Dependent upon
environment to control body temperature
Egg Tooth A sharp projection located in front
of nose on upper jaw Used by infant reptiles to
cut through eggshell
Fangs Grooved or tubular teeth used to inject
venom
Hemotoxin Venom that attacks the blood
Herpetologist A specialist in reptiles
Jacobsonrsquos Organ A tastesmell sense organ
with two small openings located on roof of
mouth
Thermal Pit A heat sensory pit on side of head
between nostril and eye Allows snakes to track
warm-blooded animals and to strike accurately
especially at night Found only in venomous
snakes known as pit vipers
Neurotoxin Venom that attacks the nervous
system
Oviparous Lays egg
NEBRASKA MASTER NATURALIST Explore Contribute Connect
31
Ovoviviparous Give birth to live young Egg
developed in female and then deposited as a
living young
Plastron Ventral (covering the belly) shell
Reticulated Net-like pattern on skin
Scales Folds of skin covering reptiles
Scutes Single section of shell each sell is made
up of many scutes
Toxic Poisonous
Toxin Poison
Undulating Type of snake locomotion typical of
most snakes - Leaves ldquoSrdquo shape track
Venom Poisonous fluid secreted from glands
and transmitted by bite or sting
Venomous Describes animal containing venom
gland
Nuts amp Bolts of Reptiles
Most reptiles are carnivores (eat meat) Many will eat only live food Some are herbivores (eat
plant material) as well as insectivores (eat insects)
Reptiles often found in water or underground for protection from predators and to help
regulate body temperature Air temperature can change quickly but water and soil
temperature are more constant therefore it helps to regulate the reptiles body temperature
Because they are ectothermic many reptiles live in places that are warm year round In colder
climates reptiles hibernate underground below the freeze line
Most reptile lay eggs and are called oviparous Eggs are buried in sand soil rotted logs etc and
kept warm only by heart from the sun or from rotting vegetation Very few reptiles stay around
to protect their eggs Some reptiles keep their eggs inside their bodies until they hatch and
produce live young (ovoviviparous) Example - garter snakes Very few reptiles care for or feed
their young Young are precocial able to look after themselves minutes after they hatch
Most snakes are harmless Even snakes that are venomous will not bite unless they are
cornered or stepped on Snakes are good and necessary animals They help control potential
destructive populations of rodents
Listed below are the orders and examples of common species found in Nebraska
ORDER CHELONIA Basic Characteristics
1 Contains all forms of turtles and tortoises
2 Has body enclosed in a shell made of
modified horny scales and bone Shell made of
two parts Carapace - upper part covering
animalrsquos back Plastron-under part covering
animalrsquos stomach amp chest
3Ribs and most of vertebrae attached to shell
4 Neck long and flexible and can usually be
withdrawn into shell
5 Have no teeth but jaws outfitted with horny
beaks
6 All lay eggs Usually bury eggs in pit in sand or soil Hatchlings must dig themselves to the surface
NEBRASKA MASTER NATURALIST Explore Contribute Connect
32
Examples of Turtles found in Nebraska Snapping Turtle (Chelydra serpentina)
Blandingrsquos Turtle (Emydoidea (Emys)
blandingii) Protected Species
False Map Turtle (Graptemys
pseudogeographica) Protected Species
Ornate Box Turtle (Terrapene ornata)
Smooth Softshell (Apalone mutica)
Spiny Softshell (Apalone spinifer
SUBORDER LACERTILA (lizards) Basic Characteristics
1 Dry scaly skin clawed feet external ear
openings
2Have movable eyelids - snakes do not
3 Males and females often show different
coloration
4 Generally diurnal but many nocturnal
(geckos night lizards Gila Monsters)
5 Courtship brief fertilization is internal
6 Most are egg layers
Examples of Lizards of Nebraska
Six-line Racerunner (Cnemidophorus sexlineatus Five-line Skink (Eumeces fasciatus)
Many-lined Skink (Eumeces mulitvirgatus)
Great Plains Skink (Eumeces obsoletus)
Slender Glass Lizard (Ophisaurus attenautus)
Lesser Earless Lizard (Holbrookia maculate)
Northern Prairie Lizard (fence lizard)
(Sceloporus undulates)
SUBORDER SERPENTES (Snakes) Basic Characteristics
1 Elongated scaly bodies (to protect from water
loss) no limbs external ear opening or eyelids
(eye covered with a clear scale)
2 Terrestrial subterranean arboreal
amphibious
3 Carnivores swallow prey whole
4 Continue to grow throughout their lives
6 Hibernate in colder climates
7 Males locate females by scent
8 Internal fertilization
9 Some lay eggs others bear live young
11 Vipers (venomous snakes) have heat-
sensing organs called thermal pits
NEBRASKA MASTER NATURALIST Explore Contribute Connect
33
12 Teeth slanted back If one is lost another drops down in itrsquos place
Examples of snakes found in Nebraska
Black Rat Snake (Elaphe obsoleta)
Great Plains Rat Snake (Elaphe guttata)
Bullsnake (Pituophis catenifer)
Common Kingsnake (Lampropeltis getula)
Eastern Hognose Snake (Heterodon
platyrhinos)
Western Hognose Snake (Heterodon nasicus)
Glossy Snake (Arizona elegans)
Milk Snake (Lampropeltis triangulum)
Plains Garter Snake (Thamnophis radix)
Common Garter Snake (Thamnophis sirtalis)
Racer (Coluber constrictor)
Pit Vipers
Copperhead (Agkistrodon contortrix) found in extreme southeast Nebraska
Massasauga (Sistrurus catenatus) Found in southeast Nebraska Protected Species
Prairie Rattlesnake (Crotalus viridis) Found in central and western parts of the state
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 34
Birds What Makes a Bird a Bird IMPORTANT CHARACTERISTICS
So what makes a bird a bird All birds share one common characteristic that no other animal has and
that is FEATHERS Other characteristics include
Maintain high constant body temperature Endotherms (warm-blooded)
Possess toothless beaks or bills
All lay hard-shelled eggs (oviparous)
Air sacs in birdrsquos body give buoyancy
Generally bones are hollow Decreases body weight
Four-chambered heart
Lend Me Your Ear Yes birds have ears but they are missing the pinna or outside part of the ear that collects sound Birds
have feather-covered openings on both sides of the head just behind the eyes Owls and other night-
flying birds have off-setting ears that allow them to pinpoint the exact position of prey
Can birds smell We are not quite sure how well most birds smell We do know vultures use the sense of smell to find
their dinner The champion bird sniffer belongs to kiwi found in New Zealand They are able to sniff out earthworms Some diving birds like cormorants cannot even breathe through their nostrils because they are sealed Ocean birds have special glands in their noses which eliminates salt from the salty water they drink
Eggs Birds lay hard-shelled eggs made mostly of carbon carbonate The hard shell keeps the egg from drying
out and allows parents to sit on it without damaging the developing chick Though the shells are hard it
does not mean that they are non-porous Microscopic pores allow the embryo to ldquobreatherdquo Carbon
dioxide and oxygen can pass through the shell
Eggs come in all sizes colors and patterns We believe that the different colors and patterns are
intended as camouflage Blue and green eggs are found in nests that are in the shade Patterned eggs
blend in with vegetation and stones and white eggs are normally found in cavities
The shape of eggs also depends on where a bird nests The most common shape is oval A pointed egg
is usually found near ledges Round eggs are generally found in highly secure nests
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 35
Commonly Seen Bird Families of Nebraska
Grebes (Family Podicipediae ndash rump foot)
WHAT TO LOOK FOR
Sleek diving waterbirds - small to medium size
Most have sharp pointed bills with fairly long necks short wings and almost no tail
Have lobed toes and legs set far back on body
Common Nebraska species - Pied-billed horned eared western and Clark grebes
Pelicans (Family Pelecanidae ndash an ax)
WHAT TO LOOK FOR
Very large waterbirds
Huge bills with large distensible pouches
Most are white with black flight feathers ndash wingspan 6-9 feet
Common Nebraska species ndash American White Pelican
Cormorants (Family Phalacrocoracidae ndash bald raven)
WHAT TO LOOK FOR
Large diving waterbird shaped like an elongated goose
Long neck and long bill hooked at the end
Wing span 3-5 feet Mostly dark in color
Common Nebraska species ndash Double-crested cormorant
Herons Egrets and Bitterns (Family Ardeidae - )
WHAT TO LOOK FOR
Medium to large wading birds
Usually with long legs bills and S-shaped neck
Short rounded tails
Common Nebraska species ndash American and least bitterns great and snowy egrets little
blue egret cattle egret great blue green black-crowned night and
yellow-crowned night herons
Ibises (and Spoonbills) (Family Threskiornithidae ndash sacred bird)
WHAT TO LOOK FOR
Medium to large wading birds
Long necks and legs with a duck-like body
Long tapering down-curved bill Common Nebraska species ndash white-faced ibis
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 36
Vultures (Family Cathartidae ndash cleanser)
WHAT TO LOOK FOR
Large soaring scavengers
Resemble eagles and large hawks in flight
Head and neck void of feathers bill hooked
Hold wings in a raised V-shape (dihedral)
Common Nebraska species ndash turkey vulture
Duck Geese and Swans (Family Anatidae ndash waterfowl)
WHAT TO LOOK FOR
Medium to large waterbirds
Large heads with conspicuous and horizontally flattened bills
Long necks heavy bodies relative short tails webbed feet and long wingspan Major differences between duck geese and swans
Ducks
Smallest of the three Have a soft swelling about the nostrils called a cere
Males of most ducks are easily separated from females by their gaudier plumage Feathers are
molted twice a year
Most males change into nuptial plumage after pair formation in the fall There may be some
modification of shape of a single feather or entire regions of plumage
Most species are sexually mature at 9 - 11 months
Males take no part in incubation
Geese
Neck shorter than body
Lore (area between eye and bill) feathered and more bluntly triangular than ducksrsquo
Sexes are similar
Permanent pair bonding
Molt once per year postnuptially
Sexually mature at 3 years
Males protect female clutch and brood after hatching
Young stay with parents for almost a year
Legs of most geese are farther forward under the belly than those of typical swans and ducks
Swans
Longest necks - necks slightly longer than body
Lore is naked
Sexes are similar
Molt once per year postnuptially - parents molt one after the other so one is able to fly
Young are carried on parentsrsquo backs
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 37
Sexually mature at 4 -5 years
Hawks and Allies (Family Accipitridae ndash to grasp or take)
Medium to very large diurnal raptors
Hooked beak strong legs and sharp talons
Buteos (buzzard hawks)
Stocky with broad wings wide tails
Soar and wheel high in the sky
Common Nebraska species ndash red-shouldered broad-winged Swainsonrsquos red-tailed
ferruginous rough-legged hawks
Accipiters (true hawks)
Small heads short rounded wings longish tail slender bodies
Fly with several rapid beats and a glide Common Nebraska species ndash sharp-shinned hawk Cooperrsquos hawk northern goshawk
Harriers
Slim body with slim round-tipped wings
Fly in open country gliding low with wings lifted in a V (dihedral)
Species in Nebraska - northern harrier
Kites
Small falcon shaped buoyant gliders not power-fliers
Common Nebraska species ndash Mississippi Kite
Osprey
Soar high on long swept-back wings
Broad tail short-headed appearance
Often travel in pairs
Eagles
Large very broad bodied with broad long plank-like wings massive head and bill
Soar steadily holding wings flat out to the side
Powerful wing beat on upstroke wings raised high Common Nebraska species ndash bald and golden
Falcons (and caracaras) (Family Falconidae - )
WHAT TO LOOK FOR
Small to large compact fast-flying raptors
Long pointed wings bent at the wrist - Strong rapid wing strokes
Common Nebraska species ndash American kestrel gyrfalcon peregrine falcon prairie falcon
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 38
Grouse Turkeys and Pheasants (Family Phasianidae ndash cock or fowl-like bird)
WHAT TO LOOK FOR
Ground dwelling birds with feather nostrils
Short strong bills and short rounded wings
Flight strong but brief
Males perform elaborate courting displays
Common Nebraska species ndash ring-necked pheasant sharp-tailed grouse greater
prairie chicken wild turkey
New World Quail ( Family Odontophoridae ndash bearing teeth)
WHAT TO LOOK FOR
Ground dwelling bird found in brushy habitat and other dense low foliage
Chunky rounded bodies and crests or head plumes
Chicken-like bill short rounded wings
Common Nebraska species - northern bobwhite
Rails and Coots (Family Rallidae - )
WHAT TO LOOK FOR
Marsh birds with short tails and stubby wings
Secretive and identified chiefly by call and habitat
Rails are laterally flattened ldquoThin as a railrdquo Coots are plumper and gregarious
Common Nebraska species ndash yellow rail black rail king rail Virginia rail sora common
moorhen American coot
Cranes (Family Gruidae - )
WHAT TO LOOK FOR
Tall stately wetland birds with long necks and long bills
Tertial flight feathers droop over rump in a bustle when standing
Fly with necks fully extended
Circle in thermals like raptors
Common Nebraska species - sandhill and whooping cranes
Plovers and Killdeer (Family Charadriidae ndash nocturnal waterbird)
WHAT TO LOOK FOR
Small to medium shorebirds that dart across the ground stop and then take off again Upright posture with medium length legs and long pointed wings
Rounded head large eyes thick neck with a short thick bill
Common Nebraska species ndash black-billed American golden snowy semipalmated piping
plovers and killdeer
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 39
Stilts and Avocets (Family Recurviostridae- bent bill)
WHAT TO LOOK FOR
Tall slim shorebirds
Long thin bill very long slender legs long neck striking black-and-white plumage Stilts have straight bills avocets have re-curved bills
Common Nebraska species ndash American avocets black-necked stilt
Sandpipers and Phalaropes and Allies (Family Scolopacidae ndash woodcock)
WHAT TO LOOK FOR
Diverse group of shorebirds
Long toes and long tapered wings
Bill and leg length varies but bill more slender than a ploverrsquos
Plumage browns grays and whites with reds and oranges during breeding season
All but one species have short elevated hind toe
Species found in Nebraska include common snipe ruddy turnstone phalaropes sandpipers
woodcocks godwits whimbrels willets etc
Dowitchers
WHAT TO LOOK FOR
Medium sized chunky dark shorebird
Long straight bills and distinct pale eyebrows
Feed in mud or shallow water in a rapid jabbing motion
Phalaropes
WHAT TO LOOK FOR
Often spin like a top in water when feeding
Female larger and more colorful than male
Male tends incubates and cares for chicks
Common Nebraska species ndash Wilsonrsquos and red-necked phalaropes
Gulls Terns and Allies (Family Laridae ndashsea birds)
Gulls
WHAT TO LOOK FOR
More robust with wider wings and longer legs than terns
Bill slightly hooked tail square or rounded - Seldom Dive
Common Nebraska species ndash Pomarine Jaeger Franklinrsquos little Bonapartersquos ring-
billed California Herring Thayerrsquos lesser black-backed glaucous
Sabinersquos gulls black-legged kittiwake
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 40
Terns
WHAT TO LOOK FOR
Graceful more streamline than gulls
Usually has a forked tail ndash most whitish with black cap
Sharp-pointed bill - Hoover and dive headfirst for fish
Common Nebraska species ndash Caspian common Foresterrsquos terns
Pigeons and Doves (Family Columbidae ndash dove)
WHAT TO LOOK FOR
Plump fast flying cooing voice
Short legs and necks and small heads short bills
Tail fan-like rounded or pointed
Pigeons larger than doves
Common Nebraska species ndash rock mourning Eurasian collared doves
Cuckoos Roadrunners and Anis (Family Cuculidae - )
WHAT TO LOOK FOR
Slender with a long tail at least half of the birdrsquos total length
Fairly large sturdy decurved (curving down) bill
2 toes forward 2 back (zygodactyls)
Common Nebraska species - black-billed cuckoo and yellow-billed cuckoo
Barn Owls (Family Tytonidae -)
WHAT TO LOOK FOR
Slim medium sized night hunter
Legs are long and sparsely feathered
Large head with large forward-facing immovable eyes
Heart-shaped face hooked beak and ghostly appearance
Typical Owls (Family Stigidae ndash night bird)
WHAT TO LOOK FOR
Generally night hunters
Large heads flatten face with large forward-facing immovable eyes hooked beak
Mottled appearance some with feather tuffs upright stance
Common Nebraska species ndash eastern screech great horned burrowing barred long-eared
short-eared northern saw-whet owls
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 41
Nighthawks and Nightjars (Family Caprimulgidae ndashgoat sucker)
WHAT TO LOOK FOR
Nocturnal or crepuscular
Big tail large eyes tiny bills surrounding a large gaping mouth
By day sit horizontally on limb or on ground
Easiest to identify by voice
Common Nebraska species ndash common nighthawk common poorwill chuck-willrsquos-widow
Whip-poor-will
Swifts (Family Apodidae ndash without feet)
WHAT TO LOOK FOR
Small to medium sized aerial foragers ndashspend most of life flying
Long sickle-shaped wings bending close to body and extremely short legs
Eat bathe drink and sometime mate in the air
Common Nebraska species - chimney swift white-throated swift
Hummingbirds (Family Trochilidae ndash small bird)
WHAT TO LOOK FOR
Tiny body long slender bill
Distinctive blur and hum of hovering wings
Jewel-like throat feather found on male
Common Nebraska species ndash ruby-throated broad-tailed and rufous hummingbirds
Kingfishers (Family Alcedinidae - kingfisher)
WHAT TO LOOK FOR
Small to medium size
Thickset with short neck and tail small feet
Large head with a ragged crest and long strong bill
Sit on lines and low branches near water or hovers above water
Plunges head first into water to catch fish
Common Nebraska species ndash belted kingfisher
Woodpeckers (Family Picidae ndash woodpecker)
WHAT TO LOOK FOR
Arboreal (tree) birds
Vertical posture creep up trees
Strong chisel-like bill short legs stiff tail feathers rounded wings
Undulating flight pattern and characteristic bill drumming
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 42
Common Nebraska species ndash Lewisrsquos red-headed red-bellied hairy downy woodpeckers
yellow-bellied and red-naped sapsuckers northern flicker
THE PASSERINES Feet adapted to perching
Tyrant Flycatchers (Family Tyrannidae - lord ruler king)
WHAT TO LOOK FOR
Small to medium perching bird
Large head broad flattened bill pointed wings short legs
Bristly ldquowhiskersrdquo at base of bill
Sit upright on exposed branch and dart out to catch insects
Common Nebraska species - flycatchers pewees kingbirds phoebes kingbirds
Shrikes (Family Laniidae ndash butcher)
WHAT TO LOOK FOR
ldquoButcher birdsrdquo ndash impale prey on thorns (may be to attract a mate and mark territory)
Robin-size bird with hooked bill and masked face with hawk-like behavior
Black gray and white birds
Common Nebraska species - northern and loggerhead shrike
Vireos (Family Vireondae ndash small bird)
WHAT TO LOOK FOR
Small olive- or gray-backed bird with short sturdy cylindrical slightly hooked bill
Can have wing bars and eye-rings or have eye stripes and no wing bars
Often confused with warblers but are chunkier bigger headed thicker billed
Common Nebraska species ndash white-eyed Bellrsquos yellow-throated plumbeous
Cassinrsquos blue-headed warbling Philadelphia red-eyed
Crows and Jays (Family Corvidae ndash raven)
WHAT TO LOOK FOR
Large perching bird with strong longish all-purpose bill to handle variety of foods
Nostrils covered with feathers
Legs scaled in front and smooth behind
Harsh voice and noisy
Bold gregarious
Common Nebraska species - black-billed magpie American crow
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 43
Larks (Family Alauidae ndash lark)
WHAT TO LOOK FOR
Ground dwellers of open fields ndash seldom seen in trees and shrub
Walk rather than hop have an elongated hind toe
Slender billed seed and insect eaters
Yellowwhite face with black facemask horns and breast band
Has musical song often sung in display flight
Common Nebraska species ndash horned lark
Swallows and Martins (Family Hirundinidae ndash swallow)
WHAT TO LOOK FOR
Slim streamline bodies with long pointed angled wings
Tail forked or squared legs and feet inconspicuous
Bill short and wide
Fluid aerialists ndash dart about catching insects
Flocks perch in long rows on branches and lines
Common Nebraska species ndash purple martin northern rough wing bank cliff barn swallows
Chickadees and Titmice (Family Paridae - )
WHAT TO LOOK FOR
Small plump sociable birds with short bills and wings
Active agile ndash often hang upside down to feed
Many times roam in little bands (often leading the group) in search of food
Chickadee ndash no tuff of feathers on head Titmice ndash tufted Common Nebraska species ndash black-capped chickadee tufted titmouse
Nuthatches (Family Sittidae ndash birds that peck bark of tree)
WHAT TO LOOK FOR
Small stout tree-climbers with slightly upturned strong woodpecker-like bills
Stubby squared off tails
Walk down trees headfirst Common Nebraska species ndash red-breasted and white-breasted nuthatches
Creepers (Family Certhiidae -)
WHAT TO LOOK FOR
Small slim tree-dwellers with stiff tails and slender downward curving bill
Primarily brown
Common Nebraska species ndash brown creeper
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 44
Wrens (Family Troglodytidae ndash cave dweller
WHAT TO LOOK FOR
Small stumpy energetic brown birds
Bill slightly down turned loud song
Tails often in ldquocockedrdquo or up-tilted position
Common Nebraska species ndash rock house winter marsh wrens
Kinglets (Family Regulidae -)
WHAT TO LOOK FOR
TINY very active songbirds ndash only certain hummingbirds smaller
Can hover will feeding
Greenish plumage with bright colored crowns Short tails
Common Nebraska species ndash ruby-crowned and golden-crowned kinglets
Gnatcatchers (and Old World Warblers) (Family Sylviidae - )
WHAT TO LOOK FOR
Small birds with slender pointed bills surrounded by rectal bristles
Drab plumage with seasonally changing head patterns
In constant motion
Common Nebraska species ndash blue-gray gnatcatcher
Thrushes (Family Turdidae -)
WHAT TO LOOK FOR
Large-eyed upright postured songbirds - known for their singing ability
Bill is slender straight but not sharp
Often hop along the ground looking for food
Common Nebraska species ndash eastern bluebird veery gray-cheeked Swainsonrsquos hermit
wood thrush American robin
Mockingbirds and Thrashers (Family Mimidae ndash imitator mimic)
WHAT TO LOOK FOR
Well known for their vocal and mimicking ability
Have short rounded wings long legs and tails
Long down-curved bills
Common Nebraska species ndash gray catbird northern mockingbird brown thrasher
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 45
Starlings (and Mynas) (Family Sturnidae - )
WHAT TO LOOK FOR
Medium sized chunky glossy birds with short tails sharp bills
Short triangular to rounded wings
Gregarious bold birds
Pipits (and Wagtails) (Family Motacillidae -)
WHAT TO LOOK FOR
Slender billed brownish ground dwellers with long back toe
Walk briskly rather than hop along the ground
Most species bob their tails up and down
Common Nebraska species ndash American pipit
Waxwings (Family Bombycillidae ndash silk tail)
WHAT TO LOOK FOR
Birds with sleek crest that can be erected
Plump-bodied birds with pointed wings with red waxy tips of secondaries
Bill is small wide and notched high thin calls
Square tail with terminal yellow band
Common Nebraska species ndash Bohemian and cedar waxwings
Wood Warblers (Family Parulidae -)
WHAT TO LOOK FOR
Brightly colored (mostly yellow) birds
Smaller than sparrows with thin needle-like bills
Common Nebraska species ndash approx 34 warblers ovenbirds yellow-breasted chats and
waterthrush
New World Sparrows (Family Emberizidae -)
WHAT TO LOOK FOR
Small to medium-sized birds - often brown streaked appearance
Rounded wings cone-shaped bills
Common Nebraska species ndash 20 sparrows towhees longspurs dark-eyed juncos snow and
lark buntings
Cardinals and Allies (Family Cardinalidae )
WHAT TO LOOK FOR
Medium to large songbirds
Have large cone-shaped bills
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 46
Males often very colorful
Common Nebraska species ndash northern cardinals rose-breasted and black-headed grosbeaks
indigo bunting dickcissel
Blackbirds Orioles and Allies (Family Icteridae)
WHAT TO LOOK FOR
Medium to large songbirds with strong straight bills
Strong-direct flight
Plumage varies from iridescent black to yellow to orange
Common Nebraska species ndash Bobolink eastern and western meadowlarks red-winged and
rusty blackbirds common and great-tailed grackles orchard Baltimore and
Bullockrsquos orioles brown-headed cowbird
Finches and Allies (Family Fringillidae)
WHAT TO LOOK FOR
Small to medium songbirds
Have conical bills and forked relatively short tails
Fly fast and undulate through the air giving high-pitched calls in flight
Common Nebraska species ndash gray-crowned rosy purple Cassinrsquos house finches red
crossbill white-winged crossbill common redpoll pine siskin American goldfinch
evening grosbeak
Old World Sparrows (Family Passeridae)
WHAT TO LOOK FOR
Stouter bodies shorter legs and thicker bills than native sparrows
Have a simple song repeating single elements with no particular rhythm or beginning
And end vocalize all day and year-round
Common Nebraska species ndash house sparrow (introduced)
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 47
Geology and Natural History of Nebraska
Being Developed by Jon Garbisch Cedar Point Biological Station jgarbisch2unledu
bull Geological history of Nebraska
bull Present geological formation of regions
bull General soil types
bull Geological landforms and related habitats
What we currently use
Theme
Nebraska geology formed over millions of years through the erosion of mountains the deposition of
sediments and the flow of water and ice shaping the landscape that we call home
Goal
Attendees will develop an understanding of the natural processes that influenced and built Nebraska
and in so doing develop a greater appreciation for the geology and how it relates to all other aspects of
the statersquos identity
Objective(s)
The Master Naturalists attendees will be able to use the knowledge they have gained to better
understand the surface and subsurface geology at any location in the state that they may find
themselves working
How will it be measured
Attendees will be able to use the knowledge gained to actively interpret general Nebraska geology by
completing activities in the form of hand-out diagrams biostratigraphic fossil correlations
interpretation of rock type hand specimens and visual description of the Geology on the trail at Camp
Brewster Fontenelle Forest
Introduction
Nebraska geology formed over millions of years through the erosion of mountains the deposition of
sediments and the flow of water and ice shaping the landscape that we call home (Hand out agenda)
Geology is rooted in the 3 rock groups that exist on planet Earth and so familiarity with
o these groups gives us a solid foundation for all other geologic interpretation
A half hour will be spent handling examples from each rock group
o 3 groups 3 tables with one rock type on each table each group spends 10 minutes at
each table
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 48
The Geologic Time Scale is a record over time of the Earths major geologic events and we
can use it to help us understand how and when Nebraska took shape
The natural agents of change which have shaped our state include oceans rivers wind
o and ice
The geologic time periods in Nebraska are represented by rock layers (or not) which occur all
around the state and have been named so that no matter where you are in the state you can
correlate the strata to the time scale (fossilsisotopes)
6 Geologic Principles will be discussed so that when the MN is in the field they can be used as an
aid in basic geologic interpretation
Conclusion
Nebraska geology formed over millions of years through the erosion of mountains the deposition of
sediments and the flow of water and ice shaping the landscape that we call home Geology supplies us
a record of the events that have shaped our Earth by learning the language in which the Earth script is
written we will be able to interpret and share the story of our state of Nebraska This understanding will
aid in us in relating to other areas influential and important to the state
Places to Go (places to see examples of Nebraska geology)
a Agate Fossil Beds National Monument Lower Miocene fossil mammal site including abundant body fossils of ancient mammals and prominent fossil rodent burrows
b Ashfall State Park Upper Miocene fossil mammal assemblage found in ash derived from an eruption of a predecessor to the Yellowstone volcanic field c Chimney Rock National Historic Site Oligocene and Lower Miocene continental sedimentary rocks deposited as sediments by wind and steams
d Hummel Park (Omaha) outcrops of Pleistocene glacial till and loess
e Lincoln area Capitol Beach Lake and history of saline waters and salt industry flooding history of Antelope and Salt creeks building stones in downtown area brick industry University of Nebraska State Museum
f Louisville area outcrops of Upper Pennsylvanian marine sedimentary rocks
g Valentine area and Niobrara National Wildlife Refuge Niobrara River Canyon and Cenozoic stratigraphy
h Niobrara State Park Upper Cretaceous marine sedimentary rocks (Niobrara Formation and Pierre Shale) landslides along Missouri River anthropogenic changes in Missouri River Niobrara River and Mormon Canal
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 49
i Downtown Omaha removal of loess from hills in downtown area engineering of Missouri River (eg groins bank armoring etc) visible at Bob Kerrey Memorial Bridge deep bedrock water wells at old industrial sites
j Platte River State Park Upper Pennsylvanian marine sedimentary rocks and overlook of Platte River
k Ponca State Park Upper Cretaceous marine sedimentary rocks (uppermost Dakota Formation through Greenhorn Limestone)
l Rock Creek State Historical Park middle Cretaceous Dakota Formationmdashfluvio-estuarine continental deposits
m Schramm Park Upper Pennsylvanian marine sedimentary rocks
n Scotia and Happy Jack Chalk Mine Upper Miocene lake deposit In Ogallala Group
o Scotts Bluff National Monument Oligocene and Lower Miocene continental sedimentary rocks deposited as sediments by wind and steams
p Smith Falls State ParkCenozoic stratigraphy Niobrara River waterfalls as knick points
q Toadstool Park and nearby areas continental sedimentary rocks of upper Eocene Chadron Formation Pine Ridge escarpment Trailside Museum and Ft Robinson State Park
r Weeping Water area Upper Pennsylvanian marine sedimentary rocks
s Wildcat RidgeHillsescarpment on Oligocene and Lower Miocene continental sedimentary rocks deeply eroded into canyons buttes and pinnacles by stream erosion during and after the Late Pliocene
t Indian Cave State Park and Iron Horse Trail south of Peru Upper Pennsylvanian Indian Cave Sandstone (fluvio-estuarine deposit) and sandstone cave
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 50
North American Model and Outdoor Skills Developed by Jeff Rawlinson Assistant Division Administrator Information and Education Nebraska Game and Parks Commission jeffrawlinsonnebraskagov
OUR North American Model of Conservation
Perhaps no other story is more compelling and more important in American history as that of how
our natural resources came to be one of the most important elements in our lives The history of our citizenryrsquos strong land ethic ties us to the natural world long after other nations have forgone this relationship We value how the common person from a common family can participate in the thrill of the chase experiencing wildness to its fullest
The North American Model of Conservation is a philosophy that the United States and Canada have
developed to manage wildlife in a sustainable way Historians debate how this land ethic began Some
say our model of conservation began in 1937 with the passage of the PittmanRobertson Act a move that provided funding for wildlife conservation at the national and state level The source of this funding came from the sale of hunting and shooting equipment Others may say that it began when the conservation giant President Theodore Roosevelt brought management of natural resources to the
political forefront Others would argue our Model of conservation was birthed under the Magna Charta which transferred the ownership of wildlife from the King of England and the English nobles to the all of
the people of England In reality however our Model has been under development for several hundred years combining what we have learned from other nations peoples cultures and experiences to shape a philosophy ingrained in our culture supported by hunters anglers and shooting sports enthusiasts
benefiting all wildlife and wild lands in the United States
First Wildlife Managers The concept of managing wildlife or natural resources was not conceived by our young nation For
thousands of years humanity has been manipulating and controlling the land and all its inhabitants to benefit our needs Ever since the first hunter followed that wooly creature across the Bering Straight embarking on an epic journey that would result in settling of North America man has ldquomanagedrdquo
wildlife in North America
Throughout history many leaders have shown some element of concern or conservation ethic towards wildlife The great Kublai Khan grandson of Genghis Khan and founder of the Yuan Dynasty in China forbade harvesting of many species of wildlife during critical reproductive months of March
through August so species could ldquoincrease and multiplyrdquo Conservation of wildlife is even found in Mosaic Law in Deuteronomy 226 representing some of the first written wildlife management idealsmdashldquo If you come across a birdrsquos nest in any tree or on the ground with young ones or eggs and
the mother sitting on the young or on the eggs you shall not take the mother with the youngrdquo (English Standard Version 2001)
As populations expanded throughout Europe wildlife resources fell under ownership of powerful kings
who enacted harsh punishments for anyone found taking the kingrsquos game In 1215 a rebellion against King John of England resulted in the Magna Charta transferring ownership of lands and game from the crown to the people This ldquoprivatizingrdquo of wildlife ownership had profound impacts America over 500 years later
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 51
Era Of Abundance (1600 ndash 1850) When our forefathers first landed on the eastern shores of America they brought with them science
religion and a new hope They found plentiful game and soon began a relationship with the land that provided them with many of their daily needs Wildlife was viewed as a limitless resource in a relatively untapped land These early settlers had left Europe where few had access to wildlife and entered a world where everyone had access Furs feathers hides all had value to this young country In 1776 the Declaration of Independence revoked the Kingrsquos rights to land and people in this new world After a
bloody war led by revolutionaries such as Washington Hamilton Jefferson and Adams the United States gained its independence and the land and wildlife belonged to everyone
Era Of Exploitation (1850 ndash 1900)
The 1800s brought a commercialization of our wildlife resources Market hunting and habitat
destruction began to decimate wildlife populations such as the American Bison and Passenger Pigeon After the American Revolutionary War and the Civial Warmdashwhich nearly destroyed our ldquodemocratic
experimentrdquo all togethermdashfew people were looking after the interest of wildlife and even fewer rules
existed governing the management of a resource everyone had ownership of yet no one had responsibility for
The railroad provided settlers with the means to access new lands expanding the markets for meats hides and fur Advancements in technology such as the repeating rifle further aided the unbridled
destruction of wildlife resources Yet throughout this era something positive was growing The people of this new nation were developing a relationship with the land By 1842 a Supreme Court ruling had huge impacts on this developing model of conservation resulting in a Public Trust Doctrine that would
further outline a model for conserving our natural resources Conservation was developing some direction but had no money or laws to support it
Era Of Protection (19001930) The early 1900s brought an industrial boom Abuse of natural resources had taken its toll and throughout the Nation and evidence of this abuse could be seen in the loss of species such as the
passenger pigeon near loss of the American bison and in many large mammals including whitetailed deer and our once numerous waterfowl species America was becoming an economic giant yet through
the roar of machines both political and metal a small voice could be heard It was the hunter and their voice was of concern for the direction our wildlife resources were heading Conservation minded men and women had continued a relationship with the land and the wildlife
Era of Game Management (1930 ndash 1966) The ldquodirty thirtiesrdquo were marked by the dust bowl and an impoverished nation Agricultural practices
unchecked by environmental stewardship had left the Nationrsquos heartland in ecological peril Politically the conservation movement was supported by the footings laid by Theodore Roosevelt New federal acts moved forward to provide for environmental protection due to the outcry of hunters in panic over the vanishing wildlife resources of the Nation
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 52
Wildlife conservation had support yet it lacked the science to properly manage our Nationrsquos resources A young biologist name Aldo Leopold changed all this with his writings including the book Game
Management which led to Universities across the country developing wildlife conservation programs These programs spawned a new breed of professional game managers who utilized science to support management methods that ultimately lead to the greatest wildlife conservation success story in the world In 1937 the PittmanRobertson Act provided thousands of jobs for young professionals along with ldquogame wardensrdquo supported by individual states to further the development of the Conservation Model
which now had science and funding to support it
Era of Environmental Management (1966 ndash Present) Science and funding led to a broadening view of conservation as focus shifted from managing ldquogame
animalsrdquo to managing the entire biota (environment and all living things in it) Further federal acts such
as the Endangered Species Act of 1966 and the National Environmental Policy Act of 1969 provided greater protection for species by a nation that had finally changed its course providing time to review
and perfect conservation efforts Recent acts such as the 1980 Farm Bill continued the effort to help
landowners provide quality habitat for wildlife and hunters by providing incentives to landowners to set aside highly erosive lands and plant them into wildlife habitat (grasslands) that benefit wildlife and hunters
The story of our unique model of conservation is still being written New challenges today threaten our
coveted resources and new professionals are entering the arena to further the plight of our Nationrsquos wildlife and hunting heritage
Seven Pillars of the Model
Seven main pillars have been highlighted as the foundation of support for the North American Model
of Conservation These include
The Public Trust The wildlife of the United States are owned by the people This is very different from the European Model where wildlife is privately owned The North American Model recognizes wildlife as a public
resource that is so important it can not be owned or managed by any one segment of our society but rather managed by professional state and federal entities for the benefit of all This concept known as
the Public Trust Doctrine began development in 1842 when the Supreme Court ruled that the Magna Charta had settled the question of who owns fish and wildlife and that King Charles II did not have the authority to give away the ldquodominion and propertyrdquo of lands in colonial America The court further ruled that since the American Revolution the people held public trust responsibilities for fish and wildlife except for rights specified in the US Constitution
Prohibition on Commerce
It was the hunter who brought forth stringent laws that protected wildlife from peril in the 19th
and 20th
centuries Because we all own and appreciate our wildlife as a national resource they should never find themselves on the public market to the highest bidder This path led to a largescale loss of many species
including the Passenger Pigeon and the near loss of the American bison As our country was developing these practices were common as people moved west in search of prosperity capitalizing on a land seemingly untouched by the modern world Today many laws in place serve to protect our most
valuable resourceshellipour wildlife
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 53
Democratic Rule of Law Each citizen of this great nation has the ability and responsibility to engage in healthy politics that serve
to support and protect sound wildlife conservation measures Our first conservation measures in this Country habitat restoration simple harvest restrictions and bag limits came from hunters people who respected the game they pursued and loved the wild places they chased them in The North American Model of conservation is built upon active public involvement instilling a value for wildlife in all citizens
Hunting Opportunity for All The Model was developed on the premise that all people regardless of political or economic standing could participate in and feel the thrill of the chase It is this unique Model that provides us with wildlife opportunities for all Americans Imagine how important this was to our fore fathers who left a brutal
King in England where only the aristocracy had any dream of pursuing wild creatures in wild places Our
wildlife laws ensure that each generation that comes after us will have the same opportunity to enjoy and appreciate wildlife
Nonfrivolous Use Our management of wildlife depends on a citizenry that loves and appreciates the wild creatures and the habitats necessary to their survival and our quality of life Wildlife may be utilized under strict rule of
law including utilizing the wildlife once harvested to its best potential Killing wildlife for the sake of killing can only lead to the numbing of hearts to wildlife and a profound lack of respect for our most
precious resources
International Resources
It was not until the 20th
century that hunters and wildlife lovers understood the importance of
managing wildlife at a much larger scale This became readily apparent with the passage of the
Migratory Bird Treaty Act of 1918 where nations came together to manage wildlife resources as a
collective Wildlife species do not recognize national or state boundaries Governments must work together to be effective in managing wildlife for the benefit of all The United States has made great
strides in this area with Mexico and Canada Our wildlife is not only a resource to us but to all continents they may call home throughout the year Our biologists must think globally to be effective locally
Scientific Management Although Theodore Roosevelt brought conservation to the political forefront it was a young forester from Iowa that made the study of wildlife management a science Aldo Leopold is considered by many
as the ldquofather of wildlife managementrdquo due to his tireless efforts to develop curriculum for future wildlife biologists Today our biologists earn their opportunity to manage wildlife through prominent
Bachelor Masters and Doctorate degree programs from Universities around the world Wildlife must be managed using fact science and the latest research We are constantly learning and adapting to new technology and changing environments For such an important resource we cannot afford to have it any other way
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 54
Nebraska Master Naturalist Specializations Certifying as a Specialist ldquoFollow your own natural geniusrdquo wrote Thoreau ldquoand it will not fail to show you a fresh prospect every hourrdquo Many of us learn by doing When our curiosity and interests carry us into deeper study of a given subject it can be helpful to have clear opportunities to pursue Thus the Nebraska Master Naturalist Program offers specialized voluntary training for those who are hungry to develop and apply their particular skill and personal understanding on behalf of our natural legacy Specializations are designed to create collaborators leaders and mentors in four key areas
Interpretation and Outreach
Outdoor Skills and Recreation
Resource Management
Citizen Science Master Naturalist Certification Requirements Annual Requirement o 8 Hours Training Annually o 20 Hours of Volunteerism Annually Master Naturalist Specialization Requirement One Time Requirement o 20 Hours of Training Total Specific to Specialization Annual Requirement o Additional 20 Hours of Volunteerism Annually Specific to Specialization (does not include initial Certification annual requirement hours)
OUTDOOR SKILLS AND RECREATION SPECIALIZATION The purpose of OUTDOOR SKILLS AND RECREATION is to promote activity and development of skills in the outdoor pursuits associated with natural resources Specializations are designed to create collaborators leaders and mentors in particular areas A Certified Nebraska Master Naturalist can complete the Outdoor Recreation Specializationby meeting the following requirements Complete at least one of the workshops or certification‐leading trainings listed below If specialized training is not listed below it can be approved upon request by the Master Naturalist Program Committee Specialized Training Options ‐
Hunter Education Instructor Certification 13 hrs
National 4‐H Shooting Sports Instructor Certification 32 hrs
Nebraska 4‐H Shooting Sports Shotgun Certification 12 hrs
Nebraska 4‐H Shooting Sports Archery Certification 12 hrs
Nebraska 4‐H Shooting Sports Rifle Certification 12 hrs
Nebraska 4‐H Shooting Sports Pistol Certification 12 hrs
Nebraska 4‐H Shooting Sports Muzzleloader Certification 12 hrs
National Archery in the Schools Program Basic Archery Instructor 4 hrs
NRA Range OfficerMaster Certification 8 hrs
Hunt Master Training Instructor 4 hrs
NRA Shooting Instructor 16 hrs
NRA Shotgun Instructor 16 hrs
NRA Rifle Instructor 16 hrs
Boater Education Instructor 12 hrs
Youth Fishing Instructor 5 hrs
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 55
American Canoe Association National CanoeKayak Instructor 16‐32hrs
National Camp SchoolBoy Scouts 16‐24 hrs
Wood Badge TrainingBoy Scouts 16‐24 hrs
Merit Badge Counselor TrainingBoy Scouts 2‐16 hrs
Conservation Leaders for Tomorrow 35 hrs
Wilderness First Aid 16‐32 hrs
Professional Trappers College 40 hrs
American Camp Association Instructor Training 8‐40 hrs
American Red Cross Instructor Training 2‐16 hrs
American Sailing Association Instructor Training 16‐24 hrs
Certified Horsemanship Association Instructor Training 24‐40 hrs
Leave No Trace Master Educator Training 40 hrs
National Outdoor Leadership School 280 hrs
Camp Cook School 32‐96 hrs
Professional Association of Diving Instructors Training 32‐96 hrs
Professional Mountain Bike Association Instructor Training 24 hrs
League of American Bicyclists Instructor Certification 24 hrs
Hunting
Shooting
Fishing
Trapping
Camping
Outdoor Cooking
Orienteering
Geocaching
Photography
Wildlife Viewing
Hiking
Biking
Birding
Becoming an Outdoors‐Woman Program
Wilderness First Aid
Wilderness Survival
Leave No Trace Educator
Service Options ndash Provide a minimum of 20 hours of service annually in the following or similar areas
4‐H leader and youth training outdoor recreation
Scout leader and youth training outdoor recreation
Wild About Nature
Flying WILD Educator or Facilitator Workshop
Becoming an Outdoors Woman (BOW)
Beyond Becoming an Outdoors Woman (BOW)
Family Camp
Learn to Hunt Program
National Archery in the Schools Program BAI training or greater
Mentor HuntHunt Masters Training
After School Programs
Others ndash Upon approval
Outdoor discovery programs volunteer
CRO at a shooting event
Assist with National or State shooting sports competitions
Family fishing day
Design or write a brochure
Develop or contribute to a website
Develop or contribute to a social networking site
Design or write a newsletter
Assist in fundraising
Plan an event or festival
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 56
Interpretation amp Education- Developed By Lindsay Rogers Nebraska Game amp Parks
Commission
Do not try to satisfy your vanity by teaching a great many things Awaken peoplersquos curiosity It is
enough to open minds do not overload them Put there just a spark If there is some good
inflammable stuff it will catch firerdquo
- Anatole France in The Earth Speaks
Session Objectives
To help participants understand the role education plays in sounds ecological conservation
To help participants learn about past and present conservationist and interpretive educators
To help participants learn components of quality education and interpretation
To have participants partake in quality interpretive education
To make sure participants understand that their role is to light the spark and awaken curiosityhellip not spew facts
Lecture Requirements
1 What is interpretation (5 minutes) a What does ldquointerpretrdquo mean b National Association of Interpretation definition of ldquointerpretationrdquo
i Interpretation is a mission-based communication process that forges emotional and intellectual connection between the interests of the audience and the meanings inherent to the resource
c Freeman Tilden Interpreting Our Heritage 1957 i Interpretation is an educational activity which aims to reveal meanings
and relationships through the use of original objects by first-hand experience and by illustrative media rather than simply to communicate factual information
d Components of interpretation i pleasurable or enjoyable
ii relevant to the world iii organized iv themed v sparks an interest
vi includes information but does not stop there links information to the world
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 57
vii age appropriate viii taught to someone not at them
2 What is education (5 minutes)
a What does it mean to ldquoeducaterdquo someone b John Dewey Democracy amp Education 2944
i Education in its general sense is a form of learning in which the knowledge skills and habits of a group of people are transferred from one generation to the next through teaching training or research
c Components of education i - generally presented to someone but not always
ii enjoyable sometimes iii provides knowledge and facts iv can make connections but not always v organized and themed
d Both education and interpretation are important they work together
3 Conservationists (10 minutes) a Jon Muir
i Immigrated from Scotland to Wisconsin in 1849 ii Attended the University of Wisconsin studies botany amp geology
iii Moved to the western US mainly the Sierra Nevada area iv Believed humans were part of the interconnected natural world v Advocated for the preservation of natural areas
vi Co-founded the Sierra Club b Aldo Leopold
i Iowa native attended Yale University ii After college he joined the US Forest Service was stationed in Arizona
and New Mexico iii Developed theories of land ethics the need for biodiversity and an
appreciation for wilderness areas iv Moved to Wisconsin in 1924 became a professor at the University of
Wisconsin v Regarded as the ldquoFather of Conservationrdquo
c Gifford Pinchot i Born in Connecticut in 1905
ii Studied at Yale studies forestry in France iii Named chief of the Division of Forestry (later to become the US Forest
Service) iv First chief of the US Forest Service greatly improved forest
management and increased the size of Forest Service lands
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 58
v Managed forests for the greatest good for the greatest number Pinchot added the phrase in the long run to emphasize that forest management consists of long-term decisions
d Steven Mather i Born in California attended Berkley University
ii Worked for the Pacific Coast Borax Company where he had a talent for promotion Started a competing company made millions
iii When revisiting Sequoia and Yosemite National Parks in 1914 he was appalled by the conditions of the national parks
iv Joined the Department of the Interior as the head of parks later created the National Parks System
v Professionalized the National Parks and helped to greatly grow protected lands
e Rachel Carson i Born in Pennsylvania in 1907 attended John Hopkins University for
graduate school ii Went to work for the US Bureau of Fisheries (later to become the US
Fish amp Wildlife Service) iii Wrote Silent Spring in 1962 The book created an awaking for Americanrsquos
to their responsibility to the environment and wildlife The book lead to the US Government banning the use of DDT
f Theodore Roosevelt i Born in 1858 in New York New York was a sickly child who stayed inside
studying natural history ii An avid outdoorsman he spent much time in the South Dakota Badlands
iii Became President in 1901 with the assignation of President McKinley iv Among many major accomplishments as president he started the
National Parks was instrumental in conserving about 230 million acres
4 Naturalist Interpreters (10 minutes) a Freeman Tilden
i Born 1883 worked as a newspaper columnist and author ii At age 58 he began working with the National Parks Service
iii While traveling to various National Parks he became concerned with the quality of interpretation
iv Wrote Interpreting Our Heritage in 1957 outlines 6 principles to quality interpretation forever changed the field of interpretation
b William Lewis i Worked as a ranger naturalist and interpreter trainer for the National
Parks Service ii Developed the approach of ldquoThematic Interpretationrdquo which requires the
interpreter to choose a central theme (major point) to guide the development of a program
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 59
iii Wrote Interpreting For Park Visitors c Sam Ham
i Director of Center for International Training and Outreach at the University of Idaho
ii Work has focused on applying communication theory to environmental conservation interpretation and on nature-based tourism and guide training
iii Wrote Environmental Interpretation (1992) d Ted Cable
i Professor of Park Management and Conservation at Kansas State University
ii Co-authored Interpreting Cultural and Natural Resources (2003) and Interpretation for the 21st Century Fifteen Guiding Principles for Interpreting Nature and Culture (2002)
5 Conducting an Interpretative Program Try and Fail (60 minutes + 120 minutes of activities throughouthellip see list of Suggested Activities below)
a Experiential Learning i The first time you tried to walk you failed The first time you rode a bike
you failed This is called experiential learning The first time you attempt an educational or interpretation program you will fail thatrsquos how we learn
ii Donrsquot be afraid to fail b Ask Questions about the ProgramPresentation before you commit to leading it c Plan your Program
i Generally I want my presentation to be about Specifically however I want to tell my audience about After hearing my presentation I want my audience to understand (what is the big picture you want them to take home)
1 You do not need (or want) to teach your audience everything you know your job is to light the spark
ii What will your tangibles and intangibles be 1 Tangibles are those things you can touch things you use to teach
when teaching a Examples include a tree a mammal pelt a skull a live
animal a prairie 2 Intangibles involve connecting the tangibles to concepts and the
ideas they represent intangibles are the meanings the relationships the processes the ideas the feelings and the beliefs
a Examples include food webs ecosystem health entropy ecology
iii People remember themes they forget facts
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 60
iv Plan for an organized presentation 1 Think about your overall theme smaller parts of the program and
your transitions v Stick to your theme
vi Determine what type of presentation you will have 1 PowerPoint (avoid) 2 Podium Presentation (avoid) 3 Active taking a hike playing a game etc 4 Hands-on touching feeling trying hearing smelling
vii Think about all the different kinds of learners 1 verbal-linguistic 2 logical-mathematical 3 visual-spatial 4 kinesthetic 5 musical-rhythmic 6 interpersonal (groups) 7 intrapersonal (individual) 8 naturalist
d Know your role as an educator 1 Provide facts and relationships not opinions 2 Allow participants to determine their own opinions and beliefs
using the facts amp relationships you provide them 3 PLAY ldquoFIRST IMPRESSIONSrdquo
e Prepare Prepare Prepare 1 Know the type of space and area you will have (indoor vs
outdoor small space vs vast area etc) 2 Plan for more that you are told 3 Plan for the weather (always expect it to be windy in Nebraska)
f Questions i Ask good questions
1 Is this a fox Vs How do you know this is a fox 2 Do you have any questions Vs What questions do you have
ii Be prepared for quality questions 1 What are the implications for describe the impact of what are
the reasons for iii Be prepared for ldquogoodrdquo questions
1 Do you have ewoks in the forest If a Mountain Lion and an Eagle were to fight who would win
2 Take all questions seriously Answer seriously g Model what you want to see the students do
i If you want a group of students to catch insects help them get active with them
ii This is true when working with children and adults
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 61
1 Working alongside students validates them and their learning h Be enthusiastic show your passion
i This is another form of modeling what you want to see in your students ii We need to excite students (no matter their age) about conservation
nature and the outdoors iii Have fun
6 Take Home Lesson Light the Spark and Donrsquot Be Afraid to Fail
Suggested Activities (amp potential mandatory activities)
Throughout the lesson conduct multiple games andor activities to model good interpretation
Suggested games include but are not limited to
1 Oh Deer (Project WILD) 2 First Impressions (to be done during section 5) (Project WILD) 3 The Long Haul (Project WET) 4 Sum of the Parts (Project WET) 5 Water Quality Ask the Bugs (Project WET) 6 Adaptation Artistry (Flying WILD) or Fashion a Fish (Aquatic Project WILD) 7 Avian Antics (Flying WILD) 8 Pollinators Meet Your Plants (Nebraska Project WILD wwwnebraskaprojectwildorg) 9 Scavenger Hunts (Nebraska Project WILD wwwnebraskaprojectwildorg)
Suggested Post-Readings
Interpreting Our Heritage Freeman Tilden 1957 (4th edition 2008)
ISBN-13 978-0807858677
Interpreting for Park Visitors William Lewis 1981
ISBN-13 978-0890620793
Environmental Interpretation Sam Ham 1992
ISBN-13 978-1555919023
Interpretation for the 21st Century Fifteen Guiding Principles for Interpreting Nature and
Culture Larry Beck amp Ted Cable 2002
ISBN-13 978-1571675224
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 62
Interpretation-Making a Difference on Purpose Sam Ham 2013
ISBN-13 978-1555917425
Foundations of Interpretation Curriculum Content Narrative National Parks Service 2007
httpwwwnpsgovidpinterp101foundationscurriculumpdf
Websites
National Association of Interpretation
wwwinterpnetcom
North American Association for Environmental Education
wwwnaaeeorg
Nebraska Alliance for Conservation and Environment Education
wwwnaceeorg
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 63
Safety in the Field
Developed by Rich Hawes Nebraska Master Naturalist rdhawes26msncom
Objectives
Raise awareness of Risk Managementassessment as part of event planning
Guidelines to safe activities for participants presenters and the environment
Present Leave No Trace Principals as part of all outdoor activities
Present resources for additional training or certification for outdoor activities
Hands on activities to encourage interest and to provoke thought and discussion
Hazards of the area
Outdoor hiking safety
Stewardship of the land and natural resources
Being flexible and working with ldquowhat you haverdquo
Outline
1 Outdoor Activities ndash Whatrsquos The Worst That Can Happen An Introduction to Event Planning and Risk Management
2 Leave No Trace Principals
3 Trip planning and Logistics
4 Health amp Safety
5 Youth Protection
6 Age Appropriate Activities
7 Resource Training and Certifications
a Standard First Aid CPRAED Wilderness First Aid
b Shooting Sports - Range Safety Officer or Instructor
c Hunter Safety Instructor
d Climbing COPE and Zip Lines
e Water Safety Instructor Life Guard Small Boat Handling
f Leave No Trace Trainer or Master Educator
g Tread Lightly Tread Trainer or Master Tread Trainer
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 64
Suggested Activities
CPR Scenario
First Aid Scenario
Weather Scenario
Lost Scenario
Online Resources
American Camp Association
Boy Scouts of America
Youth Protection
Safe Swim Defense
Safety Afloat
Climb On Safely
Weather Safety
Trek On Safely
(etc)
Leave No Trace
Nebraska Game amp Parks
Hunter Safety
Boating Rules amp Regs
National Rifle Association
(Archery groups)
American Red Cross
(wilderness medicine group(s))
NOLS
Tread Lightly
US Coast Guard
NEBRASKA MASTER NATURALIST Explore Contribute Connect
15
o Woolly sedge spike rush prairie cordgrass o Federally endangered prairie white-fringed orchid o State endangered saltwort
Playa wetlands (Rainwater Basin and Central Tables area) o Seasonally flooded - River bulrush common cattail smartweed o Temporarily flooded ndash spike rush flatsedge plains coreopsis o More permanent - bladderwort pondweed duckweed
Riparian wetlands ndash switchgrass scouring rush bedstraw
Sandhill wetlands ndash cattail bulrush smartweed
Birds
More than 350 spps of resident and migratory birds o Grasshopper and field sparrow dickcissel western meadowlark bobolink northern
bobwhite ring-necked pheasant northern harrier and greater prairie chicken o Platte River
Over 300 spps with 141 known to nest o Sandhill cranes endangered whooping cranes
o Rainwater Basin Over a dozen spps of waterfowl including 13 of northern pintails 50 of North
Americans mallards 90 of mid-continentrsquos white-fronted geese Approximately 3000000 shorebirds
o Thousands of Swainsonrsquos hawks migrate through the region Mammals
Many species of mammals but none that are only found in mixedgrass prairies Fish ndash Diverse range of species
Reptiles and amphibians
Spiny softshell turtles western painted turtles and snapping turtles in wet areas
Ornate box turtle in native grasslands
Northern water snake ndash only aquatic snake found
Prairie rattlesnake only poisonous snake found
Smooth green snakes and red-bellied snakes are two of the more rare snakes
3 lizards found ndash northern earless prairie racerunner northern prairie lizards
Tiger salamander only salamander found
Frogs and toads common
Eco-tourism amp Wildlife Viewing
Sandhill cranes - Rowe Sanctuary amp Roadside viewing sites constructed by Central Platte NRD
Waterfowl viewing - Rainwater Basin
Massie Waterfowl Production Area with an observation tower (Clay Center)
Funk Waterfowl Production Area and Sacramento-Wilcox Wildlife Management Area o Handicapped accessible blinds
Bald eagle viewing ndash J-2 Power Station near Lexington Harlan County Lake Sherman Lake and Rowe Sanctuary
Prairie chicken viewing- Calamus Outfitters near Calamus Reservoir
NEBRASKA MASTER NATURALIST Explore Contribute Connect
16
Sandhills Motel ndash Mullen
Walking Trails ndash Rowe Sanctuary Kearney Hike-Bike Trail Harlan County Lake Funk Harvard and Massie Waterfowl Production Areas Lake Seldom at Holdrege
Best way to find out about birding trails is to go to wwwnebraskabirdingtrailscom o Some are ndash Chicken Dance Trail Rainwater Basin Loops
Sandhills
Introduction
19300 square miles of north-central Nebraska o Largest dune system in the western hemisphere o One of the largest grass-stabilized dune regions in the world o Majority of the region is in relatively natural state
Sandhills young geologically speaking o Dunes aligned primarily in a northwesterly to southeasterly direction with prevailing
winds o Some dunes over 400 feet in height o Soils poorly developed with a thin layer of topsoil o High infiltration rate (up to 10 feet per day) o High water table ndash almost 2000 shallow lakes and over a million acres of wetlands
Most lakes and wetlands at headwaters of streams amp in poorer draining areas in western areas
Most wetlands and lakes pH neutral but alkaline wetlands and lakes common in the west where salts and carbonates accumulate
Fens ndash Sandhills contains some of Great Plains largest ones
Streams of the region o North and Middle Loup Calamus Cedar Dismal ndash flow from groundwater discharge o Niobrara River ndash only river that originates out of the region (starts in Wyoming)
Climate o Semiarid ndash annual precipitation ndash 23 inches in east to 17 inches in west
Vegetation
700 native plants spps
Sandhills dune prairie plant community o Mixture of sand-adapted grasses ndash sand bluestem prairie sandreed little bluestem and
hairy grama o Forbs ndash stiff sunflower bush morning glory plains gayfeather o Shrubs ndash sand cherry leadplant prairie rose and yucca
Sandhills dry valley prairie community o Grasses - Big Bluestem Indiangrass switchgrass o Forbs ndash western ragweed white sage and prairie coneflower o Shrubs ndash leadplant Arkansas rose western wild rose
Blowouts o Federal and state threatened blowout penstemon
Native woodlands ndash uncommon o Eastern cottonwood peachleaf willow coyote willow chokecherry wild plum and
snowberry
Middle Niobrara River valley largest woodland in sandhills
NEBRASKA MASTER NATURALIST Explore Contribute Connect
17
o South facing bluffs -Oak basswood black walnut green ash o Canyons ndash Paper birch quaking aspen o North river bluffs ndash ponderosa pine o Referred to as a biological crossroads
Wet meadows o Sedges spike rushes prairie cordgrass switchgrass o Shrubs - Sandbar willow false indigobush
Alkaline wet meadows o Inland saltgrass foxtail barley alkali sacaton meadow bluegrass and scratchgrass
Fens o Contain 20 at-risk plant species including bog bean cottongrass and marsh marigold
Freshwater marshes o Ripgut sedge common reed smartweeds bulrush cattail duckweed coontail
Alkaline marshes ndash alkaline-tolerant plants Birds
More that 300 species of birds o Sharp-tailed grouse and greater prairie chicken o Long-billed curlew (sandhills important breeding site)
Upland sandpiper vesper sparrow lark bunting grasshopper sparrow western meadowlark High concentration of northern harriers and ferruginous hawks
Important breeding area for mallards blue-wing teal pintail
American Bird Conservancy calls the area the ldquoBest grassland bird place in the United Statesrdquo Mammals
55 species of mammals but not specific to the Ecoregion Fish
75 species of fish
Rare spps ndash blacknose shiner pearl northern redbelly and finescale daces o Species cutoff from principle range
Amphibians and Reptiles
27 species o One salamander 3 toads 4 frogs 6 turtles 4 lizards 9 snakes
Eco-tourism amp Wildlife Viewing
Crescent Lake Fort Niobrara Valentine National Wildlife Refuges
Nebraska and Samuel R McKelvie National Forests
Niobrara Valley Preserve (TNC property) with 2 bison herds
Merritt Reservoir Calamus Reservoir
Niobrara Wild and Scenic River o Over 10 outfitters in Valentine area for canoeing kayaking and tubing
Dismal Loup and Cedar rivers also offer canoeing and tubing
Niobrara Valley Preserve
Swan Lake Motor Route
Sandhills Scenic Byway (Hwy 2) ndash one of the top 10 scenic highways in the nation
NEBRASKA MASTER NATURALIST Explore Contribute Connect
18
Stargazing ndash Nebraska Star Party near Valentine in August
Cowboy Trail (will be the nationrsquos longest rails-to-trails conversion)
Calamus Outfitters
Shortgrass Prairie
Introduction
Found in western Nebraska
High diversity of habitats
Dramatic changes in elevation and topography
Soils range from sand to clay-loam to hard sandstone
Annual precipitation 12-17 inches ndash humidity generally low
Annual average temperature 47-50
Topography o Truest form of shortgrass prairie found in Banner Cheyenne Deuel and Kimball counties o Mixedgrass and sandsage prairies in southeast of Ecoregion o Wildcat Hills bluff formation found in Scottsbluff amp Morrill counties o Relic sandhill extend through Morrill and Sioux counties o Pine Ridge found in northern Dawes Sheridan and Sioux counties
Streams o North Platte River Lodgepole Creek Upper Niobrara and White Rivers o 5 large reservoirs and a number of smaller artificial lakes o Playas found throughout the region
Vegetation
Shortgrass Prairie o Buffalograss blue grama side-oats grama purple threeawn (grass height 10 inch) o Over 100 spps of forbs o Milkvetch scarlet guara cutleaf ironplant prickly pear purple locoweed scurfpea
prairie coneflower scarlet globe mallow
Mixedgrass Prairie o Blue grama prairie sandreed threadleaf sedge needle-and thread grass little bluestem
western wheatgrass (grass height 18-24 inches) o Shrubs
Skunkbush sumac winterfat fringed sage snowberry yucca broom snakeweed o Over 100 species of Forbs o Scarlet guara dotted gayfeather skeleton plant cutleaf ironplant scurfpea scarlet
globe mallow o Within the mixedgrass prairie ndash 2 unique communities found
Northwestern mixedgrass amp Loess mixedgrass prairie
Sandhill dune prairie and sandsage prairies o Sandsage sand bluestem blue grama prairie sandreed needle-and-thread yucca o Forbs ndashsand-lily desert goosefoot plains sunflower bush morning glory showy
impomopsis
Western alkaline meadows along the North Platte o Inland saltgrass alkali sacaton field sedge foxtail barley meadow bluegrass o Forbs ndash spearscale alkali aster camphor daisy thelypody
NEBRASKA MASTER NATURALIST Explore Contribute Connect
19
Ponderosa pine woodlands o Ponderosa pine quaking aspen green ash Saskatoon serviceberry chokecherry dwarf
juniper fragrant sumac mountain mahogany wolfberry Kentucky bluegrass littleseed ricegrass
Riparian woodlands o Cottonwoods peachleaf willows green ash boxelder Sandbar willow wild plum
chokecherry buffaloberry horsetail sedges marsh muhly and cordgrass
Badlands o Saltbush rabbitbrush poverty weed Russian thistle
Birds
More that 300 species of birds found
Shortgrass birds o McCownrsquos and Chestnut-collared longspurs Brewerrsquos sparrow horned lark burrowing
owl and state threatened mountain plover
Mixedgrass birds o Western meadowlark grasshopper sparrow lark bunting
Pine Ridge birds o Lewisrsquo woodpecker pygmy nuthatch ovenbird mountain bluebird
Wetland birds o Canada geese mallard northern pintail shorebirds
Mammals
White-tail and mule deer elk pronghorn bighorn sheep coyotes bobcats mountain lions prairie dogs federally endangered black-footed ferret river otter black-tailed jackrabbit badger pocket gopher grasshopper mouse
Fish
Many gamefish state threatened finescale dace endangered blacknose shiner etc Amphibians and Reptiles
Include western striped chorus frog Woodhousersquos toad bullsnake prairie rattler lesser earless lizard horned lizard ornate box turtle and painted turtle
Ecotourism amp Wildlife
Lake McConaughy (largest reservoir in state)
Lake Ogallala
Pine Ridge area o Ft Robinson State Park o Chadron State Park o Nebraska National Forest (Pine Ridge Unit) o Soldier Creek Wilderness
Oglala National Grassland and Toadstool Geologic Park
Wildcat Hills Nature Center in Gering
Scotts Bluff National Monument
Chimney Rock
Agate Fossil Beds National Monument
NEBRASKA MASTER NATURALIST Explore Contribute Connect
20
Endangered Species Act
The Endangered Species Act provides a program for the conservation of threatened and endangered
plants and animals and the habitats in which they are found The US Fish and Wildlife Service and the
Department of the Interior maintain the list of 632 endangered species (326 plants and 306 animals) and
190 threatened species (112 animals and 78 plants)
The law is written to prohibit any action that results in taking or injuring a listed species or negatively affects habitat Also prohibited is the import export interstate or foreign trade of listed species
Nebraskarsquos Endangered amp Threatened Species
State Status Federal Status
Birds Bald Eagle Threatened Threatened
Piping Plover Threatened Threatened
Mountain Plover Threatened Proposed Threatened
Whooping Crane Endangered Endangered
Eskimo Curlew Endangered Endangered
Interior Least Tern Endangered Endangered
Mammals River Otter Threatened
Southern Flying Squirrel Threatened
Black-footed Ferret Endangered Endangered
Swift Fox Endangered
Black-tailed Prairie Dog Candidate
Plants Western Prairie Fringed Orchid Threatened Threatened
Utersquos Ladyrsquos Tresses Threatened Threatened
Ginseng Threatened
Small White Ladyrsquos Slipper Threatened
Colorado Butterfly Plant Endangered Threatened
Saltwort Endangered
Hayden Penstemon Endangered Endangered
Insects American Burying Beetle Endangered Endangered
Salt Creek Tiger Beetle Endangered Candidate
Fish Lake Sturgeon Threatened
NEBRASKA MASTER NATURALIST Explore Contribute Connect
21
Northern Redbelly Dace Threatened
Finescale Dace Threatened
Blacknose Shiner Threatened
Topeka Shiner Endangered Endangered
Sturgeon Chub Endangered
Pallid Sturgeon Endangered Endangered
Reptiles amp Mussels Massasauga Threatened
Scaleshell Mussel Endangered Endangered
Information courtesy of Nebraska Game and Parks US Department of the Interior and the US Fish
and Wildlife Service
The Nuts and Bolts
Without habitat there are no animals
Every species has its niche
Understand the importance of biodiversity Know where the Platte River begins and ends understand its
makeup and where Rowe is located in the relationship to the river How Rowe plays a role in
conservation habitat maintenance and education Have an understanding of what constitutes the 4
major eco-regions in Nebraska
References Integrated Principals of Zoology by Cleveland P Hickman Jr Larry S Roberts Alan Larson (WmC
Brown Publishers 1996)
Zoology by Lawrence G Mitchell John A Mutchmor Warren D Dolphin (The BenjaminCummings
Publishing Company Inc 1988)
Biology the unity and Diversity of Life 7th Ed By Cecie Starr and Ralph Taggart (Wadsworth Publishing
Company 1995)
Nebraskarsquos Natural Legacy Project httpwwwngpcstateneuswildlifeprogramslegacyreviewasp
Cliffs Quick Review Biology by I Edward Alcamo PhD and Kelly Schweitzer PhD (Wiley Publishing 2001)
Biology for Dummies by Donna Rae Siegfried (Wiley Publishing Inc 2001)
NEBRASKA MASTER NATURALIST Explore Contribute Connect
22
Taxonomy in a Nutshell
Definitions
Classification is a systematic arrangement in groups or categories according to established
criteria
Taxonomy is the orderly classification of plants and animals according to their presumed natural
relationships
Binomial nomenclature (Binomial = 2 terms ndash Generic amp specific nomenclature = set of names)
is a system of naming in which each species of animal or plant is given a two tern Latin name
The first term identifies the genus to which the plantanimal belongs and is always spelled with
a capital letter The second term is the species of the plantanimal and is spelled with a lower
case letter This ldquoscientific namerdquo is usually printed in italics or underlined For example ndash Felis
concolor or Felis concolor
The Reason for ithellipWhy use taxonomy
Scientific taxonomic classification is a tool used through the world in an effort to catalog and compare
living things Zoologists now classify approximately 15 million animal species Each year about 10000
new species are added and it is estimated that more than 10 million different animal species may
actually exist on earth
Okay But why Latin
Common names of animals and plants vary from place to place even within a community For instance
the animal name above Felis concolor is known as puma mountain lion catamount panther and
several other local names So how does a biologist from Nebraska know that she and a scientist from
Scotland are talking about the same animalplant Throughout the scientific world Latin is recognized
as the universal language of scholars and scientists By referring to it by its Latin ldquoscientific namerdquo there
is no mistaking what animalplant they are referring to Latin also provides a source for decoding the
scientific name into something that tells you a little about the animalplant itself A translation often
provides a short description of the animal ie the giant anteaterrsquos species tridactyla actually means
three-toed
Background
The identification and comparison of different animals and plant species dates back to ancient times
Naturalists wrote herbals and bestiaries that were lists and descriptions of familiar organisms of a given
locality There was little interest in communicating outside a restricted region The advent of the
printing press led to broader dissemination of books and ideas Cataloging and comparing species on a
more comprehensive scale became possible As naturalists compiled their work they used many words
NEBRASKA MASTER NATURALIST Explore Contribute Connect
23
to describe a species by several characteristics sometimes defining one species in terms of another For
example the blue chair with the fluted arms the red chair like the blue chair with the fluted arms etc
Each authorrsquos system and terminology was different It is only comparatively recently that the
observation and study of the animal and plant world has begun to be organized along truly scientific
lines
Toward the middle of the eighteenth century the Swedish botanist Carolus Linnaeus produced a general
classification of all living species and this system has formed the departure point for all subsequent
developments of taxonomy His system was ambitious and used polynomials some with fifteen words
An example is the oak with leaves with deep blunt lobes bearing hair-like bristles Although he
considered the polynomial name to be the true one he also made notes with two-term names The
current binomial system used today is based upon these notes His writings and those of other scientists
that came after him became the standard for all classifications Since Latin was the universal language
of scholarship his writings were all in Latin Actually his real name was Carl van Linne but he translated
that to Latin as well
In the course of the last couple of centuries naturalists have come to adopt two different forms of
investigation and comparison in their classification process First they studied the question of
adaptation to the environment the significance of diverse structures and behavioral patterns among
animal species and the reason why these different modes of behavior and lifestyles enable animals in
different surroundings to survive
Secondly they have tried to recognize affinities and relationships between the various species They
have attempted to identify the ldquofamily likenessesrdquo that often exist among species which live in different
environments and therefore may be quite unlike one another in outward appearance
As a result of all this research scientists have built up a system of classification which places every
animalplant species in a particular category according to its relationships with other animalsplants
This is taxonomy
Side note ndash genetic testing is now being used to help with classification
How does it Work
When a new animalplant is recognized and identified it is given a species name This may be a term
that describes it or identifies the person who first recognized it as a separate species Originally these
species names were assigned by the individual scientist that discovered them but now they are
assigned by international groups Once this species term is assigned it almost never changes In theory
NEBRASKA MASTER NATURALIST Explore Contribute Connect
24
it is never supposed to be changed even if it is later moved to a different genus family or class but over
the years there have been a few exceptions
The basis of taxonomy however is the genus This is the smallest grouping of related species When
taxonomy began there were relatively few identified species so species were grouped into genera and
there it ended As the body of knowledge grew so did the need for a broader system of grouping From
there the hierarchical system of classification based on natural features evolved
The current system works as follows
Individually related species are grouped into the same genus
The most closely related genera are grouped into the same family
Related families are grouped into an order
Orders are grouped into a related class
Similar classes are included in the same phylum
The phyla are then placed into the proper kingdom
Each of these categories may also contain sub- or super- subdivisions
Taxonomy is a constant work in progress As scientists learn more about different species their
classification may change Changes can reflect a clearer understanding of where the species fits in
among the others with similar characteristics Until recently we only had to contend with two kingdoms
ndash animal and plants Today scientists recognize a least five different kingdoms of living things
Monera ndash bacteria and blue-green algae
Protista ndash one-celled organism with nucleus
Plantea ndash green plants
Fungi ndash non-green plants
Animalia ndash animals
NEBRASKA MASTER NATURALIST Explore Contribute Connect
25
Fauna of Nebraska
Developed and Adopted by Keanna Leonard Education Director Rowe Sanctuary
Objectives for Fauna Mammals Amphibians amp Reptiles Birds 3-4 hours
1 Descriptions ndash (Mammals Amphibians and Reptiles birds --ndash IMPORTANT CHARACTERISTICS)
2 Vocabulary
3 Common Oderrsquos in Nebraska and examples
4 Nuts amp Bolts of Mammals How to ID amp locate specific animals and their evidence (possible
activity tracks traces etc) in Nebraska
MAMMALS IN A NUTSHELL Basic Characteristics
1 Mammary glands (hint the name) that
produce milk
2 Sweat glands
3 Sebaceous glands for oil
4 Presence of hair on the body at some time
during life span
5 Homiothermic Endotherm (warm blooded)--
regulate high body temperature
6 Four-chambered heart
7 Enucleated red blood cells
8 Have a diaphragm
9 Enlarged cerebral hemisphere
10 One bone in lower jaw and complex
dentition
11 3 middle ear bones
12 Turbinal bones in nasal chamber
13 Eggs develop in a uterus with
placental attachment and born alive
(viviparous)
MAMMAL VOCABULARY
Altricial Born helpless
Arboreal Tree dwelling
Carnivore A mammal in the order Carnivora
Carnivorous Meat eating
Crepuscular Active at dusk and dawn
Diurnal Active during the day
Dominant Ruler or leader of others
Habitat Region where an animal lives
Herbivore An animal that eats only plants
Herbivorous Plant eating
Hibernation Winter period when certain
animals become inactive to a point in
where all body functions slow
considerably for a long period
Instinct Inherited mode of behavior
Mammal Animals that have hair on their
bodies (see other char above)
Marsupial Animals whose females have
pouches
Nocturnal Active during nighttime
Omnivore Animals that eats both meat and
plant material
Omnivorous Eating both meat and plant
material
Precocial Born in an advanced stage of
development and able to move about
Predator Animals that kills another animal for
food
Prehensile Grasping
Prey Animal hunted for food
NEBRASKA MASTER NATURALIST Explore Contribute Connect
26
Protective coloration Enables the animal to
blend in with surroundings
Reticulated Net-like pattern of skin
Terrestrial Ground dwelling
Viviparous Live birthing
There are 21 orders of mammals found in the world
Listed below are the orders and examples of common species found in Nebraska
More Species found in Core Curriculum Binder
Insectivores (shrews and moles)
Masked Shrew (Sorex cinereus)
Northern Short-tailed Shrew (Blarina
brevicauda) (venomous)
Least Shrew (Cryptotis parva)
Eastern Mole (Scalopus aquaticus)
Chiroptera (bats)
Big Brown Bat (Eptesicus fuscus)
Red Bat (Lasiurus borealis)
Hoary Bat (Lasiurus cinereus)
Xenarthra
Nine-banded Armadillo (Dasypus novemcinctus)
Lagomorpha Eastern Cottontail (Sylvilagus floridanus) Black-tailed Jackrabbit (Lepus californicus)
Rodentia
Franklinrsquos Ground Squirrel (Spermophilus
franklinii)
Thirteen-lined Ground Squirrel (S
tridecemlineatus)
Black-tailed Prairie Dog (Cynomys
ludovicianus)
Plains Pocket Gopher (Geomys bursarius)(fur-
lined pouch)
Plains Pocket Mouse (Perognathus
flavescens)
Beaver (Castor canadensis)
Eastern Woodrat (Neotoma floridana)
Meadow Vole (Microtus pennsylvanicus)
Muskrat (Ondtra zibethicus) (laterally
compressed tail)
Porcupine (Erethizon dorsatu
Carnivora Despite the name of the order not all are carnivorous Many are omnivores (most bears and raccoons)
and some are even herbivores (giant panda)
Most carnivorous mammals have 3 up and 3 down relatively small incisors and 1 up and 1 down large
canine teeth on both sides of the incisors
Common species found in this area include
Family Canidae Coyote (Canis latrans) Red fox (Vulpes vulpes)
Family Procyonida Raccoon (Procyon lotor)
Family Mustelidae
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27
Long-tailed Weasel (Mustela nivalis)
Least Weasel (M nibalis)
Mink (Mustela vison)
Badger (Taxidea taxus)
Striped Skunk (Mephitis mephitis)
River Otter (Lutra canadensis)
Family Felidae Bobcat (Felis rufus)
Artiodactyla Mule Deer (Odocoileus hemionus) White-tailed Deer (O virginianus
References National Audubon Society Field Guide to North American Mammals by John O Whitake Jr Robert
Elman Carol Nehring (Alfred A Knoph Inc 1994)
Guide to Mammals of the Plains States By J Knox Jr Davide M Armstrong Jerry R Choate (University
of Nebraska Press 1985)
The Nuts and Bolts Know important characteristics especially-
Mammary glands Sweat glands Sebaceous glands Hair sometime during their life
4 chambered heart
Though these critters look like a rodent
Donrsquot confuse them for a moment
They sport small eyes and ears out of view
Their teeth are small sharp and more than a few
They are made up of one mole and shrews three
So in what ORDER can they be
Commonly seen species of Chiroptera number three And are known as the only mammals to swim through the air free They are normally seen at night and for finding food use echolocation rather than sight Now I know you know what they be But go ahead and name all three These mammals have what humans claim to be a disgusting habit of defecating undigested pellets and eating them again What are they Chewing the cud is normal for this group and so is walking on their two middle toes Name the common species found in this area
NEBRASKA MASTER NATURALIST Explore Contribute Connect
28
AMPHIBIANS
Basic Characteristics
1 Skin naked No scales or hair
2 Eggs do not have shells but are jelly like
Laid in clusters always in water
3 Ectodermic
4 Can breathe through permeable skin
5 Spend all or part of life in water
6 Adults are carnivores Size of head
determines size of prey
7 Incomplete lung development
DIFFERENCES BETWEEN REPTILES AND AMPHIBIANS
Reptiles
1 Ectodermic
2 Covered with scales or plates
3 Shed skin
4 Most not do not live in or around water
Amphibians
1 Ectodermic
2 Smooth slimy skin without scales
3 Do not shed skin
4 Spend all or part of life in water
5 Go through metamorphose
Listed below are the orders and examples of common species found in Nebraska
More Species found in Core Curriculum Binder
Salamanders (Order Urodela)
Small-mouth Salamander (Ambystoma
texanum) Occurs in eastern Nebraksa
Tiger Salamander (A tigrinum) Occurs
throughout the state
Frogs and Toads (Order Anura) Thirteen species occur in Nebraska
Pelobatidae or Spadefoot Family
Plains Spadefoot (Spea bombifrons) Occurs throughout Nebraska expect southeast
Ranidae or True Frog Family Plains Leopard Frog (Rana blairi)
Northern Leopard Frog (Rana pipiens)
Bullfrog (Rana catesbeiana
Microhylidae or Narrow-mouthed Family Plains Narrowmouth Toad (Gastrophryne olivacea)
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29
Bufonidae or Toad Family
American Toad (Bufo americanus) Occurs only
in eastern part of the state
Great Plains Toad (Bufo cognatus) Occurs
throughout the state
Woodhousersquos Toad (Bufo woodhousei) Occurs
throughout the state
Hylidae or Tree Frogs
Northern Cricket Frog (Acris crepitans) East
and central Nebraska
Western Striped Chorus Frog (Pseudacris
triseriata amp P maculata) Occurs throughout the
state
Copes Gray Treefrog (Hyla chrysoscelis) Found
in eastern part of state
Resources Reptiles and Amphibians of Nebraska ndash herpetology database httpsnrsunleduherpneb
NEBRASKA MASTER NATURALIST Explore Contribute Connect
30
REPTILES Basic Characteristics
1 Ectothermic (cold-blooded) Body temperature is the same as the temperature of its surroundings
2 Dry skin covered with scales or plates
3 Teeth if present are needle-like or conical
4 Skin shed in one piece or several pieces at intervals
5 Lay soft shelled eggs or young born alive in a membranous sac
6 Lung breathing
There are four groups
Lizards - Short-legged long-bodied reptiles
Taped tail Size varies from 4- inch long fence
swift to 10 foot Kamodo dragon
Snakes - Legates cousins of lizards
Turtles - Armored shells
Crocodilians - Crocodiles Alligators Caimans
REPTILE VOCABULARY
Antivenin An antidote to the venom of
venomous snakes produced by inoculating
horses with small doses of venom Horses build
up an immunity or resistance The horsersquos
blood is used to make the antivenin
Blue Stage Refers to the condition of a snake
prior to shedding
Carapace Dorsal (covering the back) shell
Constrictor A term used in describing a snake
that kills its prey by constriction
Ectothermic Not able to control body
temperature (Cold-blooded) Dependent upon
environment to control body temperature
Egg Tooth A sharp projection located in front
of nose on upper jaw Used by infant reptiles to
cut through eggshell
Fangs Grooved or tubular teeth used to inject
venom
Hemotoxin Venom that attacks the blood
Herpetologist A specialist in reptiles
Jacobsonrsquos Organ A tastesmell sense organ
with two small openings located on roof of
mouth
Thermal Pit A heat sensory pit on side of head
between nostril and eye Allows snakes to track
warm-blooded animals and to strike accurately
especially at night Found only in venomous
snakes known as pit vipers
Neurotoxin Venom that attacks the nervous
system
Oviparous Lays egg
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31
Ovoviviparous Give birth to live young Egg
developed in female and then deposited as a
living young
Plastron Ventral (covering the belly) shell
Reticulated Net-like pattern on skin
Scales Folds of skin covering reptiles
Scutes Single section of shell each sell is made
up of many scutes
Toxic Poisonous
Toxin Poison
Undulating Type of snake locomotion typical of
most snakes - Leaves ldquoSrdquo shape track
Venom Poisonous fluid secreted from glands
and transmitted by bite or sting
Venomous Describes animal containing venom
gland
Nuts amp Bolts of Reptiles
Most reptiles are carnivores (eat meat) Many will eat only live food Some are herbivores (eat
plant material) as well as insectivores (eat insects)
Reptiles often found in water or underground for protection from predators and to help
regulate body temperature Air temperature can change quickly but water and soil
temperature are more constant therefore it helps to regulate the reptiles body temperature
Because they are ectothermic many reptiles live in places that are warm year round In colder
climates reptiles hibernate underground below the freeze line
Most reptile lay eggs and are called oviparous Eggs are buried in sand soil rotted logs etc and
kept warm only by heart from the sun or from rotting vegetation Very few reptiles stay around
to protect their eggs Some reptiles keep their eggs inside their bodies until they hatch and
produce live young (ovoviviparous) Example - garter snakes Very few reptiles care for or feed
their young Young are precocial able to look after themselves minutes after they hatch
Most snakes are harmless Even snakes that are venomous will not bite unless they are
cornered or stepped on Snakes are good and necessary animals They help control potential
destructive populations of rodents
Listed below are the orders and examples of common species found in Nebraska
ORDER CHELONIA Basic Characteristics
1 Contains all forms of turtles and tortoises
2 Has body enclosed in a shell made of
modified horny scales and bone Shell made of
two parts Carapace - upper part covering
animalrsquos back Plastron-under part covering
animalrsquos stomach amp chest
3Ribs and most of vertebrae attached to shell
4 Neck long and flexible and can usually be
withdrawn into shell
5 Have no teeth but jaws outfitted with horny
beaks
6 All lay eggs Usually bury eggs in pit in sand or soil Hatchlings must dig themselves to the surface
NEBRASKA MASTER NATURALIST Explore Contribute Connect
32
Examples of Turtles found in Nebraska Snapping Turtle (Chelydra serpentina)
Blandingrsquos Turtle (Emydoidea (Emys)
blandingii) Protected Species
False Map Turtle (Graptemys
pseudogeographica) Protected Species
Ornate Box Turtle (Terrapene ornata)
Smooth Softshell (Apalone mutica)
Spiny Softshell (Apalone spinifer
SUBORDER LACERTILA (lizards) Basic Characteristics
1 Dry scaly skin clawed feet external ear
openings
2Have movable eyelids - snakes do not
3 Males and females often show different
coloration
4 Generally diurnal but many nocturnal
(geckos night lizards Gila Monsters)
5 Courtship brief fertilization is internal
6 Most are egg layers
Examples of Lizards of Nebraska
Six-line Racerunner (Cnemidophorus sexlineatus Five-line Skink (Eumeces fasciatus)
Many-lined Skink (Eumeces mulitvirgatus)
Great Plains Skink (Eumeces obsoletus)
Slender Glass Lizard (Ophisaurus attenautus)
Lesser Earless Lizard (Holbrookia maculate)
Northern Prairie Lizard (fence lizard)
(Sceloporus undulates)
SUBORDER SERPENTES (Snakes) Basic Characteristics
1 Elongated scaly bodies (to protect from water
loss) no limbs external ear opening or eyelids
(eye covered with a clear scale)
2 Terrestrial subterranean arboreal
amphibious
3 Carnivores swallow prey whole
4 Continue to grow throughout their lives
6 Hibernate in colder climates
7 Males locate females by scent
8 Internal fertilization
9 Some lay eggs others bear live young
11 Vipers (venomous snakes) have heat-
sensing organs called thermal pits
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33
12 Teeth slanted back If one is lost another drops down in itrsquos place
Examples of snakes found in Nebraska
Black Rat Snake (Elaphe obsoleta)
Great Plains Rat Snake (Elaphe guttata)
Bullsnake (Pituophis catenifer)
Common Kingsnake (Lampropeltis getula)
Eastern Hognose Snake (Heterodon
platyrhinos)
Western Hognose Snake (Heterodon nasicus)
Glossy Snake (Arizona elegans)
Milk Snake (Lampropeltis triangulum)
Plains Garter Snake (Thamnophis radix)
Common Garter Snake (Thamnophis sirtalis)
Racer (Coluber constrictor)
Pit Vipers
Copperhead (Agkistrodon contortrix) found in extreme southeast Nebraska
Massasauga (Sistrurus catenatus) Found in southeast Nebraska Protected Species
Prairie Rattlesnake (Crotalus viridis) Found in central and western parts of the state
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 34
Birds What Makes a Bird a Bird IMPORTANT CHARACTERISTICS
So what makes a bird a bird All birds share one common characteristic that no other animal has and
that is FEATHERS Other characteristics include
Maintain high constant body temperature Endotherms (warm-blooded)
Possess toothless beaks or bills
All lay hard-shelled eggs (oviparous)
Air sacs in birdrsquos body give buoyancy
Generally bones are hollow Decreases body weight
Four-chambered heart
Lend Me Your Ear Yes birds have ears but they are missing the pinna or outside part of the ear that collects sound Birds
have feather-covered openings on both sides of the head just behind the eyes Owls and other night-
flying birds have off-setting ears that allow them to pinpoint the exact position of prey
Can birds smell We are not quite sure how well most birds smell We do know vultures use the sense of smell to find
their dinner The champion bird sniffer belongs to kiwi found in New Zealand They are able to sniff out earthworms Some diving birds like cormorants cannot even breathe through their nostrils because they are sealed Ocean birds have special glands in their noses which eliminates salt from the salty water they drink
Eggs Birds lay hard-shelled eggs made mostly of carbon carbonate The hard shell keeps the egg from drying
out and allows parents to sit on it without damaging the developing chick Though the shells are hard it
does not mean that they are non-porous Microscopic pores allow the embryo to ldquobreatherdquo Carbon
dioxide and oxygen can pass through the shell
Eggs come in all sizes colors and patterns We believe that the different colors and patterns are
intended as camouflage Blue and green eggs are found in nests that are in the shade Patterned eggs
blend in with vegetation and stones and white eggs are normally found in cavities
The shape of eggs also depends on where a bird nests The most common shape is oval A pointed egg
is usually found near ledges Round eggs are generally found in highly secure nests
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 35
Commonly Seen Bird Families of Nebraska
Grebes (Family Podicipediae ndash rump foot)
WHAT TO LOOK FOR
Sleek diving waterbirds - small to medium size
Most have sharp pointed bills with fairly long necks short wings and almost no tail
Have lobed toes and legs set far back on body
Common Nebraska species - Pied-billed horned eared western and Clark grebes
Pelicans (Family Pelecanidae ndash an ax)
WHAT TO LOOK FOR
Very large waterbirds
Huge bills with large distensible pouches
Most are white with black flight feathers ndash wingspan 6-9 feet
Common Nebraska species ndash American White Pelican
Cormorants (Family Phalacrocoracidae ndash bald raven)
WHAT TO LOOK FOR
Large diving waterbird shaped like an elongated goose
Long neck and long bill hooked at the end
Wing span 3-5 feet Mostly dark in color
Common Nebraska species ndash Double-crested cormorant
Herons Egrets and Bitterns (Family Ardeidae - )
WHAT TO LOOK FOR
Medium to large wading birds
Usually with long legs bills and S-shaped neck
Short rounded tails
Common Nebraska species ndash American and least bitterns great and snowy egrets little
blue egret cattle egret great blue green black-crowned night and
yellow-crowned night herons
Ibises (and Spoonbills) (Family Threskiornithidae ndash sacred bird)
WHAT TO LOOK FOR
Medium to large wading birds
Long necks and legs with a duck-like body
Long tapering down-curved bill Common Nebraska species ndash white-faced ibis
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 36
Vultures (Family Cathartidae ndash cleanser)
WHAT TO LOOK FOR
Large soaring scavengers
Resemble eagles and large hawks in flight
Head and neck void of feathers bill hooked
Hold wings in a raised V-shape (dihedral)
Common Nebraska species ndash turkey vulture
Duck Geese and Swans (Family Anatidae ndash waterfowl)
WHAT TO LOOK FOR
Medium to large waterbirds
Large heads with conspicuous and horizontally flattened bills
Long necks heavy bodies relative short tails webbed feet and long wingspan Major differences between duck geese and swans
Ducks
Smallest of the three Have a soft swelling about the nostrils called a cere
Males of most ducks are easily separated from females by their gaudier plumage Feathers are
molted twice a year
Most males change into nuptial plumage after pair formation in the fall There may be some
modification of shape of a single feather or entire regions of plumage
Most species are sexually mature at 9 - 11 months
Males take no part in incubation
Geese
Neck shorter than body
Lore (area between eye and bill) feathered and more bluntly triangular than ducksrsquo
Sexes are similar
Permanent pair bonding
Molt once per year postnuptially
Sexually mature at 3 years
Males protect female clutch and brood after hatching
Young stay with parents for almost a year
Legs of most geese are farther forward under the belly than those of typical swans and ducks
Swans
Longest necks - necks slightly longer than body
Lore is naked
Sexes are similar
Molt once per year postnuptially - parents molt one after the other so one is able to fly
Young are carried on parentsrsquo backs
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 37
Sexually mature at 4 -5 years
Hawks and Allies (Family Accipitridae ndash to grasp or take)
Medium to very large diurnal raptors
Hooked beak strong legs and sharp talons
Buteos (buzzard hawks)
Stocky with broad wings wide tails
Soar and wheel high in the sky
Common Nebraska species ndash red-shouldered broad-winged Swainsonrsquos red-tailed
ferruginous rough-legged hawks
Accipiters (true hawks)
Small heads short rounded wings longish tail slender bodies
Fly with several rapid beats and a glide Common Nebraska species ndash sharp-shinned hawk Cooperrsquos hawk northern goshawk
Harriers
Slim body with slim round-tipped wings
Fly in open country gliding low with wings lifted in a V (dihedral)
Species in Nebraska - northern harrier
Kites
Small falcon shaped buoyant gliders not power-fliers
Common Nebraska species ndash Mississippi Kite
Osprey
Soar high on long swept-back wings
Broad tail short-headed appearance
Often travel in pairs
Eagles
Large very broad bodied with broad long plank-like wings massive head and bill
Soar steadily holding wings flat out to the side
Powerful wing beat on upstroke wings raised high Common Nebraska species ndash bald and golden
Falcons (and caracaras) (Family Falconidae - )
WHAT TO LOOK FOR
Small to large compact fast-flying raptors
Long pointed wings bent at the wrist - Strong rapid wing strokes
Common Nebraska species ndash American kestrel gyrfalcon peregrine falcon prairie falcon
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 38
Grouse Turkeys and Pheasants (Family Phasianidae ndash cock or fowl-like bird)
WHAT TO LOOK FOR
Ground dwelling birds with feather nostrils
Short strong bills and short rounded wings
Flight strong but brief
Males perform elaborate courting displays
Common Nebraska species ndash ring-necked pheasant sharp-tailed grouse greater
prairie chicken wild turkey
New World Quail ( Family Odontophoridae ndash bearing teeth)
WHAT TO LOOK FOR
Ground dwelling bird found in brushy habitat and other dense low foliage
Chunky rounded bodies and crests or head plumes
Chicken-like bill short rounded wings
Common Nebraska species - northern bobwhite
Rails and Coots (Family Rallidae - )
WHAT TO LOOK FOR
Marsh birds with short tails and stubby wings
Secretive and identified chiefly by call and habitat
Rails are laterally flattened ldquoThin as a railrdquo Coots are plumper and gregarious
Common Nebraska species ndash yellow rail black rail king rail Virginia rail sora common
moorhen American coot
Cranes (Family Gruidae - )
WHAT TO LOOK FOR
Tall stately wetland birds with long necks and long bills
Tertial flight feathers droop over rump in a bustle when standing
Fly with necks fully extended
Circle in thermals like raptors
Common Nebraska species - sandhill and whooping cranes
Plovers and Killdeer (Family Charadriidae ndash nocturnal waterbird)
WHAT TO LOOK FOR
Small to medium shorebirds that dart across the ground stop and then take off again Upright posture with medium length legs and long pointed wings
Rounded head large eyes thick neck with a short thick bill
Common Nebraska species ndash black-billed American golden snowy semipalmated piping
plovers and killdeer
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 39
Stilts and Avocets (Family Recurviostridae- bent bill)
WHAT TO LOOK FOR
Tall slim shorebirds
Long thin bill very long slender legs long neck striking black-and-white plumage Stilts have straight bills avocets have re-curved bills
Common Nebraska species ndash American avocets black-necked stilt
Sandpipers and Phalaropes and Allies (Family Scolopacidae ndash woodcock)
WHAT TO LOOK FOR
Diverse group of shorebirds
Long toes and long tapered wings
Bill and leg length varies but bill more slender than a ploverrsquos
Plumage browns grays and whites with reds and oranges during breeding season
All but one species have short elevated hind toe
Species found in Nebraska include common snipe ruddy turnstone phalaropes sandpipers
woodcocks godwits whimbrels willets etc
Dowitchers
WHAT TO LOOK FOR
Medium sized chunky dark shorebird
Long straight bills and distinct pale eyebrows
Feed in mud or shallow water in a rapid jabbing motion
Phalaropes
WHAT TO LOOK FOR
Often spin like a top in water when feeding
Female larger and more colorful than male
Male tends incubates and cares for chicks
Common Nebraska species ndash Wilsonrsquos and red-necked phalaropes
Gulls Terns and Allies (Family Laridae ndashsea birds)
Gulls
WHAT TO LOOK FOR
More robust with wider wings and longer legs than terns
Bill slightly hooked tail square or rounded - Seldom Dive
Common Nebraska species ndash Pomarine Jaeger Franklinrsquos little Bonapartersquos ring-
billed California Herring Thayerrsquos lesser black-backed glaucous
Sabinersquos gulls black-legged kittiwake
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 40
Terns
WHAT TO LOOK FOR
Graceful more streamline than gulls
Usually has a forked tail ndash most whitish with black cap
Sharp-pointed bill - Hoover and dive headfirst for fish
Common Nebraska species ndash Caspian common Foresterrsquos terns
Pigeons and Doves (Family Columbidae ndash dove)
WHAT TO LOOK FOR
Plump fast flying cooing voice
Short legs and necks and small heads short bills
Tail fan-like rounded or pointed
Pigeons larger than doves
Common Nebraska species ndash rock mourning Eurasian collared doves
Cuckoos Roadrunners and Anis (Family Cuculidae - )
WHAT TO LOOK FOR
Slender with a long tail at least half of the birdrsquos total length
Fairly large sturdy decurved (curving down) bill
2 toes forward 2 back (zygodactyls)
Common Nebraska species - black-billed cuckoo and yellow-billed cuckoo
Barn Owls (Family Tytonidae -)
WHAT TO LOOK FOR
Slim medium sized night hunter
Legs are long and sparsely feathered
Large head with large forward-facing immovable eyes
Heart-shaped face hooked beak and ghostly appearance
Typical Owls (Family Stigidae ndash night bird)
WHAT TO LOOK FOR
Generally night hunters
Large heads flatten face with large forward-facing immovable eyes hooked beak
Mottled appearance some with feather tuffs upright stance
Common Nebraska species ndash eastern screech great horned burrowing barred long-eared
short-eared northern saw-whet owls
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 41
Nighthawks and Nightjars (Family Caprimulgidae ndashgoat sucker)
WHAT TO LOOK FOR
Nocturnal or crepuscular
Big tail large eyes tiny bills surrounding a large gaping mouth
By day sit horizontally on limb or on ground
Easiest to identify by voice
Common Nebraska species ndash common nighthawk common poorwill chuck-willrsquos-widow
Whip-poor-will
Swifts (Family Apodidae ndash without feet)
WHAT TO LOOK FOR
Small to medium sized aerial foragers ndashspend most of life flying
Long sickle-shaped wings bending close to body and extremely short legs
Eat bathe drink and sometime mate in the air
Common Nebraska species - chimney swift white-throated swift
Hummingbirds (Family Trochilidae ndash small bird)
WHAT TO LOOK FOR
Tiny body long slender bill
Distinctive blur and hum of hovering wings
Jewel-like throat feather found on male
Common Nebraska species ndash ruby-throated broad-tailed and rufous hummingbirds
Kingfishers (Family Alcedinidae - kingfisher)
WHAT TO LOOK FOR
Small to medium size
Thickset with short neck and tail small feet
Large head with a ragged crest and long strong bill
Sit on lines and low branches near water or hovers above water
Plunges head first into water to catch fish
Common Nebraska species ndash belted kingfisher
Woodpeckers (Family Picidae ndash woodpecker)
WHAT TO LOOK FOR
Arboreal (tree) birds
Vertical posture creep up trees
Strong chisel-like bill short legs stiff tail feathers rounded wings
Undulating flight pattern and characteristic bill drumming
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 42
Common Nebraska species ndash Lewisrsquos red-headed red-bellied hairy downy woodpeckers
yellow-bellied and red-naped sapsuckers northern flicker
THE PASSERINES Feet adapted to perching
Tyrant Flycatchers (Family Tyrannidae - lord ruler king)
WHAT TO LOOK FOR
Small to medium perching bird
Large head broad flattened bill pointed wings short legs
Bristly ldquowhiskersrdquo at base of bill
Sit upright on exposed branch and dart out to catch insects
Common Nebraska species - flycatchers pewees kingbirds phoebes kingbirds
Shrikes (Family Laniidae ndash butcher)
WHAT TO LOOK FOR
ldquoButcher birdsrdquo ndash impale prey on thorns (may be to attract a mate and mark territory)
Robin-size bird with hooked bill and masked face with hawk-like behavior
Black gray and white birds
Common Nebraska species - northern and loggerhead shrike
Vireos (Family Vireondae ndash small bird)
WHAT TO LOOK FOR
Small olive- or gray-backed bird with short sturdy cylindrical slightly hooked bill
Can have wing bars and eye-rings or have eye stripes and no wing bars
Often confused with warblers but are chunkier bigger headed thicker billed
Common Nebraska species ndash white-eyed Bellrsquos yellow-throated plumbeous
Cassinrsquos blue-headed warbling Philadelphia red-eyed
Crows and Jays (Family Corvidae ndash raven)
WHAT TO LOOK FOR
Large perching bird with strong longish all-purpose bill to handle variety of foods
Nostrils covered with feathers
Legs scaled in front and smooth behind
Harsh voice and noisy
Bold gregarious
Common Nebraska species - black-billed magpie American crow
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 43
Larks (Family Alauidae ndash lark)
WHAT TO LOOK FOR
Ground dwellers of open fields ndash seldom seen in trees and shrub
Walk rather than hop have an elongated hind toe
Slender billed seed and insect eaters
Yellowwhite face with black facemask horns and breast band
Has musical song often sung in display flight
Common Nebraska species ndash horned lark
Swallows and Martins (Family Hirundinidae ndash swallow)
WHAT TO LOOK FOR
Slim streamline bodies with long pointed angled wings
Tail forked or squared legs and feet inconspicuous
Bill short and wide
Fluid aerialists ndash dart about catching insects
Flocks perch in long rows on branches and lines
Common Nebraska species ndash purple martin northern rough wing bank cliff barn swallows
Chickadees and Titmice (Family Paridae - )
WHAT TO LOOK FOR
Small plump sociable birds with short bills and wings
Active agile ndash often hang upside down to feed
Many times roam in little bands (often leading the group) in search of food
Chickadee ndash no tuff of feathers on head Titmice ndash tufted Common Nebraska species ndash black-capped chickadee tufted titmouse
Nuthatches (Family Sittidae ndash birds that peck bark of tree)
WHAT TO LOOK FOR
Small stout tree-climbers with slightly upturned strong woodpecker-like bills
Stubby squared off tails
Walk down trees headfirst Common Nebraska species ndash red-breasted and white-breasted nuthatches
Creepers (Family Certhiidae -)
WHAT TO LOOK FOR
Small slim tree-dwellers with stiff tails and slender downward curving bill
Primarily brown
Common Nebraska species ndash brown creeper
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 44
Wrens (Family Troglodytidae ndash cave dweller
WHAT TO LOOK FOR
Small stumpy energetic brown birds
Bill slightly down turned loud song
Tails often in ldquocockedrdquo or up-tilted position
Common Nebraska species ndash rock house winter marsh wrens
Kinglets (Family Regulidae -)
WHAT TO LOOK FOR
TINY very active songbirds ndash only certain hummingbirds smaller
Can hover will feeding
Greenish plumage with bright colored crowns Short tails
Common Nebraska species ndash ruby-crowned and golden-crowned kinglets
Gnatcatchers (and Old World Warblers) (Family Sylviidae - )
WHAT TO LOOK FOR
Small birds with slender pointed bills surrounded by rectal bristles
Drab plumage with seasonally changing head patterns
In constant motion
Common Nebraska species ndash blue-gray gnatcatcher
Thrushes (Family Turdidae -)
WHAT TO LOOK FOR
Large-eyed upright postured songbirds - known for their singing ability
Bill is slender straight but not sharp
Often hop along the ground looking for food
Common Nebraska species ndash eastern bluebird veery gray-cheeked Swainsonrsquos hermit
wood thrush American robin
Mockingbirds and Thrashers (Family Mimidae ndash imitator mimic)
WHAT TO LOOK FOR
Well known for their vocal and mimicking ability
Have short rounded wings long legs and tails
Long down-curved bills
Common Nebraska species ndash gray catbird northern mockingbird brown thrasher
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 45
Starlings (and Mynas) (Family Sturnidae - )
WHAT TO LOOK FOR
Medium sized chunky glossy birds with short tails sharp bills
Short triangular to rounded wings
Gregarious bold birds
Pipits (and Wagtails) (Family Motacillidae -)
WHAT TO LOOK FOR
Slender billed brownish ground dwellers with long back toe
Walk briskly rather than hop along the ground
Most species bob their tails up and down
Common Nebraska species ndash American pipit
Waxwings (Family Bombycillidae ndash silk tail)
WHAT TO LOOK FOR
Birds with sleek crest that can be erected
Plump-bodied birds with pointed wings with red waxy tips of secondaries
Bill is small wide and notched high thin calls
Square tail with terminal yellow band
Common Nebraska species ndash Bohemian and cedar waxwings
Wood Warblers (Family Parulidae -)
WHAT TO LOOK FOR
Brightly colored (mostly yellow) birds
Smaller than sparrows with thin needle-like bills
Common Nebraska species ndash approx 34 warblers ovenbirds yellow-breasted chats and
waterthrush
New World Sparrows (Family Emberizidae -)
WHAT TO LOOK FOR
Small to medium-sized birds - often brown streaked appearance
Rounded wings cone-shaped bills
Common Nebraska species ndash 20 sparrows towhees longspurs dark-eyed juncos snow and
lark buntings
Cardinals and Allies (Family Cardinalidae )
WHAT TO LOOK FOR
Medium to large songbirds
Have large cone-shaped bills
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 46
Males often very colorful
Common Nebraska species ndash northern cardinals rose-breasted and black-headed grosbeaks
indigo bunting dickcissel
Blackbirds Orioles and Allies (Family Icteridae)
WHAT TO LOOK FOR
Medium to large songbirds with strong straight bills
Strong-direct flight
Plumage varies from iridescent black to yellow to orange
Common Nebraska species ndash Bobolink eastern and western meadowlarks red-winged and
rusty blackbirds common and great-tailed grackles orchard Baltimore and
Bullockrsquos orioles brown-headed cowbird
Finches and Allies (Family Fringillidae)
WHAT TO LOOK FOR
Small to medium songbirds
Have conical bills and forked relatively short tails
Fly fast and undulate through the air giving high-pitched calls in flight
Common Nebraska species ndash gray-crowned rosy purple Cassinrsquos house finches red
crossbill white-winged crossbill common redpoll pine siskin American goldfinch
evening grosbeak
Old World Sparrows (Family Passeridae)
WHAT TO LOOK FOR
Stouter bodies shorter legs and thicker bills than native sparrows
Have a simple song repeating single elements with no particular rhythm or beginning
And end vocalize all day and year-round
Common Nebraska species ndash house sparrow (introduced)
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 47
Geology and Natural History of Nebraska
Being Developed by Jon Garbisch Cedar Point Biological Station jgarbisch2unledu
bull Geological history of Nebraska
bull Present geological formation of regions
bull General soil types
bull Geological landforms and related habitats
What we currently use
Theme
Nebraska geology formed over millions of years through the erosion of mountains the deposition of
sediments and the flow of water and ice shaping the landscape that we call home
Goal
Attendees will develop an understanding of the natural processes that influenced and built Nebraska
and in so doing develop a greater appreciation for the geology and how it relates to all other aspects of
the statersquos identity
Objective(s)
The Master Naturalists attendees will be able to use the knowledge they have gained to better
understand the surface and subsurface geology at any location in the state that they may find
themselves working
How will it be measured
Attendees will be able to use the knowledge gained to actively interpret general Nebraska geology by
completing activities in the form of hand-out diagrams biostratigraphic fossil correlations
interpretation of rock type hand specimens and visual description of the Geology on the trail at Camp
Brewster Fontenelle Forest
Introduction
Nebraska geology formed over millions of years through the erosion of mountains the deposition of
sediments and the flow of water and ice shaping the landscape that we call home (Hand out agenda)
Geology is rooted in the 3 rock groups that exist on planet Earth and so familiarity with
o these groups gives us a solid foundation for all other geologic interpretation
A half hour will be spent handling examples from each rock group
o 3 groups 3 tables with one rock type on each table each group spends 10 minutes at
each table
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 48
The Geologic Time Scale is a record over time of the Earths major geologic events and we
can use it to help us understand how and when Nebraska took shape
The natural agents of change which have shaped our state include oceans rivers wind
o and ice
The geologic time periods in Nebraska are represented by rock layers (or not) which occur all
around the state and have been named so that no matter where you are in the state you can
correlate the strata to the time scale (fossilsisotopes)
6 Geologic Principles will be discussed so that when the MN is in the field they can be used as an
aid in basic geologic interpretation
Conclusion
Nebraska geology formed over millions of years through the erosion of mountains the deposition of
sediments and the flow of water and ice shaping the landscape that we call home Geology supplies us
a record of the events that have shaped our Earth by learning the language in which the Earth script is
written we will be able to interpret and share the story of our state of Nebraska This understanding will
aid in us in relating to other areas influential and important to the state
Places to Go (places to see examples of Nebraska geology)
a Agate Fossil Beds National Monument Lower Miocene fossil mammal site including abundant body fossils of ancient mammals and prominent fossil rodent burrows
b Ashfall State Park Upper Miocene fossil mammal assemblage found in ash derived from an eruption of a predecessor to the Yellowstone volcanic field c Chimney Rock National Historic Site Oligocene and Lower Miocene continental sedimentary rocks deposited as sediments by wind and steams
d Hummel Park (Omaha) outcrops of Pleistocene glacial till and loess
e Lincoln area Capitol Beach Lake and history of saline waters and salt industry flooding history of Antelope and Salt creeks building stones in downtown area brick industry University of Nebraska State Museum
f Louisville area outcrops of Upper Pennsylvanian marine sedimentary rocks
g Valentine area and Niobrara National Wildlife Refuge Niobrara River Canyon and Cenozoic stratigraphy
h Niobrara State Park Upper Cretaceous marine sedimentary rocks (Niobrara Formation and Pierre Shale) landslides along Missouri River anthropogenic changes in Missouri River Niobrara River and Mormon Canal
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 49
i Downtown Omaha removal of loess from hills in downtown area engineering of Missouri River (eg groins bank armoring etc) visible at Bob Kerrey Memorial Bridge deep bedrock water wells at old industrial sites
j Platte River State Park Upper Pennsylvanian marine sedimentary rocks and overlook of Platte River
k Ponca State Park Upper Cretaceous marine sedimentary rocks (uppermost Dakota Formation through Greenhorn Limestone)
l Rock Creek State Historical Park middle Cretaceous Dakota Formationmdashfluvio-estuarine continental deposits
m Schramm Park Upper Pennsylvanian marine sedimentary rocks
n Scotia and Happy Jack Chalk Mine Upper Miocene lake deposit In Ogallala Group
o Scotts Bluff National Monument Oligocene and Lower Miocene continental sedimentary rocks deposited as sediments by wind and steams
p Smith Falls State ParkCenozoic stratigraphy Niobrara River waterfalls as knick points
q Toadstool Park and nearby areas continental sedimentary rocks of upper Eocene Chadron Formation Pine Ridge escarpment Trailside Museum and Ft Robinson State Park
r Weeping Water area Upper Pennsylvanian marine sedimentary rocks
s Wildcat RidgeHillsescarpment on Oligocene and Lower Miocene continental sedimentary rocks deeply eroded into canyons buttes and pinnacles by stream erosion during and after the Late Pliocene
t Indian Cave State Park and Iron Horse Trail south of Peru Upper Pennsylvanian Indian Cave Sandstone (fluvio-estuarine deposit) and sandstone cave
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 50
North American Model and Outdoor Skills Developed by Jeff Rawlinson Assistant Division Administrator Information and Education Nebraska Game and Parks Commission jeffrawlinsonnebraskagov
OUR North American Model of Conservation
Perhaps no other story is more compelling and more important in American history as that of how
our natural resources came to be one of the most important elements in our lives The history of our citizenryrsquos strong land ethic ties us to the natural world long after other nations have forgone this relationship We value how the common person from a common family can participate in the thrill of the chase experiencing wildness to its fullest
The North American Model of Conservation is a philosophy that the United States and Canada have
developed to manage wildlife in a sustainable way Historians debate how this land ethic began Some
say our model of conservation began in 1937 with the passage of the PittmanRobertson Act a move that provided funding for wildlife conservation at the national and state level The source of this funding came from the sale of hunting and shooting equipment Others may say that it began when the conservation giant President Theodore Roosevelt brought management of natural resources to the
political forefront Others would argue our Model of conservation was birthed under the Magna Charta which transferred the ownership of wildlife from the King of England and the English nobles to the all of
the people of England In reality however our Model has been under development for several hundred years combining what we have learned from other nations peoples cultures and experiences to shape a philosophy ingrained in our culture supported by hunters anglers and shooting sports enthusiasts
benefiting all wildlife and wild lands in the United States
First Wildlife Managers The concept of managing wildlife or natural resources was not conceived by our young nation For
thousands of years humanity has been manipulating and controlling the land and all its inhabitants to benefit our needs Ever since the first hunter followed that wooly creature across the Bering Straight embarking on an epic journey that would result in settling of North America man has ldquomanagedrdquo
wildlife in North America
Throughout history many leaders have shown some element of concern or conservation ethic towards wildlife The great Kublai Khan grandson of Genghis Khan and founder of the Yuan Dynasty in China forbade harvesting of many species of wildlife during critical reproductive months of March
through August so species could ldquoincrease and multiplyrdquo Conservation of wildlife is even found in Mosaic Law in Deuteronomy 226 representing some of the first written wildlife management idealsmdashldquo If you come across a birdrsquos nest in any tree or on the ground with young ones or eggs and
the mother sitting on the young or on the eggs you shall not take the mother with the youngrdquo (English Standard Version 2001)
As populations expanded throughout Europe wildlife resources fell under ownership of powerful kings
who enacted harsh punishments for anyone found taking the kingrsquos game In 1215 a rebellion against King John of England resulted in the Magna Charta transferring ownership of lands and game from the crown to the people This ldquoprivatizingrdquo of wildlife ownership had profound impacts America over 500 years later
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 51
Era Of Abundance (1600 ndash 1850) When our forefathers first landed on the eastern shores of America they brought with them science
religion and a new hope They found plentiful game and soon began a relationship with the land that provided them with many of their daily needs Wildlife was viewed as a limitless resource in a relatively untapped land These early settlers had left Europe where few had access to wildlife and entered a world where everyone had access Furs feathers hides all had value to this young country In 1776 the Declaration of Independence revoked the Kingrsquos rights to land and people in this new world After a
bloody war led by revolutionaries such as Washington Hamilton Jefferson and Adams the United States gained its independence and the land and wildlife belonged to everyone
Era Of Exploitation (1850 ndash 1900)
The 1800s brought a commercialization of our wildlife resources Market hunting and habitat
destruction began to decimate wildlife populations such as the American Bison and Passenger Pigeon After the American Revolutionary War and the Civial Warmdashwhich nearly destroyed our ldquodemocratic
experimentrdquo all togethermdashfew people were looking after the interest of wildlife and even fewer rules
existed governing the management of a resource everyone had ownership of yet no one had responsibility for
The railroad provided settlers with the means to access new lands expanding the markets for meats hides and fur Advancements in technology such as the repeating rifle further aided the unbridled
destruction of wildlife resources Yet throughout this era something positive was growing The people of this new nation were developing a relationship with the land By 1842 a Supreme Court ruling had huge impacts on this developing model of conservation resulting in a Public Trust Doctrine that would
further outline a model for conserving our natural resources Conservation was developing some direction but had no money or laws to support it
Era Of Protection (19001930) The early 1900s brought an industrial boom Abuse of natural resources had taken its toll and throughout the Nation and evidence of this abuse could be seen in the loss of species such as the
passenger pigeon near loss of the American bison and in many large mammals including whitetailed deer and our once numerous waterfowl species America was becoming an economic giant yet through
the roar of machines both political and metal a small voice could be heard It was the hunter and their voice was of concern for the direction our wildlife resources were heading Conservation minded men and women had continued a relationship with the land and the wildlife
Era of Game Management (1930 ndash 1966) The ldquodirty thirtiesrdquo were marked by the dust bowl and an impoverished nation Agricultural practices
unchecked by environmental stewardship had left the Nationrsquos heartland in ecological peril Politically the conservation movement was supported by the footings laid by Theodore Roosevelt New federal acts moved forward to provide for environmental protection due to the outcry of hunters in panic over the vanishing wildlife resources of the Nation
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 52
Wildlife conservation had support yet it lacked the science to properly manage our Nationrsquos resources A young biologist name Aldo Leopold changed all this with his writings including the book Game
Management which led to Universities across the country developing wildlife conservation programs These programs spawned a new breed of professional game managers who utilized science to support management methods that ultimately lead to the greatest wildlife conservation success story in the world In 1937 the PittmanRobertson Act provided thousands of jobs for young professionals along with ldquogame wardensrdquo supported by individual states to further the development of the Conservation Model
which now had science and funding to support it
Era of Environmental Management (1966 ndash Present) Science and funding led to a broadening view of conservation as focus shifted from managing ldquogame
animalsrdquo to managing the entire biota (environment and all living things in it) Further federal acts such
as the Endangered Species Act of 1966 and the National Environmental Policy Act of 1969 provided greater protection for species by a nation that had finally changed its course providing time to review
and perfect conservation efforts Recent acts such as the 1980 Farm Bill continued the effort to help
landowners provide quality habitat for wildlife and hunters by providing incentives to landowners to set aside highly erosive lands and plant them into wildlife habitat (grasslands) that benefit wildlife and hunters
The story of our unique model of conservation is still being written New challenges today threaten our
coveted resources and new professionals are entering the arena to further the plight of our Nationrsquos wildlife and hunting heritage
Seven Pillars of the Model
Seven main pillars have been highlighted as the foundation of support for the North American Model
of Conservation These include
The Public Trust The wildlife of the United States are owned by the people This is very different from the European Model where wildlife is privately owned The North American Model recognizes wildlife as a public
resource that is so important it can not be owned or managed by any one segment of our society but rather managed by professional state and federal entities for the benefit of all This concept known as
the Public Trust Doctrine began development in 1842 when the Supreme Court ruled that the Magna Charta had settled the question of who owns fish and wildlife and that King Charles II did not have the authority to give away the ldquodominion and propertyrdquo of lands in colonial America The court further ruled that since the American Revolution the people held public trust responsibilities for fish and wildlife except for rights specified in the US Constitution
Prohibition on Commerce
It was the hunter who brought forth stringent laws that protected wildlife from peril in the 19th
and 20th
centuries Because we all own and appreciate our wildlife as a national resource they should never find themselves on the public market to the highest bidder This path led to a largescale loss of many species
including the Passenger Pigeon and the near loss of the American bison As our country was developing these practices were common as people moved west in search of prosperity capitalizing on a land seemingly untouched by the modern world Today many laws in place serve to protect our most
valuable resourceshellipour wildlife
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 53
Democratic Rule of Law Each citizen of this great nation has the ability and responsibility to engage in healthy politics that serve
to support and protect sound wildlife conservation measures Our first conservation measures in this Country habitat restoration simple harvest restrictions and bag limits came from hunters people who respected the game they pursued and loved the wild places they chased them in The North American Model of conservation is built upon active public involvement instilling a value for wildlife in all citizens
Hunting Opportunity for All The Model was developed on the premise that all people regardless of political or economic standing could participate in and feel the thrill of the chase It is this unique Model that provides us with wildlife opportunities for all Americans Imagine how important this was to our fore fathers who left a brutal
King in England where only the aristocracy had any dream of pursuing wild creatures in wild places Our
wildlife laws ensure that each generation that comes after us will have the same opportunity to enjoy and appreciate wildlife
Nonfrivolous Use Our management of wildlife depends on a citizenry that loves and appreciates the wild creatures and the habitats necessary to their survival and our quality of life Wildlife may be utilized under strict rule of
law including utilizing the wildlife once harvested to its best potential Killing wildlife for the sake of killing can only lead to the numbing of hearts to wildlife and a profound lack of respect for our most
precious resources
International Resources
It was not until the 20th
century that hunters and wildlife lovers understood the importance of
managing wildlife at a much larger scale This became readily apparent with the passage of the
Migratory Bird Treaty Act of 1918 where nations came together to manage wildlife resources as a
collective Wildlife species do not recognize national or state boundaries Governments must work together to be effective in managing wildlife for the benefit of all The United States has made great
strides in this area with Mexico and Canada Our wildlife is not only a resource to us but to all continents they may call home throughout the year Our biologists must think globally to be effective locally
Scientific Management Although Theodore Roosevelt brought conservation to the political forefront it was a young forester from Iowa that made the study of wildlife management a science Aldo Leopold is considered by many
as the ldquofather of wildlife managementrdquo due to his tireless efforts to develop curriculum for future wildlife biologists Today our biologists earn their opportunity to manage wildlife through prominent
Bachelor Masters and Doctorate degree programs from Universities around the world Wildlife must be managed using fact science and the latest research We are constantly learning and adapting to new technology and changing environments For such an important resource we cannot afford to have it any other way
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Page | 54
Nebraska Master Naturalist Specializations Certifying as a Specialist ldquoFollow your own natural geniusrdquo wrote Thoreau ldquoand it will not fail to show you a fresh prospect every hourrdquo Many of us learn by doing When our curiosity and interests carry us into deeper study of a given subject it can be helpful to have clear opportunities to pursue Thus the Nebraska Master Naturalist Program offers specialized voluntary training for those who are hungry to develop and apply their particular skill and personal understanding on behalf of our natural legacy Specializations are designed to create collaborators leaders and mentors in four key areas
Interpretation and Outreach
Outdoor Skills and Recreation
Resource Management
Citizen Science Master Naturalist Certification Requirements Annual Requirement o 8 Hours Training Annually o 20 Hours of Volunteerism Annually Master Naturalist Specialization Requirement One Time Requirement o 20 Hours of Training Total Specific to Specialization Annual Requirement o Additional 20 Hours of Volunteerism Annually Specific to Specialization (does not include initial Certification annual requirement hours)
OUTDOOR SKILLS AND RECREATION SPECIALIZATION The purpose of OUTDOOR SKILLS AND RECREATION is to promote activity and development of skills in the outdoor pursuits associated with natural resources Specializations are designed to create collaborators leaders and mentors in particular areas A Certified Nebraska Master Naturalist can complete the Outdoor Recreation Specializationby meeting the following requirements Complete at least one of the workshops or certification‐leading trainings listed below If specialized training is not listed below it can be approved upon request by the Master Naturalist Program Committee Specialized Training Options ‐
Hunter Education Instructor Certification 13 hrs
National 4‐H Shooting Sports Instructor Certification 32 hrs
Nebraska 4‐H Shooting Sports Shotgun Certification 12 hrs
Nebraska 4‐H Shooting Sports Archery Certification 12 hrs
Nebraska 4‐H Shooting Sports Rifle Certification 12 hrs
Nebraska 4‐H Shooting Sports Pistol Certification 12 hrs
Nebraska 4‐H Shooting Sports Muzzleloader Certification 12 hrs
National Archery in the Schools Program Basic Archery Instructor 4 hrs
NRA Range OfficerMaster Certification 8 hrs
Hunt Master Training Instructor 4 hrs
NRA Shooting Instructor 16 hrs
NRA Shotgun Instructor 16 hrs
NRA Rifle Instructor 16 hrs
Boater Education Instructor 12 hrs
Youth Fishing Instructor 5 hrs
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 55
American Canoe Association National CanoeKayak Instructor 16‐32hrs
National Camp SchoolBoy Scouts 16‐24 hrs
Wood Badge TrainingBoy Scouts 16‐24 hrs
Merit Badge Counselor TrainingBoy Scouts 2‐16 hrs
Conservation Leaders for Tomorrow 35 hrs
Wilderness First Aid 16‐32 hrs
Professional Trappers College 40 hrs
American Camp Association Instructor Training 8‐40 hrs
American Red Cross Instructor Training 2‐16 hrs
American Sailing Association Instructor Training 16‐24 hrs
Certified Horsemanship Association Instructor Training 24‐40 hrs
Leave No Trace Master Educator Training 40 hrs
National Outdoor Leadership School 280 hrs
Camp Cook School 32‐96 hrs
Professional Association of Diving Instructors Training 32‐96 hrs
Professional Mountain Bike Association Instructor Training 24 hrs
League of American Bicyclists Instructor Certification 24 hrs
Hunting
Shooting
Fishing
Trapping
Camping
Outdoor Cooking
Orienteering
Geocaching
Photography
Wildlife Viewing
Hiking
Biking
Birding
Becoming an Outdoors‐Woman Program
Wilderness First Aid
Wilderness Survival
Leave No Trace Educator
Service Options ndash Provide a minimum of 20 hours of service annually in the following or similar areas
4‐H leader and youth training outdoor recreation
Scout leader and youth training outdoor recreation
Wild About Nature
Flying WILD Educator or Facilitator Workshop
Becoming an Outdoors Woman (BOW)
Beyond Becoming an Outdoors Woman (BOW)
Family Camp
Learn to Hunt Program
National Archery in the Schools Program BAI training or greater
Mentor HuntHunt Masters Training
After School Programs
Others ndash Upon approval
Outdoor discovery programs volunteer
CRO at a shooting event
Assist with National or State shooting sports competitions
Family fishing day
Design or write a brochure
Develop or contribute to a website
Develop or contribute to a social networking site
Design or write a newsletter
Assist in fundraising
Plan an event or festival
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 56
Interpretation amp Education- Developed By Lindsay Rogers Nebraska Game amp Parks
Commission
Do not try to satisfy your vanity by teaching a great many things Awaken peoplersquos curiosity It is
enough to open minds do not overload them Put there just a spark If there is some good
inflammable stuff it will catch firerdquo
- Anatole France in The Earth Speaks
Session Objectives
To help participants understand the role education plays in sounds ecological conservation
To help participants learn about past and present conservationist and interpretive educators
To help participants learn components of quality education and interpretation
To have participants partake in quality interpretive education
To make sure participants understand that their role is to light the spark and awaken curiosityhellip not spew facts
Lecture Requirements
1 What is interpretation (5 minutes) a What does ldquointerpretrdquo mean b National Association of Interpretation definition of ldquointerpretationrdquo
i Interpretation is a mission-based communication process that forges emotional and intellectual connection between the interests of the audience and the meanings inherent to the resource
c Freeman Tilden Interpreting Our Heritage 1957 i Interpretation is an educational activity which aims to reveal meanings
and relationships through the use of original objects by first-hand experience and by illustrative media rather than simply to communicate factual information
d Components of interpretation i pleasurable or enjoyable
ii relevant to the world iii organized iv themed v sparks an interest
vi includes information but does not stop there links information to the world
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 57
vii age appropriate viii taught to someone not at them
2 What is education (5 minutes)
a What does it mean to ldquoeducaterdquo someone b John Dewey Democracy amp Education 2944
i Education in its general sense is a form of learning in which the knowledge skills and habits of a group of people are transferred from one generation to the next through teaching training or research
c Components of education i - generally presented to someone but not always
ii enjoyable sometimes iii provides knowledge and facts iv can make connections but not always v organized and themed
d Both education and interpretation are important they work together
3 Conservationists (10 minutes) a Jon Muir
i Immigrated from Scotland to Wisconsin in 1849 ii Attended the University of Wisconsin studies botany amp geology
iii Moved to the western US mainly the Sierra Nevada area iv Believed humans were part of the interconnected natural world v Advocated for the preservation of natural areas
vi Co-founded the Sierra Club b Aldo Leopold
i Iowa native attended Yale University ii After college he joined the US Forest Service was stationed in Arizona
and New Mexico iii Developed theories of land ethics the need for biodiversity and an
appreciation for wilderness areas iv Moved to Wisconsin in 1924 became a professor at the University of
Wisconsin v Regarded as the ldquoFather of Conservationrdquo
c Gifford Pinchot i Born in Connecticut in 1905
ii Studied at Yale studies forestry in France iii Named chief of the Division of Forestry (later to become the US Forest
Service) iv First chief of the US Forest Service greatly improved forest
management and increased the size of Forest Service lands
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 58
v Managed forests for the greatest good for the greatest number Pinchot added the phrase in the long run to emphasize that forest management consists of long-term decisions
d Steven Mather i Born in California attended Berkley University
ii Worked for the Pacific Coast Borax Company where he had a talent for promotion Started a competing company made millions
iii When revisiting Sequoia and Yosemite National Parks in 1914 he was appalled by the conditions of the national parks
iv Joined the Department of the Interior as the head of parks later created the National Parks System
v Professionalized the National Parks and helped to greatly grow protected lands
e Rachel Carson i Born in Pennsylvania in 1907 attended John Hopkins University for
graduate school ii Went to work for the US Bureau of Fisheries (later to become the US
Fish amp Wildlife Service) iii Wrote Silent Spring in 1962 The book created an awaking for Americanrsquos
to their responsibility to the environment and wildlife The book lead to the US Government banning the use of DDT
f Theodore Roosevelt i Born in 1858 in New York New York was a sickly child who stayed inside
studying natural history ii An avid outdoorsman he spent much time in the South Dakota Badlands
iii Became President in 1901 with the assignation of President McKinley iv Among many major accomplishments as president he started the
National Parks was instrumental in conserving about 230 million acres
4 Naturalist Interpreters (10 minutes) a Freeman Tilden
i Born 1883 worked as a newspaper columnist and author ii At age 58 he began working with the National Parks Service
iii While traveling to various National Parks he became concerned with the quality of interpretation
iv Wrote Interpreting Our Heritage in 1957 outlines 6 principles to quality interpretation forever changed the field of interpretation
b William Lewis i Worked as a ranger naturalist and interpreter trainer for the National
Parks Service ii Developed the approach of ldquoThematic Interpretationrdquo which requires the
interpreter to choose a central theme (major point) to guide the development of a program
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 59
iii Wrote Interpreting For Park Visitors c Sam Ham
i Director of Center for International Training and Outreach at the University of Idaho
ii Work has focused on applying communication theory to environmental conservation interpretation and on nature-based tourism and guide training
iii Wrote Environmental Interpretation (1992) d Ted Cable
i Professor of Park Management and Conservation at Kansas State University
ii Co-authored Interpreting Cultural and Natural Resources (2003) and Interpretation for the 21st Century Fifteen Guiding Principles for Interpreting Nature and Culture (2002)
5 Conducting an Interpretative Program Try and Fail (60 minutes + 120 minutes of activities throughouthellip see list of Suggested Activities below)
a Experiential Learning i The first time you tried to walk you failed The first time you rode a bike
you failed This is called experiential learning The first time you attempt an educational or interpretation program you will fail thatrsquos how we learn
ii Donrsquot be afraid to fail b Ask Questions about the ProgramPresentation before you commit to leading it c Plan your Program
i Generally I want my presentation to be about Specifically however I want to tell my audience about After hearing my presentation I want my audience to understand (what is the big picture you want them to take home)
1 You do not need (or want) to teach your audience everything you know your job is to light the spark
ii What will your tangibles and intangibles be 1 Tangibles are those things you can touch things you use to teach
when teaching a Examples include a tree a mammal pelt a skull a live
animal a prairie 2 Intangibles involve connecting the tangibles to concepts and the
ideas they represent intangibles are the meanings the relationships the processes the ideas the feelings and the beliefs
a Examples include food webs ecosystem health entropy ecology
iii People remember themes they forget facts
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 60
iv Plan for an organized presentation 1 Think about your overall theme smaller parts of the program and
your transitions v Stick to your theme
vi Determine what type of presentation you will have 1 PowerPoint (avoid) 2 Podium Presentation (avoid) 3 Active taking a hike playing a game etc 4 Hands-on touching feeling trying hearing smelling
vii Think about all the different kinds of learners 1 verbal-linguistic 2 logical-mathematical 3 visual-spatial 4 kinesthetic 5 musical-rhythmic 6 interpersonal (groups) 7 intrapersonal (individual) 8 naturalist
d Know your role as an educator 1 Provide facts and relationships not opinions 2 Allow participants to determine their own opinions and beliefs
using the facts amp relationships you provide them 3 PLAY ldquoFIRST IMPRESSIONSrdquo
e Prepare Prepare Prepare 1 Know the type of space and area you will have (indoor vs
outdoor small space vs vast area etc) 2 Plan for more that you are told 3 Plan for the weather (always expect it to be windy in Nebraska)
f Questions i Ask good questions
1 Is this a fox Vs How do you know this is a fox 2 Do you have any questions Vs What questions do you have
ii Be prepared for quality questions 1 What are the implications for describe the impact of what are
the reasons for iii Be prepared for ldquogoodrdquo questions
1 Do you have ewoks in the forest If a Mountain Lion and an Eagle were to fight who would win
2 Take all questions seriously Answer seriously g Model what you want to see the students do
i If you want a group of students to catch insects help them get active with them
ii This is true when working with children and adults
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 61
1 Working alongside students validates them and their learning h Be enthusiastic show your passion
i This is another form of modeling what you want to see in your students ii We need to excite students (no matter their age) about conservation
nature and the outdoors iii Have fun
6 Take Home Lesson Light the Spark and Donrsquot Be Afraid to Fail
Suggested Activities (amp potential mandatory activities)
Throughout the lesson conduct multiple games andor activities to model good interpretation
Suggested games include but are not limited to
1 Oh Deer (Project WILD) 2 First Impressions (to be done during section 5) (Project WILD) 3 The Long Haul (Project WET) 4 Sum of the Parts (Project WET) 5 Water Quality Ask the Bugs (Project WET) 6 Adaptation Artistry (Flying WILD) or Fashion a Fish (Aquatic Project WILD) 7 Avian Antics (Flying WILD) 8 Pollinators Meet Your Plants (Nebraska Project WILD wwwnebraskaprojectwildorg) 9 Scavenger Hunts (Nebraska Project WILD wwwnebraskaprojectwildorg)
Suggested Post-Readings
Interpreting Our Heritage Freeman Tilden 1957 (4th edition 2008)
ISBN-13 978-0807858677
Interpreting for Park Visitors William Lewis 1981
ISBN-13 978-0890620793
Environmental Interpretation Sam Ham 1992
ISBN-13 978-1555919023
Interpretation for the 21st Century Fifteen Guiding Principles for Interpreting Nature and
Culture Larry Beck amp Ted Cable 2002
ISBN-13 978-1571675224
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 62
Interpretation-Making a Difference on Purpose Sam Ham 2013
ISBN-13 978-1555917425
Foundations of Interpretation Curriculum Content Narrative National Parks Service 2007
httpwwwnpsgovidpinterp101foundationscurriculumpdf
Websites
National Association of Interpretation
wwwinterpnetcom
North American Association for Environmental Education
wwwnaaeeorg
Nebraska Alliance for Conservation and Environment Education
wwwnaceeorg
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 63
Safety in the Field
Developed by Rich Hawes Nebraska Master Naturalist rdhawes26msncom
Objectives
Raise awareness of Risk Managementassessment as part of event planning
Guidelines to safe activities for participants presenters and the environment
Present Leave No Trace Principals as part of all outdoor activities
Present resources for additional training or certification for outdoor activities
Hands on activities to encourage interest and to provoke thought and discussion
Hazards of the area
Outdoor hiking safety
Stewardship of the land and natural resources
Being flexible and working with ldquowhat you haverdquo
Outline
1 Outdoor Activities ndash Whatrsquos The Worst That Can Happen An Introduction to Event Planning and Risk Management
2 Leave No Trace Principals
3 Trip planning and Logistics
4 Health amp Safety
5 Youth Protection
6 Age Appropriate Activities
7 Resource Training and Certifications
a Standard First Aid CPRAED Wilderness First Aid
b Shooting Sports - Range Safety Officer or Instructor
c Hunter Safety Instructor
d Climbing COPE and Zip Lines
e Water Safety Instructor Life Guard Small Boat Handling
f Leave No Trace Trainer or Master Educator
g Tread Lightly Tread Trainer or Master Tread Trainer
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 64
Suggested Activities
CPR Scenario
First Aid Scenario
Weather Scenario
Lost Scenario
Online Resources
American Camp Association
Boy Scouts of America
Youth Protection
Safe Swim Defense
Safety Afloat
Climb On Safely
Weather Safety
Trek On Safely
(etc)
Leave No Trace
Nebraska Game amp Parks
Hunter Safety
Boating Rules amp Regs
National Rifle Association
(Archery groups)
American Red Cross
(wilderness medicine group(s))
NOLS
Tread Lightly
US Coast Guard
NEBRASKA MASTER NATURALIST Explore Contribute Connect
16
Sandhills Motel ndash Mullen
Walking Trails ndash Rowe Sanctuary Kearney Hike-Bike Trail Harlan County Lake Funk Harvard and Massie Waterfowl Production Areas Lake Seldom at Holdrege
Best way to find out about birding trails is to go to wwwnebraskabirdingtrailscom o Some are ndash Chicken Dance Trail Rainwater Basin Loops
Sandhills
Introduction
19300 square miles of north-central Nebraska o Largest dune system in the western hemisphere o One of the largest grass-stabilized dune regions in the world o Majority of the region is in relatively natural state
Sandhills young geologically speaking o Dunes aligned primarily in a northwesterly to southeasterly direction with prevailing
winds o Some dunes over 400 feet in height o Soils poorly developed with a thin layer of topsoil o High infiltration rate (up to 10 feet per day) o High water table ndash almost 2000 shallow lakes and over a million acres of wetlands
Most lakes and wetlands at headwaters of streams amp in poorer draining areas in western areas
Most wetlands and lakes pH neutral but alkaline wetlands and lakes common in the west where salts and carbonates accumulate
Fens ndash Sandhills contains some of Great Plains largest ones
Streams of the region o North and Middle Loup Calamus Cedar Dismal ndash flow from groundwater discharge o Niobrara River ndash only river that originates out of the region (starts in Wyoming)
Climate o Semiarid ndash annual precipitation ndash 23 inches in east to 17 inches in west
Vegetation
700 native plants spps
Sandhills dune prairie plant community o Mixture of sand-adapted grasses ndash sand bluestem prairie sandreed little bluestem and
hairy grama o Forbs ndash stiff sunflower bush morning glory plains gayfeather o Shrubs ndash sand cherry leadplant prairie rose and yucca
Sandhills dry valley prairie community o Grasses - Big Bluestem Indiangrass switchgrass o Forbs ndash western ragweed white sage and prairie coneflower o Shrubs ndash leadplant Arkansas rose western wild rose
Blowouts o Federal and state threatened blowout penstemon
Native woodlands ndash uncommon o Eastern cottonwood peachleaf willow coyote willow chokecherry wild plum and
snowberry
Middle Niobrara River valley largest woodland in sandhills
NEBRASKA MASTER NATURALIST Explore Contribute Connect
17
o South facing bluffs -Oak basswood black walnut green ash o Canyons ndash Paper birch quaking aspen o North river bluffs ndash ponderosa pine o Referred to as a biological crossroads
Wet meadows o Sedges spike rushes prairie cordgrass switchgrass o Shrubs - Sandbar willow false indigobush
Alkaline wet meadows o Inland saltgrass foxtail barley alkali sacaton meadow bluegrass and scratchgrass
Fens o Contain 20 at-risk plant species including bog bean cottongrass and marsh marigold
Freshwater marshes o Ripgut sedge common reed smartweeds bulrush cattail duckweed coontail
Alkaline marshes ndash alkaline-tolerant plants Birds
More that 300 species of birds o Sharp-tailed grouse and greater prairie chicken o Long-billed curlew (sandhills important breeding site)
Upland sandpiper vesper sparrow lark bunting grasshopper sparrow western meadowlark High concentration of northern harriers and ferruginous hawks
Important breeding area for mallards blue-wing teal pintail
American Bird Conservancy calls the area the ldquoBest grassland bird place in the United Statesrdquo Mammals
55 species of mammals but not specific to the Ecoregion Fish
75 species of fish
Rare spps ndash blacknose shiner pearl northern redbelly and finescale daces o Species cutoff from principle range
Amphibians and Reptiles
27 species o One salamander 3 toads 4 frogs 6 turtles 4 lizards 9 snakes
Eco-tourism amp Wildlife Viewing
Crescent Lake Fort Niobrara Valentine National Wildlife Refuges
Nebraska and Samuel R McKelvie National Forests
Niobrara Valley Preserve (TNC property) with 2 bison herds
Merritt Reservoir Calamus Reservoir
Niobrara Wild and Scenic River o Over 10 outfitters in Valentine area for canoeing kayaking and tubing
Dismal Loup and Cedar rivers also offer canoeing and tubing
Niobrara Valley Preserve
Swan Lake Motor Route
Sandhills Scenic Byway (Hwy 2) ndash one of the top 10 scenic highways in the nation
NEBRASKA MASTER NATURALIST Explore Contribute Connect
18
Stargazing ndash Nebraska Star Party near Valentine in August
Cowboy Trail (will be the nationrsquos longest rails-to-trails conversion)
Calamus Outfitters
Shortgrass Prairie
Introduction
Found in western Nebraska
High diversity of habitats
Dramatic changes in elevation and topography
Soils range from sand to clay-loam to hard sandstone
Annual precipitation 12-17 inches ndash humidity generally low
Annual average temperature 47-50
Topography o Truest form of shortgrass prairie found in Banner Cheyenne Deuel and Kimball counties o Mixedgrass and sandsage prairies in southeast of Ecoregion o Wildcat Hills bluff formation found in Scottsbluff amp Morrill counties o Relic sandhill extend through Morrill and Sioux counties o Pine Ridge found in northern Dawes Sheridan and Sioux counties
Streams o North Platte River Lodgepole Creek Upper Niobrara and White Rivers o 5 large reservoirs and a number of smaller artificial lakes o Playas found throughout the region
Vegetation
Shortgrass Prairie o Buffalograss blue grama side-oats grama purple threeawn (grass height 10 inch) o Over 100 spps of forbs o Milkvetch scarlet guara cutleaf ironplant prickly pear purple locoweed scurfpea
prairie coneflower scarlet globe mallow
Mixedgrass Prairie o Blue grama prairie sandreed threadleaf sedge needle-and thread grass little bluestem
western wheatgrass (grass height 18-24 inches) o Shrubs
Skunkbush sumac winterfat fringed sage snowberry yucca broom snakeweed o Over 100 species of Forbs o Scarlet guara dotted gayfeather skeleton plant cutleaf ironplant scurfpea scarlet
globe mallow o Within the mixedgrass prairie ndash 2 unique communities found
Northwestern mixedgrass amp Loess mixedgrass prairie
Sandhill dune prairie and sandsage prairies o Sandsage sand bluestem blue grama prairie sandreed needle-and-thread yucca o Forbs ndashsand-lily desert goosefoot plains sunflower bush morning glory showy
impomopsis
Western alkaline meadows along the North Platte o Inland saltgrass alkali sacaton field sedge foxtail barley meadow bluegrass o Forbs ndash spearscale alkali aster camphor daisy thelypody
NEBRASKA MASTER NATURALIST Explore Contribute Connect
19
Ponderosa pine woodlands o Ponderosa pine quaking aspen green ash Saskatoon serviceberry chokecherry dwarf
juniper fragrant sumac mountain mahogany wolfberry Kentucky bluegrass littleseed ricegrass
Riparian woodlands o Cottonwoods peachleaf willows green ash boxelder Sandbar willow wild plum
chokecherry buffaloberry horsetail sedges marsh muhly and cordgrass
Badlands o Saltbush rabbitbrush poverty weed Russian thistle
Birds
More that 300 species of birds found
Shortgrass birds o McCownrsquos and Chestnut-collared longspurs Brewerrsquos sparrow horned lark burrowing
owl and state threatened mountain plover
Mixedgrass birds o Western meadowlark grasshopper sparrow lark bunting
Pine Ridge birds o Lewisrsquo woodpecker pygmy nuthatch ovenbird mountain bluebird
Wetland birds o Canada geese mallard northern pintail shorebirds
Mammals
White-tail and mule deer elk pronghorn bighorn sheep coyotes bobcats mountain lions prairie dogs federally endangered black-footed ferret river otter black-tailed jackrabbit badger pocket gopher grasshopper mouse
Fish
Many gamefish state threatened finescale dace endangered blacknose shiner etc Amphibians and Reptiles
Include western striped chorus frog Woodhousersquos toad bullsnake prairie rattler lesser earless lizard horned lizard ornate box turtle and painted turtle
Ecotourism amp Wildlife
Lake McConaughy (largest reservoir in state)
Lake Ogallala
Pine Ridge area o Ft Robinson State Park o Chadron State Park o Nebraska National Forest (Pine Ridge Unit) o Soldier Creek Wilderness
Oglala National Grassland and Toadstool Geologic Park
Wildcat Hills Nature Center in Gering
Scotts Bluff National Monument
Chimney Rock
Agate Fossil Beds National Monument
NEBRASKA MASTER NATURALIST Explore Contribute Connect
20
Endangered Species Act
The Endangered Species Act provides a program for the conservation of threatened and endangered
plants and animals and the habitats in which they are found The US Fish and Wildlife Service and the
Department of the Interior maintain the list of 632 endangered species (326 plants and 306 animals) and
190 threatened species (112 animals and 78 plants)
The law is written to prohibit any action that results in taking or injuring a listed species or negatively affects habitat Also prohibited is the import export interstate or foreign trade of listed species
Nebraskarsquos Endangered amp Threatened Species
State Status Federal Status
Birds Bald Eagle Threatened Threatened
Piping Plover Threatened Threatened
Mountain Plover Threatened Proposed Threatened
Whooping Crane Endangered Endangered
Eskimo Curlew Endangered Endangered
Interior Least Tern Endangered Endangered
Mammals River Otter Threatened
Southern Flying Squirrel Threatened
Black-footed Ferret Endangered Endangered
Swift Fox Endangered
Black-tailed Prairie Dog Candidate
Plants Western Prairie Fringed Orchid Threatened Threatened
Utersquos Ladyrsquos Tresses Threatened Threatened
Ginseng Threatened
Small White Ladyrsquos Slipper Threatened
Colorado Butterfly Plant Endangered Threatened
Saltwort Endangered
Hayden Penstemon Endangered Endangered
Insects American Burying Beetle Endangered Endangered
Salt Creek Tiger Beetle Endangered Candidate
Fish Lake Sturgeon Threatened
NEBRASKA MASTER NATURALIST Explore Contribute Connect
21
Northern Redbelly Dace Threatened
Finescale Dace Threatened
Blacknose Shiner Threatened
Topeka Shiner Endangered Endangered
Sturgeon Chub Endangered
Pallid Sturgeon Endangered Endangered
Reptiles amp Mussels Massasauga Threatened
Scaleshell Mussel Endangered Endangered
Information courtesy of Nebraska Game and Parks US Department of the Interior and the US Fish
and Wildlife Service
The Nuts and Bolts
Without habitat there are no animals
Every species has its niche
Understand the importance of biodiversity Know where the Platte River begins and ends understand its
makeup and where Rowe is located in the relationship to the river How Rowe plays a role in
conservation habitat maintenance and education Have an understanding of what constitutes the 4
major eco-regions in Nebraska
References Integrated Principals of Zoology by Cleveland P Hickman Jr Larry S Roberts Alan Larson (WmC
Brown Publishers 1996)
Zoology by Lawrence G Mitchell John A Mutchmor Warren D Dolphin (The BenjaminCummings
Publishing Company Inc 1988)
Biology the unity and Diversity of Life 7th Ed By Cecie Starr and Ralph Taggart (Wadsworth Publishing
Company 1995)
Nebraskarsquos Natural Legacy Project httpwwwngpcstateneuswildlifeprogramslegacyreviewasp
Cliffs Quick Review Biology by I Edward Alcamo PhD and Kelly Schweitzer PhD (Wiley Publishing 2001)
Biology for Dummies by Donna Rae Siegfried (Wiley Publishing Inc 2001)
NEBRASKA MASTER NATURALIST Explore Contribute Connect
22
Taxonomy in a Nutshell
Definitions
Classification is a systematic arrangement in groups or categories according to established
criteria
Taxonomy is the orderly classification of plants and animals according to their presumed natural
relationships
Binomial nomenclature (Binomial = 2 terms ndash Generic amp specific nomenclature = set of names)
is a system of naming in which each species of animal or plant is given a two tern Latin name
The first term identifies the genus to which the plantanimal belongs and is always spelled with
a capital letter The second term is the species of the plantanimal and is spelled with a lower
case letter This ldquoscientific namerdquo is usually printed in italics or underlined For example ndash Felis
concolor or Felis concolor
The Reason for ithellipWhy use taxonomy
Scientific taxonomic classification is a tool used through the world in an effort to catalog and compare
living things Zoologists now classify approximately 15 million animal species Each year about 10000
new species are added and it is estimated that more than 10 million different animal species may
actually exist on earth
Okay But why Latin
Common names of animals and plants vary from place to place even within a community For instance
the animal name above Felis concolor is known as puma mountain lion catamount panther and
several other local names So how does a biologist from Nebraska know that she and a scientist from
Scotland are talking about the same animalplant Throughout the scientific world Latin is recognized
as the universal language of scholars and scientists By referring to it by its Latin ldquoscientific namerdquo there
is no mistaking what animalplant they are referring to Latin also provides a source for decoding the
scientific name into something that tells you a little about the animalplant itself A translation often
provides a short description of the animal ie the giant anteaterrsquos species tridactyla actually means
three-toed
Background
The identification and comparison of different animals and plant species dates back to ancient times
Naturalists wrote herbals and bestiaries that were lists and descriptions of familiar organisms of a given
locality There was little interest in communicating outside a restricted region The advent of the
printing press led to broader dissemination of books and ideas Cataloging and comparing species on a
more comprehensive scale became possible As naturalists compiled their work they used many words
NEBRASKA MASTER NATURALIST Explore Contribute Connect
23
to describe a species by several characteristics sometimes defining one species in terms of another For
example the blue chair with the fluted arms the red chair like the blue chair with the fluted arms etc
Each authorrsquos system and terminology was different It is only comparatively recently that the
observation and study of the animal and plant world has begun to be organized along truly scientific
lines
Toward the middle of the eighteenth century the Swedish botanist Carolus Linnaeus produced a general
classification of all living species and this system has formed the departure point for all subsequent
developments of taxonomy His system was ambitious and used polynomials some with fifteen words
An example is the oak with leaves with deep blunt lobes bearing hair-like bristles Although he
considered the polynomial name to be the true one he also made notes with two-term names The
current binomial system used today is based upon these notes His writings and those of other scientists
that came after him became the standard for all classifications Since Latin was the universal language
of scholarship his writings were all in Latin Actually his real name was Carl van Linne but he translated
that to Latin as well
In the course of the last couple of centuries naturalists have come to adopt two different forms of
investigation and comparison in their classification process First they studied the question of
adaptation to the environment the significance of diverse structures and behavioral patterns among
animal species and the reason why these different modes of behavior and lifestyles enable animals in
different surroundings to survive
Secondly they have tried to recognize affinities and relationships between the various species They
have attempted to identify the ldquofamily likenessesrdquo that often exist among species which live in different
environments and therefore may be quite unlike one another in outward appearance
As a result of all this research scientists have built up a system of classification which places every
animalplant species in a particular category according to its relationships with other animalsplants
This is taxonomy
Side note ndash genetic testing is now being used to help with classification
How does it Work
When a new animalplant is recognized and identified it is given a species name This may be a term
that describes it or identifies the person who first recognized it as a separate species Originally these
species names were assigned by the individual scientist that discovered them but now they are
assigned by international groups Once this species term is assigned it almost never changes In theory
NEBRASKA MASTER NATURALIST Explore Contribute Connect
24
it is never supposed to be changed even if it is later moved to a different genus family or class but over
the years there have been a few exceptions
The basis of taxonomy however is the genus This is the smallest grouping of related species When
taxonomy began there were relatively few identified species so species were grouped into genera and
there it ended As the body of knowledge grew so did the need for a broader system of grouping From
there the hierarchical system of classification based on natural features evolved
The current system works as follows
Individually related species are grouped into the same genus
The most closely related genera are grouped into the same family
Related families are grouped into an order
Orders are grouped into a related class
Similar classes are included in the same phylum
The phyla are then placed into the proper kingdom
Each of these categories may also contain sub- or super- subdivisions
Taxonomy is a constant work in progress As scientists learn more about different species their
classification may change Changes can reflect a clearer understanding of where the species fits in
among the others with similar characteristics Until recently we only had to contend with two kingdoms
ndash animal and plants Today scientists recognize a least five different kingdoms of living things
Monera ndash bacteria and blue-green algae
Protista ndash one-celled organism with nucleus
Plantea ndash green plants
Fungi ndash non-green plants
Animalia ndash animals
NEBRASKA MASTER NATURALIST Explore Contribute Connect
25
Fauna of Nebraska
Developed and Adopted by Keanna Leonard Education Director Rowe Sanctuary
Objectives for Fauna Mammals Amphibians amp Reptiles Birds 3-4 hours
1 Descriptions ndash (Mammals Amphibians and Reptiles birds --ndash IMPORTANT CHARACTERISTICS)
2 Vocabulary
3 Common Oderrsquos in Nebraska and examples
4 Nuts amp Bolts of Mammals How to ID amp locate specific animals and their evidence (possible
activity tracks traces etc) in Nebraska
MAMMALS IN A NUTSHELL Basic Characteristics
1 Mammary glands (hint the name) that
produce milk
2 Sweat glands
3 Sebaceous glands for oil
4 Presence of hair on the body at some time
during life span
5 Homiothermic Endotherm (warm blooded)--
regulate high body temperature
6 Four-chambered heart
7 Enucleated red blood cells
8 Have a diaphragm
9 Enlarged cerebral hemisphere
10 One bone in lower jaw and complex
dentition
11 3 middle ear bones
12 Turbinal bones in nasal chamber
13 Eggs develop in a uterus with
placental attachment and born alive
(viviparous)
MAMMAL VOCABULARY
Altricial Born helpless
Arboreal Tree dwelling
Carnivore A mammal in the order Carnivora
Carnivorous Meat eating
Crepuscular Active at dusk and dawn
Diurnal Active during the day
Dominant Ruler or leader of others
Habitat Region where an animal lives
Herbivore An animal that eats only plants
Herbivorous Plant eating
Hibernation Winter period when certain
animals become inactive to a point in
where all body functions slow
considerably for a long period
Instinct Inherited mode of behavior
Mammal Animals that have hair on their
bodies (see other char above)
Marsupial Animals whose females have
pouches
Nocturnal Active during nighttime
Omnivore Animals that eats both meat and
plant material
Omnivorous Eating both meat and plant
material
Precocial Born in an advanced stage of
development and able to move about
Predator Animals that kills another animal for
food
Prehensile Grasping
Prey Animal hunted for food
NEBRASKA MASTER NATURALIST Explore Contribute Connect
26
Protective coloration Enables the animal to
blend in with surroundings
Reticulated Net-like pattern of skin
Terrestrial Ground dwelling
Viviparous Live birthing
There are 21 orders of mammals found in the world
Listed below are the orders and examples of common species found in Nebraska
More Species found in Core Curriculum Binder
Insectivores (shrews and moles)
Masked Shrew (Sorex cinereus)
Northern Short-tailed Shrew (Blarina
brevicauda) (venomous)
Least Shrew (Cryptotis parva)
Eastern Mole (Scalopus aquaticus)
Chiroptera (bats)
Big Brown Bat (Eptesicus fuscus)
Red Bat (Lasiurus borealis)
Hoary Bat (Lasiurus cinereus)
Xenarthra
Nine-banded Armadillo (Dasypus novemcinctus)
Lagomorpha Eastern Cottontail (Sylvilagus floridanus) Black-tailed Jackrabbit (Lepus californicus)
Rodentia
Franklinrsquos Ground Squirrel (Spermophilus
franklinii)
Thirteen-lined Ground Squirrel (S
tridecemlineatus)
Black-tailed Prairie Dog (Cynomys
ludovicianus)
Plains Pocket Gopher (Geomys bursarius)(fur-
lined pouch)
Plains Pocket Mouse (Perognathus
flavescens)
Beaver (Castor canadensis)
Eastern Woodrat (Neotoma floridana)
Meadow Vole (Microtus pennsylvanicus)
Muskrat (Ondtra zibethicus) (laterally
compressed tail)
Porcupine (Erethizon dorsatu
Carnivora Despite the name of the order not all are carnivorous Many are omnivores (most bears and raccoons)
and some are even herbivores (giant panda)
Most carnivorous mammals have 3 up and 3 down relatively small incisors and 1 up and 1 down large
canine teeth on both sides of the incisors
Common species found in this area include
Family Canidae Coyote (Canis latrans) Red fox (Vulpes vulpes)
Family Procyonida Raccoon (Procyon lotor)
Family Mustelidae
NEBRASKA MASTER NATURALIST Explore Contribute Connect
27
Long-tailed Weasel (Mustela nivalis)
Least Weasel (M nibalis)
Mink (Mustela vison)
Badger (Taxidea taxus)
Striped Skunk (Mephitis mephitis)
River Otter (Lutra canadensis)
Family Felidae Bobcat (Felis rufus)
Artiodactyla Mule Deer (Odocoileus hemionus) White-tailed Deer (O virginianus
References National Audubon Society Field Guide to North American Mammals by John O Whitake Jr Robert
Elman Carol Nehring (Alfred A Knoph Inc 1994)
Guide to Mammals of the Plains States By J Knox Jr Davide M Armstrong Jerry R Choate (University
of Nebraska Press 1985)
The Nuts and Bolts Know important characteristics especially-
Mammary glands Sweat glands Sebaceous glands Hair sometime during their life
4 chambered heart
Though these critters look like a rodent
Donrsquot confuse them for a moment
They sport small eyes and ears out of view
Their teeth are small sharp and more than a few
They are made up of one mole and shrews three
So in what ORDER can they be
Commonly seen species of Chiroptera number three And are known as the only mammals to swim through the air free They are normally seen at night and for finding food use echolocation rather than sight Now I know you know what they be But go ahead and name all three These mammals have what humans claim to be a disgusting habit of defecating undigested pellets and eating them again What are they Chewing the cud is normal for this group and so is walking on their two middle toes Name the common species found in this area
NEBRASKA MASTER NATURALIST Explore Contribute Connect
28
AMPHIBIANS
Basic Characteristics
1 Skin naked No scales or hair
2 Eggs do not have shells but are jelly like
Laid in clusters always in water
3 Ectodermic
4 Can breathe through permeable skin
5 Spend all or part of life in water
6 Adults are carnivores Size of head
determines size of prey
7 Incomplete lung development
DIFFERENCES BETWEEN REPTILES AND AMPHIBIANS
Reptiles
1 Ectodermic
2 Covered with scales or plates
3 Shed skin
4 Most not do not live in or around water
Amphibians
1 Ectodermic
2 Smooth slimy skin without scales
3 Do not shed skin
4 Spend all or part of life in water
5 Go through metamorphose
Listed below are the orders and examples of common species found in Nebraska
More Species found in Core Curriculum Binder
Salamanders (Order Urodela)
Small-mouth Salamander (Ambystoma
texanum) Occurs in eastern Nebraksa
Tiger Salamander (A tigrinum) Occurs
throughout the state
Frogs and Toads (Order Anura) Thirteen species occur in Nebraska
Pelobatidae or Spadefoot Family
Plains Spadefoot (Spea bombifrons) Occurs throughout Nebraska expect southeast
Ranidae or True Frog Family Plains Leopard Frog (Rana blairi)
Northern Leopard Frog (Rana pipiens)
Bullfrog (Rana catesbeiana
Microhylidae or Narrow-mouthed Family Plains Narrowmouth Toad (Gastrophryne olivacea)
NEBRASKA MASTER NATURALIST Explore Contribute Connect
29
Bufonidae or Toad Family
American Toad (Bufo americanus) Occurs only
in eastern part of the state
Great Plains Toad (Bufo cognatus) Occurs
throughout the state
Woodhousersquos Toad (Bufo woodhousei) Occurs
throughout the state
Hylidae or Tree Frogs
Northern Cricket Frog (Acris crepitans) East
and central Nebraska
Western Striped Chorus Frog (Pseudacris
triseriata amp P maculata) Occurs throughout the
state
Copes Gray Treefrog (Hyla chrysoscelis) Found
in eastern part of state
Resources Reptiles and Amphibians of Nebraska ndash herpetology database httpsnrsunleduherpneb
NEBRASKA MASTER NATURALIST Explore Contribute Connect
30
REPTILES Basic Characteristics
1 Ectothermic (cold-blooded) Body temperature is the same as the temperature of its surroundings
2 Dry skin covered with scales or plates
3 Teeth if present are needle-like or conical
4 Skin shed in one piece or several pieces at intervals
5 Lay soft shelled eggs or young born alive in a membranous sac
6 Lung breathing
There are four groups
Lizards - Short-legged long-bodied reptiles
Taped tail Size varies from 4- inch long fence
swift to 10 foot Kamodo dragon
Snakes - Legates cousins of lizards
Turtles - Armored shells
Crocodilians - Crocodiles Alligators Caimans
REPTILE VOCABULARY
Antivenin An antidote to the venom of
venomous snakes produced by inoculating
horses with small doses of venom Horses build
up an immunity or resistance The horsersquos
blood is used to make the antivenin
Blue Stage Refers to the condition of a snake
prior to shedding
Carapace Dorsal (covering the back) shell
Constrictor A term used in describing a snake
that kills its prey by constriction
Ectothermic Not able to control body
temperature (Cold-blooded) Dependent upon
environment to control body temperature
Egg Tooth A sharp projection located in front
of nose on upper jaw Used by infant reptiles to
cut through eggshell
Fangs Grooved or tubular teeth used to inject
venom
Hemotoxin Venom that attacks the blood
Herpetologist A specialist in reptiles
Jacobsonrsquos Organ A tastesmell sense organ
with two small openings located on roof of
mouth
Thermal Pit A heat sensory pit on side of head
between nostril and eye Allows snakes to track
warm-blooded animals and to strike accurately
especially at night Found only in venomous
snakes known as pit vipers
Neurotoxin Venom that attacks the nervous
system
Oviparous Lays egg
NEBRASKA MASTER NATURALIST Explore Contribute Connect
31
Ovoviviparous Give birth to live young Egg
developed in female and then deposited as a
living young
Plastron Ventral (covering the belly) shell
Reticulated Net-like pattern on skin
Scales Folds of skin covering reptiles
Scutes Single section of shell each sell is made
up of many scutes
Toxic Poisonous
Toxin Poison
Undulating Type of snake locomotion typical of
most snakes - Leaves ldquoSrdquo shape track
Venom Poisonous fluid secreted from glands
and transmitted by bite or sting
Venomous Describes animal containing venom
gland
Nuts amp Bolts of Reptiles
Most reptiles are carnivores (eat meat) Many will eat only live food Some are herbivores (eat
plant material) as well as insectivores (eat insects)
Reptiles often found in water or underground for protection from predators and to help
regulate body temperature Air temperature can change quickly but water and soil
temperature are more constant therefore it helps to regulate the reptiles body temperature
Because they are ectothermic many reptiles live in places that are warm year round In colder
climates reptiles hibernate underground below the freeze line
Most reptile lay eggs and are called oviparous Eggs are buried in sand soil rotted logs etc and
kept warm only by heart from the sun or from rotting vegetation Very few reptiles stay around
to protect their eggs Some reptiles keep their eggs inside their bodies until they hatch and
produce live young (ovoviviparous) Example - garter snakes Very few reptiles care for or feed
their young Young are precocial able to look after themselves minutes after they hatch
Most snakes are harmless Even snakes that are venomous will not bite unless they are
cornered or stepped on Snakes are good and necessary animals They help control potential
destructive populations of rodents
Listed below are the orders and examples of common species found in Nebraska
ORDER CHELONIA Basic Characteristics
1 Contains all forms of turtles and tortoises
2 Has body enclosed in a shell made of
modified horny scales and bone Shell made of
two parts Carapace - upper part covering
animalrsquos back Plastron-under part covering
animalrsquos stomach amp chest
3Ribs and most of vertebrae attached to shell
4 Neck long and flexible and can usually be
withdrawn into shell
5 Have no teeth but jaws outfitted with horny
beaks
6 All lay eggs Usually bury eggs in pit in sand or soil Hatchlings must dig themselves to the surface
NEBRASKA MASTER NATURALIST Explore Contribute Connect
32
Examples of Turtles found in Nebraska Snapping Turtle (Chelydra serpentina)
Blandingrsquos Turtle (Emydoidea (Emys)
blandingii) Protected Species
False Map Turtle (Graptemys
pseudogeographica) Protected Species
Ornate Box Turtle (Terrapene ornata)
Smooth Softshell (Apalone mutica)
Spiny Softshell (Apalone spinifer
SUBORDER LACERTILA (lizards) Basic Characteristics
1 Dry scaly skin clawed feet external ear
openings
2Have movable eyelids - snakes do not
3 Males and females often show different
coloration
4 Generally diurnal but many nocturnal
(geckos night lizards Gila Monsters)
5 Courtship brief fertilization is internal
6 Most are egg layers
Examples of Lizards of Nebraska
Six-line Racerunner (Cnemidophorus sexlineatus Five-line Skink (Eumeces fasciatus)
Many-lined Skink (Eumeces mulitvirgatus)
Great Plains Skink (Eumeces obsoletus)
Slender Glass Lizard (Ophisaurus attenautus)
Lesser Earless Lizard (Holbrookia maculate)
Northern Prairie Lizard (fence lizard)
(Sceloporus undulates)
SUBORDER SERPENTES (Snakes) Basic Characteristics
1 Elongated scaly bodies (to protect from water
loss) no limbs external ear opening or eyelids
(eye covered with a clear scale)
2 Terrestrial subterranean arboreal
amphibious
3 Carnivores swallow prey whole
4 Continue to grow throughout their lives
6 Hibernate in colder climates
7 Males locate females by scent
8 Internal fertilization
9 Some lay eggs others bear live young
11 Vipers (venomous snakes) have heat-
sensing organs called thermal pits
NEBRASKA MASTER NATURALIST Explore Contribute Connect
33
12 Teeth slanted back If one is lost another drops down in itrsquos place
Examples of snakes found in Nebraska
Black Rat Snake (Elaphe obsoleta)
Great Plains Rat Snake (Elaphe guttata)
Bullsnake (Pituophis catenifer)
Common Kingsnake (Lampropeltis getula)
Eastern Hognose Snake (Heterodon
platyrhinos)
Western Hognose Snake (Heterodon nasicus)
Glossy Snake (Arizona elegans)
Milk Snake (Lampropeltis triangulum)
Plains Garter Snake (Thamnophis radix)
Common Garter Snake (Thamnophis sirtalis)
Racer (Coluber constrictor)
Pit Vipers
Copperhead (Agkistrodon contortrix) found in extreme southeast Nebraska
Massasauga (Sistrurus catenatus) Found in southeast Nebraska Protected Species
Prairie Rattlesnake (Crotalus viridis) Found in central and western parts of the state
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 34
Birds What Makes a Bird a Bird IMPORTANT CHARACTERISTICS
So what makes a bird a bird All birds share one common characteristic that no other animal has and
that is FEATHERS Other characteristics include
Maintain high constant body temperature Endotherms (warm-blooded)
Possess toothless beaks or bills
All lay hard-shelled eggs (oviparous)
Air sacs in birdrsquos body give buoyancy
Generally bones are hollow Decreases body weight
Four-chambered heart
Lend Me Your Ear Yes birds have ears but they are missing the pinna or outside part of the ear that collects sound Birds
have feather-covered openings on both sides of the head just behind the eyes Owls and other night-
flying birds have off-setting ears that allow them to pinpoint the exact position of prey
Can birds smell We are not quite sure how well most birds smell We do know vultures use the sense of smell to find
their dinner The champion bird sniffer belongs to kiwi found in New Zealand They are able to sniff out earthworms Some diving birds like cormorants cannot even breathe through their nostrils because they are sealed Ocean birds have special glands in their noses which eliminates salt from the salty water they drink
Eggs Birds lay hard-shelled eggs made mostly of carbon carbonate The hard shell keeps the egg from drying
out and allows parents to sit on it without damaging the developing chick Though the shells are hard it
does not mean that they are non-porous Microscopic pores allow the embryo to ldquobreatherdquo Carbon
dioxide and oxygen can pass through the shell
Eggs come in all sizes colors and patterns We believe that the different colors and patterns are
intended as camouflage Blue and green eggs are found in nests that are in the shade Patterned eggs
blend in with vegetation and stones and white eggs are normally found in cavities
The shape of eggs also depends on where a bird nests The most common shape is oval A pointed egg
is usually found near ledges Round eggs are generally found in highly secure nests
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 35
Commonly Seen Bird Families of Nebraska
Grebes (Family Podicipediae ndash rump foot)
WHAT TO LOOK FOR
Sleek diving waterbirds - small to medium size
Most have sharp pointed bills with fairly long necks short wings and almost no tail
Have lobed toes and legs set far back on body
Common Nebraska species - Pied-billed horned eared western and Clark grebes
Pelicans (Family Pelecanidae ndash an ax)
WHAT TO LOOK FOR
Very large waterbirds
Huge bills with large distensible pouches
Most are white with black flight feathers ndash wingspan 6-9 feet
Common Nebraska species ndash American White Pelican
Cormorants (Family Phalacrocoracidae ndash bald raven)
WHAT TO LOOK FOR
Large diving waterbird shaped like an elongated goose
Long neck and long bill hooked at the end
Wing span 3-5 feet Mostly dark in color
Common Nebraska species ndash Double-crested cormorant
Herons Egrets and Bitterns (Family Ardeidae - )
WHAT TO LOOK FOR
Medium to large wading birds
Usually with long legs bills and S-shaped neck
Short rounded tails
Common Nebraska species ndash American and least bitterns great and snowy egrets little
blue egret cattle egret great blue green black-crowned night and
yellow-crowned night herons
Ibises (and Spoonbills) (Family Threskiornithidae ndash sacred bird)
WHAT TO LOOK FOR
Medium to large wading birds
Long necks and legs with a duck-like body
Long tapering down-curved bill Common Nebraska species ndash white-faced ibis
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 36
Vultures (Family Cathartidae ndash cleanser)
WHAT TO LOOK FOR
Large soaring scavengers
Resemble eagles and large hawks in flight
Head and neck void of feathers bill hooked
Hold wings in a raised V-shape (dihedral)
Common Nebraska species ndash turkey vulture
Duck Geese and Swans (Family Anatidae ndash waterfowl)
WHAT TO LOOK FOR
Medium to large waterbirds
Large heads with conspicuous and horizontally flattened bills
Long necks heavy bodies relative short tails webbed feet and long wingspan Major differences between duck geese and swans
Ducks
Smallest of the three Have a soft swelling about the nostrils called a cere
Males of most ducks are easily separated from females by their gaudier plumage Feathers are
molted twice a year
Most males change into nuptial plumage after pair formation in the fall There may be some
modification of shape of a single feather or entire regions of plumage
Most species are sexually mature at 9 - 11 months
Males take no part in incubation
Geese
Neck shorter than body
Lore (area between eye and bill) feathered and more bluntly triangular than ducksrsquo
Sexes are similar
Permanent pair bonding
Molt once per year postnuptially
Sexually mature at 3 years
Males protect female clutch and brood after hatching
Young stay with parents for almost a year
Legs of most geese are farther forward under the belly than those of typical swans and ducks
Swans
Longest necks - necks slightly longer than body
Lore is naked
Sexes are similar
Molt once per year postnuptially - parents molt one after the other so one is able to fly
Young are carried on parentsrsquo backs
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 37
Sexually mature at 4 -5 years
Hawks and Allies (Family Accipitridae ndash to grasp or take)
Medium to very large diurnal raptors
Hooked beak strong legs and sharp talons
Buteos (buzzard hawks)
Stocky with broad wings wide tails
Soar and wheel high in the sky
Common Nebraska species ndash red-shouldered broad-winged Swainsonrsquos red-tailed
ferruginous rough-legged hawks
Accipiters (true hawks)
Small heads short rounded wings longish tail slender bodies
Fly with several rapid beats and a glide Common Nebraska species ndash sharp-shinned hawk Cooperrsquos hawk northern goshawk
Harriers
Slim body with slim round-tipped wings
Fly in open country gliding low with wings lifted in a V (dihedral)
Species in Nebraska - northern harrier
Kites
Small falcon shaped buoyant gliders not power-fliers
Common Nebraska species ndash Mississippi Kite
Osprey
Soar high on long swept-back wings
Broad tail short-headed appearance
Often travel in pairs
Eagles
Large very broad bodied with broad long plank-like wings massive head and bill
Soar steadily holding wings flat out to the side
Powerful wing beat on upstroke wings raised high Common Nebraska species ndash bald and golden
Falcons (and caracaras) (Family Falconidae - )
WHAT TO LOOK FOR
Small to large compact fast-flying raptors
Long pointed wings bent at the wrist - Strong rapid wing strokes
Common Nebraska species ndash American kestrel gyrfalcon peregrine falcon prairie falcon
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 38
Grouse Turkeys and Pheasants (Family Phasianidae ndash cock or fowl-like bird)
WHAT TO LOOK FOR
Ground dwelling birds with feather nostrils
Short strong bills and short rounded wings
Flight strong but brief
Males perform elaborate courting displays
Common Nebraska species ndash ring-necked pheasant sharp-tailed grouse greater
prairie chicken wild turkey
New World Quail ( Family Odontophoridae ndash bearing teeth)
WHAT TO LOOK FOR
Ground dwelling bird found in brushy habitat and other dense low foliage
Chunky rounded bodies and crests or head plumes
Chicken-like bill short rounded wings
Common Nebraska species - northern bobwhite
Rails and Coots (Family Rallidae - )
WHAT TO LOOK FOR
Marsh birds with short tails and stubby wings
Secretive and identified chiefly by call and habitat
Rails are laterally flattened ldquoThin as a railrdquo Coots are plumper and gregarious
Common Nebraska species ndash yellow rail black rail king rail Virginia rail sora common
moorhen American coot
Cranes (Family Gruidae - )
WHAT TO LOOK FOR
Tall stately wetland birds with long necks and long bills
Tertial flight feathers droop over rump in a bustle when standing
Fly with necks fully extended
Circle in thermals like raptors
Common Nebraska species - sandhill and whooping cranes
Plovers and Killdeer (Family Charadriidae ndash nocturnal waterbird)
WHAT TO LOOK FOR
Small to medium shorebirds that dart across the ground stop and then take off again Upright posture with medium length legs and long pointed wings
Rounded head large eyes thick neck with a short thick bill
Common Nebraska species ndash black-billed American golden snowy semipalmated piping
plovers and killdeer
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 39
Stilts and Avocets (Family Recurviostridae- bent bill)
WHAT TO LOOK FOR
Tall slim shorebirds
Long thin bill very long slender legs long neck striking black-and-white plumage Stilts have straight bills avocets have re-curved bills
Common Nebraska species ndash American avocets black-necked stilt
Sandpipers and Phalaropes and Allies (Family Scolopacidae ndash woodcock)
WHAT TO LOOK FOR
Diverse group of shorebirds
Long toes and long tapered wings
Bill and leg length varies but bill more slender than a ploverrsquos
Plumage browns grays and whites with reds and oranges during breeding season
All but one species have short elevated hind toe
Species found in Nebraska include common snipe ruddy turnstone phalaropes sandpipers
woodcocks godwits whimbrels willets etc
Dowitchers
WHAT TO LOOK FOR
Medium sized chunky dark shorebird
Long straight bills and distinct pale eyebrows
Feed in mud or shallow water in a rapid jabbing motion
Phalaropes
WHAT TO LOOK FOR
Often spin like a top in water when feeding
Female larger and more colorful than male
Male tends incubates and cares for chicks
Common Nebraska species ndash Wilsonrsquos and red-necked phalaropes
Gulls Terns and Allies (Family Laridae ndashsea birds)
Gulls
WHAT TO LOOK FOR
More robust with wider wings and longer legs than terns
Bill slightly hooked tail square or rounded - Seldom Dive
Common Nebraska species ndash Pomarine Jaeger Franklinrsquos little Bonapartersquos ring-
billed California Herring Thayerrsquos lesser black-backed glaucous
Sabinersquos gulls black-legged kittiwake
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 40
Terns
WHAT TO LOOK FOR
Graceful more streamline than gulls
Usually has a forked tail ndash most whitish with black cap
Sharp-pointed bill - Hoover and dive headfirst for fish
Common Nebraska species ndash Caspian common Foresterrsquos terns
Pigeons and Doves (Family Columbidae ndash dove)
WHAT TO LOOK FOR
Plump fast flying cooing voice
Short legs and necks and small heads short bills
Tail fan-like rounded or pointed
Pigeons larger than doves
Common Nebraska species ndash rock mourning Eurasian collared doves
Cuckoos Roadrunners and Anis (Family Cuculidae - )
WHAT TO LOOK FOR
Slender with a long tail at least half of the birdrsquos total length
Fairly large sturdy decurved (curving down) bill
2 toes forward 2 back (zygodactyls)
Common Nebraska species - black-billed cuckoo and yellow-billed cuckoo
Barn Owls (Family Tytonidae -)
WHAT TO LOOK FOR
Slim medium sized night hunter
Legs are long and sparsely feathered
Large head with large forward-facing immovable eyes
Heart-shaped face hooked beak and ghostly appearance
Typical Owls (Family Stigidae ndash night bird)
WHAT TO LOOK FOR
Generally night hunters
Large heads flatten face with large forward-facing immovable eyes hooked beak
Mottled appearance some with feather tuffs upright stance
Common Nebraska species ndash eastern screech great horned burrowing barred long-eared
short-eared northern saw-whet owls
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 41
Nighthawks and Nightjars (Family Caprimulgidae ndashgoat sucker)
WHAT TO LOOK FOR
Nocturnal or crepuscular
Big tail large eyes tiny bills surrounding a large gaping mouth
By day sit horizontally on limb or on ground
Easiest to identify by voice
Common Nebraska species ndash common nighthawk common poorwill chuck-willrsquos-widow
Whip-poor-will
Swifts (Family Apodidae ndash without feet)
WHAT TO LOOK FOR
Small to medium sized aerial foragers ndashspend most of life flying
Long sickle-shaped wings bending close to body and extremely short legs
Eat bathe drink and sometime mate in the air
Common Nebraska species - chimney swift white-throated swift
Hummingbirds (Family Trochilidae ndash small bird)
WHAT TO LOOK FOR
Tiny body long slender bill
Distinctive blur and hum of hovering wings
Jewel-like throat feather found on male
Common Nebraska species ndash ruby-throated broad-tailed and rufous hummingbirds
Kingfishers (Family Alcedinidae - kingfisher)
WHAT TO LOOK FOR
Small to medium size
Thickset with short neck and tail small feet
Large head with a ragged crest and long strong bill
Sit on lines and low branches near water or hovers above water
Plunges head first into water to catch fish
Common Nebraska species ndash belted kingfisher
Woodpeckers (Family Picidae ndash woodpecker)
WHAT TO LOOK FOR
Arboreal (tree) birds
Vertical posture creep up trees
Strong chisel-like bill short legs stiff tail feathers rounded wings
Undulating flight pattern and characteristic bill drumming
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 42
Common Nebraska species ndash Lewisrsquos red-headed red-bellied hairy downy woodpeckers
yellow-bellied and red-naped sapsuckers northern flicker
THE PASSERINES Feet adapted to perching
Tyrant Flycatchers (Family Tyrannidae - lord ruler king)
WHAT TO LOOK FOR
Small to medium perching bird
Large head broad flattened bill pointed wings short legs
Bristly ldquowhiskersrdquo at base of bill
Sit upright on exposed branch and dart out to catch insects
Common Nebraska species - flycatchers pewees kingbirds phoebes kingbirds
Shrikes (Family Laniidae ndash butcher)
WHAT TO LOOK FOR
ldquoButcher birdsrdquo ndash impale prey on thorns (may be to attract a mate and mark territory)
Robin-size bird with hooked bill and masked face with hawk-like behavior
Black gray and white birds
Common Nebraska species - northern and loggerhead shrike
Vireos (Family Vireondae ndash small bird)
WHAT TO LOOK FOR
Small olive- or gray-backed bird with short sturdy cylindrical slightly hooked bill
Can have wing bars and eye-rings or have eye stripes and no wing bars
Often confused with warblers but are chunkier bigger headed thicker billed
Common Nebraska species ndash white-eyed Bellrsquos yellow-throated plumbeous
Cassinrsquos blue-headed warbling Philadelphia red-eyed
Crows and Jays (Family Corvidae ndash raven)
WHAT TO LOOK FOR
Large perching bird with strong longish all-purpose bill to handle variety of foods
Nostrils covered with feathers
Legs scaled in front and smooth behind
Harsh voice and noisy
Bold gregarious
Common Nebraska species - black-billed magpie American crow
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 43
Larks (Family Alauidae ndash lark)
WHAT TO LOOK FOR
Ground dwellers of open fields ndash seldom seen in trees and shrub
Walk rather than hop have an elongated hind toe
Slender billed seed and insect eaters
Yellowwhite face with black facemask horns and breast band
Has musical song often sung in display flight
Common Nebraska species ndash horned lark
Swallows and Martins (Family Hirundinidae ndash swallow)
WHAT TO LOOK FOR
Slim streamline bodies with long pointed angled wings
Tail forked or squared legs and feet inconspicuous
Bill short and wide
Fluid aerialists ndash dart about catching insects
Flocks perch in long rows on branches and lines
Common Nebraska species ndash purple martin northern rough wing bank cliff barn swallows
Chickadees and Titmice (Family Paridae - )
WHAT TO LOOK FOR
Small plump sociable birds with short bills and wings
Active agile ndash often hang upside down to feed
Many times roam in little bands (often leading the group) in search of food
Chickadee ndash no tuff of feathers on head Titmice ndash tufted Common Nebraska species ndash black-capped chickadee tufted titmouse
Nuthatches (Family Sittidae ndash birds that peck bark of tree)
WHAT TO LOOK FOR
Small stout tree-climbers with slightly upturned strong woodpecker-like bills
Stubby squared off tails
Walk down trees headfirst Common Nebraska species ndash red-breasted and white-breasted nuthatches
Creepers (Family Certhiidae -)
WHAT TO LOOK FOR
Small slim tree-dwellers with stiff tails and slender downward curving bill
Primarily brown
Common Nebraska species ndash brown creeper
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 44
Wrens (Family Troglodytidae ndash cave dweller
WHAT TO LOOK FOR
Small stumpy energetic brown birds
Bill slightly down turned loud song
Tails often in ldquocockedrdquo or up-tilted position
Common Nebraska species ndash rock house winter marsh wrens
Kinglets (Family Regulidae -)
WHAT TO LOOK FOR
TINY very active songbirds ndash only certain hummingbirds smaller
Can hover will feeding
Greenish plumage with bright colored crowns Short tails
Common Nebraska species ndash ruby-crowned and golden-crowned kinglets
Gnatcatchers (and Old World Warblers) (Family Sylviidae - )
WHAT TO LOOK FOR
Small birds with slender pointed bills surrounded by rectal bristles
Drab plumage with seasonally changing head patterns
In constant motion
Common Nebraska species ndash blue-gray gnatcatcher
Thrushes (Family Turdidae -)
WHAT TO LOOK FOR
Large-eyed upright postured songbirds - known for their singing ability
Bill is slender straight but not sharp
Often hop along the ground looking for food
Common Nebraska species ndash eastern bluebird veery gray-cheeked Swainsonrsquos hermit
wood thrush American robin
Mockingbirds and Thrashers (Family Mimidae ndash imitator mimic)
WHAT TO LOOK FOR
Well known for their vocal and mimicking ability
Have short rounded wings long legs and tails
Long down-curved bills
Common Nebraska species ndash gray catbird northern mockingbird brown thrasher
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 45
Starlings (and Mynas) (Family Sturnidae - )
WHAT TO LOOK FOR
Medium sized chunky glossy birds with short tails sharp bills
Short triangular to rounded wings
Gregarious bold birds
Pipits (and Wagtails) (Family Motacillidae -)
WHAT TO LOOK FOR
Slender billed brownish ground dwellers with long back toe
Walk briskly rather than hop along the ground
Most species bob their tails up and down
Common Nebraska species ndash American pipit
Waxwings (Family Bombycillidae ndash silk tail)
WHAT TO LOOK FOR
Birds with sleek crest that can be erected
Plump-bodied birds with pointed wings with red waxy tips of secondaries
Bill is small wide and notched high thin calls
Square tail with terminal yellow band
Common Nebraska species ndash Bohemian and cedar waxwings
Wood Warblers (Family Parulidae -)
WHAT TO LOOK FOR
Brightly colored (mostly yellow) birds
Smaller than sparrows with thin needle-like bills
Common Nebraska species ndash approx 34 warblers ovenbirds yellow-breasted chats and
waterthrush
New World Sparrows (Family Emberizidae -)
WHAT TO LOOK FOR
Small to medium-sized birds - often brown streaked appearance
Rounded wings cone-shaped bills
Common Nebraska species ndash 20 sparrows towhees longspurs dark-eyed juncos snow and
lark buntings
Cardinals and Allies (Family Cardinalidae )
WHAT TO LOOK FOR
Medium to large songbirds
Have large cone-shaped bills
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 46
Males often very colorful
Common Nebraska species ndash northern cardinals rose-breasted and black-headed grosbeaks
indigo bunting dickcissel
Blackbirds Orioles and Allies (Family Icteridae)
WHAT TO LOOK FOR
Medium to large songbirds with strong straight bills
Strong-direct flight
Plumage varies from iridescent black to yellow to orange
Common Nebraska species ndash Bobolink eastern and western meadowlarks red-winged and
rusty blackbirds common and great-tailed grackles orchard Baltimore and
Bullockrsquos orioles brown-headed cowbird
Finches and Allies (Family Fringillidae)
WHAT TO LOOK FOR
Small to medium songbirds
Have conical bills and forked relatively short tails
Fly fast and undulate through the air giving high-pitched calls in flight
Common Nebraska species ndash gray-crowned rosy purple Cassinrsquos house finches red
crossbill white-winged crossbill common redpoll pine siskin American goldfinch
evening grosbeak
Old World Sparrows (Family Passeridae)
WHAT TO LOOK FOR
Stouter bodies shorter legs and thicker bills than native sparrows
Have a simple song repeating single elements with no particular rhythm or beginning
And end vocalize all day and year-round
Common Nebraska species ndash house sparrow (introduced)
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 47
Geology and Natural History of Nebraska
Being Developed by Jon Garbisch Cedar Point Biological Station jgarbisch2unledu
bull Geological history of Nebraska
bull Present geological formation of regions
bull General soil types
bull Geological landforms and related habitats
What we currently use
Theme
Nebraska geology formed over millions of years through the erosion of mountains the deposition of
sediments and the flow of water and ice shaping the landscape that we call home
Goal
Attendees will develop an understanding of the natural processes that influenced and built Nebraska
and in so doing develop a greater appreciation for the geology and how it relates to all other aspects of
the statersquos identity
Objective(s)
The Master Naturalists attendees will be able to use the knowledge they have gained to better
understand the surface and subsurface geology at any location in the state that they may find
themselves working
How will it be measured
Attendees will be able to use the knowledge gained to actively interpret general Nebraska geology by
completing activities in the form of hand-out diagrams biostratigraphic fossil correlations
interpretation of rock type hand specimens and visual description of the Geology on the trail at Camp
Brewster Fontenelle Forest
Introduction
Nebraska geology formed over millions of years through the erosion of mountains the deposition of
sediments and the flow of water and ice shaping the landscape that we call home (Hand out agenda)
Geology is rooted in the 3 rock groups that exist on planet Earth and so familiarity with
o these groups gives us a solid foundation for all other geologic interpretation
A half hour will be spent handling examples from each rock group
o 3 groups 3 tables with one rock type on each table each group spends 10 minutes at
each table
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 48
The Geologic Time Scale is a record over time of the Earths major geologic events and we
can use it to help us understand how and when Nebraska took shape
The natural agents of change which have shaped our state include oceans rivers wind
o and ice
The geologic time periods in Nebraska are represented by rock layers (or not) which occur all
around the state and have been named so that no matter where you are in the state you can
correlate the strata to the time scale (fossilsisotopes)
6 Geologic Principles will be discussed so that when the MN is in the field they can be used as an
aid in basic geologic interpretation
Conclusion
Nebraska geology formed over millions of years through the erosion of mountains the deposition of
sediments and the flow of water and ice shaping the landscape that we call home Geology supplies us
a record of the events that have shaped our Earth by learning the language in which the Earth script is
written we will be able to interpret and share the story of our state of Nebraska This understanding will
aid in us in relating to other areas influential and important to the state
Places to Go (places to see examples of Nebraska geology)
a Agate Fossil Beds National Monument Lower Miocene fossil mammal site including abundant body fossils of ancient mammals and prominent fossil rodent burrows
b Ashfall State Park Upper Miocene fossil mammal assemblage found in ash derived from an eruption of a predecessor to the Yellowstone volcanic field c Chimney Rock National Historic Site Oligocene and Lower Miocene continental sedimentary rocks deposited as sediments by wind and steams
d Hummel Park (Omaha) outcrops of Pleistocene glacial till and loess
e Lincoln area Capitol Beach Lake and history of saline waters and salt industry flooding history of Antelope and Salt creeks building stones in downtown area brick industry University of Nebraska State Museum
f Louisville area outcrops of Upper Pennsylvanian marine sedimentary rocks
g Valentine area and Niobrara National Wildlife Refuge Niobrara River Canyon and Cenozoic stratigraphy
h Niobrara State Park Upper Cretaceous marine sedimentary rocks (Niobrara Formation and Pierre Shale) landslides along Missouri River anthropogenic changes in Missouri River Niobrara River and Mormon Canal
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 49
i Downtown Omaha removal of loess from hills in downtown area engineering of Missouri River (eg groins bank armoring etc) visible at Bob Kerrey Memorial Bridge deep bedrock water wells at old industrial sites
j Platte River State Park Upper Pennsylvanian marine sedimentary rocks and overlook of Platte River
k Ponca State Park Upper Cretaceous marine sedimentary rocks (uppermost Dakota Formation through Greenhorn Limestone)
l Rock Creek State Historical Park middle Cretaceous Dakota Formationmdashfluvio-estuarine continental deposits
m Schramm Park Upper Pennsylvanian marine sedimentary rocks
n Scotia and Happy Jack Chalk Mine Upper Miocene lake deposit In Ogallala Group
o Scotts Bluff National Monument Oligocene and Lower Miocene continental sedimentary rocks deposited as sediments by wind and steams
p Smith Falls State ParkCenozoic stratigraphy Niobrara River waterfalls as knick points
q Toadstool Park and nearby areas continental sedimentary rocks of upper Eocene Chadron Formation Pine Ridge escarpment Trailside Museum and Ft Robinson State Park
r Weeping Water area Upper Pennsylvanian marine sedimentary rocks
s Wildcat RidgeHillsescarpment on Oligocene and Lower Miocene continental sedimentary rocks deeply eroded into canyons buttes and pinnacles by stream erosion during and after the Late Pliocene
t Indian Cave State Park and Iron Horse Trail south of Peru Upper Pennsylvanian Indian Cave Sandstone (fluvio-estuarine deposit) and sandstone cave
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 50
North American Model and Outdoor Skills Developed by Jeff Rawlinson Assistant Division Administrator Information and Education Nebraska Game and Parks Commission jeffrawlinsonnebraskagov
OUR North American Model of Conservation
Perhaps no other story is more compelling and more important in American history as that of how
our natural resources came to be one of the most important elements in our lives The history of our citizenryrsquos strong land ethic ties us to the natural world long after other nations have forgone this relationship We value how the common person from a common family can participate in the thrill of the chase experiencing wildness to its fullest
The North American Model of Conservation is a philosophy that the United States and Canada have
developed to manage wildlife in a sustainable way Historians debate how this land ethic began Some
say our model of conservation began in 1937 with the passage of the PittmanRobertson Act a move that provided funding for wildlife conservation at the national and state level The source of this funding came from the sale of hunting and shooting equipment Others may say that it began when the conservation giant President Theodore Roosevelt brought management of natural resources to the
political forefront Others would argue our Model of conservation was birthed under the Magna Charta which transferred the ownership of wildlife from the King of England and the English nobles to the all of
the people of England In reality however our Model has been under development for several hundred years combining what we have learned from other nations peoples cultures and experiences to shape a philosophy ingrained in our culture supported by hunters anglers and shooting sports enthusiasts
benefiting all wildlife and wild lands in the United States
First Wildlife Managers The concept of managing wildlife or natural resources was not conceived by our young nation For
thousands of years humanity has been manipulating and controlling the land and all its inhabitants to benefit our needs Ever since the first hunter followed that wooly creature across the Bering Straight embarking on an epic journey that would result in settling of North America man has ldquomanagedrdquo
wildlife in North America
Throughout history many leaders have shown some element of concern or conservation ethic towards wildlife The great Kublai Khan grandson of Genghis Khan and founder of the Yuan Dynasty in China forbade harvesting of many species of wildlife during critical reproductive months of March
through August so species could ldquoincrease and multiplyrdquo Conservation of wildlife is even found in Mosaic Law in Deuteronomy 226 representing some of the first written wildlife management idealsmdashldquo If you come across a birdrsquos nest in any tree or on the ground with young ones or eggs and
the mother sitting on the young or on the eggs you shall not take the mother with the youngrdquo (English Standard Version 2001)
As populations expanded throughout Europe wildlife resources fell under ownership of powerful kings
who enacted harsh punishments for anyone found taking the kingrsquos game In 1215 a rebellion against King John of England resulted in the Magna Charta transferring ownership of lands and game from the crown to the people This ldquoprivatizingrdquo of wildlife ownership had profound impacts America over 500 years later
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 51
Era Of Abundance (1600 ndash 1850) When our forefathers first landed on the eastern shores of America they brought with them science
religion and a new hope They found plentiful game and soon began a relationship with the land that provided them with many of their daily needs Wildlife was viewed as a limitless resource in a relatively untapped land These early settlers had left Europe where few had access to wildlife and entered a world where everyone had access Furs feathers hides all had value to this young country In 1776 the Declaration of Independence revoked the Kingrsquos rights to land and people in this new world After a
bloody war led by revolutionaries such as Washington Hamilton Jefferson and Adams the United States gained its independence and the land and wildlife belonged to everyone
Era Of Exploitation (1850 ndash 1900)
The 1800s brought a commercialization of our wildlife resources Market hunting and habitat
destruction began to decimate wildlife populations such as the American Bison and Passenger Pigeon After the American Revolutionary War and the Civial Warmdashwhich nearly destroyed our ldquodemocratic
experimentrdquo all togethermdashfew people were looking after the interest of wildlife and even fewer rules
existed governing the management of a resource everyone had ownership of yet no one had responsibility for
The railroad provided settlers with the means to access new lands expanding the markets for meats hides and fur Advancements in technology such as the repeating rifle further aided the unbridled
destruction of wildlife resources Yet throughout this era something positive was growing The people of this new nation were developing a relationship with the land By 1842 a Supreme Court ruling had huge impacts on this developing model of conservation resulting in a Public Trust Doctrine that would
further outline a model for conserving our natural resources Conservation was developing some direction but had no money or laws to support it
Era Of Protection (19001930) The early 1900s brought an industrial boom Abuse of natural resources had taken its toll and throughout the Nation and evidence of this abuse could be seen in the loss of species such as the
passenger pigeon near loss of the American bison and in many large mammals including whitetailed deer and our once numerous waterfowl species America was becoming an economic giant yet through
the roar of machines both political and metal a small voice could be heard It was the hunter and their voice was of concern for the direction our wildlife resources were heading Conservation minded men and women had continued a relationship with the land and the wildlife
Era of Game Management (1930 ndash 1966) The ldquodirty thirtiesrdquo were marked by the dust bowl and an impoverished nation Agricultural practices
unchecked by environmental stewardship had left the Nationrsquos heartland in ecological peril Politically the conservation movement was supported by the footings laid by Theodore Roosevelt New federal acts moved forward to provide for environmental protection due to the outcry of hunters in panic over the vanishing wildlife resources of the Nation
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 52
Wildlife conservation had support yet it lacked the science to properly manage our Nationrsquos resources A young biologist name Aldo Leopold changed all this with his writings including the book Game
Management which led to Universities across the country developing wildlife conservation programs These programs spawned a new breed of professional game managers who utilized science to support management methods that ultimately lead to the greatest wildlife conservation success story in the world In 1937 the PittmanRobertson Act provided thousands of jobs for young professionals along with ldquogame wardensrdquo supported by individual states to further the development of the Conservation Model
which now had science and funding to support it
Era of Environmental Management (1966 ndash Present) Science and funding led to a broadening view of conservation as focus shifted from managing ldquogame
animalsrdquo to managing the entire biota (environment and all living things in it) Further federal acts such
as the Endangered Species Act of 1966 and the National Environmental Policy Act of 1969 provided greater protection for species by a nation that had finally changed its course providing time to review
and perfect conservation efforts Recent acts such as the 1980 Farm Bill continued the effort to help
landowners provide quality habitat for wildlife and hunters by providing incentives to landowners to set aside highly erosive lands and plant them into wildlife habitat (grasslands) that benefit wildlife and hunters
The story of our unique model of conservation is still being written New challenges today threaten our
coveted resources and new professionals are entering the arena to further the plight of our Nationrsquos wildlife and hunting heritage
Seven Pillars of the Model
Seven main pillars have been highlighted as the foundation of support for the North American Model
of Conservation These include
The Public Trust The wildlife of the United States are owned by the people This is very different from the European Model where wildlife is privately owned The North American Model recognizes wildlife as a public
resource that is so important it can not be owned or managed by any one segment of our society but rather managed by professional state and federal entities for the benefit of all This concept known as
the Public Trust Doctrine began development in 1842 when the Supreme Court ruled that the Magna Charta had settled the question of who owns fish and wildlife and that King Charles II did not have the authority to give away the ldquodominion and propertyrdquo of lands in colonial America The court further ruled that since the American Revolution the people held public trust responsibilities for fish and wildlife except for rights specified in the US Constitution
Prohibition on Commerce
It was the hunter who brought forth stringent laws that protected wildlife from peril in the 19th
and 20th
centuries Because we all own and appreciate our wildlife as a national resource they should never find themselves on the public market to the highest bidder This path led to a largescale loss of many species
including the Passenger Pigeon and the near loss of the American bison As our country was developing these practices were common as people moved west in search of prosperity capitalizing on a land seemingly untouched by the modern world Today many laws in place serve to protect our most
valuable resourceshellipour wildlife
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 53
Democratic Rule of Law Each citizen of this great nation has the ability and responsibility to engage in healthy politics that serve
to support and protect sound wildlife conservation measures Our first conservation measures in this Country habitat restoration simple harvest restrictions and bag limits came from hunters people who respected the game they pursued and loved the wild places they chased them in The North American Model of conservation is built upon active public involvement instilling a value for wildlife in all citizens
Hunting Opportunity for All The Model was developed on the premise that all people regardless of political or economic standing could participate in and feel the thrill of the chase It is this unique Model that provides us with wildlife opportunities for all Americans Imagine how important this was to our fore fathers who left a brutal
King in England where only the aristocracy had any dream of pursuing wild creatures in wild places Our
wildlife laws ensure that each generation that comes after us will have the same opportunity to enjoy and appreciate wildlife
Nonfrivolous Use Our management of wildlife depends on a citizenry that loves and appreciates the wild creatures and the habitats necessary to their survival and our quality of life Wildlife may be utilized under strict rule of
law including utilizing the wildlife once harvested to its best potential Killing wildlife for the sake of killing can only lead to the numbing of hearts to wildlife and a profound lack of respect for our most
precious resources
International Resources
It was not until the 20th
century that hunters and wildlife lovers understood the importance of
managing wildlife at a much larger scale This became readily apparent with the passage of the
Migratory Bird Treaty Act of 1918 where nations came together to manage wildlife resources as a
collective Wildlife species do not recognize national or state boundaries Governments must work together to be effective in managing wildlife for the benefit of all The United States has made great
strides in this area with Mexico and Canada Our wildlife is not only a resource to us but to all continents they may call home throughout the year Our biologists must think globally to be effective locally
Scientific Management Although Theodore Roosevelt brought conservation to the political forefront it was a young forester from Iowa that made the study of wildlife management a science Aldo Leopold is considered by many
as the ldquofather of wildlife managementrdquo due to his tireless efforts to develop curriculum for future wildlife biologists Today our biologists earn their opportunity to manage wildlife through prominent
Bachelor Masters and Doctorate degree programs from Universities around the world Wildlife must be managed using fact science and the latest research We are constantly learning and adapting to new technology and changing environments For such an important resource we cannot afford to have it any other way
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 54
Nebraska Master Naturalist Specializations Certifying as a Specialist ldquoFollow your own natural geniusrdquo wrote Thoreau ldquoand it will not fail to show you a fresh prospect every hourrdquo Many of us learn by doing When our curiosity and interests carry us into deeper study of a given subject it can be helpful to have clear opportunities to pursue Thus the Nebraska Master Naturalist Program offers specialized voluntary training for those who are hungry to develop and apply their particular skill and personal understanding on behalf of our natural legacy Specializations are designed to create collaborators leaders and mentors in four key areas
Interpretation and Outreach
Outdoor Skills and Recreation
Resource Management
Citizen Science Master Naturalist Certification Requirements Annual Requirement o 8 Hours Training Annually o 20 Hours of Volunteerism Annually Master Naturalist Specialization Requirement One Time Requirement o 20 Hours of Training Total Specific to Specialization Annual Requirement o Additional 20 Hours of Volunteerism Annually Specific to Specialization (does not include initial Certification annual requirement hours)
OUTDOOR SKILLS AND RECREATION SPECIALIZATION The purpose of OUTDOOR SKILLS AND RECREATION is to promote activity and development of skills in the outdoor pursuits associated with natural resources Specializations are designed to create collaborators leaders and mentors in particular areas A Certified Nebraska Master Naturalist can complete the Outdoor Recreation Specializationby meeting the following requirements Complete at least one of the workshops or certification‐leading trainings listed below If specialized training is not listed below it can be approved upon request by the Master Naturalist Program Committee Specialized Training Options ‐
Hunter Education Instructor Certification 13 hrs
National 4‐H Shooting Sports Instructor Certification 32 hrs
Nebraska 4‐H Shooting Sports Shotgun Certification 12 hrs
Nebraska 4‐H Shooting Sports Archery Certification 12 hrs
Nebraska 4‐H Shooting Sports Rifle Certification 12 hrs
Nebraska 4‐H Shooting Sports Pistol Certification 12 hrs
Nebraska 4‐H Shooting Sports Muzzleloader Certification 12 hrs
National Archery in the Schools Program Basic Archery Instructor 4 hrs
NRA Range OfficerMaster Certification 8 hrs
Hunt Master Training Instructor 4 hrs
NRA Shooting Instructor 16 hrs
NRA Shotgun Instructor 16 hrs
NRA Rifle Instructor 16 hrs
Boater Education Instructor 12 hrs
Youth Fishing Instructor 5 hrs
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 55
American Canoe Association National CanoeKayak Instructor 16‐32hrs
National Camp SchoolBoy Scouts 16‐24 hrs
Wood Badge TrainingBoy Scouts 16‐24 hrs
Merit Badge Counselor TrainingBoy Scouts 2‐16 hrs
Conservation Leaders for Tomorrow 35 hrs
Wilderness First Aid 16‐32 hrs
Professional Trappers College 40 hrs
American Camp Association Instructor Training 8‐40 hrs
American Red Cross Instructor Training 2‐16 hrs
American Sailing Association Instructor Training 16‐24 hrs
Certified Horsemanship Association Instructor Training 24‐40 hrs
Leave No Trace Master Educator Training 40 hrs
National Outdoor Leadership School 280 hrs
Camp Cook School 32‐96 hrs
Professional Association of Diving Instructors Training 32‐96 hrs
Professional Mountain Bike Association Instructor Training 24 hrs
League of American Bicyclists Instructor Certification 24 hrs
Hunting
Shooting
Fishing
Trapping
Camping
Outdoor Cooking
Orienteering
Geocaching
Photography
Wildlife Viewing
Hiking
Biking
Birding
Becoming an Outdoors‐Woman Program
Wilderness First Aid
Wilderness Survival
Leave No Trace Educator
Service Options ndash Provide a minimum of 20 hours of service annually in the following or similar areas
4‐H leader and youth training outdoor recreation
Scout leader and youth training outdoor recreation
Wild About Nature
Flying WILD Educator or Facilitator Workshop
Becoming an Outdoors Woman (BOW)
Beyond Becoming an Outdoors Woman (BOW)
Family Camp
Learn to Hunt Program
National Archery in the Schools Program BAI training or greater
Mentor HuntHunt Masters Training
After School Programs
Others ndash Upon approval
Outdoor discovery programs volunteer
CRO at a shooting event
Assist with National or State shooting sports competitions
Family fishing day
Design or write a brochure
Develop or contribute to a website
Develop or contribute to a social networking site
Design or write a newsletter
Assist in fundraising
Plan an event or festival
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 56
Interpretation amp Education- Developed By Lindsay Rogers Nebraska Game amp Parks
Commission
Do not try to satisfy your vanity by teaching a great many things Awaken peoplersquos curiosity It is
enough to open minds do not overload them Put there just a spark If there is some good
inflammable stuff it will catch firerdquo
- Anatole France in The Earth Speaks
Session Objectives
To help participants understand the role education plays in sounds ecological conservation
To help participants learn about past and present conservationist and interpretive educators
To help participants learn components of quality education and interpretation
To have participants partake in quality interpretive education
To make sure participants understand that their role is to light the spark and awaken curiosityhellip not spew facts
Lecture Requirements
1 What is interpretation (5 minutes) a What does ldquointerpretrdquo mean b National Association of Interpretation definition of ldquointerpretationrdquo
i Interpretation is a mission-based communication process that forges emotional and intellectual connection between the interests of the audience and the meanings inherent to the resource
c Freeman Tilden Interpreting Our Heritage 1957 i Interpretation is an educational activity which aims to reveal meanings
and relationships through the use of original objects by first-hand experience and by illustrative media rather than simply to communicate factual information
d Components of interpretation i pleasurable or enjoyable
ii relevant to the world iii organized iv themed v sparks an interest
vi includes information but does not stop there links information to the world
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 57
vii age appropriate viii taught to someone not at them
2 What is education (5 minutes)
a What does it mean to ldquoeducaterdquo someone b John Dewey Democracy amp Education 2944
i Education in its general sense is a form of learning in which the knowledge skills and habits of a group of people are transferred from one generation to the next through teaching training or research
c Components of education i - generally presented to someone but not always
ii enjoyable sometimes iii provides knowledge and facts iv can make connections but not always v organized and themed
d Both education and interpretation are important they work together
3 Conservationists (10 minutes) a Jon Muir
i Immigrated from Scotland to Wisconsin in 1849 ii Attended the University of Wisconsin studies botany amp geology
iii Moved to the western US mainly the Sierra Nevada area iv Believed humans were part of the interconnected natural world v Advocated for the preservation of natural areas
vi Co-founded the Sierra Club b Aldo Leopold
i Iowa native attended Yale University ii After college he joined the US Forest Service was stationed in Arizona
and New Mexico iii Developed theories of land ethics the need for biodiversity and an
appreciation for wilderness areas iv Moved to Wisconsin in 1924 became a professor at the University of
Wisconsin v Regarded as the ldquoFather of Conservationrdquo
c Gifford Pinchot i Born in Connecticut in 1905
ii Studied at Yale studies forestry in France iii Named chief of the Division of Forestry (later to become the US Forest
Service) iv First chief of the US Forest Service greatly improved forest
management and increased the size of Forest Service lands
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 58
v Managed forests for the greatest good for the greatest number Pinchot added the phrase in the long run to emphasize that forest management consists of long-term decisions
d Steven Mather i Born in California attended Berkley University
ii Worked for the Pacific Coast Borax Company where he had a talent for promotion Started a competing company made millions
iii When revisiting Sequoia and Yosemite National Parks in 1914 he was appalled by the conditions of the national parks
iv Joined the Department of the Interior as the head of parks later created the National Parks System
v Professionalized the National Parks and helped to greatly grow protected lands
e Rachel Carson i Born in Pennsylvania in 1907 attended John Hopkins University for
graduate school ii Went to work for the US Bureau of Fisheries (later to become the US
Fish amp Wildlife Service) iii Wrote Silent Spring in 1962 The book created an awaking for Americanrsquos
to their responsibility to the environment and wildlife The book lead to the US Government banning the use of DDT
f Theodore Roosevelt i Born in 1858 in New York New York was a sickly child who stayed inside
studying natural history ii An avid outdoorsman he spent much time in the South Dakota Badlands
iii Became President in 1901 with the assignation of President McKinley iv Among many major accomplishments as president he started the
National Parks was instrumental in conserving about 230 million acres
4 Naturalist Interpreters (10 minutes) a Freeman Tilden
i Born 1883 worked as a newspaper columnist and author ii At age 58 he began working with the National Parks Service
iii While traveling to various National Parks he became concerned with the quality of interpretation
iv Wrote Interpreting Our Heritage in 1957 outlines 6 principles to quality interpretation forever changed the field of interpretation
b William Lewis i Worked as a ranger naturalist and interpreter trainer for the National
Parks Service ii Developed the approach of ldquoThematic Interpretationrdquo which requires the
interpreter to choose a central theme (major point) to guide the development of a program
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 59
iii Wrote Interpreting For Park Visitors c Sam Ham
i Director of Center for International Training and Outreach at the University of Idaho
ii Work has focused on applying communication theory to environmental conservation interpretation and on nature-based tourism and guide training
iii Wrote Environmental Interpretation (1992) d Ted Cable
i Professor of Park Management and Conservation at Kansas State University
ii Co-authored Interpreting Cultural and Natural Resources (2003) and Interpretation for the 21st Century Fifteen Guiding Principles for Interpreting Nature and Culture (2002)
5 Conducting an Interpretative Program Try and Fail (60 minutes + 120 minutes of activities throughouthellip see list of Suggested Activities below)
a Experiential Learning i The first time you tried to walk you failed The first time you rode a bike
you failed This is called experiential learning The first time you attempt an educational or interpretation program you will fail thatrsquos how we learn
ii Donrsquot be afraid to fail b Ask Questions about the ProgramPresentation before you commit to leading it c Plan your Program
i Generally I want my presentation to be about Specifically however I want to tell my audience about After hearing my presentation I want my audience to understand (what is the big picture you want them to take home)
1 You do not need (or want) to teach your audience everything you know your job is to light the spark
ii What will your tangibles and intangibles be 1 Tangibles are those things you can touch things you use to teach
when teaching a Examples include a tree a mammal pelt a skull a live
animal a prairie 2 Intangibles involve connecting the tangibles to concepts and the
ideas they represent intangibles are the meanings the relationships the processes the ideas the feelings and the beliefs
a Examples include food webs ecosystem health entropy ecology
iii People remember themes they forget facts
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 60
iv Plan for an organized presentation 1 Think about your overall theme smaller parts of the program and
your transitions v Stick to your theme
vi Determine what type of presentation you will have 1 PowerPoint (avoid) 2 Podium Presentation (avoid) 3 Active taking a hike playing a game etc 4 Hands-on touching feeling trying hearing smelling
vii Think about all the different kinds of learners 1 verbal-linguistic 2 logical-mathematical 3 visual-spatial 4 kinesthetic 5 musical-rhythmic 6 interpersonal (groups) 7 intrapersonal (individual) 8 naturalist
d Know your role as an educator 1 Provide facts and relationships not opinions 2 Allow participants to determine their own opinions and beliefs
using the facts amp relationships you provide them 3 PLAY ldquoFIRST IMPRESSIONSrdquo
e Prepare Prepare Prepare 1 Know the type of space and area you will have (indoor vs
outdoor small space vs vast area etc) 2 Plan for more that you are told 3 Plan for the weather (always expect it to be windy in Nebraska)
f Questions i Ask good questions
1 Is this a fox Vs How do you know this is a fox 2 Do you have any questions Vs What questions do you have
ii Be prepared for quality questions 1 What are the implications for describe the impact of what are
the reasons for iii Be prepared for ldquogoodrdquo questions
1 Do you have ewoks in the forest If a Mountain Lion and an Eagle were to fight who would win
2 Take all questions seriously Answer seriously g Model what you want to see the students do
i If you want a group of students to catch insects help them get active with them
ii This is true when working with children and adults
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 61
1 Working alongside students validates them and their learning h Be enthusiastic show your passion
i This is another form of modeling what you want to see in your students ii We need to excite students (no matter their age) about conservation
nature and the outdoors iii Have fun
6 Take Home Lesson Light the Spark and Donrsquot Be Afraid to Fail
Suggested Activities (amp potential mandatory activities)
Throughout the lesson conduct multiple games andor activities to model good interpretation
Suggested games include but are not limited to
1 Oh Deer (Project WILD) 2 First Impressions (to be done during section 5) (Project WILD) 3 The Long Haul (Project WET) 4 Sum of the Parts (Project WET) 5 Water Quality Ask the Bugs (Project WET) 6 Adaptation Artistry (Flying WILD) or Fashion a Fish (Aquatic Project WILD) 7 Avian Antics (Flying WILD) 8 Pollinators Meet Your Plants (Nebraska Project WILD wwwnebraskaprojectwildorg) 9 Scavenger Hunts (Nebraska Project WILD wwwnebraskaprojectwildorg)
Suggested Post-Readings
Interpreting Our Heritage Freeman Tilden 1957 (4th edition 2008)
ISBN-13 978-0807858677
Interpreting for Park Visitors William Lewis 1981
ISBN-13 978-0890620793
Environmental Interpretation Sam Ham 1992
ISBN-13 978-1555919023
Interpretation for the 21st Century Fifteen Guiding Principles for Interpreting Nature and
Culture Larry Beck amp Ted Cable 2002
ISBN-13 978-1571675224
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 62
Interpretation-Making a Difference on Purpose Sam Ham 2013
ISBN-13 978-1555917425
Foundations of Interpretation Curriculum Content Narrative National Parks Service 2007
httpwwwnpsgovidpinterp101foundationscurriculumpdf
Websites
National Association of Interpretation
wwwinterpnetcom
North American Association for Environmental Education
wwwnaaeeorg
Nebraska Alliance for Conservation and Environment Education
wwwnaceeorg
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 63
Safety in the Field
Developed by Rich Hawes Nebraska Master Naturalist rdhawes26msncom
Objectives
Raise awareness of Risk Managementassessment as part of event planning
Guidelines to safe activities for participants presenters and the environment
Present Leave No Trace Principals as part of all outdoor activities
Present resources for additional training or certification for outdoor activities
Hands on activities to encourage interest and to provoke thought and discussion
Hazards of the area
Outdoor hiking safety
Stewardship of the land and natural resources
Being flexible and working with ldquowhat you haverdquo
Outline
1 Outdoor Activities ndash Whatrsquos The Worst That Can Happen An Introduction to Event Planning and Risk Management
2 Leave No Trace Principals
3 Trip planning and Logistics
4 Health amp Safety
5 Youth Protection
6 Age Appropriate Activities
7 Resource Training and Certifications
a Standard First Aid CPRAED Wilderness First Aid
b Shooting Sports - Range Safety Officer or Instructor
c Hunter Safety Instructor
d Climbing COPE and Zip Lines
e Water Safety Instructor Life Guard Small Boat Handling
f Leave No Trace Trainer or Master Educator
g Tread Lightly Tread Trainer or Master Tread Trainer
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 64
Suggested Activities
CPR Scenario
First Aid Scenario
Weather Scenario
Lost Scenario
Online Resources
American Camp Association
Boy Scouts of America
Youth Protection
Safe Swim Defense
Safety Afloat
Climb On Safely
Weather Safety
Trek On Safely
(etc)
Leave No Trace
Nebraska Game amp Parks
Hunter Safety
Boating Rules amp Regs
National Rifle Association
(Archery groups)
American Red Cross
(wilderness medicine group(s))
NOLS
Tread Lightly
US Coast Guard
NEBRASKA MASTER NATURALIST Explore Contribute Connect
17
o South facing bluffs -Oak basswood black walnut green ash o Canyons ndash Paper birch quaking aspen o North river bluffs ndash ponderosa pine o Referred to as a biological crossroads
Wet meadows o Sedges spike rushes prairie cordgrass switchgrass o Shrubs - Sandbar willow false indigobush
Alkaline wet meadows o Inland saltgrass foxtail barley alkali sacaton meadow bluegrass and scratchgrass
Fens o Contain 20 at-risk plant species including bog bean cottongrass and marsh marigold
Freshwater marshes o Ripgut sedge common reed smartweeds bulrush cattail duckweed coontail
Alkaline marshes ndash alkaline-tolerant plants Birds
More that 300 species of birds o Sharp-tailed grouse and greater prairie chicken o Long-billed curlew (sandhills important breeding site)
Upland sandpiper vesper sparrow lark bunting grasshopper sparrow western meadowlark High concentration of northern harriers and ferruginous hawks
Important breeding area for mallards blue-wing teal pintail
American Bird Conservancy calls the area the ldquoBest grassland bird place in the United Statesrdquo Mammals
55 species of mammals but not specific to the Ecoregion Fish
75 species of fish
Rare spps ndash blacknose shiner pearl northern redbelly and finescale daces o Species cutoff from principle range
Amphibians and Reptiles
27 species o One salamander 3 toads 4 frogs 6 turtles 4 lizards 9 snakes
Eco-tourism amp Wildlife Viewing
Crescent Lake Fort Niobrara Valentine National Wildlife Refuges
Nebraska and Samuel R McKelvie National Forests
Niobrara Valley Preserve (TNC property) with 2 bison herds
Merritt Reservoir Calamus Reservoir
Niobrara Wild and Scenic River o Over 10 outfitters in Valentine area for canoeing kayaking and tubing
Dismal Loup and Cedar rivers also offer canoeing and tubing
Niobrara Valley Preserve
Swan Lake Motor Route
Sandhills Scenic Byway (Hwy 2) ndash one of the top 10 scenic highways in the nation
NEBRASKA MASTER NATURALIST Explore Contribute Connect
18
Stargazing ndash Nebraska Star Party near Valentine in August
Cowboy Trail (will be the nationrsquos longest rails-to-trails conversion)
Calamus Outfitters
Shortgrass Prairie
Introduction
Found in western Nebraska
High diversity of habitats
Dramatic changes in elevation and topography
Soils range from sand to clay-loam to hard sandstone
Annual precipitation 12-17 inches ndash humidity generally low
Annual average temperature 47-50
Topography o Truest form of shortgrass prairie found in Banner Cheyenne Deuel and Kimball counties o Mixedgrass and sandsage prairies in southeast of Ecoregion o Wildcat Hills bluff formation found in Scottsbluff amp Morrill counties o Relic sandhill extend through Morrill and Sioux counties o Pine Ridge found in northern Dawes Sheridan and Sioux counties
Streams o North Platte River Lodgepole Creek Upper Niobrara and White Rivers o 5 large reservoirs and a number of smaller artificial lakes o Playas found throughout the region
Vegetation
Shortgrass Prairie o Buffalograss blue grama side-oats grama purple threeawn (grass height 10 inch) o Over 100 spps of forbs o Milkvetch scarlet guara cutleaf ironplant prickly pear purple locoweed scurfpea
prairie coneflower scarlet globe mallow
Mixedgrass Prairie o Blue grama prairie sandreed threadleaf sedge needle-and thread grass little bluestem
western wheatgrass (grass height 18-24 inches) o Shrubs
Skunkbush sumac winterfat fringed sage snowberry yucca broom snakeweed o Over 100 species of Forbs o Scarlet guara dotted gayfeather skeleton plant cutleaf ironplant scurfpea scarlet
globe mallow o Within the mixedgrass prairie ndash 2 unique communities found
Northwestern mixedgrass amp Loess mixedgrass prairie
Sandhill dune prairie and sandsage prairies o Sandsage sand bluestem blue grama prairie sandreed needle-and-thread yucca o Forbs ndashsand-lily desert goosefoot plains sunflower bush morning glory showy
impomopsis
Western alkaline meadows along the North Platte o Inland saltgrass alkali sacaton field sedge foxtail barley meadow bluegrass o Forbs ndash spearscale alkali aster camphor daisy thelypody
NEBRASKA MASTER NATURALIST Explore Contribute Connect
19
Ponderosa pine woodlands o Ponderosa pine quaking aspen green ash Saskatoon serviceberry chokecherry dwarf
juniper fragrant sumac mountain mahogany wolfberry Kentucky bluegrass littleseed ricegrass
Riparian woodlands o Cottonwoods peachleaf willows green ash boxelder Sandbar willow wild plum
chokecherry buffaloberry horsetail sedges marsh muhly and cordgrass
Badlands o Saltbush rabbitbrush poverty weed Russian thistle
Birds
More that 300 species of birds found
Shortgrass birds o McCownrsquos and Chestnut-collared longspurs Brewerrsquos sparrow horned lark burrowing
owl and state threatened mountain plover
Mixedgrass birds o Western meadowlark grasshopper sparrow lark bunting
Pine Ridge birds o Lewisrsquo woodpecker pygmy nuthatch ovenbird mountain bluebird
Wetland birds o Canada geese mallard northern pintail shorebirds
Mammals
White-tail and mule deer elk pronghorn bighorn sheep coyotes bobcats mountain lions prairie dogs federally endangered black-footed ferret river otter black-tailed jackrabbit badger pocket gopher grasshopper mouse
Fish
Many gamefish state threatened finescale dace endangered blacknose shiner etc Amphibians and Reptiles
Include western striped chorus frog Woodhousersquos toad bullsnake prairie rattler lesser earless lizard horned lizard ornate box turtle and painted turtle
Ecotourism amp Wildlife
Lake McConaughy (largest reservoir in state)
Lake Ogallala
Pine Ridge area o Ft Robinson State Park o Chadron State Park o Nebraska National Forest (Pine Ridge Unit) o Soldier Creek Wilderness
Oglala National Grassland and Toadstool Geologic Park
Wildcat Hills Nature Center in Gering
Scotts Bluff National Monument
Chimney Rock
Agate Fossil Beds National Monument
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20
Endangered Species Act
The Endangered Species Act provides a program for the conservation of threatened and endangered
plants and animals and the habitats in which they are found The US Fish and Wildlife Service and the
Department of the Interior maintain the list of 632 endangered species (326 plants and 306 animals) and
190 threatened species (112 animals and 78 plants)
The law is written to prohibit any action that results in taking or injuring a listed species or negatively affects habitat Also prohibited is the import export interstate or foreign trade of listed species
Nebraskarsquos Endangered amp Threatened Species
State Status Federal Status
Birds Bald Eagle Threatened Threatened
Piping Plover Threatened Threatened
Mountain Plover Threatened Proposed Threatened
Whooping Crane Endangered Endangered
Eskimo Curlew Endangered Endangered
Interior Least Tern Endangered Endangered
Mammals River Otter Threatened
Southern Flying Squirrel Threatened
Black-footed Ferret Endangered Endangered
Swift Fox Endangered
Black-tailed Prairie Dog Candidate
Plants Western Prairie Fringed Orchid Threatened Threatened
Utersquos Ladyrsquos Tresses Threatened Threatened
Ginseng Threatened
Small White Ladyrsquos Slipper Threatened
Colorado Butterfly Plant Endangered Threatened
Saltwort Endangered
Hayden Penstemon Endangered Endangered
Insects American Burying Beetle Endangered Endangered
Salt Creek Tiger Beetle Endangered Candidate
Fish Lake Sturgeon Threatened
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21
Northern Redbelly Dace Threatened
Finescale Dace Threatened
Blacknose Shiner Threatened
Topeka Shiner Endangered Endangered
Sturgeon Chub Endangered
Pallid Sturgeon Endangered Endangered
Reptiles amp Mussels Massasauga Threatened
Scaleshell Mussel Endangered Endangered
Information courtesy of Nebraska Game and Parks US Department of the Interior and the US Fish
and Wildlife Service
The Nuts and Bolts
Without habitat there are no animals
Every species has its niche
Understand the importance of biodiversity Know where the Platte River begins and ends understand its
makeup and where Rowe is located in the relationship to the river How Rowe plays a role in
conservation habitat maintenance and education Have an understanding of what constitutes the 4
major eco-regions in Nebraska
References Integrated Principals of Zoology by Cleveland P Hickman Jr Larry S Roberts Alan Larson (WmC
Brown Publishers 1996)
Zoology by Lawrence G Mitchell John A Mutchmor Warren D Dolphin (The BenjaminCummings
Publishing Company Inc 1988)
Biology the unity and Diversity of Life 7th Ed By Cecie Starr and Ralph Taggart (Wadsworth Publishing
Company 1995)
Nebraskarsquos Natural Legacy Project httpwwwngpcstateneuswildlifeprogramslegacyreviewasp
Cliffs Quick Review Biology by I Edward Alcamo PhD and Kelly Schweitzer PhD (Wiley Publishing 2001)
Biology for Dummies by Donna Rae Siegfried (Wiley Publishing Inc 2001)
NEBRASKA MASTER NATURALIST Explore Contribute Connect
22
Taxonomy in a Nutshell
Definitions
Classification is a systematic arrangement in groups or categories according to established
criteria
Taxonomy is the orderly classification of plants and animals according to their presumed natural
relationships
Binomial nomenclature (Binomial = 2 terms ndash Generic amp specific nomenclature = set of names)
is a system of naming in which each species of animal or plant is given a two tern Latin name
The first term identifies the genus to which the plantanimal belongs and is always spelled with
a capital letter The second term is the species of the plantanimal and is spelled with a lower
case letter This ldquoscientific namerdquo is usually printed in italics or underlined For example ndash Felis
concolor or Felis concolor
The Reason for ithellipWhy use taxonomy
Scientific taxonomic classification is a tool used through the world in an effort to catalog and compare
living things Zoologists now classify approximately 15 million animal species Each year about 10000
new species are added and it is estimated that more than 10 million different animal species may
actually exist on earth
Okay But why Latin
Common names of animals and plants vary from place to place even within a community For instance
the animal name above Felis concolor is known as puma mountain lion catamount panther and
several other local names So how does a biologist from Nebraska know that she and a scientist from
Scotland are talking about the same animalplant Throughout the scientific world Latin is recognized
as the universal language of scholars and scientists By referring to it by its Latin ldquoscientific namerdquo there
is no mistaking what animalplant they are referring to Latin also provides a source for decoding the
scientific name into something that tells you a little about the animalplant itself A translation often
provides a short description of the animal ie the giant anteaterrsquos species tridactyla actually means
three-toed
Background
The identification and comparison of different animals and plant species dates back to ancient times
Naturalists wrote herbals and bestiaries that were lists and descriptions of familiar organisms of a given
locality There was little interest in communicating outside a restricted region The advent of the
printing press led to broader dissemination of books and ideas Cataloging and comparing species on a
more comprehensive scale became possible As naturalists compiled their work they used many words
NEBRASKA MASTER NATURALIST Explore Contribute Connect
23
to describe a species by several characteristics sometimes defining one species in terms of another For
example the blue chair with the fluted arms the red chair like the blue chair with the fluted arms etc
Each authorrsquos system and terminology was different It is only comparatively recently that the
observation and study of the animal and plant world has begun to be organized along truly scientific
lines
Toward the middle of the eighteenth century the Swedish botanist Carolus Linnaeus produced a general
classification of all living species and this system has formed the departure point for all subsequent
developments of taxonomy His system was ambitious and used polynomials some with fifteen words
An example is the oak with leaves with deep blunt lobes bearing hair-like bristles Although he
considered the polynomial name to be the true one he also made notes with two-term names The
current binomial system used today is based upon these notes His writings and those of other scientists
that came after him became the standard for all classifications Since Latin was the universal language
of scholarship his writings were all in Latin Actually his real name was Carl van Linne but he translated
that to Latin as well
In the course of the last couple of centuries naturalists have come to adopt two different forms of
investigation and comparison in their classification process First they studied the question of
adaptation to the environment the significance of diverse structures and behavioral patterns among
animal species and the reason why these different modes of behavior and lifestyles enable animals in
different surroundings to survive
Secondly they have tried to recognize affinities and relationships between the various species They
have attempted to identify the ldquofamily likenessesrdquo that often exist among species which live in different
environments and therefore may be quite unlike one another in outward appearance
As a result of all this research scientists have built up a system of classification which places every
animalplant species in a particular category according to its relationships with other animalsplants
This is taxonomy
Side note ndash genetic testing is now being used to help with classification
How does it Work
When a new animalplant is recognized and identified it is given a species name This may be a term
that describes it or identifies the person who first recognized it as a separate species Originally these
species names were assigned by the individual scientist that discovered them but now they are
assigned by international groups Once this species term is assigned it almost never changes In theory
NEBRASKA MASTER NATURALIST Explore Contribute Connect
24
it is never supposed to be changed even if it is later moved to a different genus family or class but over
the years there have been a few exceptions
The basis of taxonomy however is the genus This is the smallest grouping of related species When
taxonomy began there were relatively few identified species so species were grouped into genera and
there it ended As the body of knowledge grew so did the need for a broader system of grouping From
there the hierarchical system of classification based on natural features evolved
The current system works as follows
Individually related species are grouped into the same genus
The most closely related genera are grouped into the same family
Related families are grouped into an order
Orders are grouped into a related class
Similar classes are included in the same phylum
The phyla are then placed into the proper kingdom
Each of these categories may also contain sub- or super- subdivisions
Taxonomy is a constant work in progress As scientists learn more about different species their
classification may change Changes can reflect a clearer understanding of where the species fits in
among the others with similar characteristics Until recently we only had to contend with two kingdoms
ndash animal and plants Today scientists recognize a least five different kingdoms of living things
Monera ndash bacteria and blue-green algae
Protista ndash one-celled organism with nucleus
Plantea ndash green plants
Fungi ndash non-green plants
Animalia ndash animals
NEBRASKA MASTER NATURALIST Explore Contribute Connect
25
Fauna of Nebraska
Developed and Adopted by Keanna Leonard Education Director Rowe Sanctuary
Objectives for Fauna Mammals Amphibians amp Reptiles Birds 3-4 hours
1 Descriptions ndash (Mammals Amphibians and Reptiles birds --ndash IMPORTANT CHARACTERISTICS)
2 Vocabulary
3 Common Oderrsquos in Nebraska and examples
4 Nuts amp Bolts of Mammals How to ID amp locate specific animals and their evidence (possible
activity tracks traces etc) in Nebraska
MAMMALS IN A NUTSHELL Basic Characteristics
1 Mammary glands (hint the name) that
produce milk
2 Sweat glands
3 Sebaceous glands for oil
4 Presence of hair on the body at some time
during life span
5 Homiothermic Endotherm (warm blooded)--
regulate high body temperature
6 Four-chambered heart
7 Enucleated red blood cells
8 Have a diaphragm
9 Enlarged cerebral hemisphere
10 One bone in lower jaw and complex
dentition
11 3 middle ear bones
12 Turbinal bones in nasal chamber
13 Eggs develop in a uterus with
placental attachment and born alive
(viviparous)
MAMMAL VOCABULARY
Altricial Born helpless
Arboreal Tree dwelling
Carnivore A mammal in the order Carnivora
Carnivorous Meat eating
Crepuscular Active at dusk and dawn
Diurnal Active during the day
Dominant Ruler or leader of others
Habitat Region where an animal lives
Herbivore An animal that eats only plants
Herbivorous Plant eating
Hibernation Winter period when certain
animals become inactive to a point in
where all body functions slow
considerably for a long period
Instinct Inherited mode of behavior
Mammal Animals that have hair on their
bodies (see other char above)
Marsupial Animals whose females have
pouches
Nocturnal Active during nighttime
Omnivore Animals that eats both meat and
plant material
Omnivorous Eating both meat and plant
material
Precocial Born in an advanced stage of
development and able to move about
Predator Animals that kills another animal for
food
Prehensile Grasping
Prey Animal hunted for food
NEBRASKA MASTER NATURALIST Explore Contribute Connect
26
Protective coloration Enables the animal to
blend in with surroundings
Reticulated Net-like pattern of skin
Terrestrial Ground dwelling
Viviparous Live birthing
There are 21 orders of mammals found in the world
Listed below are the orders and examples of common species found in Nebraska
More Species found in Core Curriculum Binder
Insectivores (shrews and moles)
Masked Shrew (Sorex cinereus)
Northern Short-tailed Shrew (Blarina
brevicauda) (venomous)
Least Shrew (Cryptotis parva)
Eastern Mole (Scalopus aquaticus)
Chiroptera (bats)
Big Brown Bat (Eptesicus fuscus)
Red Bat (Lasiurus borealis)
Hoary Bat (Lasiurus cinereus)
Xenarthra
Nine-banded Armadillo (Dasypus novemcinctus)
Lagomorpha Eastern Cottontail (Sylvilagus floridanus) Black-tailed Jackrabbit (Lepus californicus)
Rodentia
Franklinrsquos Ground Squirrel (Spermophilus
franklinii)
Thirteen-lined Ground Squirrel (S
tridecemlineatus)
Black-tailed Prairie Dog (Cynomys
ludovicianus)
Plains Pocket Gopher (Geomys bursarius)(fur-
lined pouch)
Plains Pocket Mouse (Perognathus
flavescens)
Beaver (Castor canadensis)
Eastern Woodrat (Neotoma floridana)
Meadow Vole (Microtus pennsylvanicus)
Muskrat (Ondtra zibethicus) (laterally
compressed tail)
Porcupine (Erethizon dorsatu
Carnivora Despite the name of the order not all are carnivorous Many are omnivores (most bears and raccoons)
and some are even herbivores (giant panda)
Most carnivorous mammals have 3 up and 3 down relatively small incisors and 1 up and 1 down large
canine teeth on both sides of the incisors
Common species found in this area include
Family Canidae Coyote (Canis latrans) Red fox (Vulpes vulpes)
Family Procyonida Raccoon (Procyon lotor)
Family Mustelidae
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27
Long-tailed Weasel (Mustela nivalis)
Least Weasel (M nibalis)
Mink (Mustela vison)
Badger (Taxidea taxus)
Striped Skunk (Mephitis mephitis)
River Otter (Lutra canadensis)
Family Felidae Bobcat (Felis rufus)
Artiodactyla Mule Deer (Odocoileus hemionus) White-tailed Deer (O virginianus
References National Audubon Society Field Guide to North American Mammals by John O Whitake Jr Robert
Elman Carol Nehring (Alfred A Knoph Inc 1994)
Guide to Mammals of the Plains States By J Knox Jr Davide M Armstrong Jerry R Choate (University
of Nebraska Press 1985)
The Nuts and Bolts Know important characteristics especially-
Mammary glands Sweat glands Sebaceous glands Hair sometime during their life
4 chambered heart
Though these critters look like a rodent
Donrsquot confuse them for a moment
They sport small eyes and ears out of view
Their teeth are small sharp and more than a few
They are made up of one mole and shrews three
So in what ORDER can they be
Commonly seen species of Chiroptera number three And are known as the only mammals to swim through the air free They are normally seen at night and for finding food use echolocation rather than sight Now I know you know what they be But go ahead and name all three These mammals have what humans claim to be a disgusting habit of defecating undigested pellets and eating them again What are they Chewing the cud is normal for this group and so is walking on their two middle toes Name the common species found in this area
NEBRASKA MASTER NATURALIST Explore Contribute Connect
28
AMPHIBIANS
Basic Characteristics
1 Skin naked No scales or hair
2 Eggs do not have shells but are jelly like
Laid in clusters always in water
3 Ectodermic
4 Can breathe through permeable skin
5 Spend all or part of life in water
6 Adults are carnivores Size of head
determines size of prey
7 Incomplete lung development
DIFFERENCES BETWEEN REPTILES AND AMPHIBIANS
Reptiles
1 Ectodermic
2 Covered with scales or plates
3 Shed skin
4 Most not do not live in or around water
Amphibians
1 Ectodermic
2 Smooth slimy skin without scales
3 Do not shed skin
4 Spend all or part of life in water
5 Go through metamorphose
Listed below are the orders and examples of common species found in Nebraska
More Species found in Core Curriculum Binder
Salamanders (Order Urodela)
Small-mouth Salamander (Ambystoma
texanum) Occurs in eastern Nebraksa
Tiger Salamander (A tigrinum) Occurs
throughout the state
Frogs and Toads (Order Anura) Thirteen species occur in Nebraska
Pelobatidae or Spadefoot Family
Plains Spadefoot (Spea bombifrons) Occurs throughout Nebraska expect southeast
Ranidae or True Frog Family Plains Leopard Frog (Rana blairi)
Northern Leopard Frog (Rana pipiens)
Bullfrog (Rana catesbeiana
Microhylidae or Narrow-mouthed Family Plains Narrowmouth Toad (Gastrophryne olivacea)
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29
Bufonidae or Toad Family
American Toad (Bufo americanus) Occurs only
in eastern part of the state
Great Plains Toad (Bufo cognatus) Occurs
throughout the state
Woodhousersquos Toad (Bufo woodhousei) Occurs
throughout the state
Hylidae or Tree Frogs
Northern Cricket Frog (Acris crepitans) East
and central Nebraska
Western Striped Chorus Frog (Pseudacris
triseriata amp P maculata) Occurs throughout the
state
Copes Gray Treefrog (Hyla chrysoscelis) Found
in eastern part of state
Resources Reptiles and Amphibians of Nebraska ndash herpetology database httpsnrsunleduherpneb
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30
REPTILES Basic Characteristics
1 Ectothermic (cold-blooded) Body temperature is the same as the temperature of its surroundings
2 Dry skin covered with scales or plates
3 Teeth if present are needle-like or conical
4 Skin shed in one piece or several pieces at intervals
5 Lay soft shelled eggs or young born alive in a membranous sac
6 Lung breathing
There are four groups
Lizards - Short-legged long-bodied reptiles
Taped tail Size varies from 4- inch long fence
swift to 10 foot Kamodo dragon
Snakes - Legates cousins of lizards
Turtles - Armored shells
Crocodilians - Crocodiles Alligators Caimans
REPTILE VOCABULARY
Antivenin An antidote to the venom of
venomous snakes produced by inoculating
horses with small doses of venom Horses build
up an immunity or resistance The horsersquos
blood is used to make the antivenin
Blue Stage Refers to the condition of a snake
prior to shedding
Carapace Dorsal (covering the back) shell
Constrictor A term used in describing a snake
that kills its prey by constriction
Ectothermic Not able to control body
temperature (Cold-blooded) Dependent upon
environment to control body temperature
Egg Tooth A sharp projection located in front
of nose on upper jaw Used by infant reptiles to
cut through eggshell
Fangs Grooved or tubular teeth used to inject
venom
Hemotoxin Venom that attacks the blood
Herpetologist A specialist in reptiles
Jacobsonrsquos Organ A tastesmell sense organ
with two small openings located on roof of
mouth
Thermal Pit A heat sensory pit on side of head
between nostril and eye Allows snakes to track
warm-blooded animals and to strike accurately
especially at night Found only in venomous
snakes known as pit vipers
Neurotoxin Venom that attacks the nervous
system
Oviparous Lays egg
NEBRASKA MASTER NATURALIST Explore Contribute Connect
31
Ovoviviparous Give birth to live young Egg
developed in female and then deposited as a
living young
Plastron Ventral (covering the belly) shell
Reticulated Net-like pattern on skin
Scales Folds of skin covering reptiles
Scutes Single section of shell each sell is made
up of many scutes
Toxic Poisonous
Toxin Poison
Undulating Type of snake locomotion typical of
most snakes - Leaves ldquoSrdquo shape track
Venom Poisonous fluid secreted from glands
and transmitted by bite or sting
Venomous Describes animal containing venom
gland
Nuts amp Bolts of Reptiles
Most reptiles are carnivores (eat meat) Many will eat only live food Some are herbivores (eat
plant material) as well as insectivores (eat insects)
Reptiles often found in water or underground for protection from predators and to help
regulate body temperature Air temperature can change quickly but water and soil
temperature are more constant therefore it helps to regulate the reptiles body temperature
Because they are ectothermic many reptiles live in places that are warm year round In colder
climates reptiles hibernate underground below the freeze line
Most reptile lay eggs and are called oviparous Eggs are buried in sand soil rotted logs etc and
kept warm only by heart from the sun or from rotting vegetation Very few reptiles stay around
to protect their eggs Some reptiles keep their eggs inside their bodies until they hatch and
produce live young (ovoviviparous) Example - garter snakes Very few reptiles care for or feed
their young Young are precocial able to look after themselves minutes after they hatch
Most snakes are harmless Even snakes that are venomous will not bite unless they are
cornered or stepped on Snakes are good and necessary animals They help control potential
destructive populations of rodents
Listed below are the orders and examples of common species found in Nebraska
ORDER CHELONIA Basic Characteristics
1 Contains all forms of turtles and tortoises
2 Has body enclosed in a shell made of
modified horny scales and bone Shell made of
two parts Carapace - upper part covering
animalrsquos back Plastron-under part covering
animalrsquos stomach amp chest
3Ribs and most of vertebrae attached to shell
4 Neck long and flexible and can usually be
withdrawn into shell
5 Have no teeth but jaws outfitted with horny
beaks
6 All lay eggs Usually bury eggs in pit in sand or soil Hatchlings must dig themselves to the surface
NEBRASKA MASTER NATURALIST Explore Contribute Connect
32
Examples of Turtles found in Nebraska Snapping Turtle (Chelydra serpentina)
Blandingrsquos Turtle (Emydoidea (Emys)
blandingii) Protected Species
False Map Turtle (Graptemys
pseudogeographica) Protected Species
Ornate Box Turtle (Terrapene ornata)
Smooth Softshell (Apalone mutica)
Spiny Softshell (Apalone spinifer
SUBORDER LACERTILA (lizards) Basic Characteristics
1 Dry scaly skin clawed feet external ear
openings
2Have movable eyelids - snakes do not
3 Males and females often show different
coloration
4 Generally diurnal but many nocturnal
(geckos night lizards Gila Monsters)
5 Courtship brief fertilization is internal
6 Most are egg layers
Examples of Lizards of Nebraska
Six-line Racerunner (Cnemidophorus sexlineatus Five-line Skink (Eumeces fasciatus)
Many-lined Skink (Eumeces mulitvirgatus)
Great Plains Skink (Eumeces obsoletus)
Slender Glass Lizard (Ophisaurus attenautus)
Lesser Earless Lizard (Holbrookia maculate)
Northern Prairie Lizard (fence lizard)
(Sceloporus undulates)
SUBORDER SERPENTES (Snakes) Basic Characteristics
1 Elongated scaly bodies (to protect from water
loss) no limbs external ear opening or eyelids
(eye covered with a clear scale)
2 Terrestrial subterranean arboreal
amphibious
3 Carnivores swallow prey whole
4 Continue to grow throughout their lives
6 Hibernate in colder climates
7 Males locate females by scent
8 Internal fertilization
9 Some lay eggs others bear live young
11 Vipers (venomous snakes) have heat-
sensing organs called thermal pits
NEBRASKA MASTER NATURALIST Explore Contribute Connect
33
12 Teeth slanted back If one is lost another drops down in itrsquos place
Examples of snakes found in Nebraska
Black Rat Snake (Elaphe obsoleta)
Great Plains Rat Snake (Elaphe guttata)
Bullsnake (Pituophis catenifer)
Common Kingsnake (Lampropeltis getula)
Eastern Hognose Snake (Heterodon
platyrhinos)
Western Hognose Snake (Heterodon nasicus)
Glossy Snake (Arizona elegans)
Milk Snake (Lampropeltis triangulum)
Plains Garter Snake (Thamnophis radix)
Common Garter Snake (Thamnophis sirtalis)
Racer (Coluber constrictor)
Pit Vipers
Copperhead (Agkistrodon contortrix) found in extreme southeast Nebraska
Massasauga (Sistrurus catenatus) Found in southeast Nebraska Protected Species
Prairie Rattlesnake (Crotalus viridis) Found in central and western parts of the state
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 34
Birds What Makes a Bird a Bird IMPORTANT CHARACTERISTICS
So what makes a bird a bird All birds share one common characteristic that no other animal has and
that is FEATHERS Other characteristics include
Maintain high constant body temperature Endotherms (warm-blooded)
Possess toothless beaks or bills
All lay hard-shelled eggs (oviparous)
Air sacs in birdrsquos body give buoyancy
Generally bones are hollow Decreases body weight
Four-chambered heart
Lend Me Your Ear Yes birds have ears but they are missing the pinna or outside part of the ear that collects sound Birds
have feather-covered openings on both sides of the head just behind the eyes Owls and other night-
flying birds have off-setting ears that allow them to pinpoint the exact position of prey
Can birds smell We are not quite sure how well most birds smell We do know vultures use the sense of smell to find
their dinner The champion bird sniffer belongs to kiwi found in New Zealand They are able to sniff out earthworms Some diving birds like cormorants cannot even breathe through their nostrils because they are sealed Ocean birds have special glands in their noses which eliminates salt from the salty water they drink
Eggs Birds lay hard-shelled eggs made mostly of carbon carbonate The hard shell keeps the egg from drying
out and allows parents to sit on it without damaging the developing chick Though the shells are hard it
does not mean that they are non-porous Microscopic pores allow the embryo to ldquobreatherdquo Carbon
dioxide and oxygen can pass through the shell
Eggs come in all sizes colors and patterns We believe that the different colors and patterns are
intended as camouflage Blue and green eggs are found in nests that are in the shade Patterned eggs
blend in with vegetation and stones and white eggs are normally found in cavities
The shape of eggs also depends on where a bird nests The most common shape is oval A pointed egg
is usually found near ledges Round eggs are generally found in highly secure nests
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 35
Commonly Seen Bird Families of Nebraska
Grebes (Family Podicipediae ndash rump foot)
WHAT TO LOOK FOR
Sleek diving waterbirds - small to medium size
Most have sharp pointed bills with fairly long necks short wings and almost no tail
Have lobed toes and legs set far back on body
Common Nebraska species - Pied-billed horned eared western and Clark grebes
Pelicans (Family Pelecanidae ndash an ax)
WHAT TO LOOK FOR
Very large waterbirds
Huge bills with large distensible pouches
Most are white with black flight feathers ndash wingspan 6-9 feet
Common Nebraska species ndash American White Pelican
Cormorants (Family Phalacrocoracidae ndash bald raven)
WHAT TO LOOK FOR
Large diving waterbird shaped like an elongated goose
Long neck and long bill hooked at the end
Wing span 3-5 feet Mostly dark in color
Common Nebraska species ndash Double-crested cormorant
Herons Egrets and Bitterns (Family Ardeidae - )
WHAT TO LOOK FOR
Medium to large wading birds
Usually with long legs bills and S-shaped neck
Short rounded tails
Common Nebraska species ndash American and least bitterns great and snowy egrets little
blue egret cattle egret great blue green black-crowned night and
yellow-crowned night herons
Ibises (and Spoonbills) (Family Threskiornithidae ndash sacred bird)
WHAT TO LOOK FOR
Medium to large wading birds
Long necks and legs with a duck-like body
Long tapering down-curved bill Common Nebraska species ndash white-faced ibis
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 36
Vultures (Family Cathartidae ndash cleanser)
WHAT TO LOOK FOR
Large soaring scavengers
Resemble eagles and large hawks in flight
Head and neck void of feathers bill hooked
Hold wings in a raised V-shape (dihedral)
Common Nebraska species ndash turkey vulture
Duck Geese and Swans (Family Anatidae ndash waterfowl)
WHAT TO LOOK FOR
Medium to large waterbirds
Large heads with conspicuous and horizontally flattened bills
Long necks heavy bodies relative short tails webbed feet and long wingspan Major differences between duck geese and swans
Ducks
Smallest of the three Have a soft swelling about the nostrils called a cere
Males of most ducks are easily separated from females by their gaudier plumage Feathers are
molted twice a year
Most males change into nuptial plumage after pair formation in the fall There may be some
modification of shape of a single feather or entire regions of plumage
Most species are sexually mature at 9 - 11 months
Males take no part in incubation
Geese
Neck shorter than body
Lore (area between eye and bill) feathered and more bluntly triangular than ducksrsquo
Sexes are similar
Permanent pair bonding
Molt once per year postnuptially
Sexually mature at 3 years
Males protect female clutch and brood after hatching
Young stay with parents for almost a year
Legs of most geese are farther forward under the belly than those of typical swans and ducks
Swans
Longest necks - necks slightly longer than body
Lore is naked
Sexes are similar
Molt once per year postnuptially - parents molt one after the other so one is able to fly
Young are carried on parentsrsquo backs
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 37
Sexually mature at 4 -5 years
Hawks and Allies (Family Accipitridae ndash to grasp or take)
Medium to very large diurnal raptors
Hooked beak strong legs and sharp talons
Buteos (buzzard hawks)
Stocky with broad wings wide tails
Soar and wheel high in the sky
Common Nebraska species ndash red-shouldered broad-winged Swainsonrsquos red-tailed
ferruginous rough-legged hawks
Accipiters (true hawks)
Small heads short rounded wings longish tail slender bodies
Fly with several rapid beats and a glide Common Nebraska species ndash sharp-shinned hawk Cooperrsquos hawk northern goshawk
Harriers
Slim body with slim round-tipped wings
Fly in open country gliding low with wings lifted in a V (dihedral)
Species in Nebraska - northern harrier
Kites
Small falcon shaped buoyant gliders not power-fliers
Common Nebraska species ndash Mississippi Kite
Osprey
Soar high on long swept-back wings
Broad tail short-headed appearance
Often travel in pairs
Eagles
Large very broad bodied with broad long plank-like wings massive head and bill
Soar steadily holding wings flat out to the side
Powerful wing beat on upstroke wings raised high Common Nebraska species ndash bald and golden
Falcons (and caracaras) (Family Falconidae - )
WHAT TO LOOK FOR
Small to large compact fast-flying raptors
Long pointed wings bent at the wrist - Strong rapid wing strokes
Common Nebraska species ndash American kestrel gyrfalcon peregrine falcon prairie falcon
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 38
Grouse Turkeys and Pheasants (Family Phasianidae ndash cock or fowl-like bird)
WHAT TO LOOK FOR
Ground dwelling birds with feather nostrils
Short strong bills and short rounded wings
Flight strong but brief
Males perform elaborate courting displays
Common Nebraska species ndash ring-necked pheasant sharp-tailed grouse greater
prairie chicken wild turkey
New World Quail ( Family Odontophoridae ndash bearing teeth)
WHAT TO LOOK FOR
Ground dwelling bird found in brushy habitat and other dense low foliage
Chunky rounded bodies and crests or head plumes
Chicken-like bill short rounded wings
Common Nebraska species - northern bobwhite
Rails and Coots (Family Rallidae - )
WHAT TO LOOK FOR
Marsh birds with short tails and stubby wings
Secretive and identified chiefly by call and habitat
Rails are laterally flattened ldquoThin as a railrdquo Coots are plumper and gregarious
Common Nebraska species ndash yellow rail black rail king rail Virginia rail sora common
moorhen American coot
Cranes (Family Gruidae - )
WHAT TO LOOK FOR
Tall stately wetland birds with long necks and long bills
Tertial flight feathers droop over rump in a bustle when standing
Fly with necks fully extended
Circle in thermals like raptors
Common Nebraska species - sandhill and whooping cranes
Plovers and Killdeer (Family Charadriidae ndash nocturnal waterbird)
WHAT TO LOOK FOR
Small to medium shorebirds that dart across the ground stop and then take off again Upright posture with medium length legs and long pointed wings
Rounded head large eyes thick neck with a short thick bill
Common Nebraska species ndash black-billed American golden snowy semipalmated piping
plovers and killdeer
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 39
Stilts and Avocets (Family Recurviostridae- bent bill)
WHAT TO LOOK FOR
Tall slim shorebirds
Long thin bill very long slender legs long neck striking black-and-white plumage Stilts have straight bills avocets have re-curved bills
Common Nebraska species ndash American avocets black-necked stilt
Sandpipers and Phalaropes and Allies (Family Scolopacidae ndash woodcock)
WHAT TO LOOK FOR
Diverse group of shorebirds
Long toes and long tapered wings
Bill and leg length varies but bill more slender than a ploverrsquos
Plumage browns grays and whites with reds and oranges during breeding season
All but one species have short elevated hind toe
Species found in Nebraska include common snipe ruddy turnstone phalaropes sandpipers
woodcocks godwits whimbrels willets etc
Dowitchers
WHAT TO LOOK FOR
Medium sized chunky dark shorebird
Long straight bills and distinct pale eyebrows
Feed in mud or shallow water in a rapid jabbing motion
Phalaropes
WHAT TO LOOK FOR
Often spin like a top in water when feeding
Female larger and more colorful than male
Male tends incubates and cares for chicks
Common Nebraska species ndash Wilsonrsquos and red-necked phalaropes
Gulls Terns and Allies (Family Laridae ndashsea birds)
Gulls
WHAT TO LOOK FOR
More robust with wider wings and longer legs than terns
Bill slightly hooked tail square or rounded - Seldom Dive
Common Nebraska species ndash Pomarine Jaeger Franklinrsquos little Bonapartersquos ring-
billed California Herring Thayerrsquos lesser black-backed glaucous
Sabinersquos gulls black-legged kittiwake
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 40
Terns
WHAT TO LOOK FOR
Graceful more streamline than gulls
Usually has a forked tail ndash most whitish with black cap
Sharp-pointed bill - Hoover and dive headfirst for fish
Common Nebraska species ndash Caspian common Foresterrsquos terns
Pigeons and Doves (Family Columbidae ndash dove)
WHAT TO LOOK FOR
Plump fast flying cooing voice
Short legs and necks and small heads short bills
Tail fan-like rounded or pointed
Pigeons larger than doves
Common Nebraska species ndash rock mourning Eurasian collared doves
Cuckoos Roadrunners and Anis (Family Cuculidae - )
WHAT TO LOOK FOR
Slender with a long tail at least half of the birdrsquos total length
Fairly large sturdy decurved (curving down) bill
2 toes forward 2 back (zygodactyls)
Common Nebraska species - black-billed cuckoo and yellow-billed cuckoo
Barn Owls (Family Tytonidae -)
WHAT TO LOOK FOR
Slim medium sized night hunter
Legs are long and sparsely feathered
Large head with large forward-facing immovable eyes
Heart-shaped face hooked beak and ghostly appearance
Typical Owls (Family Stigidae ndash night bird)
WHAT TO LOOK FOR
Generally night hunters
Large heads flatten face with large forward-facing immovable eyes hooked beak
Mottled appearance some with feather tuffs upright stance
Common Nebraska species ndash eastern screech great horned burrowing barred long-eared
short-eared northern saw-whet owls
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 41
Nighthawks and Nightjars (Family Caprimulgidae ndashgoat sucker)
WHAT TO LOOK FOR
Nocturnal or crepuscular
Big tail large eyes tiny bills surrounding a large gaping mouth
By day sit horizontally on limb or on ground
Easiest to identify by voice
Common Nebraska species ndash common nighthawk common poorwill chuck-willrsquos-widow
Whip-poor-will
Swifts (Family Apodidae ndash without feet)
WHAT TO LOOK FOR
Small to medium sized aerial foragers ndashspend most of life flying
Long sickle-shaped wings bending close to body and extremely short legs
Eat bathe drink and sometime mate in the air
Common Nebraska species - chimney swift white-throated swift
Hummingbirds (Family Trochilidae ndash small bird)
WHAT TO LOOK FOR
Tiny body long slender bill
Distinctive blur and hum of hovering wings
Jewel-like throat feather found on male
Common Nebraska species ndash ruby-throated broad-tailed and rufous hummingbirds
Kingfishers (Family Alcedinidae - kingfisher)
WHAT TO LOOK FOR
Small to medium size
Thickset with short neck and tail small feet
Large head with a ragged crest and long strong bill
Sit on lines and low branches near water or hovers above water
Plunges head first into water to catch fish
Common Nebraska species ndash belted kingfisher
Woodpeckers (Family Picidae ndash woodpecker)
WHAT TO LOOK FOR
Arboreal (tree) birds
Vertical posture creep up trees
Strong chisel-like bill short legs stiff tail feathers rounded wings
Undulating flight pattern and characteristic bill drumming
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 42
Common Nebraska species ndash Lewisrsquos red-headed red-bellied hairy downy woodpeckers
yellow-bellied and red-naped sapsuckers northern flicker
THE PASSERINES Feet adapted to perching
Tyrant Flycatchers (Family Tyrannidae - lord ruler king)
WHAT TO LOOK FOR
Small to medium perching bird
Large head broad flattened bill pointed wings short legs
Bristly ldquowhiskersrdquo at base of bill
Sit upright on exposed branch and dart out to catch insects
Common Nebraska species - flycatchers pewees kingbirds phoebes kingbirds
Shrikes (Family Laniidae ndash butcher)
WHAT TO LOOK FOR
ldquoButcher birdsrdquo ndash impale prey on thorns (may be to attract a mate and mark territory)
Robin-size bird with hooked bill and masked face with hawk-like behavior
Black gray and white birds
Common Nebraska species - northern and loggerhead shrike
Vireos (Family Vireondae ndash small bird)
WHAT TO LOOK FOR
Small olive- or gray-backed bird with short sturdy cylindrical slightly hooked bill
Can have wing bars and eye-rings or have eye stripes and no wing bars
Often confused with warblers but are chunkier bigger headed thicker billed
Common Nebraska species ndash white-eyed Bellrsquos yellow-throated plumbeous
Cassinrsquos blue-headed warbling Philadelphia red-eyed
Crows and Jays (Family Corvidae ndash raven)
WHAT TO LOOK FOR
Large perching bird with strong longish all-purpose bill to handle variety of foods
Nostrils covered with feathers
Legs scaled in front and smooth behind
Harsh voice and noisy
Bold gregarious
Common Nebraska species - black-billed magpie American crow
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 43
Larks (Family Alauidae ndash lark)
WHAT TO LOOK FOR
Ground dwellers of open fields ndash seldom seen in trees and shrub
Walk rather than hop have an elongated hind toe
Slender billed seed and insect eaters
Yellowwhite face with black facemask horns and breast band
Has musical song often sung in display flight
Common Nebraska species ndash horned lark
Swallows and Martins (Family Hirundinidae ndash swallow)
WHAT TO LOOK FOR
Slim streamline bodies with long pointed angled wings
Tail forked or squared legs and feet inconspicuous
Bill short and wide
Fluid aerialists ndash dart about catching insects
Flocks perch in long rows on branches and lines
Common Nebraska species ndash purple martin northern rough wing bank cliff barn swallows
Chickadees and Titmice (Family Paridae - )
WHAT TO LOOK FOR
Small plump sociable birds with short bills and wings
Active agile ndash often hang upside down to feed
Many times roam in little bands (often leading the group) in search of food
Chickadee ndash no tuff of feathers on head Titmice ndash tufted Common Nebraska species ndash black-capped chickadee tufted titmouse
Nuthatches (Family Sittidae ndash birds that peck bark of tree)
WHAT TO LOOK FOR
Small stout tree-climbers with slightly upturned strong woodpecker-like bills
Stubby squared off tails
Walk down trees headfirst Common Nebraska species ndash red-breasted and white-breasted nuthatches
Creepers (Family Certhiidae -)
WHAT TO LOOK FOR
Small slim tree-dwellers with stiff tails and slender downward curving bill
Primarily brown
Common Nebraska species ndash brown creeper
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 44
Wrens (Family Troglodytidae ndash cave dweller
WHAT TO LOOK FOR
Small stumpy energetic brown birds
Bill slightly down turned loud song
Tails often in ldquocockedrdquo or up-tilted position
Common Nebraska species ndash rock house winter marsh wrens
Kinglets (Family Regulidae -)
WHAT TO LOOK FOR
TINY very active songbirds ndash only certain hummingbirds smaller
Can hover will feeding
Greenish plumage with bright colored crowns Short tails
Common Nebraska species ndash ruby-crowned and golden-crowned kinglets
Gnatcatchers (and Old World Warblers) (Family Sylviidae - )
WHAT TO LOOK FOR
Small birds with slender pointed bills surrounded by rectal bristles
Drab plumage with seasonally changing head patterns
In constant motion
Common Nebraska species ndash blue-gray gnatcatcher
Thrushes (Family Turdidae -)
WHAT TO LOOK FOR
Large-eyed upright postured songbirds - known for their singing ability
Bill is slender straight but not sharp
Often hop along the ground looking for food
Common Nebraska species ndash eastern bluebird veery gray-cheeked Swainsonrsquos hermit
wood thrush American robin
Mockingbirds and Thrashers (Family Mimidae ndash imitator mimic)
WHAT TO LOOK FOR
Well known for their vocal and mimicking ability
Have short rounded wings long legs and tails
Long down-curved bills
Common Nebraska species ndash gray catbird northern mockingbird brown thrasher
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 45
Starlings (and Mynas) (Family Sturnidae - )
WHAT TO LOOK FOR
Medium sized chunky glossy birds with short tails sharp bills
Short triangular to rounded wings
Gregarious bold birds
Pipits (and Wagtails) (Family Motacillidae -)
WHAT TO LOOK FOR
Slender billed brownish ground dwellers with long back toe
Walk briskly rather than hop along the ground
Most species bob their tails up and down
Common Nebraska species ndash American pipit
Waxwings (Family Bombycillidae ndash silk tail)
WHAT TO LOOK FOR
Birds with sleek crest that can be erected
Plump-bodied birds with pointed wings with red waxy tips of secondaries
Bill is small wide and notched high thin calls
Square tail with terminal yellow band
Common Nebraska species ndash Bohemian and cedar waxwings
Wood Warblers (Family Parulidae -)
WHAT TO LOOK FOR
Brightly colored (mostly yellow) birds
Smaller than sparrows with thin needle-like bills
Common Nebraska species ndash approx 34 warblers ovenbirds yellow-breasted chats and
waterthrush
New World Sparrows (Family Emberizidae -)
WHAT TO LOOK FOR
Small to medium-sized birds - often brown streaked appearance
Rounded wings cone-shaped bills
Common Nebraska species ndash 20 sparrows towhees longspurs dark-eyed juncos snow and
lark buntings
Cardinals and Allies (Family Cardinalidae )
WHAT TO LOOK FOR
Medium to large songbirds
Have large cone-shaped bills
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 46
Males often very colorful
Common Nebraska species ndash northern cardinals rose-breasted and black-headed grosbeaks
indigo bunting dickcissel
Blackbirds Orioles and Allies (Family Icteridae)
WHAT TO LOOK FOR
Medium to large songbirds with strong straight bills
Strong-direct flight
Plumage varies from iridescent black to yellow to orange
Common Nebraska species ndash Bobolink eastern and western meadowlarks red-winged and
rusty blackbirds common and great-tailed grackles orchard Baltimore and
Bullockrsquos orioles brown-headed cowbird
Finches and Allies (Family Fringillidae)
WHAT TO LOOK FOR
Small to medium songbirds
Have conical bills and forked relatively short tails
Fly fast and undulate through the air giving high-pitched calls in flight
Common Nebraska species ndash gray-crowned rosy purple Cassinrsquos house finches red
crossbill white-winged crossbill common redpoll pine siskin American goldfinch
evening grosbeak
Old World Sparrows (Family Passeridae)
WHAT TO LOOK FOR
Stouter bodies shorter legs and thicker bills than native sparrows
Have a simple song repeating single elements with no particular rhythm or beginning
And end vocalize all day and year-round
Common Nebraska species ndash house sparrow (introduced)
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 47
Geology and Natural History of Nebraska
Being Developed by Jon Garbisch Cedar Point Biological Station jgarbisch2unledu
bull Geological history of Nebraska
bull Present geological formation of regions
bull General soil types
bull Geological landforms and related habitats
What we currently use
Theme
Nebraska geology formed over millions of years through the erosion of mountains the deposition of
sediments and the flow of water and ice shaping the landscape that we call home
Goal
Attendees will develop an understanding of the natural processes that influenced and built Nebraska
and in so doing develop a greater appreciation for the geology and how it relates to all other aspects of
the statersquos identity
Objective(s)
The Master Naturalists attendees will be able to use the knowledge they have gained to better
understand the surface and subsurface geology at any location in the state that they may find
themselves working
How will it be measured
Attendees will be able to use the knowledge gained to actively interpret general Nebraska geology by
completing activities in the form of hand-out diagrams biostratigraphic fossil correlations
interpretation of rock type hand specimens and visual description of the Geology on the trail at Camp
Brewster Fontenelle Forest
Introduction
Nebraska geology formed over millions of years through the erosion of mountains the deposition of
sediments and the flow of water and ice shaping the landscape that we call home (Hand out agenda)
Geology is rooted in the 3 rock groups that exist on planet Earth and so familiarity with
o these groups gives us a solid foundation for all other geologic interpretation
A half hour will be spent handling examples from each rock group
o 3 groups 3 tables with one rock type on each table each group spends 10 minutes at
each table
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 48
The Geologic Time Scale is a record over time of the Earths major geologic events and we
can use it to help us understand how and when Nebraska took shape
The natural agents of change which have shaped our state include oceans rivers wind
o and ice
The geologic time periods in Nebraska are represented by rock layers (or not) which occur all
around the state and have been named so that no matter where you are in the state you can
correlate the strata to the time scale (fossilsisotopes)
6 Geologic Principles will be discussed so that when the MN is in the field they can be used as an
aid in basic geologic interpretation
Conclusion
Nebraska geology formed over millions of years through the erosion of mountains the deposition of
sediments and the flow of water and ice shaping the landscape that we call home Geology supplies us
a record of the events that have shaped our Earth by learning the language in which the Earth script is
written we will be able to interpret and share the story of our state of Nebraska This understanding will
aid in us in relating to other areas influential and important to the state
Places to Go (places to see examples of Nebraska geology)
a Agate Fossil Beds National Monument Lower Miocene fossil mammal site including abundant body fossils of ancient mammals and prominent fossil rodent burrows
b Ashfall State Park Upper Miocene fossil mammal assemblage found in ash derived from an eruption of a predecessor to the Yellowstone volcanic field c Chimney Rock National Historic Site Oligocene and Lower Miocene continental sedimentary rocks deposited as sediments by wind and steams
d Hummel Park (Omaha) outcrops of Pleistocene glacial till and loess
e Lincoln area Capitol Beach Lake and history of saline waters and salt industry flooding history of Antelope and Salt creeks building stones in downtown area brick industry University of Nebraska State Museum
f Louisville area outcrops of Upper Pennsylvanian marine sedimentary rocks
g Valentine area and Niobrara National Wildlife Refuge Niobrara River Canyon and Cenozoic stratigraphy
h Niobrara State Park Upper Cretaceous marine sedimentary rocks (Niobrara Formation and Pierre Shale) landslides along Missouri River anthropogenic changes in Missouri River Niobrara River and Mormon Canal
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 49
i Downtown Omaha removal of loess from hills in downtown area engineering of Missouri River (eg groins bank armoring etc) visible at Bob Kerrey Memorial Bridge deep bedrock water wells at old industrial sites
j Platte River State Park Upper Pennsylvanian marine sedimentary rocks and overlook of Platte River
k Ponca State Park Upper Cretaceous marine sedimentary rocks (uppermost Dakota Formation through Greenhorn Limestone)
l Rock Creek State Historical Park middle Cretaceous Dakota Formationmdashfluvio-estuarine continental deposits
m Schramm Park Upper Pennsylvanian marine sedimentary rocks
n Scotia and Happy Jack Chalk Mine Upper Miocene lake deposit In Ogallala Group
o Scotts Bluff National Monument Oligocene and Lower Miocene continental sedimentary rocks deposited as sediments by wind and steams
p Smith Falls State ParkCenozoic stratigraphy Niobrara River waterfalls as knick points
q Toadstool Park and nearby areas continental sedimentary rocks of upper Eocene Chadron Formation Pine Ridge escarpment Trailside Museum and Ft Robinson State Park
r Weeping Water area Upper Pennsylvanian marine sedimentary rocks
s Wildcat RidgeHillsescarpment on Oligocene and Lower Miocene continental sedimentary rocks deeply eroded into canyons buttes and pinnacles by stream erosion during and after the Late Pliocene
t Indian Cave State Park and Iron Horse Trail south of Peru Upper Pennsylvanian Indian Cave Sandstone (fluvio-estuarine deposit) and sandstone cave
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 50
North American Model and Outdoor Skills Developed by Jeff Rawlinson Assistant Division Administrator Information and Education Nebraska Game and Parks Commission jeffrawlinsonnebraskagov
OUR North American Model of Conservation
Perhaps no other story is more compelling and more important in American history as that of how
our natural resources came to be one of the most important elements in our lives The history of our citizenryrsquos strong land ethic ties us to the natural world long after other nations have forgone this relationship We value how the common person from a common family can participate in the thrill of the chase experiencing wildness to its fullest
The North American Model of Conservation is a philosophy that the United States and Canada have
developed to manage wildlife in a sustainable way Historians debate how this land ethic began Some
say our model of conservation began in 1937 with the passage of the PittmanRobertson Act a move that provided funding for wildlife conservation at the national and state level The source of this funding came from the sale of hunting and shooting equipment Others may say that it began when the conservation giant President Theodore Roosevelt brought management of natural resources to the
political forefront Others would argue our Model of conservation was birthed under the Magna Charta which transferred the ownership of wildlife from the King of England and the English nobles to the all of
the people of England In reality however our Model has been under development for several hundred years combining what we have learned from other nations peoples cultures and experiences to shape a philosophy ingrained in our culture supported by hunters anglers and shooting sports enthusiasts
benefiting all wildlife and wild lands in the United States
First Wildlife Managers The concept of managing wildlife or natural resources was not conceived by our young nation For
thousands of years humanity has been manipulating and controlling the land and all its inhabitants to benefit our needs Ever since the first hunter followed that wooly creature across the Bering Straight embarking on an epic journey that would result in settling of North America man has ldquomanagedrdquo
wildlife in North America
Throughout history many leaders have shown some element of concern or conservation ethic towards wildlife The great Kublai Khan grandson of Genghis Khan and founder of the Yuan Dynasty in China forbade harvesting of many species of wildlife during critical reproductive months of March
through August so species could ldquoincrease and multiplyrdquo Conservation of wildlife is even found in Mosaic Law in Deuteronomy 226 representing some of the first written wildlife management idealsmdashldquo If you come across a birdrsquos nest in any tree or on the ground with young ones or eggs and
the mother sitting on the young or on the eggs you shall not take the mother with the youngrdquo (English Standard Version 2001)
As populations expanded throughout Europe wildlife resources fell under ownership of powerful kings
who enacted harsh punishments for anyone found taking the kingrsquos game In 1215 a rebellion against King John of England resulted in the Magna Charta transferring ownership of lands and game from the crown to the people This ldquoprivatizingrdquo of wildlife ownership had profound impacts America over 500 years later
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 51
Era Of Abundance (1600 ndash 1850) When our forefathers first landed on the eastern shores of America they brought with them science
religion and a new hope They found plentiful game and soon began a relationship with the land that provided them with many of their daily needs Wildlife was viewed as a limitless resource in a relatively untapped land These early settlers had left Europe where few had access to wildlife and entered a world where everyone had access Furs feathers hides all had value to this young country In 1776 the Declaration of Independence revoked the Kingrsquos rights to land and people in this new world After a
bloody war led by revolutionaries such as Washington Hamilton Jefferson and Adams the United States gained its independence and the land and wildlife belonged to everyone
Era Of Exploitation (1850 ndash 1900)
The 1800s brought a commercialization of our wildlife resources Market hunting and habitat
destruction began to decimate wildlife populations such as the American Bison and Passenger Pigeon After the American Revolutionary War and the Civial Warmdashwhich nearly destroyed our ldquodemocratic
experimentrdquo all togethermdashfew people were looking after the interest of wildlife and even fewer rules
existed governing the management of a resource everyone had ownership of yet no one had responsibility for
The railroad provided settlers with the means to access new lands expanding the markets for meats hides and fur Advancements in technology such as the repeating rifle further aided the unbridled
destruction of wildlife resources Yet throughout this era something positive was growing The people of this new nation were developing a relationship with the land By 1842 a Supreme Court ruling had huge impacts on this developing model of conservation resulting in a Public Trust Doctrine that would
further outline a model for conserving our natural resources Conservation was developing some direction but had no money or laws to support it
Era Of Protection (19001930) The early 1900s brought an industrial boom Abuse of natural resources had taken its toll and throughout the Nation and evidence of this abuse could be seen in the loss of species such as the
passenger pigeon near loss of the American bison and in many large mammals including whitetailed deer and our once numerous waterfowl species America was becoming an economic giant yet through
the roar of machines both political and metal a small voice could be heard It was the hunter and their voice was of concern for the direction our wildlife resources were heading Conservation minded men and women had continued a relationship with the land and the wildlife
Era of Game Management (1930 ndash 1966) The ldquodirty thirtiesrdquo were marked by the dust bowl and an impoverished nation Agricultural practices
unchecked by environmental stewardship had left the Nationrsquos heartland in ecological peril Politically the conservation movement was supported by the footings laid by Theodore Roosevelt New federal acts moved forward to provide for environmental protection due to the outcry of hunters in panic over the vanishing wildlife resources of the Nation
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 52
Wildlife conservation had support yet it lacked the science to properly manage our Nationrsquos resources A young biologist name Aldo Leopold changed all this with his writings including the book Game
Management which led to Universities across the country developing wildlife conservation programs These programs spawned a new breed of professional game managers who utilized science to support management methods that ultimately lead to the greatest wildlife conservation success story in the world In 1937 the PittmanRobertson Act provided thousands of jobs for young professionals along with ldquogame wardensrdquo supported by individual states to further the development of the Conservation Model
which now had science and funding to support it
Era of Environmental Management (1966 ndash Present) Science and funding led to a broadening view of conservation as focus shifted from managing ldquogame
animalsrdquo to managing the entire biota (environment and all living things in it) Further federal acts such
as the Endangered Species Act of 1966 and the National Environmental Policy Act of 1969 provided greater protection for species by a nation that had finally changed its course providing time to review
and perfect conservation efforts Recent acts such as the 1980 Farm Bill continued the effort to help
landowners provide quality habitat for wildlife and hunters by providing incentives to landowners to set aside highly erosive lands and plant them into wildlife habitat (grasslands) that benefit wildlife and hunters
The story of our unique model of conservation is still being written New challenges today threaten our
coveted resources and new professionals are entering the arena to further the plight of our Nationrsquos wildlife and hunting heritage
Seven Pillars of the Model
Seven main pillars have been highlighted as the foundation of support for the North American Model
of Conservation These include
The Public Trust The wildlife of the United States are owned by the people This is very different from the European Model where wildlife is privately owned The North American Model recognizes wildlife as a public
resource that is so important it can not be owned or managed by any one segment of our society but rather managed by professional state and federal entities for the benefit of all This concept known as
the Public Trust Doctrine began development in 1842 when the Supreme Court ruled that the Magna Charta had settled the question of who owns fish and wildlife and that King Charles II did not have the authority to give away the ldquodominion and propertyrdquo of lands in colonial America The court further ruled that since the American Revolution the people held public trust responsibilities for fish and wildlife except for rights specified in the US Constitution
Prohibition on Commerce
It was the hunter who brought forth stringent laws that protected wildlife from peril in the 19th
and 20th
centuries Because we all own and appreciate our wildlife as a national resource they should never find themselves on the public market to the highest bidder This path led to a largescale loss of many species
including the Passenger Pigeon and the near loss of the American bison As our country was developing these practices were common as people moved west in search of prosperity capitalizing on a land seemingly untouched by the modern world Today many laws in place serve to protect our most
valuable resourceshellipour wildlife
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 53
Democratic Rule of Law Each citizen of this great nation has the ability and responsibility to engage in healthy politics that serve
to support and protect sound wildlife conservation measures Our first conservation measures in this Country habitat restoration simple harvest restrictions and bag limits came from hunters people who respected the game they pursued and loved the wild places they chased them in The North American Model of conservation is built upon active public involvement instilling a value for wildlife in all citizens
Hunting Opportunity for All The Model was developed on the premise that all people regardless of political or economic standing could participate in and feel the thrill of the chase It is this unique Model that provides us with wildlife opportunities for all Americans Imagine how important this was to our fore fathers who left a brutal
King in England where only the aristocracy had any dream of pursuing wild creatures in wild places Our
wildlife laws ensure that each generation that comes after us will have the same opportunity to enjoy and appreciate wildlife
Nonfrivolous Use Our management of wildlife depends on a citizenry that loves and appreciates the wild creatures and the habitats necessary to their survival and our quality of life Wildlife may be utilized under strict rule of
law including utilizing the wildlife once harvested to its best potential Killing wildlife for the sake of killing can only lead to the numbing of hearts to wildlife and a profound lack of respect for our most
precious resources
International Resources
It was not until the 20th
century that hunters and wildlife lovers understood the importance of
managing wildlife at a much larger scale This became readily apparent with the passage of the
Migratory Bird Treaty Act of 1918 where nations came together to manage wildlife resources as a
collective Wildlife species do not recognize national or state boundaries Governments must work together to be effective in managing wildlife for the benefit of all The United States has made great
strides in this area with Mexico and Canada Our wildlife is not only a resource to us but to all continents they may call home throughout the year Our biologists must think globally to be effective locally
Scientific Management Although Theodore Roosevelt brought conservation to the political forefront it was a young forester from Iowa that made the study of wildlife management a science Aldo Leopold is considered by many
as the ldquofather of wildlife managementrdquo due to his tireless efforts to develop curriculum for future wildlife biologists Today our biologists earn their opportunity to manage wildlife through prominent
Bachelor Masters and Doctorate degree programs from Universities around the world Wildlife must be managed using fact science and the latest research We are constantly learning and adapting to new technology and changing environments For such an important resource we cannot afford to have it any other way
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 54
Nebraska Master Naturalist Specializations Certifying as a Specialist ldquoFollow your own natural geniusrdquo wrote Thoreau ldquoand it will not fail to show you a fresh prospect every hourrdquo Many of us learn by doing When our curiosity and interests carry us into deeper study of a given subject it can be helpful to have clear opportunities to pursue Thus the Nebraska Master Naturalist Program offers specialized voluntary training for those who are hungry to develop and apply their particular skill and personal understanding on behalf of our natural legacy Specializations are designed to create collaborators leaders and mentors in four key areas
Interpretation and Outreach
Outdoor Skills and Recreation
Resource Management
Citizen Science Master Naturalist Certification Requirements Annual Requirement o 8 Hours Training Annually o 20 Hours of Volunteerism Annually Master Naturalist Specialization Requirement One Time Requirement o 20 Hours of Training Total Specific to Specialization Annual Requirement o Additional 20 Hours of Volunteerism Annually Specific to Specialization (does not include initial Certification annual requirement hours)
OUTDOOR SKILLS AND RECREATION SPECIALIZATION The purpose of OUTDOOR SKILLS AND RECREATION is to promote activity and development of skills in the outdoor pursuits associated with natural resources Specializations are designed to create collaborators leaders and mentors in particular areas A Certified Nebraska Master Naturalist can complete the Outdoor Recreation Specializationby meeting the following requirements Complete at least one of the workshops or certification‐leading trainings listed below If specialized training is not listed below it can be approved upon request by the Master Naturalist Program Committee Specialized Training Options ‐
Hunter Education Instructor Certification 13 hrs
National 4‐H Shooting Sports Instructor Certification 32 hrs
Nebraska 4‐H Shooting Sports Shotgun Certification 12 hrs
Nebraska 4‐H Shooting Sports Archery Certification 12 hrs
Nebraska 4‐H Shooting Sports Rifle Certification 12 hrs
Nebraska 4‐H Shooting Sports Pistol Certification 12 hrs
Nebraska 4‐H Shooting Sports Muzzleloader Certification 12 hrs
National Archery in the Schools Program Basic Archery Instructor 4 hrs
NRA Range OfficerMaster Certification 8 hrs
Hunt Master Training Instructor 4 hrs
NRA Shooting Instructor 16 hrs
NRA Shotgun Instructor 16 hrs
NRA Rifle Instructor 16 hrs
Boater Education Instructor 12 hrs
Youth Fishing Instructor 5 hrs
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 55
American Canoe Association National CanoeKayak Instructor 16‐32hrs
National Camp SchoolBoy Scouts 16‐24 hrs
Wood Badge TrainingBoy Scouts 16‐24 hrs
Merit Badge Counselor TrainingBoy Scouts 2‐16 hrs
Conservation Leaders for Tomorrow 35 hrs
Wilderness First Aid 16‐32 hrs
Professional Trappers College 40 hrs
American Camp Association Instructor Training 8‐40 hrs
American Red Cross Instructor Training 2‐16 hrs
American Sailing Association Instructor Training 16‐24 hrs
Certified Horsemanship Association Instructor Training 24‐40 hrs
Leave No Trace Master Educator Training 40 hrs
National Outdoor Leadership School 280 hrs
Camp Cook School 32‐96 hrs
Professional Association of Diving Instructors Training 32‐96 hrs
Professional Mountain Bike Association Instructor Training 24 hrs
League of American Bicyclists Instructor Certification 24 hrs
Hunting
Shooting
Fishing
Trapping
Camping
Outdoor Cooking
Orienteering
Geocaching
Photography
Wildlife Viewing
Hiking
Biking
Birding
Becoming an Outdoors‐Woman Program
Wilderness First Aid
Wilderness Survival
Leave No Trace Educator
Service Options ndash Provide a minimum of 20 hours of service annually in the following or similar areas
4‐H leader and youth training outdoor recreation
Scout leader and youth training outdoor recreation
Wild About Nature
Flying WILD Educator or Facilitator Workshop
Becoming an Outdoors Woman (BOW)
Beyond Becoming an Outdoors Woman (BOW)
Family Camp
Learn to Hunt Program
National Archery in the Schools Program BAI training or greater
Mentor HuntHunt Masters Training
After School Programs
Others ndash Upon approval
Outdoor discovery programs volunteer
CRO at a shooting event
Assist with National or State shooting sports competitions
Family fishing day
Design or write a brochure
Develop or contribute to a website
Develop or contribute to a social networking site
Design or write a newsletter
Assist in fundraising
Plan an event or festival
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 56
Interpretation amp Education- Developed By Lindsay Rogers Nebraska Game amp Parks
Commission
Do not try to satisfy your vanity by teaching a great many things Awaken peoplersquos curiosity It is
enough to open minds do not overload them Put there just a spark If there is some good
inflammable stuff it will catch firerdquo
- Anatole France in The Earth Speaks
Session Objectives
To help participants understand the role education plays in sounds ecological conservation
To help participants learn about past and present conservationist and interpretive educators
To help participants learn components of quality education and interpretation
To have participants partake in quality interpretive education
To make sure participants understand that their role is to light the spark and awaken curiosityhellip not spew facts
Lecture Requirements
1 What is interpretation (5 minutes) a What does ldquointerpretrdquo mean b National Association of Interpretation definition of ldquointerpretationrdquo
i Interpretation is a mission-based communication process that forges emotional and intellectual connection between the interests of the audience and the meanings inherent to the resource
c Freeman Tilden Interpreting Our Heritage 1957 i Interpretation is an educational activity which aims to reveal meanings
and relationships through the use of original objects by first-hand experience and by illustrative media rather than simply to communicate factual information
d Components of interpretation i pleasurable or enjoyable
ii relevant to the world iii organized iv themed v sparks an interest
vi includes information but does not stop there links information to the world
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 57
vii age appropriate viii taught to someone not at them
2 What is education (5 minutes)
a What does it mean to ldquoeducaterdquo someone b John Dewey Democracy amp Education 2944
i Education in its general sense is a form of learning in which the knowledge skills and habits of a group of people are transferred from one generation to the next through teaching training or research
c Components of education i - generally presented to someone but not always
ii enjoyable sometimes iii provides knowledge and facts iv can make connections but not always v organized and themed
d Both education and interpretation are important they work together
3 Conservationists (10 minutes) a Jon Muir
i Immigrated from Scotland to Wisconsin in 1849 ii Attended the University of Wisconsin studies botany amp geology
iii Moved to the western US mainly the Sierra Nevada area iv Believed humans were part of the interconnected natural world v Advocated for the preservation of natural areas
vi Co-founded the Sierra Club b Aldo Leopold
i Iowa native attended Yale University ii After college he joined the US Forest Service was stationed in Arizona
and New Mexico iii Developed theories of land ethics the need for biodiversity and an
appreciation for wilderness areas iv Moved to Wisconsin in 1924 became a professor at the University of
Wisconsin v Regarded as the ldquoFather of Conservationrdquo
c Gifford Pinchot i Born in Connecticut in 1905
ii Studied at Yale studies forestry in France iii Named chief of the Division of Forestry (later to become the US Forest
Service) iv First chief of the US Forest Service greatly improved forest
management and increased the size of Forest Service lands
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 58
v Managed forests for the greatest good for the greatest number Pinchot added the phrase in the long run to emphasize that forest management consists of long-term decisions
d Steven Mather i Born in California attended Berkley University
ii Worked for the Pacific Coast Borax Company where he had a talent for promotion Started a competing company made millions
iii When revisiting Sequoia and Yosemite National Parks in 1914 he was appalled by the conditions of the national parks
iv Joined the Department of the Interior as the head of parks later created the National Parks System
v Professionalized the National Parks and helped to greatly grow protected lands
e Rachel Carson i Born in Pennsylvania in 1907 attended John Hopkins University for
graduate school ii Went to work for the US Bureau of Fisheries (later to become the US
Fish amp Wildlife Service) iii Wrote Silent Spring in 1962 The book created an awaking for Americanrsquos
to their responsibility to the environment and wildlife The book lead to the US Government banning the use of DDT
f Theodore Roosevelt i Born in 1858 in New York New York was a sickly child who stayed inside
studying natural history ii An avid outdoorsman he spent much time in the South Dakota Badlands
iii Became President in 1901 with the assignation of President McKinley iv Among many major accomplishments as president he started the
National Parks was instrumental in conserving about 230 million acres
4 Naturalist Interpreters (10 minutes) a Freeman Tilden
i Born 1883 worked as a newspaper columnist and author ii At age 58 he began working with the National Parks Service
iii While traveling to various National Parks he became concerned with the quality of interpretation
iv Wrote Interpreting Our Heritage in 1957 outlines 6 principles to quality interpretation forever changed the field of interpretation
b William Lewis i Worked as a ranger naturalist and interpreter trainer for the National
Parks Service ii Developed the approach of ldquoThematic Interpretationrdquo which requires the
interpreter to choose a central theme (major point) to guide the development of a program
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 59
iii Wrote Interpreting For Park Visitors c Sam Ham
i Director of Center for International Training and Outreach at the University of Idaho
ii Work has focused on applying communication theory to environmental conservation interpretation and on nature-based tourism and guide training
iii Wrote Environmental Interpretation (1992) d Ted Cable
i Professor of Park Management and Conservation at Kansas State University
ii Co-authored Interpreting Cultural and Natural Resources (2003) and Interpretation for the 21st Century Fifteen Guiding Principles for Interpreting Nature and Culture (2002)
5 Conducting an Interpretative Program Try and Fail (60 minutes + 120 minutes of activities throughouthellip see list of Suggested Activities below)
a Experiential Learning i The first time you tried to walk you failed The first time you rode a bike
you failed This is called experiential learning The first time you attempt an educational or interpretation program you will fail thatrsquos how we learn
ii Donrsquot be afraid to fail b Ask Questions about the ProgramPresentation before you commit to leading it c Plan your Program
i Generally I want my presentation to be about Specifically however I want to tell my audience about After hearing my presentation I want my audience to understand (what is the big picture you want them to take home)
1 You do not need (or want) to teach your audience everything you know your job is to light the spark
ii What will your tangibles and intangibles be 1 Tangibles are those things you can touch things you use to teach
when teaching a Examples include a tree a mammal pelt a skull a live
animal a prairie 2 Intangibles involve connecting the tangibles to concepts and the
ideas they represent intangibles are the meanings the relationships the processes the ideas the feelings and the beliefs
a Examples include food webs ecosystem health entropy ecology
iii People remember themes they forget facts
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 60
iv Plan for an organized presentation 1 Think about your overall theme smaller parts of the program and
your transitions v Stick to your theme
vi Determine what type of presentation you will have 1 PowerPoint (avoid) 2 Podium Presentation (avoid) 3 Active taking a hike playing a game etc 4 Hands-on touching feeling trying hearing smelling
vii Think about all the different kinds of learners 1 verbal-linguistic 2 logical-mathematical 3 visual-spatial 4 kinesthetic 5 musical-rhythmic 6 interpersonal (groups) 7 intrapersonal (individual) 8 naturalist
d Know your role as an educator 1 Provide facts and relationships not opinions 2 Allow participants to determine their own opinions and beliefs
using the facts amp relationships you provide them 3 PLAY ldquoFIRST IMPRESSIONSrdquo
e Prepare Prepare Prepare 1 Know the type of space and area you will have (indoor vs
outdoor small space vs vast area etc) 2 Plan for more that you are told 3 Plan for the weather (always expect it to be windy in Nebraska)
f Questions i Ask good questions
1 Is this a fox Vs How do you know this is a fox 2 Do you have any questions Vs What questions do you have
ii Be prepared for quality questions 1 What are the implications for describe the impact of what are
the reasons for iii Be prepared for ldquogoodrdquo questions
1 Do you have ewoks in the forest If a Mountain Lion and an Eagle were to fight who would win
2 Take all questions seriously Answer seriously g Model what you want to see the students do
i If you want a group of students to catch insects help them get active with them
ii This is true when working with children and adults
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 61
1 Working alongside students validates them and their learning h Be enthusiastic show your passion
i This is another form of modeling what you want to see in your students ii We need to excite students (no matter their age) about conservation
nature and the outdoors iii Have fun
6 Take Home Lesson Light the Spark and Donrsquot Be Afraid to Fail
Suggested Activities (amp potential mandatory activities)
Throughout the lesson conduct multiple games andor activities to model good interpretation
Suggested games include but are not limited to
1 Oh Deer (Project WILD) 2 First Impressions (to be done during section 5) (Project WILD) 3 The Long Haul (Project WET) 4 Sum of the Parts (Project WET) 5 Water Quality Ask the Bugs (Project WET) 6 Adaptation Artistry (Flying WILD) or Fashion a Fish (Aquatic Project WILD) 7 Avian Antics (Flying WILD) 8 Pollinators Meet Your Plants (Nebraska Project WILD wwwnebraskaprojectwildorg) 9 Scavenger Hunts (Nebraska Project WILD wwwnebraskaprojectwildorg)
Suggested Post-Readings
Interpreting Our Heritage Freeman Tilden 1957 (4th edition 2008)
ISBN-13 978-0807858677
Interpreting for Park Visitors William Lewis 1981
ISBN-13 978-0890620793
Environmental Interpretation Sam Ham 1992
ISBN-13 978-1555919023
Interpretation for the 21st Century Fifteen Guiding Principles for Interpreting Nature and
Culture Larry Beck amp Ted Cable 2002
ISBN-13 978-1571675224
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 62
Interpretation-Making a Difference on Purpose Sam Ham 2013
ISBN-13 978-1555917425
Foundations of Interpretation Curriculum Content Narrative National Parks Service 2007
httpwwwnpsgovidpinterp101foundationscurriculumpdf
Websites
National Association of Interpretation
wwwinterpnetcom
North American Association for Environmental Education
wwwnaaeeorg
Nebraska Alliance for Conservation and Environment Education
wwwnaceeorg
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 63
Safety in the Field
Developed by Rich Hawes Nebraska Master Naturalist rdhawes26msncom
Objectives
Raise awareness of Risk Managementassessment as part of event planning
Guidelines to safe activities for participants presenters and the environment
Present Leave No Trace Principals as part of all outdoor activities
Present resources for additional training or certification for outdoor activities
Hands on activities to encourage interest and to provoke thought and discussion
Hazards of the area
Outdoor hiking safety
Stewardship of the land and natural resources
Being flexible and working with ldquowhat you haverdquo
Outline
1 Outdoor Activities ndash Whatrsquos The Worst That Can Happen An Introduction to Event Planning and Risk Management
2 Leave No Trace Principals
3 Trip planning and Logistics
4 Health amp Safety
5 Youth Protection
6 Age Appropriate Activities
7 Resource Training and Certifications
a Standard First Aid CPRAED Wilderness First Aid
b Shooting Sports - Range Safety Officer or Instructor
c Hunter Safety Instructor
d Climbing COPE and Zip Lines
e Water Safety Instructor Life Guard Small Boat Handling
f Leave No Trace Trainer or Master Educator
g Tread Lightly Tread Trainer or Master Tread Trainer
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 64
Suggested Activities
CPR Scenario
First Aid Scenario
Weather Scenario
Lost Scenario
Online Resources
American Camp Association
Boy Scouts of America
Youth Protection
Safe Swim Defense
Safety Afloat
Climb On Safely
Weather Safety
Trek On Safely
(etc)
Leave No Trace
Nebraska Game amp Parks
Hunter Safety
Boating Rules amp Regs
National Rifle Association
(Archery groups)
American Red Cross
(wilderness medicine group(s))
NOLS
Tread Lightly
US Coast Guard
NEBRASKA MASTER NATURALIST Explore Contribute Connect
18
Stargazing ndash Nebraska Star Party near Valentine in August
Cowboy Trail (will be the nationrsquos longest rails-to-trails conversion)
Calamus Outfitters
Shortgrass Prairie
Introduction
Found in western Nebraska
High diversity of habitats
Dramatic changes in elevation and topography
Soils range from sand to clay-loam to hard sandstone
Annual precipitation 12-17 inches ndash humidity generally low
Annual average temperature 47-50
Topography o Truest form of shortgrass prairie found in Banner Cheyenne Deuel and Kimball counties o Mixedgrass and sandsage prairies in southeast of Ecoregion o Wildcat Hills bluff formation found in Scottsbluff amp Morrill counties o Relic sandhill extend through Morrill and Sioux counties o Pine Ridge found in northern Dawes Sheridan and Sioux counties
Streams o North Platte River Lodgepole Creek Upper Niobrara and White Rivers o 5 large reservoirs and a number of smaller artificial lakes o Playas found throughout the region
Vegetation
Shortgrass Prairie o Buffalograss blue grama side-oats grama purple threeawn (grass height 10 inch) o Over 100 spps of forbs o Milkvetch scarlet guara cutleaf ironplant prickly pear purple locoweed scurfpea
prairie coneflower scarlet globe mallow
Mixedgrass Prairie o Blue grama prairie sandreed threadleaf sedge needle-and thread grass little bluestem
western wheatgrass (grass height 18-24 inches) o Shrubs
Skunkbush sumac winterfat fringed sage snowberry yucca broom snakeweed o Over 100 species of Forbs o Scarlet guara dotted gayfeather skeleton plant cutleaf ironplant scurfpea scarlet
globe mallow o Within the mixedgrass prairie ndash 2 unique communities found
Northwestern mixedgrass amp Loess mixedgrass prairie
Sandhill dune prairie and sandsage prairies o Sandsage sand bluestem blue grama prairie sandreed needle-and-thread yucca o Forbs ndashsand-lily desert goosefoot plains sunflower bush morning glory showy
impomopsis
Western alkaline meadows along the North Platte o Inland saltgrass alkali sacaton field sedge foxtail barley meadow bluegrass o Forbs ndash spearscale alkali aster camphor daisy thelypody
NEBRASKA MASTER NATURALIST Explore Contribute Connect
19
Ponderosa pine woodlands o Ponderosa pine quaking aspen green ash Saskatoon serviceberry chokecherry dwarf
juniper fragrant sumac mountain mahogany wolfberry Kentucky bluegrass littleseed ricegrass
Riparian woodlands o Cottonwoods peachleaf willows green ash boxelder Sandbar willow wild plum
chokecherry buffaloberry horsetail sedges marsh muhly and cordgrass
Badlands o Saltbush rabbitbrush poverty weed Russian thistle
Birds
More that 300 species of birds found
Shortgrass birds o McCownrsquos and Chestnut-collared longspurs Brewerrsquos sparrow horned lark burrowing
owl and state threatened mountain plover
Mixedgrass birds o Western meadowlark grasshopper sparrow lark bunting
Pine Ridge birds o Lewisrsquo woodpecker pygmy nuthatch ovenbird mountain bluebird
Wetland birds o Canada geese mallard northern pintail shorebirds
Mammals
White-tail and mule deer elk pronghorn bighorn sheep coyotes bobcats mountain lions prairie dogs federally endangered black-footed ferret river otter black-tailed jackrabbit badger pocket gopher grasshopper mouse
Fish
Many gamefish state threatened finescale dace endangered blacknose shiner etc Amphibians and Reptiles
Include western striped chorus frog Woodhousersquos toad bullsnake prairie rattler lesser earless lizard horned lizard ornate box turtle and painted turtle
Ecotourism amp Wildlife
Lake McConaughy (largest reservoir in state)
Lake Ogallala
Pine Ridge area o Ft Robinson State Park o Chadron State Park o Nebraska National Forest (Pine Ridge Unit) o Soldier Creek Wilderness
Oglala National Grassland and Toadstool Geologic Park
Wildcat Hills Nature Center in Gering
Scotts Bluff National Monument
Chimney Rock
Agate Fossil Beds National Monument
NEBRASKA MASTER NATURALIST Explore Contribute Connect
20
Endangered Species Act
The Endangered Species Act provides a program for the conservation of threatened and endangered
plants and animals and the habitats in which they are found The US Fish and Wildlife Service and the
Department of the Interior maintain the list of 632 endangered species (326 plants and 306 animals) and
190 threatened species (112 animals and 78 plants)
The law is written to prohibit any action that results in taking or injuring a listed species or negatively affects habitat Also prohibited is the import export interstate or foreign trade of listed species
Nebraskarsquos Endangered amp Threatened Species
State Status Federal Status
Birds Bald Eagle Threatened Threatened
Piping Plover Threatened Threatened
Mountain Plover Threatened Proposed Threatened
Whooping Crane Endangered Endangered
Eskimo Curlew Endangered Endangered
Interior Least Tern Endangered Endangered
Mammals River Otter Threatened
Southern Flying Squirrel Threatened
Black-footed Ferret Endangered Endangered
Swift Fox Endangered
Black-tailed Prairie Dog Candidate
Plants Western Prairie Fringed Orchid Threatened Threatened
Utersquos Ladyrsquos Tresses Threatened Threatened
Ginseng Threatened
Small White Ladyrsquos Slipper Threatened
Colorado Butterfly Plant Endangered Threatened
Saltwort Endangered
Hayden Penstemon Endangered Endangered
Insects American Burying Beetle Endangered Endangered
Salt Creek Tiger Beetle Endangered Candidate
Fish Lake Sturgeon Threatened
NEBRASKA MASTER NATURALIST Explore Contribute Connect
21
Northern Redbelly Dace Threatened
Finescale Dace Threatened
Blacknose Shiner Threatened
Topeka Shiner Endangered Endangered
Sturgeon Chub Endangered
Pallid Sturgeon Endangered Endangered
Reptiles amp Mussels Massasauga Threatened
Scaleshell Mussel Endangered Endangered
Information courtesy of Nebraska Game and Parks US Department of the Interior and the US Fish
and Wildlife Service
The Nuts and Bolts
Without habitat there are no animals
Every species has its niche
Understand the importance of biodiversity Know where the Platte River begins and ends understand its
makeup and where Rowe is located in the relationship to the river How Rowe plays a role in
conservation habitat maintenance and education Have an understanding of what constitutes the 4
major eco-regions in Nebraska
References Integrated Principals of Zoology by Cleveland P Hickman Jr Larry S Roberts Alan Larson (WmC
Brown Publishers 1996)
Zoology by Lawrence G Mitchell John A Mutchmor Warren D Dolphin (The BenjaminCummings
Publishing Company Inc 1988)
Biology the unity and Diversity of Life 7th Ed By Cecie Starr and Ralph Taggart (Wadsworth Publishing
Company 1995)
Nebraskarsquos Natural Legacy Project httpwwwngpcstateneuswildlifeprogramslegacyreviewasp
Cliffs Quick Review Biology by I Edward Alcamo PhD and Kelly Schweitzer PhD (Wiley Publishing 2001)
Biology for Dummies by Donna Rae Siegfried (Wiley Publishing Inc 2001)
NEBRASKA MASTER NATURALIST Explore Contribute Connect
22
Taxonomy in a Nutshell
Definitions
Classification is a systematic arrangement in groups or categories according to established
criteria
Taxonomy is the orderly classification of plants and animals according to their presumed natural
relationships
Binomial nomenclature (Binomial = 2 terms ndash Generic amp specific nomenclature = set of names)
is a system of naming in which each species of animal or plant is given a two tern Latin name
The first term identifies the genus to which the plantanimal belongs and is always spelled with
a capital letter The second term is the species of the plantanimal and is spelled with a lower
case letter This ldquoscientific namerdquo is usually printed in italics or underlined For example ndash Felis
concolor or Felis concolor
The Reason for ithellipWhy use taxonomy
Scientific taxonomic classification is a tool used through the world in an effort to catalog and compare
living things Zoologists now classify approximately 15 million animal species Each year about 10000
new species are added and it is estimated that more than 10 million different animal species may
actually exist on earth
Okay But why Latin
Common names of animals and plants vary from place to place even within a community For instance
the animal name above Felis concolor is known as puma mountain lion catamount panther and
several other local names So how does a biologist from Nebraska know that she and a scientist from
Scotland are talking about the same animalplant Throughout the scientific world Latin is recognized
as the universal language of scholars and scientists By referring to it by its Latin ldquoscientific namerdquo there
is no mistaking what animalplant they are referring to Latin also provides a source for decoding the
scientific name into something that tells you a little about the animalplant itself A translation often
provides a short description of the animal ie the giant anteaterrsquos species tridactyla actually means
three-toed
Background
The identification and comparison of different animals and plant species dates back to ancient times
Naturalists wrote herbals and bestiaries that were lists and descriptions of familiar organisms of a given
locality There was little interest in communicating outside a restricted region The advent of the
printing press led to broader dissemination of books and ideas Cataloging and comparing species on a
more comprehensive scale became possible As naturalists compiled their work they used many words
NEBRASKA MASTER NATURALIST Explore Contribute Connect
23
to describe a species by several characteristics sometimes defining one species in terms of another For
example the blue chair with the fluted arms the red chair like the blue chair with the fluted arms etc
Each authorrsquos system and terminology was different It is only comparatively recently that the
observation and study of the animal and plant world has begun to be organized along truly scientific
lines
Toward the middle of the eighteenth century the Swedish botanist Carolus Linnaeus produced a general
classification of all living species and this system has formed the departure point for all subsequent
developments of taxonomy His system was ambitious and used polynomials some with fifteen words
An example is the oak with leaves with deep blunt lobes bearing hair-like bristles Although he
considered the polynomial name to be the true one he also made notes with two-term names The
current binomial system used today is based upon these notes His writings and those of other scientists
that came after him became the standard for all classifications Since Latin was the universal language
of scholarship his writings were all in Latin Actually his real name was Carl van Linne but he translated
that to Latin as well
In the course of the last couple of centuries naturalists have come to adopt two different forms of
investigation and comparison in their classification process First they studied the question of
adaptation to the environment the significance of diverse structures and behavioral patterns among
animal species and the reason why these different modes of behavior and lifestyles enable animals in
different surroundings to survive
Secondly they have tried to recognize affinities and relationships between the various species They
have attempted to identify the ldquofamily likenessesrdquo that often exist among species which live in different
environments and therefore may be quite unlike one another in outward appearance
As a result of all this research scientists have built up a system of classification which places every
animalplant species in a particular category according to its relationships with other animalsplants
This is taxonomy
Side note ndash genetic testing is now being used to help with classification
How does it Work
When a new animalplant is recognized and identified it is given a species name This may be a term
that describes it or identifies the person who first recognized it as a separate species Originally these
species names were assigned by the individual scientist that discovered them but now they are
assigned by international groups Once this species term is assigned it almost never changes In theory
NEBRASKA MASTER NATURALIST Explore Contribute Connect
24
it is never supposed to be changed even if it is later moved to a different genus family or class but over
the years there have been a few exceptions
The basis of taxonomy however is the genus This is the smallest grouping of related species When
taxonomy began there were relatively few identified species so species were grouped into genera and
there it ended As the body of knowledge grew so did the need for a broader system of grouping From
there the hierarchical system of classification based on natural features evolved
The current system works as follows
Individually related species are grouped into the same genus
The most closely related genera are grouped into the same family
Related families are grouped into an order
Orders are grouped into a related class
Similar classes are included in the same phylum
The phyla are then placed into the proper kingdom
Each of these categories may also contain sub- or super- subdivisions
Taxonomy is a constant work in progress As scientists learn more about different species their
classification may change Changes can reflect a clearer understanding of where the species fits in
among the others with similar characteristics Until recently we only had to contend with two kingdoms
ndash animal and plants Today scientists recognize a least five different kingdoms of living things
Monera ndash bacteria and blue-green algae
Protista ndash one-celled organism with nucleus
Plantea ndash green plants
Fungi ndash non-green plants
Animalia ndash animals
NEBRASKA MASTER NATURALIST Explore Contribute Connect
25
Fauna of Nebraska
Developed and Adopted by Keanna Leonard Education Director Rowe Sanctuary
Objectives for Fauna Mammals Amphibians amp Reptiles Birds 3-4 hours
1 Descriptions ndash (Mammals Amphibians and Reptiles birds --ndash IMPORTANT CHARACTERISTICS)
2 Vocabulary
3 Common Oderrsquos in Nebraska and examples
4 Nuts amp Bolts of Mammals How to ID amp locate specific animals and their evidence (possible
activity tracks traces etc) in Nebraska
MAMMALS IN A NUTSHELL Basic Characteristics
1 Mammary glands (hint the name) that
produce milk
2 Sweat glands
3 Sebaceous glands for oil
4 Presence of hair on the body at some time
during life span
5 Homiothermic Endotherm (warm blooded)--
regulate high body temperature
6 Four-chambered heart
7 Enucleated red blood cells
8 Have a diaphragm
9 Enlarged cerebral hemisphere
10 One bone in lower jaw and complex
dentition
11 3 middle ear bones
12 Turbinal bones in nasal chamber
13 Eggs develop in a uterus with
placental attachment and born alive
(viviparous)
MAMMAL VOCABULARY
Altricial Born helpless
Arboreal Tree dwelling
Carnivore A mammal in the order Carnivora
Carnivorous Meat eating
Crepuscular Active at dusk and dawn
Diurnal Active during the day
Dominant Ruler or leader of others
Habitat Region where an animal lives
Herbivore An animal that eats only plants
Herbivorous Plant eating
Hibernation Winter period when certain
animals become inactive to a point in
where all body functions slow
considerably for a long period
Instinct Inherited mode of behavior
Mammal Animals that have hair on their
bodies (see other char above)
Marsupial Animals whose females have
pouches
Nocturnal Active during nighttime
Omnivore Animals that eats both meat and
plant material
Omnivorous Eating both meat and plant
material
Precocial Born in an advanced stage of
development and able to move about
Predator Animals that kills another animal for
food
Prehensile Grasping
Prey Animal hunted for food
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26
Protective coloration Enables the animal to
blend in with surroundings
Reticulated Net-like pattern of skin
Terrestrial Ground dwelling
Viviparous Live birthing
There are 21 orders of mammals found in the world
Listed below are the orders and examples of common species found in Nebraska
More Species found in Core Curriculum Binder
Insectivores (shrews and moles)
Masked Shrew (Sorex cinereus)
Northern Short-tailed Shrew (Blarina
brevicauda) (venomous)
Least Shrew (Cryptotis parva)
Eastern Mole (Scalopus aquaticus)
Chiroptera (bats)
Big Brown Bat (Eptesicus fuscus)
Red Bat (Lasiurus borealis)
Hoary Bat (Lasiurus cinereus)
Xenarthra
Nine-banded Armadillo (Dasypus novemcinctus)
Lagomorpha Eastern Cottontail (Sylvilagus floridanus) Black-tailed Jackrabbit (Lepus californicus)
Rodentia
Franklinrsquos Ground Squirrel (Spermophilus
franklinii)
Thirteen-lined Ground Squirrel (S
tridecemlineatus)
Black-tailed Prairie Dog (Cynomys
ludovicianus)
Plains Pocket Gopher (Geomys bursarius)(fur-
lined pouch)
Plains Pocket Mouse (Perognathus
flavescens)
Beaver (Castor canadensis)
Eastern Woodrat (Neotoma floridana)
Meadow Vole (Microtus pennsylvanicus)
Muskrat (Ondtra zibethicus) (laterally
compressed tail)
Porcupine (Erethizon dorsatu
Carnivora Despite the name of the order not all are carnivorous Many are omnivores (most bears and raccoons)
and some are even herbivores (giant panda)
Most carnivorous mammals have 3 up and 3 down relatively small incisors and 1 up and 1 down large
canine teeth on both sides of the incisors
Common species found in this area include
Family Canidae Coyote (Canis latrans) Red fox (Vulpes vulpes)
Family Procyonida Raccoon (Procyon lotor)
Family Mustelidae
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27
Long-tailed Weasel (Mustela nivalis)
Least Weasel (M nibalis)
Mink (Mustela vison)
Badger (Taxidea taxus)
Striped Skunk (Mephitis mephitis)
River Otter (Lutra canadensis)
Family Felidae Bobcat (Felis rufus)
Artiodactyla Mule Deer (Odocoileus hemionus) White-tailed Deer (O virginianus
References National Audubon Society Field Guide to North American Mammals by John O Whitake Jr Robert
Elman Carol Nehring (Alfred A Knoph Inc 1994)
Guide to Mammals of the Plains States By J Knox Jr Davide M Armstrong Jerry R Choate (University
of Nebraska Press 1985)
The Nuts and Bolts Know important characteristics especially-
Mammary glands Sweat glands Sebaceous glands Hair sometime during their life
4 chambered heart
Though these critters look like a rodent
Donrsquot confuse them for a moment
They sport small eyes and ears out of view
Their teeth are small sharp and more than a few
They are made up of one mole and shrews three
So in what ORDER can they be
Commonly seen species of Chiroptera number three And are known as the only mammals to swim through the air free They are normally seen at night and for finding food use echolocation rather than sight Now I know you know what they be But go ahead and name all three These mammals have what humans claim to be a disgusting habit of defecating undigested pellets and eating them again What are they Chewing the cud is normal for this group and so is walking on their two middle toes Name the common species found in this area
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28
AMPHIBIANS
Basic Characteristics
1 Skin naked No scales or hair
2 Eggs do not have shells but are jelly like
Laid in clusters always in water
3 Ectodermic
4 Can breathe through permeable skin
5 Spend all or part of life in water
6 Adults are carnivores Size of head
determines size of prey
7 Incomplete lung development
DIFFERENCES BETWEEN REPTILES AND AMPHIBIANS
Reptiles
1 Ectodermic
2 Covered with scales or plates
3 Shed skin
4 Most not do not live in or around water
Amphibians
1 Ectodermic
2 Smooth slimy skin without scales
3 Do not shed skin
4 Spend all or part of life in water
5 Go through metamorphose
Listed below are the orders and examples of common species found in Nebraska
More Species found in Core Curriculum Binder
Salamanders (Order Urodela)
Small-mouth Salamander (Ambystoma
texanum) Occurs in eastern Nebraksa
Tiger Salamander (A tigrinum) Occurs
throughout the state
Frogs and Toads (Order Anura) Thirteen species occur in Nebraska
Pelobatidae or Spadefoot Family
Plains Spadefoot (Spea bombifrons) Occurs throughout Nebraska expect southeast
Ranidae or True Frog Family Plains Leopard Frog (Rana blairi)
Northern Leopard Frog (Rana pipiens)
Bullfrog (Rana catesbeiana
Microhylidae or Narrow-mouthed Family Plains Narrowmouth Toad (Gastrophryne olivacea)
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29
Bufonidae or Toad Family
American Toad (Bufo americanus) Occurs only
in eastern part of the state
Great Plains Toad (Bufo cognatus) Occurs
throughout the state
Woodhousersquos Toad (Bufo woodhousei) Occurs
throughout the state
Hylidae or Tree Frogs
Northern Cricket Frog (Acris crepitans) East
and central Nebraska
Western Striped Chorus Frog (Pseudacris
triseriata amp P maculata) Occurs throughout the
state
Copes Gray Treefrog (Hyla chrysoscelis) Found
in eastern part of state
Resources Reptiles and Amphibians of Nebraska ndash herpetology database httpsnrsunleduherpneb
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30
REPTILES Basic Characteristics
1 Ectothermic (cold-blooded) Body temperature is the same as the temperature of its surroundings
2 Dry skin covered with scales or plates
3 Teeth if present are needle-like or conical
4 Skin shed in one piece or several pieces at intervals
5 Lay soft shelled eggs or young born alive in a membranous sac
6 Lung breathing
There are four groups
Lizards - Short-legged long-bodied reptiles
Taped tail Size varies from 4- inch long fence
swift to 10 foot Kamodo dragon
Snakes - Legates cousins of lizards
Turtles - Armored shells
Crocodilians - Crocodiles Alligators Caimans
REPTILE VOCABULARY
Antivenin An antidote to the venom of
venomous snakes produced by inoculating
horses with small doses of venom Horses build
up an immunity or resistance The horsersquos
blood is used to make the antivenin
Blue Stage Refers to the condition of a snake
prior to shedding
Carapace Dorsal (covering the back) shell
Constrictor A term used in describing a snake
that kills its prey by constriction
Ectothermic Not able to control body
temperature (Cold-blooded) Dependent upon
environment to control body temperature
Egg Tooth A sharp projection located in front
of nose on upper jaw Used by infant reptiles to
cut through eggshell
Fangs Grooved or tubular teeth used to inject
venom
Hemotoxin Venom that attacks the blood
Herpetologist A specialist in reptiles
Jacobsonrsquos Organ A tastesmell sense organ
with two small openings located on roof of
mouth
Thermal Pit A heat sensory pit on side of head
between nostril and eye Allows snakes to track
warm-blooded animals and to strike accurately
especially at night Found only in venomous
snakes known as pit vipers
Neurotoxin Venom that attacks the nervous
system
Oviparous Lays egg
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31
Ovoviviparous Give birth to live young Egg
developed in female and then deposited as a
living young
Plastron Ventral (covering the belly) shell
Reticulated Net-like pattern on skin
Scales Folds of skin covering reptiles
Scutes Single section of shell each sell is made
up of many scutes
Toxic Poisonous
Toxin Poison
Undulating Type of snake locomotion typical of
most snakes - Leaves ldquoSrdquo shape track
Venom Poisonous fluid secreted from glands
and transmitted by bite or sting
Venomous Describes animal containing venom
gland
Nuts amp Bolts of Reptiles
Most reptiles are carnivores (eat meat) Many will eat only live food Some are herbivores (eat
plant material) as well as insectivores (eat insects)
Reptiles often found in water or underground for protection from predators and to help
regulate body temperature Air temperature can change quickly but water and soil
temperature are more constant therefore it helps to regulate the reptiles body temperature
Because they are ectothermic many reptiles live in places that are warm year round In colder
climates reptiles hibernate underground below the freeze line
Most reptile lay eggs and are called oviparous Eggs are buried in sand soil rotted logs etc and
kept warm only by heart from the sun or from rotting vegetation Very few reptiles stay around
to protect their eggs Some reptiles keep their eggs inside their bodies until they hatch and
produce live young (ovoviviparous) Example - garter snakes Very few reptiles care for or feed
their young Young are precocial able to look after themselves minutes after they hatch
Most snakes are harmless Even snakes that are venomous will not bite unless they are
cornered or stepped on Snakes are good and necessary animals They help control potential
destructive populations of rodents
Listed below are the orders and examples of common species found in Nebraska
ORDER CHELONIA Basic Characteristics
1 Contains all forms of turtles and tortoises
2 Has body enclosed in a shell made of
modified horny scales and bone Shell made of
two parts Carapace - upper part covering
animalrsquos back Plastron-under part covering
animalrsquos stomach amp chest
3Ribs and most of vertebrae attached to shell
4 Neck long and flexible and can usually be
withdrawn into shell
5 Have no teeth but jaws outfitted with horny
beaks
6 All lay eggs Usually bury eggs in pit in sand or soil Hatchlings must dig themselves to the surface
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32
Examples of Turtles found in Nebraska Snapping Turtle (Chelydra serpentina)
Blandingrsquos Turtle (Emydoidea (Emys)
blandingii) Protected Species
False Map Turtle (Graptemys
pseudogeographica) Protected Species
Ornate Box Turtle (Terrapene ornata)
Smooth Softshell (Apalone mutica)
Spiny Softshell (Apalone spinifer
SUBORDER LACERTILA (lizards) Basic Characteristics
1 Dry scaly skin clawed feet external ear
openings
2Have movable eyelids - snakes do not
3 Males and females often show different
coloration
4 Generally diurnal but many nocturnal
(geckos night lizards Gila Monsters)
5 Courtship brief fertilization is internal
6 Most are egg layers
Examples of Lizards of Nebraska
Six-line Racerunner (Cnemidophorus sexlineatus Five-line Skink (Eumeces fasciatus)
Many-lined Skink (Eumeces mulitvirgatus)
Great Plains Skink (Eumeces obsoletus)
Slender Glass Lizard (Ophisaurus attenautus)
Lesser Earless Lizard (Holbrookia maculate)
Northern Prairie Lizard (fence lizard)
(Sceloporus undulates)
SUBORDER SERPENTES (Snakes) Basic Characteristics
1 Elongated scaly bodies (to protect from water
loss) no limbs external ear opening or eyelids
(eye covered with a clear scale)
2 Terrestrial subterranean arboreal
amphibious
3 Carnivores swallow prey whole
4 Continue to grow throughout their lives
6 Hibernate in colder climates
7 Males locate females by scent
8 Internal fertilization
9 Some lay eggs others bear live young
11 Vipers (venomous snakes) have heat-
sensing organs called thermal pits
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33
12 Teeth slanted back If one is lost another drops down in itrsquos place
Examples of snakes found in Nebraska
Black Rat Snake (Elaphe obsoleta)
Great Plains Rat Snake (Elaphe guttata)
Bullsnake (Pituophis catenifer)
Common Kingsnake (Lampropeltis getula)
Eastern Hognose Snake (Heterodon
platyrhinos)
Western Hognose Snake (Heterodon nasicus)
Glossy Snake (Arizona elegans)
Milk Snake (Lampropeltis triangulum)
Plains Garter Snake (Thamnophis radix)
Common Garter Snake (Thamnophis sirtalis)
Racer (Coluber constrictor)
Pit Vipers
Copperhead (Agkistrodon contortrix) found in extreme southeast Nebraska
Massasauga (Sistrurus catenatus) Found in southeast Nebraska Protected Species
Prairie Rattlesnake (Crotalus viridis) Found in central and western parts of the state
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 34
Birds What Makes a Bird a Bird IMPORTANT CHARACTERISTICS
So what makes a bird a bird All birds share one common characteristic that no other animal has and
that is FEATHERS Other characteristics include
Maintain high constant body temperature Endotherms (warm-blooded)
Possess toothless beaks or bills
All lay hard-shelled eggs (oviparous)
Air sacs in birdrsquos body give buoyancy
Generally bones are hollow Decreases body weight
Four-chambered heart
Lend Me Your Ear Yes birds have ears but they are missing the pinna or outside part of the ear that collects sound Birds
have feather-covered openings on both sides of the head just behind the eyes Owls and other night-
flying birds have off-setting ears that allow them to pinpoint the exact position of prey
Can birds smell We are not quite sure how well most birds smell We do know vultures use the sense of smell to find
their dinner The champion bird sniffer belongs to kiwi found in New Zealand They are able to sniff out earthworms Some diving birds like cormorants cannot even breathe through their nostrils because they are sealed Ocean birds have special glands in their noses which eliminates salt from the salty water they drink
Eggs Birds lay hard-shelled eggs made mostly of carbon carbonate The hard shell keeps the egg from drying
out and allows parents to sit on it without damaging the developing chick Though the shells are hard it
does not mean that they are non-porous Microscopic pores allow the embryo to ldquobreatherdquo Carbon
dioxide and oxygen can pass through the shell
Eggs come in all sizes colors and patterns We believe that the different colors and patterns are
intended as camouflage Blue and green eggs are found in nests that are in the shade Patterned eggs
blend in with vegetation and stones and white eggs are normally found in cavities
The shape of eggs also depends on where a bird nests The most common shape is oval A pointed egg
is usually found near ledges Round eggs are generally found in highly secure nests
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 35
Commonly Seen Bird Families of Nebraska
Grebes (Family Podicipediae ndash rump foot)
WHAT TO LOOK FOR
Sleek diving waterbirds - small to medium size
Most have sharp pointed bills with fairly long necks short wings and almost no tail
Have lobed toes and legs set far back on body
Common Nebraska species - Pied-billed horned eared western and Clark grebes
Pelicans (Family Pelecanidae ndash an ax)
WHAT TO LOOK FOR
Very large waterbirds
Huge bills with large distensible pouches
Most are white with black flight feathers ndash wingspan 6-9 feet
Common Nebraska species ndash American White Pelican
Cormorants (Family Phalacrocoracidae ndash bald raven)
WHAT TO LOOK FOR
Large diving waterbird shaped like an elongated goose
Long neck and long bill hooked at the end
Wing span 3-5 feet Mostly dark in color
Common Nebraska species ndash Double-crested cormorant
Herons Egrets and Bitterns (Family Ardeidae - )
WHAT TO LOOK FOR
Medium to large wading birds
Usually with long legs bills and S-shaped neck
Short rounded tails
Common Nebraska species ndash American and least bitterns great and snowy egrets little
blue egret cattle egret great blue green black-crowned night and
yellow-crowned night herons
Ibises (and Spoonbills) (Family Threskiornithidae ndash sacred bird)
WHAT TO LOOK FOR
Medium to large wading birds
Long necks and legs with a duck-like body
Long tapering down-curved bill Common Nebraska species ndash white-faced ibis
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Page | 36
Vultures (Family Cathartidae ndash cleanser)
WHAT TO LOOK FOR
Large soaring scavengers
Resemble eagles and large hawks in flight
Head and neck void of feathers bill hooked
Hold wings in a raised V-shape (dihedral)
Common Nebraska species ndash turkey vulture
Duck Geese and Swans (Family Anatidae ndash waterfowl)
WHAT TO LOOK FOR
Medium to large waterbirds
Large heads with conspicuous and horizontally flattened bills
Long necks heavy bodies relative short tails webbed feet and long wingspan Major differences between duck geese and swans
Ducks
Smallest of the three Have a soft swelling about the nostrils called a cere
Males of most ducks are easily separated from females by their gaudier plumage Feathers are
molted twice a year
Most males change into nuptial plumage after pair formation in the fall There may be some
modification of shape of a single feather or entire regions of plumage
Most species are sexually mature at 9 - 11 months
Males take no part in incubation
Geese
Neck shorter than body
Lore (area between eye and bill) feathered and more bluntly triangular than ducksrsquo
Sexes are similar
Permanent pair bonding
Molt once per year postnuptially
Sexually mature at 3 years
Males protect female clutch and brood after hatching
Young stay with parents for almost a year
Legs of most geese are farther forward under the belly than those of typical swans and ducks
Swans
Longest necks - necks slightly longer than body
Lore is naked
Sexes are similar
Molt once per year postnuptially - parents molt one after the other so one is able to fly
Young are carried on parentsrsquo backs
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 37
Sexually mature at 4 -5 years
Hawks and Allies (Family Accipitridae ndash to grasp or take)
Medium to very large diurnal raptors
Hooked beak strong legs and sharp talons
Buteos (buzzard hawks)
Stocky with broad wings wide tails
Soar and wheel high in the sky
Common Nebraska species ndash red-shouldered broad-winged Swainsonrsquos red-tailed
ferruginous rough-legged hawks
Accipiters (true hawks)
Small heads short rounded wings longish tail slender bodies
Fly with several rapid beats and a glide Common Nebraska species ndash sharp-shinned hawk Cooperrsquos hawk northern goshawk
Harriers
Slim body with slim round-tipped wings
Fly in open country gliding low with wings lifted in a V (dihedral)
Species in Nebraska - northern harrier
Kites
Small falcon shaped buoyant gliders not power-fliers
Common Nebraska species ndash Mississippi Kite
Osprey
Soar high on long swept-back wings
Broad tail short-headed appearance
Often travel in pairs
Eagles
Large very broad bodied with broad long plank-like wings massive head and bill
Soar steadily holding wings flat out to the side
Powerful wing beat on upstroke wings raised high Common Nebraska species ndash bald and golden
Falcons (and caracaras) (Family Falconidae - )
WHAT TO LOOK FOR
Small to large compact fast-flying raptors
Long pointed wings bent at the wrist - Strong rapid wing strokes
Common Nebraska species ndash American kestrel gyrfalcon peregrine falcon prairie falcon
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 38
Grouse Turkeys and Pheasants (Family Phasianidae ndash cock or fowl-like bird)
WHAT TO LOOK FOR
Ground dwelling birds with feather nostrils
Short strong bills and short rounded wings
Flight strong but brief
Males perform elaborate courting displays
Common Nebraska species ndash ring-necked pheasant sharp-tailed grouse greater
prairie chicken wild turkey
New World Quail ( Family Odontophoridae ndash bearing teeth)
WHAT TO LOOK FOR
Ground dwelling bird found in brushy habitat and other dense low foliage
Chunky rounded bodies and crests or head plumes
Chicken-like bill short rounded wings
Common Nebraska species - northern bobwhite
Rails and Coots (Family Rallidae - )
WHAT TO LOOK FOR
Marsh birds with short tails and stubby wings
Secretive and identified chiefly by call and habitat
Rails are laterally flattened ldquoThin as a railrdquo Coots are plumper and gregarious
Common Nebraska species ndash yellow rail black rail king rail Virginia rail sora common
moorhen American coot
Cranes (Family Gruidae - )
WHAT TO LOOK FOR
Tall stately wetland birds with long necks and long bills
Tertial flight feathers droop over rump in a bustle when standing
Fly with necks fully extended
Circle in thermals like raptors
Common Nebraska species - sandhill and whooping cranes
Plovers and Killdeer (Family Charadriidae ndash nocturnal waterbird)
WHAT TO LOOK FOR
Small to medium shorebirds that dart across the ground stop and then take off again Upright posture with medium length legs and long pointed wings
Rounded head large eyes thick neck with a short thick bill
Common Nebraska species ndash black-billed American golden snowy semipalmated piping
plovers and killdeer
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Page | 39
Stilts and Avocets (Family Recurviostridae- bent bill)
WHAT TO LOOK FOR
Tall slim shorebirds
Long thin bill very long slender legs long neck striking black-and-white plumage Stilts have straight bills avocets have re-curved bills
Common Nebraska species ndash American avocets black-necked stilt
Sandpipers and Phalaropes and Allies (Family Scolopacidae ndash woodcock)
WHAT TO LOOK FOR
Diverse group of shorebirds
Long toes and long tapered wings
Bill and leg length varies but bill more slender than a ploverrsquos
Plumage browns grays and whites with reds and oranges during breeding season
All but one species have short elevated hind toe
Species found in Nebraska include common snipe ruddy turnstone phalaropes sandpipers
woodcocks godwits whimbrels willets etc
Dowitchers
WHAT TO LOOK FOR
Medium sized chunky dark shorebird
Long straight bills and distinct pale eyebrows
Feed in mud or shallow water in a rapid jabbing motion
Phalaropes
WHAT TO LOOK FOR
Often spin like a top in water when feeding
Female larger and more colorful than male
Male tends incubates and cares for chicks
Common Nebraska species ndash Wilsonrsquos and red-necked phalaropes
Gulls Terns and Allies (Family Laridae ndashsea birds)
Gulls
WHAT TO LOOK FOR
More robust with wider wings and longer legs than terns
Bill slightly hooked tail square or rounded - Seldom Dive
Common Nebraska species ndash Pomarine Jaeger Franklinrsquos little Bonapartersquos ring-
billed California Herring Thayerrsquos lesser black-backed glaucous
Sabinersquos gulls black-legged kittiwake
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 40
Terns
WHAT TO LOOK FOR
Graceful more streamline than gulls
Usually has a forked tail ndash most whitish with black cap
Sharp-pointed bill - Hoover and dive headfirst for fish
Common Nebraska species ndash Caspian common Foresterrsquos terns
Pigeons and Doves (Family Columbidae ndash dove)
WHAT TO LOOK FOR
Plump fast flying cooing voice
Short legs and necks and small heads short bills
Tail fan-like rounded or pointed
Pigeons larger than doves
Common Nebraska species ndash rock mourning Eurasian collared doves
Cuckoos Roadrunners and Anis (Family Cuculidae - )
WHAT TO LOOK FOR
Slender with a long tail at least half of the birdrsquos total length
Fairly large sturdy decurved (curving down) bill
2 toes forward 2 back (zygodactyls)
Common Nebraska species - black-billed cuckoo and yellow-billed cuckoo
Barn Owls (Family Tytonidae -)
WHAT TO LOOK FOR
Slim medium sized night hunter
Legs are long and sparsely feathered
Large head with large forward-facing immovable eyes
Heart-shaped face hooked beak and ghostly appearance
Typical Owls (Family Stigidae ndash night bird)
WHAT TO LOOK FOR
Generally night hunters
Large heads flatten face with large forward-facing immovable eyes hooked beak
Mottled appearance some with feather tuffs upright stance
Common Nebraska species ndash eastern screech great horned burrowing barred long-eared
short-eared northern saw-whet owls
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 41
Nighthawks and Nightjars (Family Caprimulgidae ndashgoat sucker)
WHAT TO LOOK FOR
Nocturnal or crepuscular
Big tail large eyes tiny bills surrounding a large gaping mouth
By day sit horizontally on limb or on ground
Easiest to identify by voice
Common Nebraska species ndash common nighthawk common poorwill chuck-willrsquos-widow
Whip-poor-will
Swifts (Family Apodidae ndash without feet)
WHAT TO LOOK FOR
Small to medium sized aerial foragers ndashspend most of life flying
Long sickle-shaped wings bending close to body and extremely short legs
Eat bathe drink and sometime mate in the air
Common Nebraska species - chimney swift white-throated swift
Hummingbirds (Family Trochilidae ndash small bird)
WHAT TO LOOK FOR
Tiny body long slender bill
Distinctive blur and hum of hovering wings
Jewel-like throat feather found on male
Common Nebraska species ndash ruby-throated broad-tailed and rufous hummingbirds
Kingfishers (Family Alcedinidae - kingfisher)
WHAT TO LOOK FOR
Small to medium size
Thickset with short neck and tail small feet
Large head with a ragged crest and long strong bill
Sit on lines and low branches near water or hovers above water
Plunges head first into water to catch fish
Common Nebraska species ndash belted kingfisher
Woodpeckers (Family Picidae ndash woodpecker)
WHAT TO LOOK FOR
Arboreal (tree) birds
Vertical posture creep up trees
Strong chisel-like bill short legs stiff tail feathers rounded wings
Undulating flight pattern and characteristic bill drumming
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 42
Common Nebraska species ndash Lewisrsquos red-headed red-bellied hairy downy woodpeckers
yellow-bellied and red-naped sapsuckers northern flicker
THE PASSERINES Feet adapted to perching
Tyrant Flycatchers (Family Tyrannidae - lord ruler king)
WHAT TO LOOK FOR
Small to medium perching bird
Large head broad flattened bill pointed wings short legs
Bristly ldquowhiskersrdquo at base of bill
Sit upright on exposed branch and dart out to catch insects
Common Nebraska species - flycatchers pewees kingbirds phoebes kingbirds
Shrikes (Family Laniidae ndash butcher)
WHAT TO LOOK FOR
ldquoButcher birdsrdquo ndash impale prey on thorns (may be to attract a mate and mark territory)
Robin-size bird with hooked bill and masked face with hawk-like behavior
Black gray and white birds
Common Nebraska species - northern and loggerhead shrike
Vireos (Family Vireondae ndash small bird)
WHAT TO LOOK FOR
Small olive- or gray-backed bird with short sturdy cylindrical slightly hooked bill
Can have wing bars and eye-rings or have eye stripes and no wing bars
Often confused with warblers but are chunkier bigger headed thicker billed
Common Nebraska species ndash white-eyed Bellrsquos yellow-throated plumbeous
Cassinrsquos blue-headed warbling Philadelphia red-eyed
Crows and Jays (Family Corvidae ndash raven)
WHAT TO LOOK FOR
Large perching bird with strong longish all-purpose bill to handle variety of foods
Nostrils covered with feathers
Legs scaled in front and smooth behind
Harsh voice and noisy
Bold gregarious
Common Nebraska species - black-billed magpie American crow
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 43
Larks (Family Alauidae ndash lark)
WHAT TO LOOK FOR
Ground dwellers of open fields ndash seldom seen in trees and shrub
Walk rather than hop have an elongated hind toe
Slender billed seed and insect eaters
Yellowwhite face with black facemask horns and breast band
Has musical song often sung in display flight
Common Nebraska species ndash horned lark
Swallows and Martins (Family Hirundinidae ndash swallow)
WHAT TO LOOK FOR
Slim streamline bodies with long pointed angled wings
Tail forked or squared legs and feet inconspicuous
Bill short and wide
Fluid aerialists ndash dart about catching insects
Flocks perch in long rows on branches and lines
Common Nebraska species ndash purple martin northern rough wing bank cliff barn swallows
Chickadees and Titmice (Family Paridae - )
WHAT TO LOOK FOR
Small plump sociable birds with short bills and wings
Active agile ndash often hang upside down to feed
Many times roam in little bands (often leading the group) in search of food
Chickadee ndash no tuff of feathers on head Titmice ndash tufted Common Nebraska species ndash black-capped chickadee tufted titmouse
Nuthatches (Family Sittidae ndash birds that peck bark of tree)
WHAT TO LOOK FOR
Small stout tree-climbers with slightly upturned strong woodpecker-like bills
Stubby squared off tails
Walk down trees headfirst Common Nebraska species ndash red-breasted and white-breasted nuthatches
Creepers (Family Certhiidae -)
WHAT TO LOOK FOR
Small slim tree-dwellers with stiff tails and slender downward curving bill
Primarily brown
Common Nebraska species ndash brown creeper
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 44
Wrens (Family Troglodytidae ndash cave dweller
WHAT TO LOOK FOR
Small stumpy energetic brown birds
Bill slightly down turned loud song
Tails often in ldquocockedrdquo or up-tilted position
Common Nebraska species ndash rock house winter marsh wrens
Kinglets (Family Regulidae -)
WHAT TO LOOK FOR
TINY very active songbirds ndash only certain hummingbirds smaller
Can hover will feeding
Greenish plumage with bright colored crowns Short tails
Common Nebraska species ndash ruby-crowned and golden-crowned kinglets
Gnatcatchers (and Old World Warblers) (Family Sylviidae - )
WHAT TO LOOK FOR
Small birds with slender pointed bills surrounded by rectal bristles
Drab plumage with seasonally changing head patterns
In constant motion
Common Nebraska species ndash blue-gray gnatcatcher
Thrushes (Family Turdidae -)
WHAT TO LOOK FOR
Large-eyed upright postured songbirds - known for their singing ability
Bill is slender straight but not sharp
Often hop along the ground looking for food
Common Nebraska species ndash eastern bluebird veery gray-cheeked Swainsonrsquos hermit
wood thrush American robin
Mockingbirds and Thrashers (Family Mimidae ndash imitator mimic)
WHAT TO LOOK FOR
Well known for their vocal and mimicking ability
Have short rounded wings long legs and tails
Long down-curved bills
Common Nebraska species ndash gray catbird northern mockingbird brown thrasher
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 45
Starlings (and Mynas) (Family Sturnidae - )
WHAT TO LOOK FOR
Medium sized chunky glossy birds with short tails sharp bills
Short triangular to rounded wings
Gregarious bold birds
Pipits (and Wagtails) (Family Motacillidae -)
WHAT TO LOOK FOR
Slender billed brownish ground dwellers with long back toe
Walk briskly rather than hop along the ground
Most species bob their tails up and down
Common Nebraska species ndash American pipit
Waxwings (Family Bombycillidae ndash silk tail)
WHAT TO LOOK FOR
Birds with sleek crest that can be erected
Plump-bodied birds with pointed wings with red waxy tips of secondaries
Bill is small wide and notched high thin calls
Square tail with terminal yellow band
Common Nebraska species ndash Bohemian and cedar waxwings
Wood Warblers (Family Parulidae -)
WHAT TO LOOK FOR
Brightly colored (mostly yellow) birds
Smaller than sparrows with thin needle-like bills
Common Nebraska species ndash approx 34 warblers ovenbirds yellow-breasted chats and
waterthrush
New World Sparrows (Family Emberizidae -)
WHAT TO LOOK FOR
Small to medium-sized birds - often brown streaked appearance
Rounded wings cone-shaped bills
Common Nebraska species ndash 20 sparrows towhees longspurs dark-eyed juncos snow and
lark buntings
Cardinals and Allies (Family Cardinalidae )
WHAT TO LOOK FOR
Medium to large songbirds
Have large cone-shaped bills
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 46
Males often very colorful
Common Nebraska species ndash northern cardinals rose-breasted and black-headed grosbeaks
indigo bunting dickcissel
Blackbirds Orioles and Allies (Family Icteridae)
WHAT TO LOOK FOR
Medium to large songbirds with strong straight bills
Strong-direct flight
Plumage varies from iridescent black to yellow to orange
Common Nebraska species ndash Bobolink eastern and western meadowlarks red-winged and
rusty blackbirds common and great-tailed grackles orchard Baltimore and
Bullockrsquos orioles brown-headed cowbird
Finches and Allies (Family Fringillidae)
WHAT TO LOOK FOR
Small to medium songbirds
Have conical bills and forked relatively short tails
Fly fast and undulate through the air giving high-pitched calls in flight
Common Nebraska species ndash gray-crowned rosy purple Cassinrsquos house finches red
crossbill white-winged crossbill common redpoll pine siskin American goldfinch
evening grosbeak
Old World Sparrows (Family Passeridae)
WHAT TO LOOK FOR
Stouter bodies shorter legs and thicker bills than native sparrows
Have a simple song repeating single elements with no particular rhythm or beginning
And end vocalize all day and year-round
Common Nebraska species ndash house sparrow (introduced)
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 47
Geology and Natural History of Nebraska
Being Developed by Jon Garbisch Cedar Point Biological Station jgarbisch2unledu
bull Geological history of Nebraska
bull Present geological formation of regions
bull General soil types
bull Geological landforms and related habitats
What we currently use
Theme
Nebraska geology formed over millions of years through the erosion of mountains the deposition of
sediments and the flow of water and ice shaping the landscape that we call home
Goal
Attendees will develop an understanding of the natural processes that influenced and built Nebraska
and in so doing develop a greater appreciation for the geology and how it relates to all other aspects of
the statersquos identity
Objective(s)
The Master Naturalists attendees will be able to use the knowledge they have gained to better
understand the surface and subsurface geology at any location in the state that they may find
themselves working
How will it be measured
Attendees will be able to use the knowledge gained to actively interpret general Nebraska geology by
completing activities in the form of hand-out diagrams biostratigraphic fossil correlations
interpretation of rock type hand specimens and visual description of the Geology on the trail at Camp
Brewster Fontenelle Forest
Introduction
Nebraska geology formed over millions of years through the erosion of mountains the deposition of
sediments and the flow of water and ice shaping the landscape that we call home (Hand out agenda)
Geology is rooted in the 3 rock groups that exist on planet Earth and so familiarity with
o these groups gives us a solid foundation for all other geologic interpretation
A half hour will be spent handling examples from each rock group
o 3 groups 3 tables with one rock type on each table each group spends 10 minutes at
each table
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 48
The Geologic Time Scale is a record over time of the Earths major geologic events and we
can use it to help us understand how and when Nebraska took shape
The natural agents of change which have shaped our state include oceans rivers wind
o and ice
The geologic time periods in Nebraska are represented by rock layers (or not) which occur all
around the state and have been named so that no matter where you are in the state you can
correlate the strata to the time scale (fossilsisotopes)
6 Geologic Principles will be discussed so that when the MN is in the field they can be used as an
aid in basic geologic interpretation
Conclusion
Nebraska geology formed over millions of years through the erosion of mountains the deposition of
sediments and the flow of water and ice shaping the landscape that we call home Geology supplies us
a record of the events that have shaped our Earth by learning the language in which the Earth script is
written we will be able to interpret and share the story of our state of Nebraska This understanding will
aid in us in relating to other areas influential and important to the state
Places to Go (places to see examples of Nebraska geology)
a Agate Fossil Beds National Monument Lower Miocene fossil mammal site including abundant body fossils of ancient mammals and prominent fossil rodent burrows
b Ashfall State Park Upper Miocene fossil mammal assemblage found in ash derived from an eruption of a predecessor to the Yellowstone volcanic field c Chimney Rock National Historic Site Oligocene and Lower Miocene continental sedimentary rocks deposited as sediments by wind and steams
d Hummel Park (Omaha) outcrops of Pleistocene glacial till and loess
e Lincoln area Capitol Beach Lake and history of saline waters and salt industry flooding history of Antelope and Salt creeks building stones in downtown area brick industry University of Nebraska State Museum
f Louisville area outcrops of Upper Pennsylvanian marine sedimentary rocks
g Valentine area and Niobrara National Wildlife Refuge Niobrara River Canyon and Cenozoic stratigraphy
h Niobrara State Park Upper Cretaceous marine sedimentary rocks (Niobrara Formation and Pierre Shale) landslides along Missouri River anthropogenic changes in Missouri River Niobrara River and Mormon Canal
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 49
i Downtown Omaha removal of loess from hills in downtown area engineering of Missouri River (eg groins bank armoring etc) visible at Bob Kerrey Memorial Bridge deep bedrock water wells at old industrial sites
j Platte River State Park Upper Pennsylvanian marine sedimentary rocks and overlook of Platte River
k Ponca State Park Upper Cretaceous marine sedimentary rocks (uppermost Dakota Formation through Greenhorn Limestone)
l Rock Creek State Historical Park middle Cretaceous Dakota Formationmdashfluvio-estuarine continental deposits
m Schramm Park Upper Pennsylvanian marine sedimentary rocks
n Scotia and Happy Jack Chalk Mine Upper Miocene lake deposit In Ogallala Group
o Scotts Bluff National Monument Oligocene and Lower Miocene continental sedimentary rocks deposited as sediments by wind and steams
p Smith Falls State ParkCenozoic stratigraphy Niobrara River waterfalls as knick points
q Toadstool Park and nearby areas continental sedimentary rocks of upper Eocene Chadron Formation Pine Ridge escarpment Trailside Museum and Ft Robinson State Park
r Weeping Water area Upper Pennsylvanian marine sedimentary rocks
s Wildcat RidgeHillsescarpment on Oligocene and Lower Miocene continental sedimentary rocks deeply eroded into canyons buttes and pinnacles by stream erosion during and after the Late Pliocene
t Indian Cave State Park and Iron Horse Trail south of Peru Upper Pennsylvanian Indian Cave Sandstone (fluvio-estuarine deposit) and sandstone cave
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 50
North American Model and Outdoor Skills Developed by Jeff Rawlinson Assistant Division Administrator Information and Education Nebraska Game and Parks Commission jeffrawlinsonnebraskagov
OUR North American Model of Conservation
Perhaps no other story is more compelling and more important in American history as that of how
our natural resources came to be one of the most important elements in our lives The history of our citizenryrsquos strong land ethic ties us to the natural world long after other nations have forgone this relationship We value how the common person from a common family can participate in the thrill of the chase experiencing wildness to its fullest
The North American Model of Conservation is a philosophy that the United States and Canada have
developed to manage wildlife in a sustainable way Historians debate how this land ethic began Some
say our model of conservation began in 1937 with the passage of the PittmanRobertson Act a move that provided funding for wildlife conservation at the national and state level The source of this funding came from the sale of hunting and shooting equipment Others may say that it began when the conservation giant President Theodore Roosevelt brought management of natural resources to the
political forefront Others would argue our Model of conservation was birthed under the Magna Charta which transferred the ownership of wildlife from the King of England and the English nobles to the all of
the people of England In reality however our Model has been under development for several hundred years combining what we have learned from other nations peoples cultures and experiences to shape a philosophy ingrained in our culture supported by hunters anglers and shooting sports enthusiasts
benefiting all wildlife and wild lands in the United States
First Wildlife Managers The concept of managing wildlife or natural resources was not conceived by our young nation For
thousands of years humanity has been manipulating and controlling the land and all its inhabitants to benefit our needs Ever since the first hunter followed that wooly creature across the Bering Straight embarking on an epic journey that would result in settling of North America man has ldquomanagedrdquo
wildlife in North America
Throughout history many leaders have shown some element of concern or conservation ethic towards wildlife The great Kublai Khan grandson of Genghis Khan and founder of the Yuan Dynasty in China forbade harvesting of many species of wildlife during critical reproductive months of March
through August so species could ldquoincrease and multiplyrdquo Conservation of wildlife is even found in Mosaic Law in Deuteronomy 226 representing some of the first written wildlife management idealsmdashldquo If you come across a birdrsquos nest in any tree or on the ground with young ones or eggs and
the mother sitting on the young or on the eggs you shall not take the mother with the youngrdquo (English Standard Version 2001)
As populations expanded throughout Europe wildlife resources fell under ownership of powerful kings
who enacted harsh punishments for anyone found taking the kingrsquos game In 1215 a rebellion against King John of England resulted in the Magna Charta transferring ownership of lands and game from the crown to the people This ldquoprivatizingrdquo of wildlife ownership had profound impacts America over 500 years later
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 51
Era Of Abundance (1600 ndash 1850) When our forefathers first landed on the eastern shores of America they brought with them science
religion and a new hope They found plentiful game and soon began a relationship with the land that provided them with many of their daily needs Wildlife was viewed as a limitless resource in a relatively untapped land These early settlers had left Europe where few had access to wildlife and entered a world where everyone had access Furs feathers hides all had value to this young country In 1776 the Declaration of Independence revoked the Kingrsquos rights to land and people in this new world After a
bloody war led by revolutionaries such as Washington Hamilton Jefferson and Adams the United States gained its independence and the land and wildlife belonged to everyone
Era Of Exploitation (1850 ndash 1900)
The 1800s brought a commercialization of our wildlife resources Market hunting and habitat
destruction began to decimate wildlife populations such as the American Bison and Passenger Pigeon After the American Revolutionary War and the Civial Warmdashwhich nearly destroyed our ldquodemocratic
experimentrdquo all togethermdashfew people were looking after the interest of wildlife and even fewer rules
existed governing the management of a resource everyone had ownership of yet no one had responsibility for
The railroad provided settlers with the means to access new lands expanding the markets for meats hides and fur Advancements in technology such as the repeating rifle further aided the unbridled
destruction of wildlife resources Yet throughout this era something positive was growing The people of this new nation were developing a relationship with the land By 1842 a Supreme Court ruling had huge impacts on this developing model of conservation resulting in a Public Trust Doctrine that would
further outline a model for conserving our natural resources Conservation was developing some direction but had no money or laws to support it
Era Of Protection (19001930) The early 1900s brought an industrial boom Abuse of natural resources had taken its toll and throughout the Nation and evidence of this abuse could be seen in the loss of species such as the
passenger pigeon near loss of the American bison and in many large mammals including whitetailed deer and our once numerous waterfowl species America was becoming an economic giant yet through
the roar of machines both political and metal a small voice could be heard It was the hunter and their voice was of concern for the direction our wildlife resources were heading Conservation minded men and women had continued a relationship with the land and the wildlife
Era of Game Management (1930 ndash 1966) The ldquodirty thirtiesrdquo were marked by the dust bowl and an impoverished nation Agricultural practices
unchecked by environmental stewardship had left the Nationrsquos heartland in ecological peril Politically the conservation movement was supported by the footings laid by Theodore Roosevelt New federal acts moved forward to provide for environmental protection due to the outcry of hunters in panic over the vanishing wildlife resources of the Nation
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 52
Wildlife conservation had support yet it lacked the science to properly manage our Nationrsquos resources A young biologist name Aldo Leopold changed all this with his writings including the book Game
Management which led to Universities across the country developing wildlife conservation programs These programs spawned a new breed of professional game managers who utilized science to support management methods that ultimately lead to the greatest wildlife conservation success story in the world In 1937 the PittmanRobertson Act provided thousands of jobs for young professionals along with ldquogame wardensrdquo supported by individual states to further the development of the Conservation Model
which now had science and funding to support it
Era of Environmental Management (1966 ndash Present) Science and funding led to a broadening view of conservation as focus shifted from managing ldquogame
animalsrdquo to managing the entire biota (environment and all living things in it) Further federal acts such
as the Endangered Species Act of 1966 and the National Environmental Policy Act of 1969 provided greater protection for species by a nation that had finally changed its course providing time to review
and perfect conservation efforts Recent acts such as the 1980 Farm Bill continued the effort to help
landowners provide quality habitat for wildlife and hunters by providing incentives to landowners to set aside highly erosive lands and plant them into wildlife habitat (grasslands) that benefit wildlife and hunters
The story of our unique model of conservation is still being written New challenges today threaten our
coveted resources and new professionals are entering the arena to further the plight of our Nationrsquos wildlife and hunting heritage
Seven Pillars of the Model
Seven main pillars have been highlighted as the foundation of support for the North American Model
of Conservation These include
The Public Trust The wildlife of the United States are owned by the people This is very different from the European Model where wildlife is privately owned The North American Model recognizes wildlife as a public
resource that is so important it can not be owned or managed by any one segment of our society but rather managed by professional state and federal entities for the benefit of all This concept known as
the Public Trust Doctrine began development in 1842 when the Supreme Court ruled that the Magna Charta had settled the question of who owns fish and wildlife and that King Charles II did not have the authority to give away the ldquodominion and propertyrdquo of lands in colonial America The court further ruled that since the American Revolution the people held public trust responsibilities for fish and wildlife except for rights specified in the US Constitution
Prohibition on Commerce
It was the hunter who brought forth stringent laws that protected wildlife from peril in the 19th
and 20th
centuries Because we all own and appreciate our wildlife as a national resource they should never find themselves on the public market to the highest bidder This path led to a largescale loss of many species
including the Passenger Pigeon and the near loss of the American bison As our country was developing these practices were common as people moved west in search of prosperity capitalizing on a land seemingly untouched by the modern world Today many laws in place serve to protect our most
valuable resourceshellipour wildlife
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 53
Democratic Rule of Law Each citizen of this great nation has the ability and responsibility to engage in healthy politics that serve
to support and protect sound wildlife conservation measures Our first conservation measures in this Country habitat restoration simple harvest restrictions and bag limits came from hunters people who respected the game they pursued and loved the wild places they chased them in The North American Model of conservation is built upon active public involvement instilling a value for wildlife in all citizens
Hunting Opportunity for All The Model was developed on the premise that all people regardless of political or economic standing could participate in and feel the thrill of the chase It is this unique Model that provides us with wildlife opportunities for all Americans Imagine how important this was to our fore fathers who left a brutal
King in England where only the aristocracy had any dream of pursuing wild creatures in wild places Our
wildlife laws ensure that each generation that comes after us will have the same opportunity to enjoy and appreciate wildlife
Nonfrivolous Use Our management of wildlife depends on a citizenry that loves and appreciates the wild creatures and the habitats necessary to their survival and our quality of life Wildlife may be utilized under strict rule of
law including utilizing the wildlife once harvested to its best potential Killing wildlife for the sake of killing can only lead to the numbing of hearts to wildlife and a profound lack of respect for our most
precious resources
International Resources
It was not until the 20th
century that hunters and wildlife lovers understood the importance of
managing wildlife at a much larger scale This became readily apparent with the passage of the
Migratory Bird Treaty Act of 1918 where nations came together to manage wildlife resources as a
collective Wildlife species do not recognize national or state boundaries Governments must work together to be effective in managing wildlife for the benefit of all The United States has made great
strides in this area with Mexico and Canada Our wildlife is not only a resource to us but to all continents they may call home throughout the year Our biologists must think globally to be effective locally
Scientific Management Although Theodore Roosevelt brought conservation to the political forefront it was a young forester from Iowa that made the study of wildlife management a science Aldo Leopold is considered by many
as the ldquofather of wildlife managementrdquo due to his tireless efforts to develop curriculum for future wildlife biologists Today our biologists earn their opportunity to manage wildlife through prominent
Bachelor Masters and Doctorate degree programs from Universities around the world Wildlife must be managed using fact science and the latest research We are constantly learning and adapting to new technology and changing environments For such an important resource we cannot afford to have it any other way
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 54
Nebraska Master Naturalist Specializations Certifying as a Specialist ldquoFollow your own natural geniusrdquo wrote Thoreau ldquoand it will not fail to show you a fresh prospect every hourrdquo Many of us learn by doing When our curiosity and interests carry us into deeper study of a given subject it can be helpful to have clear opportunities to pursue Thus the Nebraska Master Naturalist Program offers specialized voluntary training for those who are hungry to develop and apply their particular skill and personal understanding on behalf of our natural legacy Specializations are designed to create collaborators leaders and mentors in four key areas
Interpretation and Outreach
Outdoor Skills and Recreation
Resource Management
Citizen Science Master Naturalist Certification Requirements Annual Requirement o 8 Hours Training Annually o 20 Hours of Volunteerism Annually Master Naturalist Specialization Requirement One Time Requirement o 20 Hours of Training Total Specific to Specialization Annual Requirement o Additional 20 Hours of Volunteerism Annually Specific to Specialization (does not include initial Certification annual requirement hours)
OUTDOOR SKILLS AND RECREATION SPECIALIZATION The purpose of OUTDOOR SKILLS AND RECREATION is to promote activity and development of skills in the outdoor pursuits associated with natural resources Specializations are designed to create collaborators leaders and mentors in particular areas A Certified Nebraska Master Naturalist can complete the Outdoor Recreation Specializationby meeting the following requirements Complete at least one of the workshops or certification‐leading trainings listed below If specialized training is not listed below it can be approved upon request by the Master Naturalist Program Committee Specialized Training Options ‐
Hunter Education Instructor Certification 13 hrs
National 4‐H Shooting Sports Instructor Certification 32 hrs
Nebraska 4‐H Shooting Sports Shotgun Certification 12 hrs
Nebraska 4‐H Shooting Sports Archery Certification 12 hrs
Nebraska 4‐H Shooting Sports Rifle Certification 12 hrs
Nebraska 4‐H Shooting Sports Pistol Certification 12 hrs
Nebraska 4‐H Shooting Sports Muzzleloader Certification 12 hrs
National Archery in the Schools Program Basic Archery Instructor 4 hrs
NRA Range OfficerMaster Certification 8 hrs
Hunt Master Training Instructor 4 hrs
NRA Shooting Instructor 16 hrs
NRA Shotgun Instructor 16 hrs
NRA Rifle Instructor 16 hrs
Boater Education Instructor 12 hrs
Youth Fishing Instructor 5 hrs
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 55
American Canoe Association National CanoeKayak Instructor 16‐32hrs
National Camp SchoolBoy Scouts 16‐24 hrs
Wood Badge TrainingBoy Scouts 16‐24 hrs
Merit Badge Counselor TrainingBoy Scouts 2‐16 hrs
Conservation Leaders for Tomorrow 35 hrs
Wilderness First Aid 16‐32 hrs
Professional Trappers College 40 hrs
American Camp Association Instructor Training 8‐40 hrs
American Red Cross Instructor Training 2‐16 hrs
American Sailing Association Instructor Training 16‐24 hrs
Certified Horsemanship Association Instructor Training 24‐40 hrs
Leave No Trace Master Educator Training 40 hrs
National Outdoor Leadership School 280 hrs
Camp Cook School 32‐96 hrs
Professional Association of Diving Instructors Training 32‐96 hrs
Professional Mountain Bike Association Instructor Training 24 hrs
League of American Bicyclists Instructor Certification 24 hrs
Hunting
Shooting
Fishing
Trapping
Camping
Outdoor Cooking
Orienteering
Geocaching
Photography
Wildlife Viewing
Hiking
Biking
Birding
Becoming an Outdoors‐Woman Program
Wilderness First Aid
Wilderness Survival
Leave No Trace Educator
Service Options ndash Provide a minimum of 20 hours of service annually in the following or similar areas
4‐H leader and youth training outdoor recreation
Scout leader and youth training outdoor recreation
Wild About Nature
Flying WILD Educator or Facilitator Workshop
Becoming an Outdoors Woman (BOW)
Beyond Becoming an Outdoors Woman (BOW)
Family Camp
Learn to Hunt Program
National Archery in the Schools Program BAI training or greater
Mentor HuntHunt Masters Training
After School Programs
Others ndash Upon approval
Outdoor discovery programs volunteer
CRO at a shooting event
Assist with National or State shooting sports competitions
Family fishing day
Design or write a brochure
Develop or contribute to a website
Develop or contribute to a social networking site
Design or write a newsletter
Assist in fundraising
Plan an event or festival
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 56
Interpretation amp Education- Developed By Lindsay Rogers Nebraska Game amp Parks
Commission
Do not try to satisfy your vanity by teaching a great many things Awaken peoplersquos curiosity It is
enough to open minds do not overload them Put there just a spark If there is some good
inflammable stuff it will catch firerdquo
- Anatole France in The Earth Speaks
Session Objectives
To help participants understand the role education plays in sounds ecological conservation
To help participants learn about past and present conservationist and interpretive educators
To help participants learn components of quality education and interpretation
To have participants partake in quality interpretive education
To make sure participants understand that their role is to light the spark and awaken curiosityhellip not spew facts
Lecture Requirements
1 What is interpretation (5 minutes) a What does ldquointerpretrdquo mean b National Association of Interpretation definition of ldquointerpretationrdquo
i Interpretation is a mission-based communication process that forges emotional and intellectual connection between the interests of the audience and the meanings inherent to the resource
c Freeman Tilden Interpreting Our Heritage 1957 i Interpretation is an educational activity which aims to reveal meanings
and relationships through the use of original objects by first-hand experience and by illustrative media rather than simply to communicate factual information
d Components of interpretation i pleasurable or enjoyable
ii relevant to the world iii organized iv themed v sparks an interest
vi includes information but does not stop there links information to the world
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 57
vii age appropriate viii taught to someone not at them
2 What is education (5 minutes)
a What does it mean to ldquoeducaterdquo someone b John Dewey Democracy amp Education 2944
i Education in its general sense is a form of learning in which the knowledge skills and habits of a group of people are transferred from one generation to the next through teaching training or research
c Components of education i - generally presented to someone but not always
ii enjoyable sometimes iii provides knowledge and facts iv can make connections but not always v organized and themed
d Both education and interpretation are important they work together
3 Conservationists (10 minutes) a Jon Muir
i Immigrated from Scotland to Wisconsin in 1849 ii Attended the University of Wisconsin studies botany amp geology
iii Moved to the western US mainly the Sierra Nevada area iv Believed humans were part of the interconnected natural world v Advocated for the preservation of natural areas
vi Co-founded the Sierra Club b Aldo Leopold
i Iowa native attended Yale University ii After college he joined the US Forest Service was stationed in Arizona
and New Mexico iii Developed theories of land ethics the need for biodiversity and an
appreciation for wilderness areas iv Moved to Wisconsin in 1924 became a professor at the University of
Wisconsin v Regarded as the ldquoFather of Conservationrdquo
c Gifford Pinchot i Born in Connecticut in 1905
ii Studied at Yale studies forestry in France iii Named chief of the Division of Forestry (later to become the US Forest
Service) iv First chief of the US Forest Service greatly improved forest
management and increased the size of Forest Service lands
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 58
v Managed forests for the greatest good for the greatest number Pinchot added the phrase in the long run to emphasize that forest management consists of long-term decisions
d Steven Mather i Born in California attended Berkley University
ii Worked for the Pacific Coast Borax Company where he had a talent for promotion Started a competing company made millions
iii When revisiting Sequoia and Yosemite National Parks in 1914 he was appalled by the conditions of the national parks
iv Joined the Department of the Interior as the head of parks later created the National Parks System
v Professionalized the National Parks and helped to greatly grow protected lands
e Rachel Carson i Born in Pennsylvania in 1907 attended John Hopkins University for
graduate school ii Went to work for the US Bureau of Fisheries (later to become the US
Fish amp Wildlife Service) iii Wrote Silent Spring in 1962 The book created an awaking for Americanrsquos
to their responsibility to the environment and wildlife The book lead to the US Government banning the use of DDT
f Theodore Roosevelt i Born in 1858 in New York New York was a sickly child who stayed inside
studying natural history ii An avid outdoorsman he spent much time in the South Dakota Badlands
iii Became President in 1901 with the assignation of President McKinley iv Among many major accomplishments as president he started the
National Parks was instrumental in conserving about 230 million acres
4 Naturalist Interpreters (10 minutes) a Freeman Tilden
i Born 1883 worked as a newspaper columnist and author ii At age 58 he began working with the National Parks Service
iii While traveling to various National Parks he became concerned with the quality of interpretation
iv Wrote Interpreting Our Heritage in 1957 outlines 6 principles to quality interpretation forever changed the field of interpretation
b William Lewis i Worked as a ranger naturalist and interpreter trainer for the National
Parks Service ii Developed the approach of ldquoThematic Interpretationrdquo which requires the
interpreter to choose a central theme (major point) to guide the development of a program
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 59
iii Wrote Interpreting For Park Visitors c Sam Ham
i Director of Center for International Training and Outreach at the University of Idaho
ii Work has focused on applying communication theory to environmental conservation interpretation and on nature-based tourism and guide training
iii Wrote Environmental Interpretation (1992) d Ted Cable
i Professor of Park Management and Conservation at Kansas State University
ii Co-authored Interpreting Cultural and Natural Resources (2003) and Interpretation for the 21st Century Fifteen Guiding Principles for Interpreting Nature and Culture (2002)
5 Conducting an Interpretative Program Try and Fail (60 minutes + 120 minutes of activities throughouthellip see list of Suggested Activities below)
a Experiential Learning i The first time you tried to walk you failed The first time you rode a bike
you failed This is called experiential learning The first time you attempt an educational or interpretation program you will fail thatrsquos how we learn
ii Donrsquot be afraid to fail b Ask Questions about the ProgramPresentation before you commit to leading it c Plan your Program
i Generally I want my presentation to be about Specifically however I want to tell my audience about After hearing my presentation I want my audience to understand (what is the big picture you want them to take home)
1 You do not need (or want) to teach your audience everything you know your job is to light the spark
ii What will your tangibles and intangibles be 1 Tangibles are those things you can touch things you use to teach
when teaching a Examples include a tree a mammal pelt a skull a live
animal a prairie 2 Intangibles involve connecting the tangibles to concepts and the
ideas they represent intangibles are the meanings the relationships the processes the ideas the feelings and the beliefs
a Examples include food webs ecosystem health entropy ecology
iii People remember themes they forget facts
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 60
iv Plan for an organized presentation 1 Think about your overall theme smaller parts of the program and
your transitions v Stick to your theme
vi Determine what type of presentation you will have 1 PowerPoint (avoid) 2 Podium Presentation (avoid) 3 Active taking a hike playing a game etc 4 Hands-on touching feeling trying hearing smelling
vii Think about all the different kinds of learners 1 verbal-linguistic 2 logical-mathematical 3 visual-spatial 4 kinesthetic 5 musical-rhythmic 6 interpersonal (groups) 7 intrapersonal (individual) 8 naturalist
d Know your role as an educator 1 Provide facts and relationships not opinions 2 Allow participants to determine their own opinions and beliefs
using the facts amp relationships you provide them 3 PLAY ldquoFIRST IMPRESSIONSrdquo
e Prepare Prepare Prepare 1 Know the type of space and area you will have (indoor vs
outdoor small space vs vast area etc) 2 Plan for more that you are told 3 Plan for the weather (always expect it to be windy in Nebraska)
f Questions i Ask good questions
1 Is this a fox Vs How do you know this is a fox 2 Do you have any questions Vs What questions do you have
ii Be prepared for quality questions 1 What are the implications for describe the impact of what are
the reasons for iii Be prepared for ldquogoodrdquo questions
1 Do you have ewoks in the forest If a Mountain Lion and an Eagle were to fight who would win
2 Take all questions seriously Answer seriously g Model what you want to see the students do
i If you want a group of students to catch insects help them get active with them
ii This is true when working with children and adults
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 61
1 Working alongside students validates them and their learning h Be enthusiastic show your passion
i This is another form of modeling what you want to see in your students ii We need to excite students (no matter their age) about conservation
nature and the outdoors iii Have fun
6 Take Home Lesson Light the Spark and Donrsquot Be Afraid to Fail
Suggested Activities (amp potential mandatory activities)
Throughout the lesson conduct multiple games andor activities to model good interpretation
Suggested games include but are not limited to
1 Oh Deer (Project WILD) 2 First Impressions (to be done during section 5) (Project WILD) 3 The Long Haul (Project WET) 4 Sum of the Parts (Project WET) 5 Water Quality Ask the Bugs (Project WET) 6 Adaptation Artistry (Flying WILD) or Fashion a Fish (Aquatic Project WILD) 7 Avian Antics (Flying WILD) 8 Pollinators Meet Your Plants (Nebraska Project WILD wwwnebraskaprojectwildorg) 9 Scavenger Hunts (Nebraska Project WILD wwwnebraskaprojectwildorg)
Suggested Post-Readings
Interpreting Our Heritage Freeman Tilden 1957 (4th edition 2008)
ISBN-13 978-0807858677
Interpreting for Park Visitors William Lewis 1981
ISBN-13 978-0890620793
Environmental Interpretation Sam Ham 1992
ISBN-13 978-1555919023
Interpretation for the 21st Century Fifteen Guiding Principles for Interpreting Nature and
Culture Larry Beck amp Ted Cable 2002
ISBN-13 978-1571675224
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 62
Interpretation-Making a Difference on Purpose Sam Ham 2013
ISBN-13 978-1555917425
Foundations of Interpretation Curriculum Content Narrative National Parks Service 2007
httpwwwnpsgovidpinterp101foundationscurriculumpdf
Websites
National Association of Interpretation
wwwinterpnetcom
North American Association for Environmental Education
wwwnaaeeorg
Nebraska Alliance for Conservation and Environment Education
wwwnaceeorg
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 63
Safety in the Field
Developed by Rich Hawes Nebraska Master Naturalist rdhawes26msncom
Objectives
Raise awareness of Risk Managementassessment as part of event planning
Guidelines to safe activities for participants presenters and the environment
Present Leave No Trace Principals as part of all outdoor activities
Present resources for additional training or certification for outdoor activities
Hands on activities to encourage interest and to provoke thought and discussion
Hazards of the area
Outdoor hiking safety
Stewardship of the land and natural resources
Being flexible and working with ldquowhat you haverdquo
Outline
1 Outdoor Activities ndash Whatrsquos The Worst That Can Happen An Introduction to Event Planning and Risk Management
2 Leave No Trace Principals
3 Trip planning and Logistics
4 Health amp Safety
5 Youth Protection
6 Age Appropriate Activities
7 Resource Training and Certifications
a Standard First Aid CPRAED Wilderness First Aid
b Shooting Sports - Range Safety Officer or Instructor
c Hunter Safety Instructor
d Climbing COPE and Zip Lines
e Water Safety Instructor Life Guard Small Boat Handling
f Leave No Trace Trainer or Master Educator
g Tread Lightly Tread Trainer or Master Tread Trainer
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 64
Suggested Activities
CPR Scenario
First Aid Scenario
Weather Scenario
Lost Scenario
Online Resources
American Camp Association
Boy Scouts of America
Youth Protection
Safe Swim Defense
Safety Afloat
Climb On Safely
Weather Safety
Trek On Safely
(etc)
Leave No Trace
Nebraska Game amp Parks
Hunter Safety
Boating Rules amp Regs
National Rifle Association
(Archery groups)
American Red Cross
(wilderness medicine group(s))
NOLS
Tread Lightly
US Coast Guard
NEBRASKA MASTER NATURALIST Explore Contribute Connect
19
Ponderosa pine woodlands o Ponderosa pine quaking aspen green ash Saskatoon serviceberry chokecherry dwarf
juniper fragrant sumac mountain mahogany wolfberry Kentucky bluegrass littleseed ricegrass
Riparian woodlands o Cottonwoods peachleaf willows green ash boxelder Sandbar willow wild plum
chokecherry buffaloberry horsetail sedges marsh muhly and cordgrass
Badlands o Saltbush rabbitbrush poverty weed Russian thistle
Birds
More that 300 species of birds found
Shortgrass birds o McCownrsquos and Chestnut-collared longspurs Brewerrsquos sparrow horned lark burrowing
owl and state threatened mountain plover
Mixedgrass birds o Western meadowlark grasshopper sparrow lark bunting
Pine Ridge birds o Lewisrsquo woodpecker pygmy nuthatch ovenbird mountain bluebird
Wetland birds o Canada geese mallard northern pintail shorebirds
Mammals
White-tail and mule deer elk pronghorn bighorn sheep coyotes bobcats mountain lions prairie dogs federally endangered black-footed ferret river otter black-tailed jackrabbit badger pocket gopher grasshopper mouse
Fish
Many gamefish state threatened finescale dace endangered blacknose shiner etc Amphibians and Reptiles
Include western striped chorus frog Woodhousersquos toad bullsnake prairie rattler lesser earless lizard horned lizard ornate box turtle and painted turtle
Ecotourism amp Wildlife
Lake McConaughy (largest reservoir in state)
Lake Ogallala
Pine Ridge area o Ft Robinson State Park o Chadron State Park o Nebraska National Forest (Pine Ridge Unit) o Soldier Creek Wilderness
Oglala National Grassland and Toadstool Geologic Park
Wildcat Hills Nature Center in Gering
Scotts Bluff National Monument
Chimney Rock
Agate Fossil Beds National Monument
NEBRASKA MASTER NATURALIST Explore Contribute Connect
20
Endangered Species Act
The Endangered Species Act provides a program for the conservation of threatened and endangered
plants and animals and the habitats in which they are found The US Fish and Wildlife Service and the
Department of the Interior maintain the list of 632 endangered species (326 plants and 306 animals) and
190 threatened species (112 animals and 78 plants)
The law is written to prohibit any action that results in taking or injuring a listed species or negatively affects habitat Also prohibited is the import export interstate or foreign trade of listed species
Nebraskarsquos Endangered amp Threatened Species
State Status Federal Status
Birds Bald Eagle Threatened Threatened
Piping Plover Threatened Threatened
Mountain Plover Threatened Proposed Threatened
Whooping Crane Endangered Endangered
Eskimo Curlew Endangered Endangered
Interior Least Tern Endangered Endangered
Mammals River Otter Threatened
Southern Flying Squirrel Threatened
Black-footed Ferret Endangered Endangered
Swift Fox Endangered
Black-tailed Prairie Dog Candidate
Plants Western Prairie Fringed Orchid Threatened Threatened
Utersquos Ladyrsquos Tresses Threatened Threatened
Ginseng Threatened
Small White Ladyrsquos Slipper Threatened
Colorado Butterfly Plant Endangered Threatened
Saltwort Endangered
Hayden Penstemon Endangered Endangered
Insects American Burying Beetle Endangered Endangered
Salt Creek Tiger Beetle Endangered Candidate
Fish Lake Sturgeon Threatened
NEBRASKA MASTER NATURALIST Explore Contribute Connect
21
Northern Redbelly Dace Threatened
Finescale Dace Threatened
Blacknose Shiner Threatened
Topeka Shiner Endangered Endangered
Sturgeon Chub Endangered
Pallid Sturgeon Endangered Endangered
Reptiles amp Mussels Massasauga Threatened
Scaleshell Mussel Endangered Endangered
Information courtesy of Nebraska Game and Parks US Department of the Interior and the US Fish
and Wildlife Service
The Nuts and Bolts
Without habitat there are no animals
Every species has its niche
Understand the importance of biodiversity Know where the Platte River begins and ends understand its
makeup and where Rowe is located in the relationship to the river How Rowe plays a role in
conservation habitat maintenance and education Have an understanding of what constitutes the 4
major eco-regions in Nebraska
References Integrated Principals of Zoology by Cleveland P Hickman Jr Larry S Roberts Alan Larson (WmC
Brown Publishers 1996)
Zoology by Lawrence G Mitchell John A Mutchmor Warren D Dolphin (The BenjaminCummings
Publishing Company Inc 1988)
Biology the unity and Diversity of Life 7th Ed By Cecie Starr and Ralph Taggart (Wadsworth Publishing
Company 1995)
Nebraskarsquos Natural Legacy Project httpwwwngpcstateneuswildlifeprogramslegacyreviewasp
Cliffs Quick Review Biology by I Edward Alcamo PhD and Kelly Schweitzer PhD (Wiley Publishing 2001)
Biology for Dummies by Donna Rae Siegfried (Wiley Publishing Inc 2001)
NEBRASKA MASTER NATURALIST Explore Contribute Connect
22
Taxonomy in a Nutshell
Definitions
Classification is a systematic arrangement in groups or categories according to established
criteria
Taxonomy is the orderly classification of plants and animals according to their presumed natural
relationships
Binomial nomenclature (Binomial = 2 terms ndash Generic amp specific nomenclature = set of names)
is a system of naming in which each species of animal or plant is given a two tern Latin name
The first term identifies the genus to which the plantanimal belongs and is always spelled with
a capital letter The second term is the species of the plantanimal and is spelled with a lower
case letter This ldquoscientific namerdquo is usually printed in italics or underlined For example ndash Felis
concolor or Felis concolor
The Reason for ithellipWhy use taxonomy
Scientific taxonomic classification is a tool used through the world in an effort to catalog and compare
living things Zoologists now classify approximately 15 million animal species Each year about 10000
new species are added and it is estimated that more than 10 million different animal species may
actually exist on earth
Okay But why Latin
Common names of animals and plants vary from place to place even within a community For instance
the animal name above Felis concolor is known as puma mountain lion catamount panther and
several other local names So how does a biologist from Nebraska know that she and a scientist from
Scotland are talking about the same animalplant Throughout the scientific world Latin is recognized
as the universal language of scholars and scientists By referring to it by its Latin ldquoscientific namerdquo there
is no mistaking what animalplant they are referring to Latin also provides a source for decoding the
scientific name into something that tells you a little about the animalplant itself A translation often
provides a short description of the animal ie the giant anteaterrsquos species tridactyla actually means
three-toed
Background
The identification and comparison of different animals and plant species dates back to ancient times
Naturalists wrote herbals and bestiaries that were lists and descriptions of familiar organisms of a given
locality There was little interest in communicating outside a restricted region The advent of the
printing press led to broader dissemination of books and ideas Cataloging and comparing species on a
more comprehensive scale became possible As naturalists compiled their work they used many words
NEBRASKA MASTER NATURALIST Explore Contribute Connect
23
to describe a species by several characteristics sometimes defining one species in terms of another For
example the blue chair with the fluted arms the red chair like the blue chair with the fluted arms etc
Each authorrsquos system and terminology was different It is only comparatively recently that the
observation and study of the animal and plant world has begun to be organized along truly scientific
lines
Toward the middle of the eighteenth century the Swedish botanist Carolus Linnaeus produced a general
classification of all living species and this system has formed the departure point for all subsequent
developments of taxonomy His system was ambitious and used polynomials some with fifteen words
An example is the oak with leaves with deep blunt lobes bearing hair-like bristles Although he
considered the polynomial name to be the true one he also made notes with two-term names The
current binomial system used today is based upon these notes His writings and those of other scientists
that came after him became the standard for all classifications Since Latin was the universal language
of scholarship his writings were all in Latin Actually his real name was Carl van Linne but he translated
that to Latin as well
In the course of the last couple of centuries naturalists have come to adopt two different forms of
investigation and comparison in their classification process First they studied the question of
adaptation to the environment the significance of diverse structures and behavioral patterns among
animal species and the reason why these different modes of behavior and lifestyles enable animals in
different surroundings to survive
Secondly they have tried to recognize affinities and relationships between the various species They
have attempted to identify the ldquofamily likenessesrdquo that often exist among species which live in different
environments and therefore may be quite unlike one another in outward appearance
As a result of all this research scientists have built up a system of classification which places every
animalplant species in a particular category according to its relationships with other animalsplants
This is taxonomy
Side note ndash genetic testing is now being used to help with classification
How does it Work
When a new animalplant is recognized and identified it is given a species name This may be a term
that describes it or identifies the person who first recognized it as a separate species Originally these
species names were assigned by the individual scientist that discovered them but now they are
assigned by international groups Once this species term is assigned it almost never changes In theory
NEBRASKA MASTER NATURALIST Explore Contribute Connect
24
it is never supposed to be changed even if it is later moved to a different genus family or class but over
the years there have been a few exceptions
The basis of taxonomy however is the genus This is the smallest grouping of related species When
taxonomy began there were relatively few identified species so species were grouped into genera and
there it ended As the body of knowledge grew so did the need for a broader system of grouping From
there the hierarchical system of classification based on natural features evolved
The current system works as follows
Individually related species are grouped into the same genus
The most closely related genera are grouped into the same family
Related families are grouped into an order
Orders are grouped into a related class
Similar classes are included in the same phylum
The phyla are then placed into the proper kingdom
Each of these categories may also contain sub- or super- subdivisions
Taxonomy is a constant work in progress As scientists learn more about different species their
classification may change Changes can reflect a clearer understanding of where the species fits in
among the others with similar characteristics Until recently we only had to contend with two kingdoms
ndash animal and plants Today scientists recognize a least five different kingdoms of living things
Monera ndash bacteria and blue-green algae
Protista ndash one-celled organism with nucleus
Plantea ndash green plants
Fungi ndash non-green plants
Animalia ndash animals
NEBRASKA MASTER NATURALIST Explore Contribute Connect
25
Fauna of Nebraska
Developed and Adopted by Keanna Leonard Education Director Rowe Sanctuary
Objectives for Fauna Mammals Amphibians amp Reptiles Birds 3-4 hours
1 Descriptions ndash (Mammals Amphibians and Reptiles birds --ndash IMPORTANT CHARACTERISTICS)
2 Vocabulary
3 Common Oderrsquos in Nebraska and examples
4 Nuts amp Bolts of Mammals How to ID amp locate specific animals and their evidence (possible
activity tracks traces etc) in Nebraska
MAMMALS IN A NUTSHELL Basic Characteristics
1 Mammary glands (hint the name) that
produce milk
2 Sweat glands
3 Sebaceous glands for oil
4 Presence of hair on the body at some time
during life span
5 Homiothermic Endotherm (warm blooded)--
regulate high body temperature
6 Four-chambered heart
7 Enucleated red blood cells
8 Have a diaphragm
9 Enlarged cerebral hemisphere
10 One bone in lower jaw and complex
dentition
11 3 middle ear bones
12 Turbinal bones in nasal chamber
13 Eggs develop in a uterus with
placental attachment and born alive
(viviparous)
MAMMAL VOCABULARY
Altricial Born helpless
Arboreal Tree dwelling
Carnivore A mammal in the order Carnivora
Carnivorous Meat eating
Crepuscular Active at dusk and dawn
Diurnal Active during the day
Dominant Ruler or leader of others
Habitat Region where an animal lives
Herbivore An animal that eats only plants
Herbivorous Plant eating
Hibernation Winter period when certain
animals become inactive to a point in
where all body functions slow
considerably for a long period
Instinct Inherited mode of behavior
Mammal Animals that have hair on their
bodies (see other char above)
Marsupial Animals whose females have
pouches
Nocturnal Active during nighttime
Omnivore Animals that eats both meat and
plant material
Omnivorous Eating both meat and plant
material
Precocial Born in an advanced stage of
development and able to move about
Predator Animals that kills another animal for
food
Prehensile Grasping
Prey Animal hunted for food
NEBRASKA MASTER NATURALIST Explore Contribute Connect
26
Protective coloration Enables the animal to
blend in with surroundings
Reticulated Net-like pattern of skin
Terrestrial Ground dwelling
Viviparous Live birthing
There are 21 orders of mammals found in the world
Listed below are the orders and examples of common species found in Nebraska
More Species found in Core Curriculum Binder
Insectivores (shrews and moles)
Masked Shrew (Sorex cinereus)
Northern Short-tailed Shrew (Blarina
brevicauda) (venomous)
Least Shrew (Cryptotis parva)
Eastern Mole (Scalopus aquaticus)
Chiroptera (bats)
Big Brown Bat (Eptesicus fuscus)
Red Bat (Lasiurus borealis)
Hoary Bat (Lasiurus cinereus)
Xenarthra
Nine-banded Armadillo (Dasypus novemcinctus)
Lagomorpha Eastern Cottontail (Sylvilagus floridanus) Black-tailed Jackrabbit (Lepus californicus)
Rodentia
Franklinrsquos Ground Squirrel (Spermophilus
franklinii)
Thirteen-lined Ground Squirrel (S
tridecemlineatus)
Black-tailed Prairie Dog (Cynomys
ludovicianus)
Plains Pocket Gopher (Geomys bursarius)(fur-
lined pouch)
Plains Pocket Mouse (Perognathus
flavescens)
Beaver (Castor canadensis)
Eastern Woodrat (Neotoma floridana)
Meadow Vole (Microtus pennsylvanicus)
Muskrat (Ondtra zibethicus) (laterally
compressed tail)
Porcupine (Erethizon dorsatu
Carnivora Despite the name of the order not all are carnivorous Many are omnivores (most bears and raccoons)
and some are even herbivores (giant panda)
Most carnivorous mammals have 3 up and 3 down relatively small incisors and 1 up and 1 down large
canine teeth on both sides of the incisors
Common species found in this area include
Family Canidae Coyote (Canis latrans) Red fox (Vulpes vulpes)
Family Procyonida Raccoon (Procyon lotor)
Family Mustelidae
NEBRASKA MASTER NATURALIST Explore Contribute Connect
27
Long-tailed Weasel (Mustela nivalis)
Least Weasel (M nibalis)
Mink (Mustela vison)
Badger (Taxidea taxus)
Striped Skunk (Mephitis mephitis)
River Otter (Lutra canadensis)
Family Felidae Bobcat (Felis rufus)
Artiodactyla Mule Deer (Odocoileus hemionus) White-tailed Deer (O virginianus
References National Audubon Society Field Guide to North American Mammals by John O Whitake Jr Robert
Elman Carol Nehring (Alfred A Knoph Inc 1994)
Guide to Mammals of the Plains States By J Knox Jr Davide M Armstrong Jerry R Choate (University
of Nebraska Press 1985)
The Nuts and Bolts Know important characteristics especially-
Mammary glands Sweat glands Sebaceous glands Hair sometime during their life
4 chambered heart
Though these critters look like a rodent
Donrsquot confuse them for a moment
They sport small eyes and ears out of view
Their teeth are small sharp and more than a few
They are made up of one mole and shrews three
So in what ORDER can they be
Commonly seen species of Chiroptera number three And are known as the only mammals to swim through the air free They are normally seen at night and for finding food use echolocation rather than sight Now I know you know what they be But go ahead and name all three These mammals have what humans claim to be a disgusting habit of defecating undigested pellets and eating them again What are they Chewing the cud is normal for this group and so is walking on their two middle toes Name the common species found in this area
NEBRASKA MASTER NATURALIST Explore Contribute Connect
28
AMPHIBIANS
Basic Characteristics
1 Skin naked No scales or hair
2 Eggs do not have shells but are jelly like
Laid in clusters always in water
3 Ectodermic
4 Can breathe through permeable skin
5 Spend all or part of life in water
6 Adults are carnivores Size of head
determines size of prey
7 Incomplete lung development
DIFFERENCES BETWEEN REPTILES AND AMPHIBIANS
Reptiles
1 Ectodermic
2 Covered with scales or plates
3 Shed skin
4 Most not do not live in or around water
Amphibians
1 Ectodermic
2 Smooth slimy skin without scales
3 Do not shed skin
4 Spend all or part of life in water
5 Go through metamorphose
Listed below are the orders and examples of common species found in Nebraska
More Species found in Core Curriculum Binder
Salamanders (Order Urodela)
Small-mouth Salamander (Ambystoma
texanum) Occurs in eastern Nebraksa
Tiger Salamander (A tigrinum) Occurs
throughout the state
Frogs and Toads (Order Anura) Thirteen species occur in Nebraska
Pelobatidae or Spadefoot Family
Plains Spadefoot (Spea bombifrons) Occurs throughout Nebraska expect southeast
Ranidae or True Frog Family Plains Leopard Frog (Rana blairi)
Northern Leopard Frog (Rana pipiens)
Bullfrog (Rana catesbeiana
Microhylidae or Narrow-mouthed Family Plains Narrowmouth Toad (Gastrophryne olivacea)
NEBRASKA MASTER NATURALIST Explore Contribute Connect
29
Bufonidae or Toad Family
American Toad (Bufo americanus) Occurs only
in eastern part of the state
Great Plains Toad (Bufo cognatus) Occurs
throughout the state
Woodhousersquos Toad (Bufo woodhousei) Occurs
throughout the state
Hylidae or Tree Frogs
Northern Cricket Frog (Acris crepitans) East
and central Nebraska
Western Striped Chorus Frog (Pseudacris
triseriata amp P maculata) Occurs throughout the
state
Copes Gray Treefrog (Hyla chrysoscelis) Found
in eastern part of state
Resources Reptiles and Amphibians of Nebraska ndash herpetology database httpsnrsunleduherpneb
NEBRASKA MASTER NATURALIST Explore Contribute Connect
30
REPTILES Basic Characteristics
1 Ectothermic (cold-blooded) Body temperature is the same as the temperature of its surroundings
2 Dry skin covered with scales or plates
3 Teeth if present are needle-like or conical
4 Skin shed in one piece or several pieces at intervals
5 Lay soft shelled eggs or young born alive in a membranous sac
6 Lung breathing
There are four groups
Lizards - Short-legged long-bodied reptiles
Taped tail Size varies from 4- inch long fence
swift to 10 foot Kamodo dragon
Snakes - Legates cousins of lizards
Turtles - Armored shells
Crocodilians - Crocodiles Alligators Caimans
REPTILE VOCABULARY
Antivenin An antidote to the venom of
venomous snakes produced by inoculating
horses with small doses of venom Horses build
up an immunity or resistance The horsersquos
blood is used to make the antivenin
Blue Stage Refers to the condition of a snake
prior to shedding
Carapace Dorsal (covering the back) shell
Constrictor A term used in describing a snake
that kills its prey by constriction
Ectothermic Not able to control body
temperature (Cold-blooded) Dependent upon
environment to control body temperature
Egg Tooth A sharp projection located in front
of nose on upper jaw Used by infant reptiles to
cut through eggshell
Fangs Grooved or tubular teeth used to inject
venom
Hemotoxin Venom that attacks the blood
Herpetologist A specialist in reptiles
Jacobsonrsquos Organ A tastesmell sense organ
with two small openings located on roof of
mouth
Thermal Pit A heat sensory pit on side of head
between nostril and eye Allows snakes to track
warm-blooded animals and to strike accurately
especially at night Found only in venomous
snakes known as pit vipers
Neurotoxin Venom that attacks the nervous
system
Oviparous Lays egg
NEBRASKA MASTER NATURALIST Explore Contribute Connect
31
Ovoviviparous Give birth to live young Egg
developed in female and then deposited as a
living young
Plastron Ventral (covering the belly) shell
Reticulated Net-like pattern on skin
Scales Folds of skin covering reptiles
Scutes Single section of shell each sell is made
up of many scutes
Toxic Poisonous
Toxin Poison
Undulating Type of snake locomotion typical of
most snakes - Leaves ldquoSrdquo shape track
Venom Poisonous fluid secreted from glands
and transmitted by bite or sting
Venomous Describes animal containing venom
gland
Nuts amp Bolts of Reptiles
Most reptiles are carnivores (eat meat) Many will eat only live food Some are herbivores (eat
plant material) as well as insectivores (eat insects)
Reptiles often found in water or underground for protection from predators and to help
regulate body temperature Air temperature can change quickly but water and soil
temperature are more constant therefore it helps to regulate the reptiles body temperature
Because they are ectothermic many reptiles live in places that are warm year round In colder
climates reptiles hibernate underground below the freeze line
Most reptile lay eggs and are called oviparous Eggs are buried in sand soil rotted logs etc and
kept warm only by heart from the sun or from rotting vegetation Very few reptiles stay around
to protect their eggs Some reptiles keep their eggs inside their bodies until they hatch and
produce live young (ovoviviparous) Example - garter snakes Very few reptiles care for or feed
their young Young are precocial able to look after themselves minutes after they hatch
Most snakes are harmless Even snakes that are venomous will not bite unless they are
cornered or stepped on Snakes are good and necessary animals They help control potential
destructive populations of rodents
Listed below are the orders and examples of common species found in Nebraska
ORDER CHELONIA Basic Characteristics
1 Contains all forms of turtles and tortoises
2 Has body enclosed in a shell made of
modified horny scales and bone Shell made of
two parts Carapace - upper part covering
animalrsquos back Plastron-under part covering
animalrsquos stomach amp chest
3Ribs and most of vertebrae attached to shell
4 Neck long and flexible and can usually be
withdrawn into shell
5 Have no teeth but jaws outfitted with horny
beaks
6 All lay eggs Usually bury eggs in pit in sand or soil Hatchlings must dig themselves to the surface
NEBRASKA MASTER NATURALIST Explore Contribute Connect
32
Examples of Turtles found in Nebraska Snapping Turtle (Chelydra serpentina)
Blandingrsquos Turtle (Emydoidea (Emys)
blandingii) Protected Species
False Map Turtle (Graptemys
pseudogeographica) Protected Species
Ornate Box Turtle (Terrapene ornata)
Smooth Softshell (Apalone mutica)
Spiny Softshell (Apalone spinifer
SUBORDER LACERTILA (lizards) Basic Characteristics
1 Dry scaly skin clawed feet external ear
openings
2Have movable eyelids - snakes do not
3 Males and females often show different
coloration
4 Generally diurnal but many nocturnal
(geckos night lizards Gila Monsters)
5 Courtship brief fertilization is internal
6 Most are egg layers
Examples of Lizards of Nebraska
Six-line Racerunner (Cnemidophorus sexlineatus Five-line Skink (Eumeces fasciatus)
Many-lined Skink (Eumeces mulitvirgatus)
Great Plains Skink (Eumeces obsoletus)
Slender Glass Lizard (Ophisaurus attenautus)
Lesser Earless Lizard (Holbrookia maculate)
Northern Prairie Lizard (fence lizard)
(Sceloporus undulates)
SUBORDER SERPENTES (Snakes) Basic Characteristics
1 Elongated scaly bodies (to protect from water
loss) no limbs external ear opening or eyelids
(eye covered with a clear scale)
2 Terrestrial subterranean arboreal
amphibious
3 Carnivores swallow prey whole
4 Continue to grow throughout their lives
6 Hibernate in colder climates
7 Males locate females by scent
8 Internal fertilization
9 Some lay eggs others bear live young
11 Vipers (venomous snakes) have heat-
sensing organs called thermal pits
NEBRASKA MASTER NATURALIST Explore Contribute Connect
33
12 Teeth slanted back If one is lost another drops down in itrsquos place
Examples of snakes found in Nebraska
Black Rat Snake (Elaphe obsoleta)
Great Plains Rat Snake (Elaphe guttata)
Bullsnake (Pituophis catenifer)
Common Kingsnake (Lampropeltis getula)
Eastern Hognose Snake (Heterodon
platyrhinos)
Western Hognose Snake (Heterodon nasicus)
Glossy Snake (Arizona elegans)
Milk Snake (Lampropeltis triangulum)
Plains Garter Snake (Thamnophis radix)
Common Garter Snake (Thamnophis sirtalis)
Racer (Coluber constrictor)
Pit Vipers
Copperhead (Agkistrodon contortrix) found in extreme southeast Nebraska
Massasauga (Sistrurus catenatus) Found in southeast Nebraska Protected Species
Prairie Rattlesnake (Crotalus viridis) Found in central and western parts of the state
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 34
Birds What Makes a Bird a Bird IMPORTANT CHARACTERISTICS
So what makes a bird a bird All birds share one common characteristic that no other animal has and
that is FEATHERS Other characteristics include
Maintain high constant body temperature Endotherms (warm-blooded)
Possess toothless beaks or bills
All lay hard-shelled eggs (oviparous)
Air sacs in birdrsquos body give buoyancy
Generally bones are hollow Decreases body weight
Four-chambered heart
Lend Me Your Ear Yes birds have ears but they are missing the pinna or outside part of the ear that collects sound Birds
have feather-covered openings on both sides of the head just behind the eyes Owls and other night-
flying birds have off-setting ears that allow them to pinpoint the exact position of prey
Can birds smell We are not quite sure how well most birds smell We do know vultures use the sense of smell to find
their dinner The champion bird sniffer belongs to kiwi found in New Zealand They are able to sniff out earthworms Some diving birds like cormorants cannot even breathe through their nostrils because they are sealed Ocean birds have special glands in their noses which eliminates salt from the salty water they drink
Eggs Birds lay hard-shelled eggs made mostly of carbon carbonate The hard shell keeps the egg from drying
out and allows parents to sit on it without damaging the developing chick Though the shells are hard it
does not mean that they are non-porous Microscopic pores allow the embryo to ldquobreatherdquo Carbon
dioxide and oxygen can pass through the shell
Eggs come in all sizes colors and patterns We believe that the different colors and patterns are
intended as camouflage Blue and green eggs are found in nests that are in the shade Patterned eggs
blend in with vegetation and stones and white eggs are normally found in cavities
The shape of eggs also depends on where a bird nests The most common shape is oval A pointed egg
is usually found near ledges Round eggs are generally found in highly secure nests
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Page | 35
Commonly Seen Bird Families of Nebraska
Grebes (Family Podicipediae ndash rump foot)
WHAT TO LOOK FOR
Sleek diving waterbirds - small to medium size
Most have sharp pointed bills with fairly long necks short wings and almost no tail
Have lobed toes and legs set far back on body
Common Nebraska species - Pied-billed horned eared western and Clark grebes
Pelicans (Family Pelecanidae ndash an ax)
WHAT TO LOOK FOR
Very large waterbirds
Huge bills with large distensible pouches
Most are white with black flight feathers ndash wingspan 6-9 feet
Common Nebraska species ndash American White Pelican
Cormorants (Family Phalacrocoracidae ndash bald raven)
WHAT TO LOOK FOR
Large diving waterbird shaped like an elongated goose
Long neck and long bill hooked at the end
Wing span 3-5 feet Mostly dark in color
Common Nebraska species ndash Double-crested cormorant
Herons Egrets and Bitterns (Family Ardeidae - )
WHAT TO LOOK FOR
Medium to large wading birds
Usually with long legs bills and S-shaped neck
Short rounded tails
Common Nebraska species ndash American and least bitterns great and snowy egrets little
blue egret cattle egret great blue green black-crowned night and
yellow-crowned night herons
Ibises (and Spoonbills) (Family Threskiornithidae ndash sacred bird)
WHAT TO LOOK FOR
Medium to large wading birds
Long necks and legs with a duck-like body
Long tapering down-curved bill Common Nebraska species ndash white-faced ibis
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Page | 36
Vultures (Family Cathartidae ndash cleanser)
WHAT TO LOOK FOR
Large soaring scavengers
Resemble eagles and large hawks in flight
Head and neck void of feathers bill hooked
Hold wings in a raised V-shape (dihedral)
Common Nebraska species ndash turkey vulture
Duck Geese and Swans (Family Anatidae ndash waterfowl)
WHAT TO LOOK FOR
Medium to large waterbirds
Large heads with conspicuous and horizontally flattened bills
Long necks heavy bodies relative short tails webbed feet and long wingspan Major differences between duck geese and swans
Ducks
Smallest of the three Have a soft swelling about the nostrils called a cere
Males of most ducks are easily separated from females by their gaudier plumage Feathers are
molted twice a year
Most males change into nuptial plumage after pair formation in the fall There may be some
modification of shape of a single feather or entire regions of plumage
Most species are sexually mature at 9 - 11 months
Males take no part in incubation
Geese
Neck shorter than body
Lore (area between eye and bill) feathered and more bluntly triangular than ducksrsquo
Sexes are similar
Permanent pair bonding
Molt once per year postnuptially
Sexually mature at 3 years
Males protect female clutch and brood after hatching
Young stay with parents for almost a year
Legs of most geese are farther forward under the belly than those of typical swans and ducks
Swans
Longest necks - necks slightly longer than body
Lore is naked
Sexes are similar
Molt once per year postnuptially - parents molt one after the other so one is able to fly
Young are carried on parentsrsquo backs
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Page | 37
Sexually mature at 4 -5 years
Hawks and Allies (Family Accipitridae ndash to grasp or take)
Medium to very large diurnal raptors
Hooked beak strong legs and sharp talons
Buteos (buzzard hawks)
Stocky with broad wings wide tails
Soar and wheel high in the sky
Common Nebraska species ndash red-shouldered broad-winged Swainsonrsquos red-tailed
ferruginous rough-legged hawks
Accipiters (true hawks)
Small heads short rounded wings longish tail slender bodies
Fly with several rapid beats and a glide Common Nebraska species ndash sharp-shinned hawk Cooperrsquos hawk northern goshawk
Harriers
Slim body with slim round-tipped wings
Fly in open country gliding low with wings lifted in a V (dihedral)
Species in Nebraska - northern harrier
Kites
Small falcon shaped buoyant gliders not power-fliers
Common Nebraska species ndash Mississippi Kite
Osprey
Soar high on long swept-back wings
Broad tail short-headed appearance
Often travel in pairs
Eagles
Large very broad bodied with broad long plank-like wings massive head and bill
Soar steadily holding wings flat out to the side
Powerful wing beat on upstroke wings raised high Common Nebraska species ndash bald and golden
Falcons (and caracaras) (Family Falconidae - )
WHAT TO LOOK FOR
Small to large compact fast-flying raptors
Long pointed wings bent at the wrist - Strong rapid wing strokes
Common Nebraska species ndash American kestrel gyrfalcon peregrine falcon prairie falcon
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 38
Grouse Turkeys and Pheasants (Family Phasianidae ndash cock or fowl-like bird)
WHAT TO LOOK FOR
Ground dwelling birds with feather nostrils
Short strong bills and short rounded wings
Flight strong but brief
Males perform elaborate courting displays
Common Nebraska species ndash ring-necked pheasant sharp-tailed grouse greater
prairie chicken wild turkey
New World Quail ( Family Odontophoridae ndash bearing teeth)
WHAT TO LOOK FOR
Ground dwelling bird found in brushy habitat and other dense low foliage
Chunky rounded bodies and crests or head plumes
Chicken-like bill short rounded wings
Common Nebraska species - northern bobwhite
Rails and Coots (Family Rallidae - )
WHAT TO LOOK FOR
Marsh birds with short tails and stubby wings
Secretive and identified chiefly by call and habitat
Rails are laterally flattened ldquoThin as a railrdquo Coots are plumper and gregarious
Common Nebraska species ndash yellow rail black rail king rail Virginia rail sora common
moorhen American coot
Cranes (Family Gruidae - )
WHAT TO LOOK FOR
Tall stately wetland birds with long necks and long bills
Tertial flight feathers droop over rump in a bustle when standing
Fly with necks fully extended
Circle in thermals like raptors
Common Nebraska species - sandhill and whooping cranes
Plovers and Killdeer (Family Charadriidae ndash nocturnal waterbird)
WHAT TO LOOK FOR
Small to medium shorebirds that dart across the ground stop and then take off again Upright posture with medium length legs and long pointed wings
Rounded head large eyes thick neck with a short thick bill
Common Nebraska species ndash black-billed American golden snowy semipalmated piping
plovers and killdeer
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Page | 39
Stilts and Avocets (Family Recurviostridae- bent bill)
WHAT TO LOOK FOR
Tall slim shorebirds
Long thin bill very long slender legs long neck striking black-and-white plumage Stilts have straight bills avocets have re-curved bills
Common Nebraska species ndash American avocets black-necked stilt
Sandpipers and Phalaropes and Allies (Family Scolopacidae ndash woodcock)
WHAT TO LOOK FOR
Diverse group of shorebirds
Long toes and long tapered wings
Bill and leg length varies but bill more slender than a ploverrsquos
Plumage browns grays and whites with reds and oranges during breeding season
All but one species have short elevated hind toe
Species found in Nebraska include common snipe ruddy turnstone phalaropes sandpipers
woodcocks godwits whimbrels willets etc
Dowitchers
WHAT TO LOOK FOR
Medium sized chunky dark shorebird
Long straight bills and distinct pale eyebrows
Feed in mud or shallow water in a rapid jabbing motion
Phalaropes
WHAT TO LOOK FOR
Often spin like a top in water when feeding
Female larger and more colorful than male
Male tends incubates and cares for chicks
Common Nebraska species ndash Wilsonrsquos and red-necked phalaropes
Gulls Terns and Allies (Family Laridae ndashsea birds)
Gulls
WHAT TO LOOK FOR
More robust with wider wings and longer legs than terns
Bill slightly hooked tail square or rounded - Seldom Dive
Common Nebraska species ndash Pomarine Jaeger Franklinrsquos little Bonapartersquos ring-
billed California Herring Thayerrsquos lesser black-backed glaucous
Sabinersquos gulls black-legged kittiwake
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 40
Terns
WHAT TO LOOK FOR
Graceful more streamline than gulls
Usually has a forked tail ndash most whitish with black cap
Sharp-pointed bill - Hoover and dive headfirst for fish
Common Nebraska species ndash Caspian common Foresterrsquos terns
Pigeons and Doves (Family Columbidae ndash dove)
WHAT TO LOOK FOR
Plump fast flying cooing voice
Short legs and necks and small heads short bills
Tail fan-like rounded or pointed
Pigeons larger than doves
Common Nebraska species ndash rock mourning Eurasian collared doves
Cuckoos Roadrunners and Anis (Family Cuculidae - )
WHAT TO LOOK FOR
Slender with a long tail at least half of the birdrsquos total length
Fairly large sturdy decurved (curving down) bill
2 toes forward 2 back (zygodactyls)
Common Nebraska species - black-billed cuckoo and yellow-billed cuckoo
Barn Owls (Family Tytonidae -)
WHAT TO LOOK FOR
Slim medium sized night hunter
Legs are long and sparsely feathered
Large head with large forward-facing immovable eyes
Heart-shaped face hooked beak and ghostly appearance
Typical Owls (Family Stigidae ndash night bird)
WHAT TO LOOK FOR
Generally night hunters
Large heads flatten face with large forward-facing immovable eyes hooked beak
Mottled appearance some with feather tuffs upright stance
Common Nebraska species ndash eastern screech great horned burrowing barred long-eared
short-eared northern saw-whet owls
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 41
Nighthawks and Nightjars (Family Caprimulgidae ndashgoat sucker)
WHAT TO LOOK FOR
Nocturnal or crepuscular
Big tail large eyes tiny bills surrounding a large gaping mouth
By day sit horizontally on limb or on ground
Easiest to identify by voice
Common Nebraska species ndash common nighthawk common poorwill chuck-willrsquos-widow
Whip-poor-will
Swifts (Family Apodidae ndash without feet)
WHAT TO LOOK FOR
Small to medium sized aerial foragers ndashspend most of life flying
Long sickle-shaped wings bending close to body and extremely short legs
Eat bathe drink and sometime mate in the air
Common Nebraska species - chimney swift white-throated swift
Hummingbirds (Family Trochilidae ndash small bird)
WHAT TO LOOK FOR
Tiny body long slender bill
Distinctive blur and hum of hovering wings
Jewel-like throat feather found on male
Common Nebraska species ndash ruby-throated broad-tailed and rufous hummingbirds
Kingfishers (Family Alcedinidae - kingfisher)
WHAT TO LOOK FOR
Small to medium size
Thickset with short neck and tail small feet
Large head with a ragged crest and long strong bill
Sit on lines and low branches near water or hovers above water
Plunges head first into water to catch fish
Common Nebraska species ndash belted kingfisher
Woodpeckers (Family Picidae ndash woodpecker)
WHAT TO LOOK FOR
Arboreal (tree) birds
Vertical posture creep up trees
Strong chisel-like bill short legs stiff tail feathers rounded wings
Undulating flight pattern and characteristic bill drumming
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Page | 42
Common Nebraska species ndash Lewisrsquos red-headed red-bellied hairy downy woodpeckers
yellow-bellied and red-naped sapsuckers northern flicker
THE PASSERINES Feet adapted to perching
Tyrant Flycatchers (Family Tyrannidae - lord ruler king)
WHAT TO LOOK FOR
Small to medium perching bird
Large head broad flattened bill pointed wings short legs
Bristly ldquowhiskersrdquo at base of bill
Sit upright on exposed branch and dart out to catch insects
Common Nebraska species - flycatchers pewees kingbirds phoebes kingbirds
Shrikes (Family Laniidae ndash butcher)
WHAT TO LOOK FOR
ldquoButcher birdsrdquo ndash impale prey on thorns (may be to attract a mate and mark territory)
Robin-size bird with hooked bill and masked face with hawk-like behavior
Black gray and white birds
Common Nebraska species - northern and loggerhead shrike
Vireos (Family Vireondae ndash small bird)
WHAT TO LOOK FOR
Small olive- or gray-backed bird with short sturdy cylindrical slightly hooked bill
Can have wing bars and eye-rings or have eye stripes and no wing bars
Often confused with warblers but are chunkier bigger headed thicker billed
Common Nebraska species ndash white-eyed Bellrsquos yellow-throated plumbeous
Cassinrsquos blue-headed warbling Philadelphia red-eyed
Crows and Jays (Family Corvidae ndash raven)
WHAT TO LOOK FOR
Large perching bird with strong longish all-purpose bill to handle variety of foods
Nostrils covered with feathers
Legs scaled in front and smooth behind
Harsh voice and noisy
Bold gregarious
Common Nebraska species - black-billed magpie American crow
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Page | 43
Larks (Family Alauidae ndash lark)
WHAT TO LOOK FOR
Ground dwellers of open fields ndash seldom seen in trees and shrub
Walk rather than hop have an elongated hind toe
Slender billed seed and insect eaters
Yellowwhite face with black facemask horns and breast band
Has musical song often sung in display flight
Common Nebraska species ndash horned lark
Swallows and Martins (Family Hirundinidae ndash swallow)
WHAT TO LOOK FOR
Slim streamline bodies with long pointed angled wings
Tail forked or squared legs and feet inconspicuous
Bill short and wide
Fluid aerialists ndash dart about catching insects
Flocks perch in long rows on branches and lines
Common Nebraska species ndash purple martin northern rough wing bank cliff barn swallows
Chickadees and Titmice (Family Paridae - )
WHAT TO LOOK FOR
Small plump sociable birds with short bills and wings
Active agile ndash often hang upside down to feed
Many times roam in little bands (often leading the group) in search of food
Chickadee ndash no tuff of feathers on head Titmice ndash tufted Common Nebraska species ndash black-capped chickadee tufted titmouse
Nuthatches (Family Sittidae ndash birds that peck bark of tree)
WHAT TO LOOK FOR
Small stout tree-climbers with slightly upturned strong woodpecker-like bills
Stubby squared off tails
Walk down trees headfirst Common Nebraska species ndash red-breasted and white-breasted nuthatches
Creepers (Family Certhiidae -)
WHAT TO LOOK FOR
Small slim tree-dwellers with stiff tails and slender downward curving bill
Primarily brown
Common Nebraska species ndash brown creeper
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 44
Wrens (Family Troglodytidae ndash cave dweller
WHAT TO LOOK FOR
Small stumpy energetic brown birds
Bill slightly down turned loud song
Tails often in ldquocockedrdquo or up-tilted position
Common Nebraska species ndash rock house winter marsh wrens
Kinglets (Family Regulidae -)
WHAT TO LOOK FOR
TINY very active songbirds ndash only certain hummingbirds smaller
Can hover will feeding
Greenish plumage with bright colored crowns Short tails
Common Nebraska species ndash ruby-crowned and golden-crowned kinglets
Gnatcatchers (and Old World Warblers) (Family Sylviidae - )
WHAT TO LOOK FOR
Small birds with slender pointed bills surrounded by rectal bristles
Drab plumage with seasonally changing head patterns
In constant motion
Common Nebraska species ndash blue-gray gnatcatcher
Thrushes (Family Turdidae -)
WHAT TO LOOK FOR
Large-eyed upright postured songbirds - known for their singing ability
Bill is slender straight but not sharp
Often hop along the ground looking for food
Common Nebraska species ndash eastern bluebird veery gray-cheeked Swainsonrsquos hermit
wood thrush American robin
Mockingbirds and Thrashers (Family Mimidae ndash imitator mimic)
WHAT TO LOOK FOR
Well known for their vocal and mimicking ability
Have short rounded wings long legs and tails
Long down-curved bills
Common Nebraska species ndash gray catbird northern mockingbird brown thrasher
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Page | 45
Starlings (and Mynas) (Family Sturnidae - )
WHAT TO LOOK FOR
Medium sized chunky glossy birds with short tails sharp bills
Short triangular to rounded wings
Gregarious bold birds
Pipits (and Wagtails) (Family Motacillidae -)
WHAT TO LOOK FOR
Slender billed brownish ground dwellers with long back toe
Walk briskly rather than hop along the ground
Most species bob their tails up and down
Common Nebraska species ndash American pipit
Waxwings (Family Bombycillidae ndash silk tail)
WHAT TO LOOK FOR
Birds with sleek crest that can be erected
Plump-bodied birds with pointed wings with red waxy tips of secondaries
Bill is small wide and notched high thin calls
Square tail with terminal yellow band
Common Nebraska species ndash Bohemian and cedar waxwings
Wood Warblers (Family Parulidae -)
WHAT TO LOOK FOR
Brightly colored (mostly yellow) birds
Smaller than sparrows with thin needle-like bills
Common Nebraska species ndash approx 34 warblers ovenbirds yellow-breasted chats and
waterthrush
New World Sparrows (Family Emberizidae -)
WHAT TO LOOK FOR
Small to medium-sized birds - often brown streaked appearance
Rounded wings cone-shaped bills
Common Nebraska species ndash 20 sparrows towhees longspurs dark-eyed juncos snow and
lark buntings
Cardinals and Allies (Family Cardinalidae )
WHAT TO LOOK FOR
Medium to large songbirds
Have large cone-shaped bills
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 46
Males often very colorful
Common Nebraska species ndash northern cardinals rose-breasted and black-headed grosbeaks
indigo bunting dickcissel
Blackbirds Orioles and Allies (Family Icteridae)
WHAT TO LOOK FOR
Medium to large songbirds with strong straight bills
Strong-direct flight
Plumage varies from iridescent black to yellow to orange
Common Nebraska species ndash Bobolink eastern and western meadowlarks red-winged and
rusty blackbirds common and great-tailed grackles orchard Baltimore and
Bullockrsquos orioles brown-headed cowbird
Finches and Allies (Family Fringillidae)
WHAT TO LOOK FOR
Small to medium songbirds
Have conical bills and forked relatively short tails
Fly fast and undulate through the air giving high-pitched calls in flight
Common Nebraska species ndash gray-crowned rosy purple Cassinrsquos house finches red
crossbill white-winged crossbill common redpoll pine siskin American goldfinch
evening grosbeak
Old World Sparrows (Family Passeridae)
WHAT TO LOOK FOR
Stouter bodies shorter legs and thicker bills than native sparrows
Have a simple song repeating single elements with no particular rhythm or beginning
And end vocalize all day and year-round
Common Nebraska species ndash house sparrow (introduced)
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 47
Geology and Natural History of Nebraska
Being Developed by Jon Garbisch Cedar Point Biological Station jgarbisch2unledu
bull Geological history of Nebraska
bull Present geological formation of regions
bull General soil types
bull Geological landforms and related habitats
What we currently use
Theme
Nebraska geology formed over millions of years through the erosion of mountains the deposition of
sediments and the flow of water and ice shaping the landscape that we call home
Goal
Attendees will develop an understanding of the natural processes that influenced and built Nebraska
and in so doing develop a greater appreciation for the geology and how it relates to all other aspects of
the statersquos identity
Objective(s)
The Master Naturalists attendees will be able to use the knowledge they have gained to better
understand the surface and subsurface geology at any location in the state that they may find
themselves working
How will it be measured
Attendees will be able to use the knowledge gained to actively interpret general Nebraska geology by
completing activities in the form of hand-out diagrams biostratigraphic fossil correlations
interpretation of rock type hand specimens and visual description of the Geology on the trail at Camp
Brewster Fontenelle Forest
Introduction
Nebraska geology formed over millions of years through the erosion of mountains the deposition of
sediments and the flow of water and ice shaping the landscape that we call home (Hand out agenda)
Geology is rooted in the 3 rock groups that exist on planet Earth and so familiarity with
o these groups gives us a solid foundation for all other geologic interpretation
A half hour will be spent handling examples from each rock group
o 3 groups 3 tables with one rock type on each table each group spends 10 minutes at
each table
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 48
The Geologic Time Scale is a record over time of the Earths major geologic events and we
can use it to help us understand how and when Nebraska took shape
The natural agents of change which have shaped our state include oceans rivers wind
o and ice
The geologic time periods in Nebraska are represented by rock layers (or not) which occur all
around the state and have been named so that no matter where you are in the state you can
correlate the strata to the time scale (fossilsisotopes)
6 Geologic Principles will be discussed so that when the MN is in the field they can be used as an
aid in basic geologic interpretation
Conclusion
Nebraska geology formed over millions of years through the erosion of mountains the deposition of
sediments and the flow of water and ice shaping the landscape that we call home Geology supplies us
a record of the events that have shaped our Earth by learning the language in which the Earth script is
written we will be able to interpret and share the story of our state of Nebraska This understanding will
aid in us in relating to other areas influential and important to the state
Places to Go (places to see examples of Nebraska geology)
a Agate Fossil Beds National Monument Lower Miocene fossil mammal site including abundant body fossils of ancient mammals and prominent fossil rodent burrows
b Ashfall State Park Upper Miocene fossil mammal assemblage found in ash derived from an eruption of a predecessor to the Yellowstone volcanic field c Chimney Rock National Historic Site Oligocene and Lower Miocene continental sedimentary rocks deposited as sediments by wind and steams
d Hummel Park (Omaha) outcrops of Pleistocene glacial till and loess
e Lincoln area Capitol Beach Lake and history of saline waters and salt industry flooding history of Antelope and Salt creeks building stones in downtown area brick industry University of Nebraska State Museum
f Louisville area outcrops of Upper Pennsylvanian marine sedimentary rocks
g Valentine area and Niobrara National Wildlife Refuge Niobrara River Canyon and Cenozoic stratigraphy
h Niobrara State Park Upper Cretaceous marine sedimentary rocks (Niobrara Formation and Pierre Shale) landslides along Missouri River anthropogenic changes in Missouri River Niobrara River and Mormon Canal
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 49
i Downtown Omaha removal of loess from hills in downtown area engineering of Missouri River (eg groins bank armoring etc) visible at Bob Kerrey Memorial Bridge deep bedrock water wells at old industrial sites
j Platte River State Park Upper Pennsylvanian marine sedimentary rocks and overlook of Platte River
k Ponca State Park Upper Cretaceous marine sedimentary rocks (uppermost Dakota Formation through Greenhorn Limestone)
l Rock Creek State Historical Park middle Cretaceous Dakota Formationmdashfluvio-estuarine continental deposits
m Schramm Park Upper Pennsylvanian marine sedimentary rocks
n Scotia and Happy Jack Chalk Mine Upper Miocene lake deposit In Ogallala Group
o Scotts Bluff National Monument Oligocene and Lower Miocene continental sedimentary rocks deposited as sediments by wind and steams
p Smith Falls State ParkCenozoic stratigraphy Niobrara River waterfalls as knick points
q Toadstool Park and nearby areas continental sedimentary rocks of upper Eocene Chadron Formation Pine Ridge escarpment Trailside Museum and Ft Robinson State Park
r Weeping Water area Upper Pennsylvanian marine sedimentary rocks
s Wildcat RidgeHillsescarpment on Oligocene and Lower Miocene continental sedimentary rocks deeply eroded into canyons buttes and pinnacles by stream erosion during and after the Late Pliocene
t Indian Cave State Park and Iron Horse Trail south of Peru Upper Pennsylvanian Indian Cave Sandstone (fluvio-estuarine deposit) and sandstone cave
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 50
North American Model and Outdoor Skills Developed by Jeff Rawlinson Assistant Division Administrator Information and Education Nebraska Game and Parks Commission jeffrawlinsonnebraskagov
OUR North American Model of Conservation
Perhaps no other story is more compelling and more important in American history as that of how
our natural resources came to be one of the most important elements in our lives The history of our citizenryrsquos strong land ethic ties us to the natural world long after other nations have forgone this relationship We value how the common person from a common family can participate in the thrill of the chase experiencing wildness to its fullest
The North American Model of Conservation is a philosophy that the United States and Canada have
developed to manage wildlife in a sustainable way Historians debate how this land ethic began Some
say our model of conservation began in 1937 with the passage of the PittmanRobertson Act a move that provided funding for wildlife conservation at the national and state level The source of this funding came from the sale of hunting and shooting equipment Others may say that it began when the conservation giant President Theodore Roosevelt brought management of natural resources to the
political forefront Others would argue our Model of conservation was birthed under the Magna Charta which transferred the ownership of wildlife from the King of England and the English nobles to the all of
the people of England In reality however our Model has been under development for several hundred years combining what we have learned from other nations peoples cultures and experiences to shape a philosophy ingrained in our culture supported by hunters anglers and shooting sports enthusiasts
benefiting all wildlife and wild lands in the United States
First Wildlife Managers The concept of managing wildlife or natural resources was not conceived by our young nation For
thousands of years humanity has been manipulating and controlling the land and all its inhabitants to benefit our needs Ever since the first hunter followed that wooly creature across the Bering Straight embarking on an epic journey that would result in settling of North America man has ldquomanagedrdquo
wildlife in North America
Throughout history many leaders have shown some element of concern or conservation ethic towards wildlife The great Kublai Khan grandson of Genghis Khan and founder of the Yuan Dynasty in China forbade harvesting of many species of wildlife during critical reproductive months of March
through August so species could ldquoincrease and multiplyrdquo Conservation of wildlife is even found in Mosaic Law in Deuteronomy 226 representing some of the first written wildlife management idealsmdashldquo If you come across a birdrsquos nest in any tree or on the ground with young ones or eggs and
the mother sitting on the young or on the eggs you shall not take the mother with the youngrdquo (English Standard Version 2001)
As populations expanded throughout Europe wildlife resources fell under ownership of powerful kings
who enacted harsh punishments for anyone found taking the kingrsquos game In 1215 a rebellion against King John of England resulted in the Magna Charta transferring ownership of lands and game from the crown to the people This ldquoprivatizingrdquo of wildlife ownership had profound impacts America over 500 years later
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 51
Era Of Abundance (1600 ndash 1850) When our forefathers first landed on the eastern shores of America they brought with them science
religion and a new hope They found plentiful game and soon began a relationship with the land that provided them with many of their daily needs Wildlife was viewed as a limitless resource in a relatively untapped land These early settlers had left Europe where few had access to wildlife and entered a world where everyone had access Furs feathers hides all had value to this young country In 1776 the Declaration of Independence revoked the Kingrsquos rights to land and people in this new world After a
bloody war led by revolutionaries such as Washington Hamilton Jefferson and Adams the United States gained its independence and the land and wildlife belonged to everyone
Era Of Exploitation (1850 ndash 1900)
The 1800s brought a commercialization of our wildlife resources Market hunting and habitat
destruction began to decimate wildlife populations such as the American Bison and Passenger Pigeon After the American Revolutionary War and the Civial Warmdashwhich nearly destroyed our ldquodemocratic
experimentrdquo all togethermdashfew people were looking after the interest of wildlife and even fewer rules
existed governing the management of a resource everyone had ownership of yet no one had responsibility for
The railroad provided settlers with the means to access new lands expanding the markets for meats hides and fur Advancements in technology such as the repeating rifle further aided the unbridled
destruction of wildlife resources Yet throughout this era something positive was growing The people of this new nation were developing a relationship with the land By 1842 a Supreme Court ruling had huge impacts on this developing model of conservation resulting in a Public Trust Doctrine that would
further outline a model for conserving our natural resources Conservation was developing some direction but had no money or laws to support it
Era Of Protection (19001930) The early 1900s brought an industrial boom Abuse of natural resources had taken its toll and throughout the Nation and evidence of this abuse could be seen in the loss of species such as the
passenger pigeon near loss of the American bison and in many large mammals including whitetailed deer and our once numerous waterfowl species America was becoming an economic giant yet through
the roar of machines both political and metal a small voice could be heard It was the hunter and their voice was of concern for the direction our wildlife resources were heading Conservation minded men and women had continued a relationship with the land and the wildlife
Era of Game Management (1930 ndash 1966) The ldquodirty thirtiesrdquo were marked by the dust bowl and an impoverished nation Agricultural practices
unchecked by environmental stewardship had left the Nationrsquos heartland in ecological peril Politically the conservation movement was supported by the footings laid by Theodore Roosevelt New federal acts moved forward to provide for environmental protection due to the outcry of hunters in panic over the vanishing wildlife resources of the Nation
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 52
Wildlife conservation had support yet it lacked the science to properly manage our Nationrsquos resources A young biologist name Aldo Leopold changed all this with his writings including the book Game
Management which led to Universities across the country developing wildlife conservation programs These programs spawned a new breed of professional game managers who utilized science to support management methods that ultimately lead to the greatest wildlife conservation success story in the world In 1937 the PittmanRobertson Act provided thousands of jobs for young professionals along with ldquogame wardensrdquo supported by individual states to further the development of the Conservation Model
which now had science and funding to support it
Era of Environmental Management (1966 ndash Present) Science and funding led to a broadening view of conservation as focus shifted from managing ldquogame
animalsrdquo to managing the entire biota (environment and all living things in it) Further federal acts such
as the Endangered Species Act of 1966 and the National Environmental Policy Act of 1969 provided greater protection for species by a nation that had finally changed its course providing time to review
and perfect conservation efforts Recent acts such as the 1980 Farm Bill continued the effort to help
landowners provide quality habitat for wildlife and hunters by providing incentives to landowners to set aside highly erosive lands and plant them into wildlife habitat (grasslands) that benefit wildlife and hunters
The story of our unique model of conservation is still being written New challenges today threaten our
coveted resources and new professionals are entering the arena to further the plight of our Nationrsquos wildlife and hunting heritage
Seven Pillars of the Model
Seven main pillars have been highlighted as the foundation of support for the North American Model
of Conservation These include
The Public Trust The wildlife of the United States are owned by the people This is very different from the European Model where wildlife is privately owned The North American Model recognizes wildlife as a public
resource that is so important it can not be owned or managed by any one segment of our society but rather managed by professional state and federal entities for the benefit of all This concept known as
the Public Trust Doctrine began development in 1842 when the Supreme Court ruled that the Magna Charta had settled the question of who owns fish and wildlife and that King Charles II did not have the authority to give away the ldquodominion and propertyrdquo of lands in colonial America The court further ruled that since the American Revolution the people held public trust responsibilities for fish and wildlife except for rights specified in the US Constitution
Prohibition on Commerce
It was the hunter who brought forth stringent laws that protected wildlife from peril in the 19th
and 20th
centuries Because we all own and appreciate our wildlife as a national resource they should never find themselves on the public market to the highest bidder This path led to a largescale loss of many species
including the Passenger Pigeon and the near loss of the American bison As our country was developing these practices were common as people moved west in search of prosperity capitalizing on a land seemingly untouched by the modern world Today many laws in place serve to protect our most
valuable resourceshellipour wildlife
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 53
Democratic Rule of Law Each citizen of this great nation has the ability and responsibility to engage in healthy politics that serve
to support and protect sound wildlife conservation measures Our first conservation measures in this Country habitat restoration simple harvest restrictions and bag limits came from hunters people who respected the game they pursued and loved the wild places they chased them in The North American Model of conservation is built upon active public involvement instilling a value for wildlife in all citizens
Hunting Opportunity for All The Model was developed on the premise that all people regardless of political or economic standing could participate in and feel the thrill of the chase It is this unique Model that provides us with wildlife opportunities for all Americans Imagine how important this was to our fore fathers who left a brutal
King in England where only the aristocracy had any dream of pursuing wild creatures in wild places Our
wildlife laws ensure that each generation that comes after us will have the same opportunity to enjoy and appreciate wildlife
Nonfrivolous Use Our management of wildlife depends on a citizenry that loves and appreciates the wild creatures and the habitats necessary to their survival and our quality of life Wildlife may be utilized under strict rule of
law including utilizing the wildlife once harvested to its best potential Killing wildlife for the sake of killing can only lead to the numbing of hearts to wildlife and a profound lack of respect for our most
precious resources
International Resources
It was not until the 20th
century that hunters and wildlife lovers understood the importance of
managing wildlife at a much larger scale This became readily apparent with the passage of the
Migratory Bird Treaty Act of 1918 where nations came together to manage wildlife resources as a
collective Wildlife species do not recognize national or state boundaries Governments must work together to be effective in managing wildlife for the benefit of all The United States has made great
strides in this area with Mexico and Canada Our wildlife is not only a resource to us but to all continents they may call home throughout the year Our biologists must think globally to be effective locally
Scientific Management Although Theodore Roosevelt brought conservation to the political forefront it was a young forester from Iowa that made the study of wildlife management a science Aldo Leopold is considered by many
as the ldquofather of wildlife managementrdquo due to his tireless efforts to develop curriculum for future wildlife biologists Today our biologists earn their opportunity to manage wildlife through prominent
Bachelor Masters and Doctorate degree programs from Universities around the world Wildlife must be managed using fact science and the latest research We are constantly learning and adapting to new technology and changing environments For such an important resource we cannot afford to have it any other way
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 54
Nebraska Master Naturalist Specializations Certifying as a Specialist ldquoFollow your own natural geniusrdquo wrote Thoreau ldquoand it will not fail to show you a fresh prospect every hourrdquo Many of us learn by doing When our curiosity and interests carry us into deeper study of a given subject it can be helpful to have clear opportunities to pursue Thus the Nebraska Master Naturalist Program offers specialized voluntary training for those who are hungry to develop and apply their particular skill and personal understanding on behalf of our natural legacy Specializations are designed to create collaborators leaders and mentors in four key areas
Interpretation and Outreach
Outdoor Skills and Recreation
Resource Management
Citizen Science Master Naturalist Certification Requirements Annual Requirement o 8 Hours Training Annually o 20 Hours of Volunteerism Annually Master Naturalist Specialization Requirement One Time Requirement o 20 Hours of Training Total Specific to Specialization Annual Requirement o Additional 20 Hours of Volunteerism Annually Specific to Specialization (does not include initial Certification annual requirement hours)
OUTDOOR SKILLS AND RECREATION SPECIALIZATION The purpose of OUTDOOR SKILLS AND RECREATION is to promote activity and development of skills in the outdoor pursuits associated with natural resources Specializations are designed to create collaborators leaders and mentors in particular areas A Certified Nebraska Master Naturalist can complete the Outdoor Recreation Specializationby meeting the following requirements Complete at least one of the workshops or certification‐leading trainings listed below If specialized training is not listed below it can be approved upon request by the Master Naturalist Program Committee Specialized Training Options ‐
Hunter Education Instructor Certification 13 hrs
National 4‐H Shooting Sports Instructor Certification 32 hrs
Nebraska 4‐H Shooting Sports Shotgun Certification 12 hrs
Nebraska 4‐H Shooting Sports Archery Certification 12 hrs
Nebraska 4‐H Shooting Sports Rifle Certification 12 hrs
Nebraska 4‐H Shooting Sports Pistol Certification 12 hrs
Nebraska 4‐H Shooting Sports Muzzleloader Certification 12 hrs
National Archery in the Schools Program Basic Archery Instructor 4 hrs
NRA Range OfficerMaster Certification 8 hrs
Hunt Master Training Instructor 4 hrs
NRA Shooting Instructor 16 hrs
NRA Shotgun Instructor 16 hrs
NRA Rifle Instructor 16 hrs
Boater Education Instructor 12 hrs
Youth Fishing Instructor 5 hrs
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 55
American Canoe Association National CanoeKayak Instructor 16‐32hrs
National Camp SchoolBoy Scouts 16‐24 hrs
Wood Badge TrainingBoy Scouts 16‐24 hrs
Merit Badge Counselor TrainingBoy Scouts 2‐16 hrs
Conservation Leaders for Tomorrow 35 hrs
Wilderness First Aid 16‐32 hrs
Professional Trappers College 40 hrs
American Camp Association Instructor Training 8‐40 hrs
American Red Cross Instructor Training 2‐16 hrs
American Sailing Association Instructor Training 16‐24 hrs
Certified Horsemanship Association Instructor Training 24‐40 hrs
Leave No Trace Master Educator Training 40 hrs
National Outdoor Leadership School 280 hrs
Camp Cook School 32‐96 hrs
Professional Association of Diving Instructors Training 32‐96 hrs
Professional Mountain Bike Association Instructor Training 24 hrs
League of American Bicyclists Instructor Certification 24 hrs
Hunting
Shooting
Fishing
Trapping
Camping
Outdoor Cooking
Orienteering
Geocaching
Photography
Wildlife Viewing
Hiking
Biking
Birding
Becoming an Outdoors‐Woman Program
Wilderness First Aid
Wilderness Survival
Leave No Trace Educator
Service Options ndash Provide a minimum of 20 hours of service annually in the following or similar areas
4‐H leader and youth training outdoor recreation
Scout leader and youth training outdoor recreation
Wild About Nature
Flying WILD Educator or Facilitator Workshop
Becoming an Outdoors Woman (BOW)
Beyond Becoming an Outdoors Woman (BOW)
Family Camp
Learn to Hunt Program
National Archery in the Schools Program BAI training or greater
Mentor HuntHunt Masters Training
After School Programs
Others ndash Upon approval
Outdoor discovery programs volunteer
CRO at a shooting event
Assist with National or State shooting sports competitions
Family fishing day
Design or write a brochure
Develop or contribute to a website
Develop or contribute to a social networking site
Design or write a newsletter
Assist in fundraising
Plan an event or festival
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 56
Interpretation amp Education- Developed By Lindsay Rogers Nebraska Game amp Parks
Commission
Do not try to satisfy your vanity by teaching a great many things Awaken peoplersquos curiosity It is
enough to open minds do not overload them Put there just a spark If there is some good
inflammable stuff it will catch firerdquo
- Anatole France in The Earth Speaks
Session Objectives
To help participants understand the role education plays in sounds ecological conservation
To help participants learn about past and present conservationist and interpretive educators
To help participants learn components of quality education and interpretation
To have participants partake in quality interpretive education
To make sure participants understand that their role is to light the spark and awaken curiosityhellip not spew facts
Lecture Requirements
1 What is interpretation (5 minutes) a What does ldquointerpretrdquo mean b National Association of Interpretation definition of ldquointerpretationrdquo
i Interpretation is a mission-based communication process that forges emotional and intellectual connection between the interests of the audience and the meanings inherent to the resource
c Freeman Tilden Interpreting Our Heritage 1957 i Interpretation is an educational activity which aims to reveal meanings
and relationships through the use of original objects by first-hand experience and by illustrative media rather than simply to communicate factual information
d Components of interpretation i pleasurable or enjoyable
ii relevant to the world iii organized iv themed v sparks an interest
vi includes information but does not stop there links information to the world
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 57
vii age appropriate viii taught to someone not at them
2 What is education (5 minutes)
a What does it mean to ldquoeducaterdquo someone b John Dewey Democracy amp Education 2944
i Education in its general sense is a form of learning in which the knowledge skills and habits of a group of people are transferred from one generation to the next through teaching training or research
c Components of education i - generally presented to someone but not always
ii enjoyable sometimes iii provides knowledge and facts iv can make connections but not always v organized and themed
d Both education and interpretation are important they work together
3 Conservationists (10 minutes) a Jon Muir
i Immigrated from Scotland to Wisconsin in 1849 ii Attended the University of Wisconsin studies botany amp geology
iii Moved to the western US mainly the Sierra Nevada area iv Believed humans were part of the interconnected natural world v Advocated for the preservation of natural areas
vi Co-founded the Sierra Club b Aldo Leopold
i Iowa native attended Yale University ii After college he joined the US Forest Service was stationed in Arizona
and New Mexico iii Developed theories of land ethics the need for biodiversity and an
appreciation for wilderness areas iv Moved to Wisconsin in 1924 became a professor at the University of
Wisconsin v Regarded as the ldquoFather of Conservationrdquo
c Gifford Pinchot i Born in Connecticut in 1905
ii Studied at Yale studies forestry in France iii Named chief of the Division of Forestry (later to become the US Forest
Service) iv First chief of the US Forest Service greatly improved forest
management and increased the size of Forest Service lands
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 58
v Managed forests for the greatest good for the greatest number Pinchot added the phrase in the long run to emphasize that forest management consists of long-term decisions
d Steven Mather i Born in California attended Berkley University
ii Worked for the Pacific Coast Borax Company where he had a talent for promotion Started a competing company made millions
iii When revisiting Sequoia and Yosemite National Parks in 1914 he was appalled by the conditions of the national parks
iv Joined the Department of the Interior as the head of parks later created the National Parks System
v Professionalized the National Parks and helped to greatly grow protected lands
e Rachel Carson i Born in Pennsylvania in 1907 attended John Hopkins University for
graduate school ii Went to work for the US Bureau of Fisheries (later to become the US
Fish amp Wildlife Service) iii Wrote Silent Spring in 1962 The book created an awaking for Americanrsquos
to their responsibility to the environment and wildlife The book lead to the US Government banning the use of DDT
f Theodore Roosevelt i Born in 1858 in New York New York was a sickly child who stayed inside
studying natural history ii An avid outdoorsman he spent much time in the South Dakota Badlands
iii Became President in 1901 with the assignation of President McKinley iv Among many major accomplishments as president he started the
National Parks was instrumental in conserving about 230 million acres
4 Naturalist Interpreters (10 minutes) a Freeman Tilden
i Born 1883 worked as a newspaper columnist and author ii At age 58 he began working with the National Parks Service
iii While traveling to various National Parks he became concerned with the quality of interpretation
iv Wrote Interpreting Our Heritage in 1957 outlines 6 principles to quality interpretation forever changed the field of interpretation
b William Lewis i Worked as a ranger naturalist and interpreter trainer for the National
Parks Service ii Developed the approach of ldquoThematic Interpretationrdquo which requires the
interpreter to choose a central theme (major point) to guide the development of a program
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 59
iii Wrote Interpreting For Park Visitors c Sam Ham
i Director of Center for International Training and Outreach at the University of Idaho
ii Work has focused on applying communication theory to environmental conservation interpretation and on nature-based tourism and guide training
iii Wrote Environmental Interpretation (1992) d Ted Cable
i Professor of Park Management and Conservation at Kansas State University
ii Co-authored Interpreting Cultural and Natural Resources (2003) and Interpretation for the 21st Century Fifteen Guiding Principles for Interpreting Nature and Culture (2002)
5 Conducting an Interpretative Program Try and Fail (60 minutes + 120 minutes of activities throughouthellip see list of Suggested Activities below)
a Experiential Learning i The first time you tried to walk you failed The first time you rode a bike
you failed This is called experiential learning The first time you attempt an educational or interpretation program you will fail thatrsquos how we learn
ii Donrsquot be afraid to fail b Ask Questions about the ProgramPresentation before you commit to leading it c Plan your Program
i Generally I want my presentation to be about Specifically however I want to tell my audience about After hearing my presentation I want my audience to understand (what is the big picture you want them to take home)
1 You do not need (or want) to teach your audience everything you know your job is to light the spark
ii What will your tangibles and intangibles be 1 Tangibles are those things you can touch things you use to teach
when teaching a Examples include a tree a mammal pelt a skull a live
animal a prairie 2 Intangibles involve connecting the tangibles to concepts and the
ideas they represent intangibles are the meanings the relationships the processes the ideas the feelings and the beliefs
a Examples include food webs ecosystem health entropy ecology
iii People remember themes they forget facts
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 60
iv Plan for an organized presentation 1 Think about your overall theme smaller parts of the program and
your transitions v Stick to your theme
vi Determine what type of presentation you will have 1 PowerPoint (avoid) 2 Podium Presentation (avoid) 3 Active taking a hike playing a game etc 4 Hands-on touching feeling trying hearing smelling
vii Think about all the different kinds of learners 1 verbal-linguistic 2 logical-mathematical 3 visual-spatial 4 kinesthetic 5 musical-rhythmic 6 interpersonal (groups) 7 intrapersonal (individual) 8 naturalist
d Know your role as an educator 1 Provide facts and relationships not opinions 2 Allow participants to determine their own opinions and beliefs
using the facts amp relationships you provide them 3 PLAY ldquoFIRST IMPRESSIONSrdquo
e Prepare Prepare Prepare 1 Know the type of space and area you will have (indoor vs
outdoor small space vs vast area etc) 2 Plan for more that you are told 3 Plan for the weather (always expect it to be windy in Nebraska)
f Questions i Ask good questions
1 Is this a fox Vs How do you know this is a fox 2 Do you have any questions Vs What questions do you have
ii Be prepared for quality questions 1 What are the implications for describe the impact of what are
the reasons for iii Be prepared for ldquogoodrdquo questions
1 Do you have ewoks in the forest If a Mountain Lion and an Eagle were to fight who would win
2 Take all questions seriously Answer seriously g Model what you want to see the students do
i If you want a group of students to catch insects help them get active with them
ii This is true when working with children and adults
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 61
1 Working alongside students validates them and their learning h Be enthusiastic show your passion
i This is another form of modeling what you want to see in your students ii We need to excite students (no matter their age) about conservation
nature and the outdoors iii Have fun
6 Take Home Lesson Light the Spark and Donrsquot Be Afraid to Fail
Suggested Activities (amp potential mandatory activities)
Throughout the lesson conduct multiple games andor activities to model good interpretation
Suggested games include but are not limited to
1 Oh Deer (Project WILD) 2 First Impressions (to be done during section 5) (Project WILD) 3 The Long Haul (Project WET) 4 Sum of the Parts (Project WET) 5 Water Quality Ask the Bugs (Project WET) 6 Adaptation Artistry (Flying WILD) or Fashion a Fish (Aquatic Project WILD) 7 Avian Antics (Flying WILD) 8 Pollinators Meet Your Plants (Nebraska Project WILD wwwnebraskaprojectwildorg) 9 Scavenger Hunts (Nebraska Project WILD wwwnebraskaprojectwildorg)
Suggested Post-Readings
Interpreting Our Heritage Freeman Tilden 1957 (4th edition 2008)
ISBN-13 978-0807858677
Interpreting for Park Visitors William Lewis 1981
ISBN-13 978-0890620793
Environmental Interpretation Sam Ham 1992
ISBN-13 978-1555919023
Interpretation for the 21st Century Fifteen Guiding Principles for Interpreting Nature and
Culture Larry Beck amp Ted Cable 2002
ISBN-13 978-1571675224
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 62
Interpretation-Making a Difference on Purpose Sam Ham 2013
ISBN-13 978-1555917425
Foundations of Interpretation Curriculum Content Narrative National Parks Service 2007
httpwwwnpsgovidpinterp101foundationscurriculumpdf
Websites
National Association of Interpretation
wwwinterpnetcom
North American Association for Environmental Education
wwwnaaeeorg
Nebraska Alliance for Conservation and Environment Education
wwwnaceeorg
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 63
Safety in the Field
Developed by Rich Hawes Nebraska Master Naturalist rdhawes26msncom
Objectives
Raise awareness of Risk Managementassessment as part of event planning
Guidelines to safe activities for participants presenters and the environment
Present Leave No Trace Principals as part of all outdoor activities
Present resources for additional training or certification for outdoor activities
Hands on activities to encourage interest and to provoke thought and discussion
Hazards of the area
Outdoor hiking safety
Stewardship of the land and natural resources
Being flexible and working with ldquowhat you haverdquo
Outline
1 Outdoor Activities ndash Whatrsquos The Worst That Can Happen An Introduction to Event Planning and Risk Management
2 Leave No Trace Principals
3 Trip planning and Logistics
4 Health amp Safety
5 Youth Protection
6 Age Appropriate Activities
7 Resource Training and Certifications
a Standard First Aid CPRAED Wilderness First Aid
b Shooting Sports - Range Safety Officer or Instructor
c Hunter Safety Instructor
d Climbing COPE and Zip Lines
e Water Safety Instructor Life Guard Small Boat Handling
f Leave No Trace Trainer or Master Educator
g Tread Lightly Tread Trainer or Master Tread Trainer
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 64
Suggested Activities
CPR Scenario
First Aid Scenario
Weather Scenario
Lost Scenario
Online Resources
American Camp Association
Boy Scouts of America
Youth Protection
Safe Swim Defense
Safety Afloat
Climb On Safely
Weather Safety
Trek On Safely
(etc)
Leave No Trace
Nebraska Game amp Parks
Hunter Safety
Boating Rules amp Regs
National Rifle Association
(Archery groups)
American Red Cross
(wilderness medicine group(s))
NOLS
Tread Lightly
US Coast Guard
NEBRASKA MASTER NATURALIST Explore Contribute Connect
20
Endangered Species Act
The Endangered Species Act provides a program for the conservation of threatened and endangered
plants and animals and the habitats in which they are found The US Fish and Wildlife Service and the
Department of the Interior maintain the list of 632 endangered species (326 plants and 306 animals) and
190 threatened species (112 animals and 78 plants)
The law is written to prohibit any action that results in taking or injuring a listed species or negatively affects habitat Also prohibited is the import export interstate or foreign trade of listed species
Nebraskarsquos Endangered amp Threatened Species
State Status Federal Status
Birds Bald Eagle Threatened Threatened
Piping Plover Threatened Threatened
Mountain Plover Threatened Proposed Threatened
Whooping Crane Endangered Endangered
Eskimo Curlew Endangered Endangered
Interior Least Tern Endangered Endangered
Mammals River Otter Threatened
Southern Flying Squirrel Threatened
Black-footed Ferret Endangered Endangered
Swift Fox Endangered
Black-tailed Prairie Dog Candidate
Plants Western Prairie Fringed Orchid Threatened Threatened
Utersquos Ladyrsquos Tresses Threatened Threatened
Ginseng Threatened
Small White Ladyrsquos Slipper Threatened
Colorado Butterfly Plant Endangered Threatened
Saltwort Endangered
Hayden Penstemon Endangered Endangered
Insects American Burying Beetle Endangered Endangered
Salt Creek Tiger Beetle Endangered Candidate
Fish Lake Sturgeon Threatened
NEBRASKA MASTER NATURALIST Explore Contribute Connect
21
Northern Redbelly Dace Threatened
Finescale Dace Threatened
Blacknose Shiner Threatened
Topeka Shiner Endangered Endangered
Sturgeon Chub Endangered
Pallid Sturgeon Endangered Endangered
Reptiles amp Mussels Massasauga Threatened
Scaleshell Mussel Endangered Endangered
Information courtesy of Nebraska Game and Parks US Department of the Interior and the US Fish
and Wildlife Service
The Nuts and Bolts
Without habitat there are no animals
Every species has its niche
Understand the importance of biodiversity Know where the Platte River begins and ends understand its
makeup and where Rowe is located in the relationship to the river How Rowe plays a role in
conservation habitat maintenance and education Have an understanding of what constitutes the 4
major eco-regions in Nebraska
References Integrated Principals of Zoology by Cleveland P Hickman Jr Larry S Roberts Alan Larson (WmC
Brown Publishers 1996)
Zoology by Lawrence G Mitchell John A Mutchmor Warren D Dolphin (The BenjaminCummings
Publishing Company Inc 1988)
Biology the unity and Diversity of Life 7th Ed By Cecie Starr and Ralph Taggart (Wadsworth Publishing
Company 1995)
Nebraskarsquos Natural Legacy Project httpwwwngpcstateneuswildlifeprogramslegacyreviewasp
Cliffs Quick Review Biology by I Edward Alcamo PhD and Kelly Schweitzer PhD (Wiley Publishing 2001)
Biology for Dummies by Donna Rae Siegfried (Wiley Publishing Inc 2001)
NEBRASKA MASTER NATURALIST Explore Contribute Connect
22
Taxonomy in a Nutshell
Definitions
Classification is a systematic arrangement in groups or categories according to established
criteria
Taxonomy is the orderly classification of plants and animals according to their presumed natural
relationships
Binomial nomenclature (Binomial = 2 terms ndash Generic amp specific nomenclature = set of names)
is a system of naming in which each species of animal or plant is given a two tern Latin name
The first term identifies the genus to which the plantanimal belongs and is always spelled with
a capital letter The second term is the species of the plantanimal and is spelled with a lower
case letter This ldquoscientific namerdquo is usually printed in italics or underlined For example ndash Felis
concolor or Felis concolor
The Reason for ithellipWhy use taxonomy
Scientific taxonomic classification is a tool used through the world in an effort to catalog and compare
living things Zoologists now classify approximately 15 million animal species Each year about 10000
new species are added and it is estimated that more than 10 million different animal species may
actually exist on earth
Okay But why Latin
Common names of animals and plants vary from place to place even within a community For instance
the animal name above Felis concolor is known as puma mountain lion catamount panther and
several other local names So how does a biologist from Nebraska know that she and a scientist from
Scotland are talking about the same animalplant Throughout the scientific world Latin is recognized
as the universal language of scholars and scientists By referring to it by its Latin ldquoscientific namerdquo there
is no mistaking what animalplant they are referring to Latin also provides a source for decoding the
scientific name into something that tells you a little about the animalplant itself A translation often
provides a short description of the animal ie the giant anteaterrsquos species tridactyla actually means
three-toed
Background
The identification and comparison of different animals and plant species dates back to ancient times
Naturalists wrote herbals and bestiaries that were lists and descriptions of familiar organisms of a given
locality There was little interest in communicating outside a restricted region The advent of the
printing press led to broader dissemination of books and ideas Cataloging and comparing species on a
more comprehensive scale became possible As naturalists compiled their work they used many words
NEBRASKA MASTER NATURALIST Explore Contribute Connect
23
to describe a species by several characteristics sometimes defining one species in terms of another For
example the blue chair with the fluted arms the red chair like the blue chair with the fluted arms etc
Each authorrsquos system and terminology was different It is only comparatively recently that the
observation and study of the animal and plant world has begun to be organized along truly scientific
lines
Toward the middle of the eighteenth century the Swedish botanist Carolus Linnaeus produced a general
classification of all living species and this system has formed the departure point for all subsequent
developments of taxonomy His system was ambitious and used polynomials some with fifteen words
An example is the oak with leaves with deep blunt lobes bearing hair-like bristles Although he
considered the polynomial name to be the true one he also made notes with two-term names The
current binomial system used today is based upon these notes His writings and those of other scientists
that came after him became the standard for all classifications Since Latin was the universal language
of scholarship his writings were all in Latin Actually his real name was Carl van Linne but he translated
that to Latin as well
In the course of the last couple of centuries naturalists have come to adopt two different forms of
investigation and comparison in their classification process First they studied the question of
adaptation to the environment the significance of diverse structures and behavioral patterns among
animal species and the reason why these different modes of behavior and lifestyles enable animals in
different surroundings to survive
Secondly they have tried to recognize affinities and relationships between the various species They
have attempted to identify the ldquofamily likenessesrdquo that often exist among species which live in different
environments and therefore may be quite unlike one another in outward appearance
As a result of all this research scientists have built up a system of classification which places every
animalplant species in a particular category according to its relationships with other animalsplants
This is taxonomy
Side note ndash genetic testing is now being used to help with classification
How does it Work
When a new animalplant is recognized and identified it is given a species name This may be a term
that describes it or identifies the person who first recognized it as a separate species Originally these
species names were assigned by the individual scientist that discovered them but now they are
assigned by international groups Once this species term is assigned it almost never changes In theory
NEBRASKA MASTER NATURALIST Explore Contribute Connect
24
it is never supposed to be changed even if it is later moved to a different genus family or class but over
the years there have been a few exceptions
The basis of taxonomy however is the genus This is the smallest grouping of related species When
taxonomy began there were relatively few identified species so species were grouped into genera and
there it ended As the body of knowledge grew so did the need for a broader system of grouping From
there the hierarchical system of classification based on natural features evolved
The current system works as follows
Individually related species are grouped into the same genus
The most closely related genera are grouped into the same family
Related families are grouped into an order
Orders are grouped into a related class
Similar classes are included in the same phylum
The phyla are then placed into the proper kingdom
Each of these categories may also contain sub- or super- subdivisions
Taxonomy is a constant work in progress As scientists learn more about different species their
classification may change Changes can reflect a clearer understanding of where the species fits in
among the others with similar characteristics Until recently we only had to contend with two kingdoms
ndash animal and plants Today scientists recognize a least five different kingdoms of living things
Monera ndash bacteria and blue-green algae
Protista ndash one-celled organism with nucleus
Plantea ndash green plants
Fungi ndash non-green plants
Animalia ndash animals
NEBRASKA MASTER NATURALIST Explore Contribute Connect
25
Fauna of Nebraska
Developed and Adopted by Keanna Leonard Education Director Rowe Sanctuary
Objectives for Fauna Mammals Amphibians amp Reptiles Birds 3-4 hours
1 Descriptions ndash (Mammals Amphibians and Reptiles birds --ndash IMPORTANT CHARACTERISTICS)
2 Vocabulary
3 Common Oderrsquos in Nebraska and examples
4 Nuts amp Bolts of Mammals How to ID amp locate specific animals and their evidence (possible
activity tracks traces etc) in Nebraska
MAMMALS IN A NUTSHELL Basic Characteristics
1 Mammary glands (hint the name) that
produce milk
2 Sweat glands
3 Sebaceous glands for oil
4 Presence of hair on the body at some time
during life span
5 Homiothermic Endotherm (warm blooded)--
regulate high body temperature
6 Four-chambered heart
7 Enucleated red blood cells
8 Have a diaphragm
9 Enlarged cerebral hemisphere
10 One bone in lower jaw and complex
dentition
11 3 middle ear bones
12 Turbinal bones in nasal chamber
13 Eggs develop in a uterus with
placental attachment and born alive
(viviparous)
MAMMAL VOCABULARY
Altricial Born helpless
Arboreal Tree dwelling
Carnivore A mammal in the order Carnivora
Carnivorous Meat eating
Crepuscular Active at dusk and dawn
Diurnal Active during the day
Dominant Ruler or leader of others
Habitat Region where an animal lives
Herbivore An animal that eats only plants
Herbivorous Plant eating
Hibernation Winter period when certain
animals become inactive to a point in
where all body functions slow
considerably for a long period
Instinct Inherited mode of behavior
Mammal Animals that have hair on their
bodies (see other char above)
Marsupial Animals whose females have
pouches
Nocturnal Active during nighttime
Omnivore Animals that eats both meat and
plant material
Omnivorous Eating both meat and plant
material
Precocial Born in an advanced stage of
development and able to move about
Predator Animals that kills another animal for
food
Prehensile Grasping
Prey Animal hunted for food
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26
Protective coloration Enables the animal to
blend in with surroundings
Reticulated Net-like pattern of skin
Terrestrial Ground dwelling
Viviparous Live birthing
There are 21 orders of mammals found in the world
Listed below are the orders and examples of common species found in Nebraska
More Species found in Core Curriculum Binder
Insectivores (shrews and moles)
Masked Shrew (Sorex cinereus)
Northern Short-tailed Shrew (Blarina
brevicauda) (venomous)
Least Shrew (Cryptotis parva)
Eastern Mole (Scalopus aquaticus)
Chiroptera (bats)
Big Brown Bat (Eptesicus fuscus)
Red Bat (Lasiurus borealis)
Hoary Bat (Lasiurus cinereus)
Xenarthra
Nine-banded Armadillo (Dasypus novemcinctus)
Lagomorpha Eastern Cottontail (Sylvilagus floridanus) Black-tailed Jackrabbit (Lepus californicus)
Rodentia
Franklinrsquos Ground Squirrel (Spermophilus
franklinii)
Thirteen-lined Ground Squirrel (S
tridecemlineatus)
Black-tailed Prairie Dog (Cynomys
ludovicianus)
Plains Pocket Gopher (Geomys bursarius)(fur-
lined pouch)
Plains Pocket Mouse (Perognathus
flavescens)
Beaver (Castor canadensis)
Eastern Woodrat (Neotoma floridana)
Meadow Vole (Microtus pennsylvanicus)
Muskrat (Ondtra zibethicus) (laterally
compressed tail)
Porcupine (Erethizon dorsatu
Carnivora Despite the name of the order not all are carnivorous Many are omnivores (most bears and raccoons)
and some are even herbivores (giant panda)
Most carnivorous mammals have 3 up and 3 down relatively small incisors and 1 up and 1 down large
canine teeth on both sides of the incisors
Common species found in this area include
Family Canidae Coyote (Canis latrans) Red fox (Vulpes vulpes)
Family Procyonida Raccoon (Procyon lotor)
Family Mustelidae
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27
Long-tailed Weasel (Mustela nivalis)
Least Weasel (M nibalis)
Mink (Mustela vison)
Badger (Taxidea taxus)
Striped Skunk (Mephitis mephitis)
River Otter (Lutra canadensis)
Family Felidae Bobcat (Felis rufus)
Artiodactyla Mule Deer (Odocoileus hemionus) White-tailed Deer (O virginianus
References National Audubon Society Field Guide to North American Mammals by John O Whitake Jr Robert
Elman Carol Nehring (Alfred A Knoph Inc 1994)
Guide to Mammals of the Plains States By J Knox Jr Davide M Armstrong Jerry R Choate (University
of Nebraska Press 1985)
The Nuts and Bolts Know important characteristics especially-
Mammary glands Sweat glands Sebaceous glands Hair sometime during their life
4 chambered heart
Though these critters look like a rodent
Donrsquot confuse them for a moment
They sport small eyes and ears out of view
Their teeth are small sharp and more than a few
They are made up of one mole and shrews three
So in what ORDER can they be
Commonly seen species of Chiroptera number three And are known as the only mammals to swim through the air free They are normally seen at night and for finding food use echolocation rather than sight Now I know you know what they be But go ahead and name all three These mammals have what humans claim to be a disgusting habit of defecating undigested pellets and eating them again What are they Chewing the cud is normal for this group and so is walking on their two middle toes Name the common species found in this area
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28
AMPHIBIANS
Basic Characteristics
1 Skin naked No scales or hair
2 Eggs do not have shells but are jelly like
Laid in clusters always in water
3 Ectodermic
4 Can breathe through permeable skin
5 Spend all or part of life in water
6 Adults are carnivores Size of head
determines size of prey
7 Incomplete lung development
DIFFERENCES BETWEEN REPTILES AND AMPHIBIANS
Reptiles
1 Ectodermic
2 Covered with scales or plates
3 Shed skin
4 Most not do not live in or around water
Amphibians
1 Ectodermic
2 Smooth slimy skin without scales
3 Do not shed skin
4 Spend all or part of life in water
5 Go through metamorphose
Listed below are the orders and examples of common species found in Nebraska
More Species found in Core Curriculum Binder
Salamanders (Order Urodela)
Small-mouth Salamander (Ambystoma
texanum) Occurs in eastern Nebraksa
Tiger Salamander (A tigrinum) Occurs
throughout the state
Frogs and Toads (Order Anura) Thirteen species occur in Nebraska
Pelobatidae or Spadefoot Family
Plains Spadefoot (Spea bombifrons) Occurs throughout Nebraska expect southeast
Ranidae or True Frog Family Plains Leopard Frog (Rana blairi)
Northern Leopard Frog (Rana pipiens)
Bullfrog (Rana catesbeiana
Microhylidae or Narrow-mouthed Family Plains Narrowmouth Toad (Gastrophryne olivacea)
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29
Bufonidae or Toad Family
American Toad (Bufo americanus) Occurs only
in eastern part of the state
Great Plains Toad (Bufo cognatus) Occurs
throughout the state
Woodhousersquos Toad (Bufo woodhousei) Occurs
throughout the state
Hylidae or Tree Frogs
Northern Cricket Frog (Acris crepitans) East
and central Nebraska
Western Striped Chorus Frog (Pseudacris
triseriata amp P maculata) Occurs throughout the
state
Copes Gray Treefrog (Hyla chrysoscelis) Found
in eastern part of state
Resources Reptiles and Amphibians of Nebraska ndash herpetology database httpsnrsunleduherpneb
NEBRASKA MASTER NATURALIST Explore Contribute Connect
30
REPTILES Basic Characteristics
1 Ectothermic (cold-blooded) Body temperature is the same as the temperature of its surroundings
2 Dry skin covered with scales or plates
3 Teeth if present are needle-like or conical
4 Skin shed in one piece or several pieces at intervals
5 Lay soft shelled eggs or young born alive in a membranous sac
6 Lung breathing
There are four groups
Lizards - Short-legged long-bodied reptiles
Taped tail Size varies from 4- inch long fence
swift to 10 foot Kamodo dragon
Snakes - Legates cousins of lizards
Turtles - Armored shells
Crocodilians - Crocodiles Alligators Caimans
REPTILE VOCABULARY
Antivenin An antidote to the venom of
venomous snakes produced by inoculating
horses with small doses of venom Horses build
up an immunity or resistance The horsersquos
blood is used to make the antivenin
Blue Stage Refers to the condition of a snake
prior to shedding
Carapace Dorsal (covering the back) shell
Constrictor A term used in describing a snake
that kills its prey by constriction
Ectothermic Not able to control body
temperature (Cold-blooded) Dependent upon
environment to control body temperature
Egg Tooth A sharp projection located in front
of nose on upper jaw Used by infant reptiles to
cut through eggshell
Fangs Grooved or tubular teeth used to inject
venom
Hemotoxin Venom that attacks the blood
Herpetologist A specialist in reptiles
Jacobsonrsquos Organ A tastesmell sense organ
with two small openings located on roof of
mouth
Thermal Pit A heat sensory pit on side of head
between nostril and eye Allows snakes to track
warm-blooded animals and to strike accurately
especially at night Found only in venomous
snakes known as pit vipers
Neurotoxin Venom that attacks the nervous
system
Oviparous Lays egg
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31
Ovoviviparous Give birth to live young Egg
developed in female and then deposited as a
living young
Plastron Ventral (covering the belly) shell
Reticulated Net-like pattern on skin
Scales Folds of skin covering reptiles
Scutes Single section of shell each sell is made
up of many scutes
Toxic Poisonous
Toxin Poison
Undulating Type of snake locomotion typical of
most snakes - Leaves ldquoSrdquo shape track
Venom Poisonous fluid secreted from glands
and transmitted by bite or sting
Venomous Describes animal containing venom
gland
Nuts amp Bolts of Reptiles
Most reptiles are carnivores (eat meat) Many will eat only live food Some are herbivores (eat
plant material) as well as insectivores (eat insects)
Reptiles often found in water or underground for protection from predators and to help
regulate body temperature Air temperature can change quickly but water and soil
temperature are more constant therefore it helps to regulate the reptiles body temperature
Because they are ectothermic many reptiles live in places that are warm year round In colder
climates reptiles hibernate underground below the freeze line
Most reptile lay eggs and are called oviparous Eggs are buried in sand soil rotted logs etc and
kept warm only by heart from the sun or from rotting vegetation Very few reptiles stay around
to protect their eggs Some reptiles keep their eggs inside their bodies until they hatch and
produce live young (ovoviviparous) Example - garter snakes Very few reptiles care for or feed
their young Young are precocial able to look after themselves minutes after they hatch
Most snakes are harmless Even snakes that are venomous will not bite unless they are
cornered or stepped on Snakes are good and necessary animals They help control potential
destructive populations of rodents
Listed below are the orders and examples of common species found in Nebraska
ORDER CHELONIA Basic Characteristics
1 Contains all forms of turtles and tortoises
2 Has body enclosed in a shell made of
modified horny scales and bone Shell made of
two parts Carapace - upper part covering
animalrsquos back Plastron-under part covering
animalrsquos stomach amp chest
3Ribs and most of vertebrae attached to shell
4 Neck long and flexible and can usually be
withdrawn into shell
5 Have no teeth but jaws outfitted with horny
beaks
6 All lay eggs Usually bury eggs in pit in sand or soil Hatchlings must dig themselves to the surface
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32
Examples of Turtles found in Nebraska Snapping Turtle (Chelydra serpentina)
Blandingrsquos Turtle (Emydoidea (Emys)
blandingii) Protected Species
False Map Turtle (Graptemys
pseudogeographica) Protected Species
Ornate Box Turtle (Terrapene ornata)
Smooth Softshell (Apalone mutica)
Spiny Softshell (Apalone spinifer
SUBORDER LACERTILA (lizards) Basic Characteristics
1 Dry scaly skin clawed feet external ear
openings
2Have movable eyelids - snakes do not
3 Males and females often show different
coloration
4 Generally diurnal but many nocturnal
(geckos night lizards Gila Monsters)
5 Courtship brief fertilization is internal
6 Most are egg layers
Examples of Lizards of Nebraska
Six-line Racerunner (Cnemidophorus sexlineatus Five-line Skink (Eumeces fasciatus)
Many-lined Skink (Eumeces mulitvirgatus)
Great Plains Skink (Eumeces obsoletus)
Slender Glass Lizard (Ophisaurus attenautus)
Lesser Earless Lizard (Holbrookia maculate)
Northern Prairie Lizard (fence lizard)
(Sceloporus undulates)
SUBORDER SERPENTES (Snakes) Basic Characteristics
1 Elongated scaly bodies (to protect from water
loss) no limbs external ear opening or eyelids
(eye covered with a clear scale)
2 Terrestrial subterranean arboreal
amphibious
3 Carnivores swallow prey whole
4 Continue to grow throughout their lives
6 Hibernate in colder climates
7 Males locate females by scent
8 Internal fertilization
9 Some lay eggs others bear live young
11 Vipers (venomous snakes) have heat-
sensing organs called thermal pits
NEBRASKA MASTER NATURALIST Explore Contribute Connect
33
12 Teeth slanted back If one is lost another drops down in itrsquos place
Examples of snakes found in Nebraska
Black Rat Snake (Elaphe obsoleta)
Great Plains Rat Snake (Elaphe guttata)
Bullsnake (Pituophis catenifer)
Common Kingsnake (Lampropeltis getula)
Eastern Hognose Snake (Heterodon
platyrhinos)
Western Hognose Snake (Heterodon nasicus)
Glossy Snake (Arizona elegans)
Milk Snake (Lampropeltis triangulum)
Plains Garter Snake (Thamnophis radix)
Common Garter Snake (Thamnophis sirtalis)
Racer (Coluber constrictor)
Pit Vipers
Copperhead (Agkistrodon contortrix) found in extreme southeast Nebraska
Massasauga (Sistrurus catenatus) Found in southeast Nebraska Protected Species
Prairie Rattlesnake (Crotalus viridis) Found in central and western parts of the state
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 34
Birds What Makes a Bird a Bird IMPORTANT CHARACTERISTICS
So what makes a bird a bird All birds share one common characteristic that no other animal has and
that is FEATHERS Other characteristics include
Maintain high constant body temperature Endotherms (warm-blooded)
Possess toothless beaks or bills
All lay hard-shelled eggs (oviparous)
Air sacs in birdrsquos body give buoyancy
Generally bones are hollow Decreases body weight
Four-chambered heart
Lend Me Your Ear Yes birds have ears but they are missing the pinna or outside part of the ear that collects sound Birds
have feather-covered openings on both sides of the head just behind the eyes Owls and other night-
flying birds have off-setting ears that allow them to pinpoint the exact position of prey
Can birds smell We are not quite sure how well most birds smell We do know vultures use the sense of smell to find
their dinner The champion bird sniffer belongs to kiwi found in New Zealand They are able to sniff out earthworms Some diving birds like cormorants cannot even breathe through their nostrils because they are sealed Ocean birds have special glands in their noses which eliminates salt from the salty water they drink
Eggs Birds lay hard-shelled eggs made mostly of carbon carbonate The hard shell keeps the egg from drying
out and allows parents to sit on it without damaging the developing chick Though the shells are hard it
does not mean that they are non-porous Microscopic pores allow the embryo to ldquobreatherdquo Carbon
dioxide and oxygen can pass through the shell
Eggs come in all sizes colors and patterns We believe that the different colors and patterns are
intended as camouflage Blue and green eggs are found in nests that are in the shade Patterned eggs
blend in with vegetation and stones and white eggs are normally found in cavities
The shape of eggs also depends on where a bird nests The most common shape is oval A pointed egg
is usually found near ledges Round eggs are generally found in highly secure nests
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 35
Commonly Seen Bird Families of Nebraska
Grebes (Family Podicipediae ndash rump foot)
WHAT TO LOOK FOR
Sleek diving waterbirds - small to medium size
Most have sharp pointed bills with fairly long necks short wings and almost no tail
Have lobed toes and legs set far back on body
Common Nebraska species - Pied-billed horned eared western and Clark grebes
Pelicans (Family Pelecanidae ndash an ax)
WHAT TO LOOK FOR
Very large waterbirds
Huge bills with large distensible pouches
Most are white with black flight feathers ndash wingspan 6-9 feet
Common Nebraska species ndash American White Pelican
Cormorants (Family Phalacrocoracidae ndash bald raven)
WHAT TO LOOK FOR
Large diving waterbird shaped like an elongated goose
Long neck and long bill hooked at the end
Wing span 3-5 feet Mostly dark in color
Common Nebraska species ndash Double-crested cormorant
Herons Egrets and Bitterns (Family Ardeidae - )
WHAT TO LOOK FOR
Medium to large wading birds
Usually with long legs bills and S-shaped neck
Short rounded tails
Common Nebraska species ndash American and least bitterns great and snowy egrets little
blue egret cattle egret great blue green black-crowned night and
yellow-crowned night herons
Ibises (and Spoonbills) (Family Threskiornithidae ndash sacred bird)
WHAT TO LOOK FOR
Medium to large wading birds
Long necks and legs with a duck-like body
Long tapering down-curved bill Common Nebraska species ndash white-faced ibis
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Page | 36
Vultures (Family Cathartidae ndash cleanser)
WHAT TO LOOK FOR
Large soaring scavengers
Resemble eagles and large hawks in flight
Head and neck void of feathers bill hooked
Hold wings in a raised V-shape (dihedral)
Common Nebraska species ndash turkey vulture
Duck Geese and Swans (Family Anatidae ndash waterfowl)
WHAT TO LOOK FOR
Medium to large waterbirds
Large heads with conspicuous and horizontally flattened bills
Long necks heavy bodies relative short tails webbed feet and long wingspan Major differences between duck geese and swans
Ducks
Smallest of the three Have a soft swelling about the nostrils called a cere
Males of most ducks are easily separated from females by their gaudier plumage Feathers are
molted twice a year
Most males change into nuptial plumage after pair formation in the fall There may be some
modification of shape of a single feather or entire regions of plumage
Most species are sexually mature at 9 - 11 months
Males take no part in incubation
Geese
Neck shorter than body
Lore (area between eye and bill) feathered and more bluntly triangular than ducksrsquo
Sexes are similar
Permanent pair bonding
Molt once per year postnuptially
Sexually mature at 3 years
Males protect female clutch and brood after hatching
Young stay with parents for almost a year
Legs of most geese are farther forward under the belly than those of typical swans and ducks
Swans
Longest necks - necks slightly longer than body
Lore is naked
Sexes are similar
Molt once per year postnuptially - parents molt one after the other so one is able to fly
Young are carried on parentsrsquo backs
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 37
Sexually mature at 4 -5 years
Hawks and Allies (Family Accipitridae ndash to grasp or take)
Medium to very large diurnal raptors
Hooked beak strong legs and sharp talons
Buteos (buzzard hawks)
Stocky with broad wings wide tails
Soar and wheel high in the sky
Common Nebraska species ndash red-shouldered broad-winged Swainsonrsquos red-tailed
ferruginous rough-legged hawks
Accipiters (true hawks)
Small heads short rounded wings longish tail slender bodies
Fly with several rapid beats and a glide Common Nebraska species ndash sharp-shinned hawk Cooperrsquos hawk northern goshawk
Harriers
Slim body with slim round-tipped wings
Fly in open country gliding low with wings lifted in a V (dihedral)
Species in Nebraska - northern harrier
Kites
Small falcon shaped buoyant gliders not power-fliers
Common Nebraska species ndash Mississippi Kite
Osprey
Soar high on long swept-back wings
Broad tail short-headed appearance
Often travel in pairs
Eagles
Large very broad bodied with broad long plank-like wings massive head and bill
Soar steadily holding wings flat out to the side
Powerful wing beat on upstroke wings raised high Common Nebraska species ndash bald and golden
Falcons (and caracaras) (Family Falconidae - )
WHAT TO LOOK FOR
Small to large compact fast-flying raptors
Long pointed wings bent at the wrist - Strong rapid wing strokes
Common Nebraska species ndash American kestrel gyrfalcon peregrine falcon prairie falcon
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 38
Grouse Turkeys and Pheasants (Family Phasianidae ndash cock or fowl-like bird)
WHAT TO LOOK FOR
Ground dwelling birds with feather nostrils
Short strong bills and short rounded wings
Flight strong but brief
Males perform elaborate courting displays
Common Nebraska species ndash ring-necked pheasant sharp-tailed grouse greater
prairie chicken wild turkey
New World Quail ( Family Odontophoridae ndash bearing teeth)
WHAT TO LOOK FOR
Ground dwelling bird found in brushy habitat and other dense low foliage
Chunky rounded bodies and crests or head plumes
Chicken-like bill short rounded wings
Common Nebraska species - northern bobwhite
Rails and Coots (Family Rallidae - )
WHAT TO LOOK FOR
Marsh birds with short tails and stubby wings
Secretive and identified chiefly by call and habitat
Rails are laterally flattened ldquoThin as a railrdquo Coots are plumper and gregarious
Common Nebraska species ndash yellow rail black rail king rail Virginia rail sora common
moorhen American coot
Cranes (Family Gruidae - )
WHAT TO LOOK FOR
Tall stately wetland birds with long necks and long bills
Tertial flight feathers droop over rump in a bustle when standing
Fly with necks fully extended
Circle in thermals like raptors
Common Nebraska species - sandhill and whooping cranes
Plovers and Killdeer (Family Charadriidae ndash nocturnal waterbird)
WHAT TO LOOK FOR
Small to medium shorebirds that dart across the ground stop and then take off again Upright posture with medium length legs and long pointed wings
Rounded head large eyes thick neck with a short thick bill
Common Nebraska species ndash black-billed American golden snowy semipalmated piping
plovers and killdeer
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Page | 39
Stilts and Avocets (Family Recurviostridae- bent bill)
WHAT TO LOOK FOR
Tall slim shorebirds
Long thin bill very long slender legs long neck striking black-and-white plumage Stilts have straight bills avocets have re-curved bills
Common Nebraska species ndash American avocets black-necked stilt
Sandpipers and Phalaropes and Allies (Family Scolopacidae ndash woodcock)
WHAT TO LOOK FOR
Diverse group of shorebirds
Long toes and long tapered wings
Bill and leg length varies but bill more slender than a ploverrsquos
Plumage browns grays and whites with reds and oranges during breeding season
All but one species have short elevated hind toe
Species found in Nebraska include common snipe ruddy turnstone phalaropes sandpipers
woodcocks godwits whimbrels willets etc
Dowitchers
WHAT TO LOOK FOR
Medium sized chunky dark shorebird
Long straight bills and distinct pale eyebrows
Feed in mud or shallow water in a rapid jabbing motion
Phalaropes
WHAT TO LOOK FOR
Often spin like a top in water when feeding
Female larger and more colorful than male
Male tends incubates and cares for chicks
Common Nebraska species ndash Wilsonrsquos and red-necked phalaropes
Gulls Terns and Allies (Family Laridae ndashsea birds)
Gulls
WHAT TO LOOK FOR
More robust with wider wings and longer legs than terns
Bill slightly hooked tail square or rounded - Seldom Dive
Common Nebraska species ndash Pomarine Jaeger Franklinrsquos little Bonapartersquos ring-
billed California Herring Thayerrsquos lesser black-backed glaucous
Sabinersquos gulls black-legged kittiwake
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 40
Terns
WHAT TO LOOK FOR
Graceful more streamline than gulls
Usually has a forked tail ndash most whitish with black cap
Sharp-pointed bill - Hoover and dive headfirst for fish
Common Nebraska species ndash Caspian common Foresterrsquos terns
Pigeons and Doves (Family Columbidae ndash dove)
WHAT TO LOOK FOR
Plump fast flying cooing voice
Short legs and necks and small heads short bills
Tail fan-like rounded or pointed
Pigeons larger than doves
Common Nebraska species ndash rock mourning Eurasian collared doves
Cuckoos Roadrunners and Anis (Family Cuculidae - )
WHAT TO LOOK FOR
Slender with a long tail at least half of the birdrsquos total length
Fairly large sturdy decurved (curving down) bill
2 toes forward 2 back (zygodactyls)
Common Nebraska species - black-billed cuckoo and yellow-billed cuckoo
Barn Owls (Family Tytonidae -)
WHAT TO LOOK FOR
Slim medium sized night hunter
Legs are long and sparsely feathered
Large head with large forward-facing immovable eyes
Heart-shaped face hooked beak and ghostly appearance
Typical Owls (Family Stigidae ndash night bird)
WHAT TO LOOK FOR
Generally night hunters
Large heads flatten face with large forward-facing immovable eyes hooked beak
Mottled appearance some with feather tuffs upright stance
Common Nebraska species ndash eastern screech great horned burrowing barred long-eared
short-eared northern saw-whet owls
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 41
Nighthawks and Nightjars (Family Caprimulgidae ndashgoat sucker)
WHAT TO LOOK FOR
Nocturnal or crepuscular
Big tail large eyes tiny bills surrounding a large gaping mouth
By day sit horizontally on limb or on ground
Easiest to identify by voice
Common Nebraska species ndash common nighthawk common poorwill chuck-willrsquos-widow
Whip-poor-will
Swifts (Family Apodidae ndash without feet)
WHAT TO LOOK FOR
Small to medium sized aerial foragers ndashspend most of life flying
Long sickle-shaped wings bending close to body and extremely short legs
Eat bathe drink and sometime mate in the air
Common Nebraska species - chimney swift white-throated swift
Hummingbirds (Family Trochilidae ndash small bird)
WHAT TO LOOK FOR
Tiny body long slender bill
Distinctive blur and hum of hovering wings
Jewel-like throat feather found on male
Common Nebraska species ndash ruby-throated broad-tailed and rufous hummingbirds
Kingfishers (Family Alcedinidae - kingfisher)
WHAT TO LOOK FOR
Small to medium size
Thickset with short neck and tail small feet
Large head with a ragged crest and long strong bill
Sit on lines and low branches near water or hovers above water
Plunges head first into water to catch fish
Common Nebraska species ndash belted kingfisher
Woodpeckers (Family Picidae ndash woodpecker)
WHAT TO LOOK FOR
Arboreal (tree) birds
Vertical posture creep up trees
Strong chisel-like bill short legs stiff tail feathers rounded wings
Undulating flight pattern and characteristic bill drumming
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 42
Common Nebraska species ndash Lewisrsquos red-headed red-bellied hairy downy woodpeckers
yellow-bellied and red-naped sapsuckers northern flicker
THE PASSERINES Feet adapted to perching
Tyrant Flycatchers (Family Tyrannidae - lord ruler king)
WHAT TO LOOK FOR
Small to medium perching bird
Large head broad flattened bill pointed wings short legs
Bristly ldquowhiskersrdquo at base of bill
Sit upright on exposed branch and dart out to catch insects
Common Nebraska species - flycatchers pewees kingbirds phoebes kingbirds
Shrikes (Family Laniidae ndash butcher)
WHAT TO LOOK FOR
ldquoButcher birdsrdquo ndash impale prey on thorns (may be to attract a mate and mark territory)
Robin-size bird with hooked bill and masked face with hawk-like behavior
Black gray and white birds
Common Nebraska species - northern and loggerhead shrike
Vireos (Family Vireondae ndash small bird)
WHAT TO LOOK FOR
Small olive- or gray-backed bird with short sturdy cylindrical slightly hooked bill
Can have wing bars and eye-rings or have eye stripes and no wing bars
Often confused with warblers but are chunkier bigger headed thicker billed
Common Nebraska species ndash white-eyed Bellrsquos yellow-throated plumbeous
Cassinrsquos blue-headed warbling Philadelphia red-eyed
Crows and Jays (Family Corvidae ndash raven)
WHAT TO LOOK FOR
Large perching bird with strong longish all-purpose bill to handle variety of foods
Nostrils covered with feathers
Legs scaled in front and smooth behind
Harsh voice and noisy
Bold gregarious
Common Nebraska species - black-billed magpie American crow
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 43
Larks (Family Alauidae ndash lark)
WHAT TO LOOK FOR
Ground dwellers of open fields ndash seldom seen in trees and shrub
Walk rather than hop have an elongated hind toe
Slender billed seed and insect eaters
Yellowwhite face with black facemask horns and breast band
Has musical song often sung in display flight
Common Nebraska species ndash horned lark
Swallows and Martins (Family Hirundinidae ndash swallow)
WHAT TO LOOK FOR
Slim streamline bodies with long pointed angled wings
Tail forked or squared legs and feet inconspicuous
Bill short and wide
Fluid aerialists ndash dart about catching insects
Flocks perch in long rows on branches and lines
Common Nebraska species ndash purple martin northern rough wing bank cliff barn swallows
Chickadees and Titmice (Family Paridae - )
WHAT TO LOOK FOR
Small plump sociable birds with short bills and wings
Active agile ndash often hang upside down to feed
Many times roam in little bands (often leading the group) in search of food
Chickadee ndash no tuff of feathers on head Titmice ndash tufted Common Nebraska species ndash black-capped chickadee tufted titmouse
Nuthatches (Family Sittidae ndash birds that peck bark of tree)
WHAT TO LOOK FOR
Small stout tree-climbers with slightly upturned strong woodpecker-like bills
Stubby squared off tails
Walk down trees headfirst Common Nebraska species ndash red-breasted and white-breasted nuthatches
Creepers (Family Certhiidae -)
WHAT TO LOOK FOR
Small slim tree-dwellers with stiff tails and slender downward curving bill
Primarily brown
Common Nebraska species ndash brown creeper
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 44
Wrens (Family Troglodytidae ndash cave dweller
WHAT TO LOOK FOR
Small stumpy energetic brown birds
Bill slightly down turned loud song
Tails often in ldquocockedrdquo or up-tilted position
Common Nebraska species ndash rock house winter marsh wrens
Kinglets (Family Regulidae -)
WHAT TO LOOK FOR
TINY very active songbirds ndash only certain hummingbirds smaller
Can hover will feeding
Greenish plumage with bright colored crowns Short tails
Common Nebraska species ndash ruby-crowned and golden-crowned kinglets
Gnatcatchers (and Old World Warblers) (Family Sylviidae - )
WHAT TO LOOK FOR
Small birds with slender pointed bills surrounded by rectal bristles
Drab plumage with seasonally changing head patterns
In constant motion
Common Nebraska species ndash blue-gray gnatcatcher
Thrushes (Family Turdidae -)
WHAT TO LOOK FOR
Large-eyed upright postured songbirds - known for their singing ability
Bill is slender straight but not sharp
Often hop along the ground looking for food
Common Nebraska species ndash eastern bluebird veery gray-cheeked Swainsonrsquos hermit
wood thrush American robin
Mockingbirds and Thrashers (Family Mimidae ndash imitator mimic)
WHAT TO LOOK FOR
Well known for their vocal and mimicking ability
Have short rounded wings long legs and tails
Long down-curved bills
Common Nebraska species ndash gray catbird northern mockingbird brown thrasher
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 45
Starlings (and Mynas) (Family Sturnidae - )
WHAT TO LOOK FOR
Medium sized chunky glossy birds with short tails sharp bills
Short triangular to rounded wings
Gregarious bold birds
Pipits (and Wagtails) (Family Motacillidae -)
WHAT TO LOOK FOR
Slender billed brownish ground dwellers with long back toe
Walk briskly rather than hop along the ground
Most species bob their tails up and down
Common Nebraska species ndash American pipit
Waxwings (Family Bombycillidae ndash silk tail)
WHAT TO LOOK FOR
Birds with sleek crest that can be erected
Plump-bodied birds with pointed wings with red waxy tips of secondaries
Bill is small wide and notched high thin calls
Square tail with terminal yellow band
Common Nebraska species ndash Bohemian and cedar waxwings
Wood Warblers (Family Parulidae -)
WHAT TO LOOK FOR
Brightly colored (mostly yellow) birds
Smaller than sparrows with thin needle-like bills
Common Nebraska species ndash approx 34 warblers ovenbirds yellow-breasted chats and
waterthrush
New World Sparrows (Family Emberizidae -)
WHAT TO LOOK FOR
Small to medium-sized birds - often brown streaked appearance
Rounded wings cone-shaped bills
Common Nebraska species ndash 20 sparrows towhees longspurs dark-eyed juncos snow and
lark buntings
Cardinals and Allies (Family Cardinalidae )
WHAT TO LOOK FOR
Medium to large songbirds
Have large cone-shaped bills
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 46
Males often very colorful
Common Nebraska species ndash northern cardinals rose-breasted and black-headed grosbeaks
indigo bunting dickcissel
Blackbirds Orioles and Allies (Family Icteridae)
WHAT TO LOOK FOR
Medium to large songbirds with strong straight bills
Strong-direct flight
Plumage varies from iridescent black to yellow to orange
Common Nebraska species ndash Bobolink eastern and western meadowlarks red-winged and
rusty blackbirds common and great-tailed grackles orchard Baltimore and
Bullockrsquos orioles brown-headed cowbird
Finches and Allies (Family Fringillidae)
WHAT TO LOOK FOR
Small to medium songbirds
Have conical bills and forked relatively short tails
Fly fast and undulate through the air giving high-pitched calls in flight
Common Nebraska species ndash gray-crowned rosy purple Cassinrsquos house finches red
crossbill white-winged crossbill common redpoll pine siskin American goldfinch
evening grosbeak
Old World Sparrows (Family Passeridae)
WHAT TO LOOK FOR
Stouter bodies shorter legs and thicker bills than native sparrows
Have a simple song repeating single elements with no particular rhythm or beginning
And end vocalize all day and year-round
Common Nebraska species ndash house sparrow (introduced)
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 47
Geology and Natural History of Nebraska
Being Developed by Jon Garbisch Cedar Point Biological Station jgarbisch2unledu
bull Geological history of Nebraska
bull Present geological formation of regions
bull General soil types
bull Geological landforms and related habitats
What we currently use
Theme
Nebraska geology formed over millions of years through the erosion of mountains the deposition of
sediments and the flow of water and ice shaping the landscape that we call home
Goal
Attendees will develop an understanding of the natural processes that influenced and built Nebraska
and in so doing develop a greater appreciation for the geology and how it relates to all other aspects of
the statersquos identity
Objective(s)
The Master Naturalists attendees will be able to use the knowledge they have gained to better
understand the surface and subsurface geology at any location in the state that they may find
themselves working
How will it be measured
Attendees will be able to use the knowledge gained to actively interpret general Nebraska geology by
completing activities in the form of hand-out diagrams biostratigraphic fossil correlations
interpretation of rock type hand specimens and visual description of the Geology on the trail at Camp
Brewster Fontenelle Forest
Introduction
Nebraska geology formed over millions of years through the erosion of mountains the deposition of
sediments and the flow of water and ice shaping the landscape that we call home (Hand out agenda)
Geology is rooted in the 3 rock groups that exist on planet Earth and so familiarity with
o these groups gives us a solid foundation for all other geologic interpretation
A half hour will be spent handling examples from each rock group
o 3 groups 3 tables with one rock type on each table each group spends 10 minutes at
each table
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 48
The Geologic Time Scale is a record over time of the Earths major geologic events and we
can use it to help us understand how and when Nebraska took shape
The natural agents of change which have shaped our state include oceans rivers wind
o and ice
The geologic time periods in Nebraska are represented by rock layers (or not) which occur all
around the state and have been named so that no matter where you are in the state you can
correlate the strata to the time scale (fossilsisotopes)
6 Geologic Principles will be discussed so that when the MN is in the field they can be used as an
aid in basic geologic interpretation
Conclusion
Nebraska geology formed over millions of years through the erosion of mountains the deposition of
sediments and the flow of water and ice shaping the landscape that we call home Geology supplies us
a record of the events that have shaped our Earth by learning the language in which the Earth script is
written we will be able to interpret and share the story of our state of Nebraska This understanding will
aid in us in relating to other areas influential and important to the state
Places to Go (places to see examples of Nebraska geology)
a Agate Fossil Beds National Monument Lower Miocene fossil mammal site including abundant body fossils of ancient mammals and prominent fossil rodent burrows
b Ashfall State Park Upper Miocene fossil mammal assemblage found in ash derived from an eruption of a predecessor to the Yellowstone volcanic field c Chimney Rock National Historic Site Oligocene and Lower Miocene continental sedimentary rocks deposited as sediments by wind and steams
d Hummel Park (Omaha) outcrops of Pleistocene glacial till and loess
e Lincoln area Capitol Beach Lake and history of saline waters and salt industry flooding history of Antelope and Salt creeks building stones in downtown area brick industry University of Nebraska State Museum
f Louisville area outcrops of Upper Pennsylvanian marine sedimentary rocks
g Valentine area and Niobrara National Wildlife Refuge Niobrara River Canyon and Cenozoic stratigraphy
h Niobrara State Park Upper Cretaceous marine sedimentary rocks (Niobrara Formation and Pierre Shale) landslides along Missouri River anthropogenic changes in Missouri River Niobrara River and Mormon Canal
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 49
i Downtown Omaha removal of loess from hills in downtown area engineering of Missouri River (eg groins bank armoring etc) visible at Bob Kerrey Memorial Bridge deep bedrock water wells at old industrial sites
j Platte River State Park Upper Pennsylvanian marine sedimentary rocks and overlook of Platte River
k Ponca State Park Upper Cretaceous marine sedimentary rocks (uppermost Dakota Formation through Greenhorn Limestone)
l Rock Creek State Historical Park middle Cretaceous Dakota Formationmdashfluvio-estuarine continental deposits
m Schramm Park Upper Pennsylvanian marine sedimentary rocks
n Scotia and Happy Jack Chalk Mine Upper Miocene lake deposit In Ogallala Group
o Scotts Bluff National Monument Oligocene and Lower Miocene continental sedimentary rocks deposited as sediments by wind and steams
p Smith Falls State ParkCenozoic stratigraphy Niobrara River waterfalls as knick points
q Toadstool Park and nearby areas continental sedimentary rocks of upper Eocene Chadron Formation Pine Ridge escarpment Trailside Museum and Ft Robinson State Park
r Weeping Water area Upper Pennsylvanian marine sedimentary rocks
s Wildcat RidgeHillsescarpment on Oligocene and Lower Miocene continental sedimentary rocks deeply eroded into canyons buttes and pinnacles by stream erosion during and after the Late Pliocene
t Indian Cave State Park and Iron Horse Trail south of Peru Upper Pennsylvanian Indian Cave Sandstone (fluvio-estuarine deposit) and sandstone cave
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 50
North American Model and Outdoor Skills Developed by Jeff Rawlinson Assistant Division Administrator Information and Education Nebraska Game and Parks Commission jeffrawlinsonnebraskagov
OUR North American Model of Conservation
Perhaps no other story is more compelling and more important in American history as that of how
our natural resources came to be one of the most important elements in our lives The history of our citizenryrsquos strong land ethic ties us to the natural world long after other nations have forgone this relationship We value how the common person from a common family can participate in the thrill of the chase experiencing wildness to its fullest
The North American Model of Conservation is a philosophy that the United States and Canada have
developed to manage wildlife in a sustainable way Historians debate how this land ethic began Some
say our model of conservation began in 1937 with the passage of the PittmanRobertson Act a move that provided funding for wildlife conservation at the national and state level The source of this funding came from the sale of hunting and shooting equipment Others may say that it began when the conservation giant President Theodore Roosevelt brought management of natural resources to the
political forefront Others would argue our Model of conservation was birthed under the Magna Charta which transferred the ownership of wildlife from the King of England and the English nobles to the all of
the people of England In reality however our Model has been under development for several hundred years combining what we have learned from other nations peoples cultures and experiences to shape a philosophy ingrained in our culture supported by hunters anglers and shooting sports enthusiasts
benefiting all wildlife and wild lands in the United States
First Wildlife Managers The concept of managing wildlife or natural resources was not conceived by our young nation For
thousands of years humanity has been manipulating and controlling the land and all its inhabitants to benefit our needs Ever since the first hunter followed that wooly creature across the Bering Straight embarking on an epic journey that would result in settling of North America man has ldquomanagedrdquo
wildlife in North America
Throughout history many leaders have shown some element of concern or conservation ethic towards wildlife The great Kublai Khan grandson of Genghis Khan and founder of the Yuan Dynasty in China forbade harvesting of many species of wildlife during critical reproductive months of March
through August so species could ldquoincrease and multiplyrdquo Conservation of wildlife is even found in Mosaic Law in Deuteronomy 226 representing some of the first written wildlife management idealsmdashldquo If you come across a birdrsquos nest in any tree or on the ground with young ones or eggs and
the mother sitting on the young or on the eggs you shall not take the mother with the youngrdquo (English Standard Version 2001)
As populations expanded throughout Europe wildlife resources fell under ownership of powerful kings
who enacted harsh punishments for anyone found taking the kingrsquos game In 1215 a rebellion against King John of England resulted in the Magna Charta transferring ownership of lands and game from the crown to the people This ldquoprivatizingrdquo of wildlife ownership had profound impacts America over 500 years later
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 51
Era Of Abundance (1600 ndash 1850) When our forefathers first landed on the eastern shores of America they brought with them science
religion and a new hope They found plentiful game and soon began a relationship with the land that provided them with many of their daily needs Wildlife was viewed as a limitless resource in a relatively untapped land These early settlers had left Europe where few had access to wildlife and entered a world where everyone had access Furs feathers hides all had value to this young country In 1776 the Declaration of Independence revoked the Kingrsquos rights to land and people in this new world After a
bloody war led by revolutionaries such as Washington Hamilton Jefferson and Adams the United States gained its independence and the land and wildlife belonged to everyone
Era Of Exploitation (1850 ndash 1900)
The 1800s brought a commercialization of our wildlife resources Market hunting and habitat
destruction began to decimate wildlife populations such as the American Bison and Passenger Pigeon After the American Revolutionary War and the Civial Warmdashwhich nearly destroyed our ldquodemocratic
experimentrdquo all togethermdashfew people were looking after the interest of wildlife and even fewer rules
existed governing the management of a resource everyone had ownership of yet no one had responsibility for
The railroad provided settlers with the means to access new lands expanding the markets for meats hides and fur Advancements in technology such as the repeating rifle further aided the unbridled
destruction of wildlife resources Yet throughout this era something positive was growing The people of this new nation were developing a relationship with the land By 1842 a Supreme Court ruling had huge impacts on this developing model of conservation resulting in a Public Trust Doctrine that would
further outline a model for conserving our natural resources Conservation was developing some direction but had no money or laws to support it
Era Of Protection (19001930) The early 1900s brought an industrial boom Abuse of natural resources had taken its toll and throughout the Nation and evidence of this abuse could be seen in the loss of species such as the
passenger pigeon near loss of the American bison and in many large mammals including whitetailed deer and our once numerous waterfowl species America was becoming an economic giant yet through
the roar of machines both political and metal a small voice could be heard It was the hunter and their voice was of concern for the direction our wildlife resources were heading Conservation minded men and women had continued a relationship with the land and the wildlife
Era of Game Management (1930 ndash 1966) The ldquodirty thirtiesrdquo were marked by the dust bowl and an impoverished nation Agricultural practices
unchecked by environmental stewardship had left the Nationrsquos heartland in ecological peril Politically the conservation movement was supported by the footings laid by Theodore Roosevelt New federal acts moved forward to provide for environmental protection due to the outcry of hunters in panic over the vanishing wildlife resources of the Nation
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 52
Wildlife conservation had support yet it lacked the science to properly manage our Nationrsquos resources A young biologist name Aldo Leopold changed all this with his writings including the book Game
Management which led to Universities across the country developing wildlife conservation programs These programs spawned a new breed of professional game managers who utilized science to support management methods that ultimately lead to the greatest wildlife conservation success story in the world In 1937 the PittmanRobertson Act provided thousands of jobs for young professionals along with ldquogame wardensrdquo supported by individual states to further the development of the Conservation Model
which now had science and funding to support it
Era of Environmental Management (1966 ndash Present) Science and funding led to a broadening view of conservation as focus shifted from managing ldquogame
animalsrdquo to managing the entire biota (environment and all living things in it) Further federal acts such
as the Endangered Species Act of 1966 and the National Environmental Policy Act of 1969 provided greater protection for species by a nation that had finally changed its course providing time to review
and perfect conservation efforts Recent acts such as the 1980 Farm Bill continued the effort to help
landowners provide quality habitat for wildlife and hunters by providing incentives to landowners to set aside highly erosive lands and plant them into wildlife habitat (grasslands) that benefit wildlife and hunters
The story of our unique model of conservation is still being written New challenges today threaten our
coveted resources and new professionals are entering the arena to further the plight of our Nationrsquos wildlife and hunting heritage
Seven Pillars of the Model
Seven main pillars have been highlighted as the foundation of support for the North American Model
of Conservation These include
The Public Trust The wildlife of the United States are owned by the people This is very different from the European Model where wildlife is privately owned The North American Model recognizes wildlife as a public
resource that is so important it can not be owned or managed by any one segment of our society but rather managed by professional state and federal entities for the benefit of all This concept known as
the Public Trust Doctrine began development in 1842 when the Supreme Court ruled that the Magna Charta had settled the question of who owns fish and wildlife and that King Charles II did not have the authority to give away the ldquodominion and propertyrdquo of lands in colonial America The court further ruled that since the American Revolution the people held public trust responsibilities for fish and wildlife except for rights specified in the US Constitution
Prohibition on Commerce
It was the hunter who brought forth stringent laws that protected wildlife from peril in the 19th
and 20th
centuries Because we all own and appreciate our wildlife as a national resource they should never find themselves on the public market to the highest bidder This path led to a largescale loss of many species
including the Passenger Pigeon and the near loss of the American bison As our country was developing these practices were common as people moved west in search of prosperity capitalizing on a land seemingly untouched by the modern world Today many laws in place serve to protect our most
valuable resourceshellipour wildlife
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 53
Democratic Rule of Law Each citizen of this great nation has the ability and responsibility to engage in healthy politics that serve
to support and protect sound wildlife conservation measures Our first conservation measures in this Country habitat restoration simple harvest restrictions and bag limits came from hunters people who respected the game they pursued and loved the wild places they chased them in The North American Model of conservation is built upon active public involvement instilling a value for wildlife in all citizens
Hunting Opportunity for All The Model was developed on the premise that all people regardless of political or economic standing could participate in and feel the thrill of the chase It is this unique Model that provides us with wildlife opportunities for all Americans Imagine how important this was to our fore fathers who left a brutal
King in England where only the aristocracy had any dream of pursuing wild creatures in wild places Our
wildlife laws ensure that each generation that comes after us will have the same opportunity to enjoy and appreciate wildlife
Nonfrivolous Use Our management of wildlife depends on a citizenry that loves and appreciates the wild creatures and the habitats necessary to their survival and our quality of life Wildlife may be utilized under strict rule of
law including utilizing the wildlife once harvested to its best potential Killing wildlife for the sake of killing can only lead to the numbing of hearts to wildlife and a profound lack of respect for our most
precious resources
International Resources
It was not until the 20th
century that hunters and wildlife lovers understood the importance of
managing wildlife at a much larger scale This became readily apparent with the passage of the
Migratory Bird Treaty Act of 1918 where nations came together to manage wildlife resources as a
collective Wildlife species do not recognize national or state boundaries Governments must work together to be effective in managing wildlife for the benefit of all The United States has made great
strides in this area with Mexico and Canada Our wildlife is not only a resource to us but to all continents they may call home throughout the year Our biologists must think globally to be effective locally
Scientific Management Although Theodore Roosevelt brought conservation to the political forefront it was a young forester from Iowa that made the study of wildlife management a science Aldo Leopold is considered by many
as the ldquofather of wildlife managementrdquo due to his tireless efforts to develop curriculum for future wildlife biologists Today our biologists earn their opportunity to manage wildlife through prominent
Bachelor Masters and Doctorate degree programs from Universities around the world Wildlife must be managed using fact science and the latest research We are constantly learning and adapting to new technology and changing environments For such an important resource we cannot afford to have it any other way
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 54
Nebraska Master Naturalist Specializations Certifying as a Specialist ldquoFollow your own natural geniusrdquo wrote Thoreau ldquoand it will not fail to show you a fresh prospect every hourrdquo Many of us learn by doing When our curiosity and interests carry us into deeper study of a given subject it can be helpful to have clear opportunities to pursue Thus the Nebraska Master Naturalist Program offers specialized voluntary training for those who are hungry to develop and apply their particular skill and personal understanding on behalf of our natural legacy Specializations are designed to create collaborators leaders and mentors in four key areas
Interpretation and Outreach
Outdoor Skills and Recreation
Resource Management
Citizen Science Master Naturalist Certification Requirements Annual Requirement o 8 Hours Training Annually o 20 Hours of Volunteerism Annually Master Naturalist Specialization Requirement One Time Requirement o 20 Hours of Training Total Specific to Specialization Annual Requirement o Additional 20 Hours of Volunteerism Annually Specific to Specialization (does not include initial Certification annual requirement hours)
OUTDOOR SKILLS AND RECREATION SPECIALIZATION The purpose of OUTDOOR SKILLS AND RECREATION is to promote activity and development of skills in the outdoor pursuits associated with natural resources Specializations are designed to create collaborators leaders and mentors in particular areas A Certified Nebraska Master Naturalist can complete the Outdoor Recreation Specializationby meeting the following requirements Complete at least one of the workshops or certification‐leading trainings listed below If specialized training is not listed below it can be approved upon request by the Master Naturalist Program Committee Specialized Training Options ‐
Hunter Education Instructor Certification 13 hrs
National 4‐H Shooting Sports Instructor Certification 32 hrs
Nebraska 4‐H Shooting Sports Shotgun Certification 12 hrs
Nebraska 4‐H Shooting Sports Archery Certification 12 hrs
Nebraska 4‐H Shooting Sports Rifle Certification 12 hrs
Nebraska 4‐H Shooting Sports Pistol Certification 12 hrs
Nebraska 4‐H Shooting Sports Muzzleloader Certification 12 hrs
National Archery in the Schools Program Basic Archery Instructor 4 hrs
NRA Range OfficerMaster Certification 8 hrs
Hunt Master Training Instructor 4 hrs
NRA Shooting Instructor 16 hrs
NRA Shotgun Instructor 16 hrs
NRA Rifle Instructor 16 hrs
Boater Education Instructor 12 hrs
Youth Fishing Instructor 5 hrs
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 55
American Canoe Association National CanoeKayak Instructor 16‐32hrs
National Camp SchoolBoy Scouts 16‐24 hrs
Wood Badge TrainingBoy Scouts 16‐24 hrs
Merit Badge Counselor TrainingBoy Scouts 2‐16 hrs
Conservation Leaders for Tomorrow 35 hrs
Wilderness First Aid 16‐32 hrs
Professional Trappers College 40 hrs
American Camp Association Instructor Training 8‐40 hrs
American Red Cross Instructor Training 2‐16 hrs
American Sailing Association Instructor Training 16‐24 hrs
Certified Horsemanship Association Instructor Training 24‐40 hrs
Leave No Trace Master Educator Training 40 hrs
National Outdoor Leadership School 280 hrs
Camp Cook School 32‐96 hrs
Professional Association of Diving Instructors Training 32‐96 hrs
Professional Mountain Bike Association Instructor Training 24 hrs
League of American Bicyclists Instructor Certification 24 hrs
Hunting
Shooting
Fishing
Trapping
Camping
Outdoor Cooking
Orienteering
Geocaching
Photography
Wildlife Viewing
Hiking
Biking
Birding
Becoming an Outdoors‐Woman Program
Wilderness First Aid
Wilderness Survival
Leave No Trace Educator
Service Options ndash Provide a minimum of 20 hours of service annually in the following or similar areas
4‐H leader and youth training outdoor recreation
Scout leader and youth training outdoor recreation
Wild About Nature
Flying WILD Educator or Facilitator Workshop
Becoming an Outdoors Woman (BOW)
Beyond Becoming an Outdoors Woman (BOW)
Family Camp
Learn to Hunt Program
National Archery in the Schools Program BAI training or greater
Mentor HuntHunt Masters Training
After School Programs
Others ndash Upon approval
Outdoor discovery programs volunteer
CRO at a shooting event
Assist with National or State shooting sports competitions
Family fishing day
Design or write a brochure
Develop or contribute to a website
Develop or contribute to a social networking site
Design or write a newsletter
Assist in fundraising
Plan an event or festival
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 56
Interpretation amp Education- Developed By Lindsay Rogers Nebraska Game amp Parks
Commission
Do not try to satisfy your vanity by teaching a great many things Awaken peoplersquos curiosity It is
enough to open minds do not overload them Put there just a spark If there is some good
inflammable stuff it will catch firerdquo
- Anatole France in The Earth Speaks
Session Objectives
To help participants understand the role education plays in sounds ecological conservation
To help participants learn about past and present conservationist and interpretive educators
To help participants learn components of quality education and interpretation
To have participants partake in quality interpretive education
To make sure participants understand that their role is to light the spark and awaken curiosityhellip not spew facts
Lecture Requirements
1 What is interpretation (5 minutes) a What does ldquointerpretrdquo mean b National Association of Interpretation definition of ldquointerpretationrdquo
i Interpretation is a mission-based communication process that forges emotional and intellectual connection between the interests of the audience and the meanings inherent to the resource
c Freeman Tilden Interpreting Our Heritage 1957 i Interpretation is an educational activity which aims to reveal meanings
and relationships through the use of original objects by first-hand experience and by illustrative media rather than simply to communicate factual information
d Components of interpretation i pleasurable or enjoyable
ii relevant to the world iii organized iv themed v sparks an interest
vi includes information but does not stop there links information to the world
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 57
vii age appropriate viii taught to someone not at them
2 What is education (5 minutes)
a What does it mean to ldquoeducaterdquo someone b John Dewey Democracy amp Education 2944
i Education in its general sense is a form of learning in which the knowledge skills and habits of a group of people are transferred from one generation to the next through teaching training or research
c Components of education i - generally presented to someone but not always
ii enjoyable sometimes iii provides knowledge and facts iv can make connections but not always v organized and themed
d Both education and interpretation are important they work together
3 Conservationists (10 minutes) a Jon Muir
i Immigrated from Scotland to Wisconsin in 1849 ii Attended the University of Wisconsin studies botany amp geology
iii Moved to the western US mainly the Sierra Nevada area iv Believed humans were part of the interconnected natural world v Advocated for the preservation of natural areas
vi Co-founded the Sierra Club b Aldo Leopold
i Iowa native attended Yale University ii After college he joined the US Forest Service was stationed in Arizona
and New Mexico iii Developed theories of land ethics the need for biodiversity and an
appreciation for wilderness areas iv Moved to Wisconsin in 1924 became a professor at the University of
Wisconsin v Regarded as the ldquoFather of Conservationrdquo
c Gifford Pinchot i Born in Connecticut in 1905
ii Studied at Yale studies forestry in France iii Named chief of the Division of Forestry (later to become the US Forest
Service) iv First chief of the US Forest Service greatly improved forest
management and increased the size of Forest Service lands
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 58
v Managed forests for the greatest good for the greatest number Pinchot added the phrase in the long run to emphasize that forest management consists of long-term decisions
d Steven Mather i Born in California attended Berkley University
ii Worked for the Pacific Coast Borax Company where he had a talent for promotion Started a competing company made millions
iii When revisiting Sequoia and Yosemite National Parks in 1914 he was appalled by the conditions of the national parks
iv Joined the Department of the Interior as the head of parks later created the National Parks System
v Professionalized the National Parks and helped to greatly grow protected lands
e Rachel Carson i Born in Pennsylvania in 1907 attended John Hopkins University for
graduate school ii Went to work for the US Bureau of Fisheries (later to become the US
Fish amp Wildlife Service) iii Wrote Silent Spring in 1962 The book created an awaking for Americanrsquos
to their responsibility to the environment and wildlife The book lead to the US Government banning the use of DDT
f Theodore Roosevelt i Born in 1858 in New York New York was a sickly child who stayed inside
studying natural history ii An avid outdoorsman he spent much time in the South Dakota Badlands
iii Became President in 1901 with the assignation of President McKinley iv Among many major accomplishments as president he started the
National Parks was instrumental in conserving about 230 million acres
4 Naturalist Interpreters (10 minutes) a Freeman Tilden
i Born 1883 worked as a newspaper columnist and author ii At age 58 he began working with the National Parks Service
iii While traveling to various National Parks he became concerned with the quality of interpretation
iv Wrote Interpreting Our Heritage in 1957 outlines 6 principles to quality interpretation forever changed the field of interpretation
b William Lewis i Worked as a ranger naturalist and interpreter trainer for the National
Parks Service ii Developed the approach of ldquoThematic Interpretationrdquo which requires the
interpreter to choose a central theme (major point) to guide the development of a program
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 59
iii Wrote Interpreting For Park Visitors c Sam Ham
i Director of Center for International Training and Outreach at the University of Idaho
ii Work has focused on applying communication theory to environmental conservation interpretation and on nature-based tourism and guide training
iii Wrote Environmental Interpretation (1992) d Ted Cable
i Professor of Park Management and Conservation at Kansas State University
ii Co-authored Interpreting Cultural and Natural Resources (2003) and Interpretation for the 21st Century Fifteen Guiding Principles for Interpreting Nature and Culture (2002)
5 Conducting an Interpretative Program Try and Fail (60 minutes + 120 minutes of activities throughouthellip see list of Suggested Activities below)
a Experiential Learning i The first time you tried to walk you failed The first time you rode a bike
you failed This is called experiential learning The first time you attempt an educational or interpretation program you will fail thatrsquos how we learn
ii Donrsquot be afraid to fail b Ask Questions about the ProgramPresentation before you commit to leading it c Plan your Program
i Generally I want my presentation to be about Specifically however I want to tell my audience about After hearing my presentation I want my audience to understand (what is the big picture you want them to take home)
1 You do not need (or want) to teach your audience everything you know your job is to light the spark
ii What will your tangibles and intangibles be 1 Tangibles are those things you can touch things you use to teach
when teaching a Examples include a tree a mammal pelt a skull a live
animal a prairie 2 Intangibles involve connecting the tangibles to concepts and the
ideas they represent intangibles are the meanings the relationships the processes the ideas the feelings and the beliefs
a Examples include food webs ecosystem health entropy ecology
iii People remember themes they forget facts
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 60
iv Plan for an organized presentation 1 Think about your overall theme smaller parts of the program and
your transitions v Stick to your theme
vi Determine what type of presentation you will have 1 PowerPoint (avoid) 2 Podium Presentation (avoid) 3 Active taking a hike playing a game etc 4 Hands-on touching feeling trying hearing smelling
vii Think about all the different kinds of learners 1 verbal-linguistic 2 logical-mathematical 3 visual-spatial 4 kinesthetic 5 musical-rhythmic 6 interpersonal (groups) 7 intrapersonal (individual) 8 naturalist
d Know your role as an educator 1 Provide facts and relationships not opinions 2 Allow participants to determine their own opinions and beliefs
using the facts amp relationships you provide them 3 PLAY ldquoFIRST IMPRESSIONSrdquo
e Prepare Prepare Prepare 1 Know the type of space and area you will have (indoor vs
outdoor small space vs vast area etc) 2 Plan for more that you are told 3 Plan for the weather (always expect it to be windy in Nebraska)
f Questions i Ask good questions
1 Is this a fox Vs How do you know this is a fox 2 Do you have any questions Vs What questions do you have
ii Be prepared for quality questions 1 What are the implications for describe the impact of what are
the reasons for iii Be prepared for ldquogoodrdquo questions
1 Do you have ewoks in the forest If a Mountain Lion and an Eagle were to fight who would win
2 Take all questions seriously Answer seriously g Model what you want to see the students do
i If you want a group of students to catch insects help them get active with them
ii This is true when working with children and adults
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 61
1 Working alongside students validates them and their learning h Be enthusiastic show your passion
i This is another form of modeling what you want to see in your students ii We need to excite students (no matter their age) about conservation
nature and the outdoors iii Have fun
6 Take Home Lesson Light the Spark and Donrsquot Be Afraid to Fail
Suggested Activities (amp potential mandatory activities)
Throughout the lesson conduct multiple games andor activities to model good interpretation
Suggested games include but are not limited to
1 Oh Deer (Project WILD) 2 First Impressions (to be done during section 5) (Project WILD) 3 The Long Haul (Project WET) 4 Sum of the Parts (Project WET) 5 Water Quality Ask the Bugs (Project WET) 6 Adaptation Artistry (Flying WILD) or Fashion a Fish (Aquatic Project WILD) 7 Avian Antics (Flying WILD) 8 Pollinators Meet Your Plants (Nebraska Project WILD wwwnebraskaprojectwildorg) 9 Scavenger Hunts (Nebraska Project WILD wwwnebraskaprojectwildorg)
Suggested Post-Readings
Interpreting Our Heritage Freeman Tilden 1957 (4th edition 2008)
ISBN-13 978-0807858677
Interpreting for Park Visitors William Lewis 1981
ISBN-13 978-0890620793
Environmental Interpretation Sam Ham 1992
ISBN-13 978-1555919023
Interpretation for the 21st Century Fifteen Guiding Principles for Interpreting Nature and
Culture Larry Beck amp Ted Cable 2002
ISBN-13 978-1571675224
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 62
Interpretation-Making a Difference on Purpose Sam Ham 2013
ISBN-13 978-1555917425
Foundations of Interpretation Curriculum Content Narrative National Parks Service 2007
httpwwwnpsgovidpinterp101foundationscurriculumpdf
Websites
National Association of Interpretation
wwwinterpnetcom
North American Association for Environmental Education
wwwnaaeeorg
Nebraska Alliance for Conservation and Environment Education
wwwnaceeorg
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 63
Safety in the Field
Developed by Rich Hawes Nebraska Master Naturalist rdhawes26msncom
Objectives
Raise awareness of Risk Managementassessment as part of event planning
Guidelines to safe activities for participants presenters and the environment
Present Leave No Trace Principals as part of all outdoor activities
Present resources for additional training or certification for outdoor activities
Hands on activities to encourage interest and to provoke thought and discussion
Hazards of the area
Outdoor hiking safety
Stewardship of the land and natural resources
Being flexible and working with ldquowhat you haverdquo
Outline
1 Outdoor Activities ndash Whatrsquos The Worst That Can Happen An Introduction to Event Planning and Risk Management
2 Leave No Trace Principals
3 Trip planning and Logistics
4 Health amp Safety
5 Youth Protection
6 Age Appropriate Activities
7 Resource Training and Certifications
a Standard First Aid CPRAED Wilderness First Aid
b Shooting Sports - Range Safety Officer or Instructor
c Hunter Safety Instructor
d Climbing COPE and Zip Lines
e Water Safety Instructor Life Guard Small Boat Handling
f Leave No Trace Trainer or Master Educator
g Tread Lightly Tread Trainer or Master Tread Trainer
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 64
Suggested Activities
CPR Scenario
First Aid Scenario
Weather Scenario
Lost Scenario
Online Resources
American Camp Association
Boy Scouts of America
Youth Protection
Safe Swim Defense
Safety Afloat
Climb On Safely
Weather Safety
Trek On Safely
(etc)
Leave No Trace
Nebraska Game amp Parks
Hunter Safety
Boating Rules amp Regs
National Rifle Association
(Archery groups)
American Red Cross
(wilderness medicine group(s))
NOLS
Tread Lightly
US Coast Guard
NEBRASKA MASTER NATURALIST Explore Contribute Connect
21
Northern Redbelly Dace Threatened
Finescale Dace Threatened
Blacknose Shiner Threatened
Topeka Shiner Endangered Endangered
Sturgeon Chub Endangered
Pallid Sturgeon Endangered Endangered
Reptiles amp Mussels Massasauga Threatened
Scaleshell Mussel Endangered Endangered
Information courtesy of Nebraska Game and Parks US Department of the Interior and the US Fish
and Wildlife Service
The Nuts and Bolts
Without habitat there are no animals
Every species has its niche
Understand the importance of biodiversity Know where the Platte River begins and ends understand its
makeup and where Rowe is located in the relationship to the river How Rowe plays a role in
conservation habitat maintenance and education Have an understanding of what constitutes the 4
major eco-regions in Nebraska
References Integrated Principals of Zoology by Cleveland P Hickman Jr Larry S Roberts Alan Larson (WmC
Brown Publishers 1996)
Zoology by Lawrence G Mitchell John A Mutchmor Warren D Dolphin (The BenjaminCummings
Publishing Company Inc 1988)
Biology the unity and Diversity of Life 7th Ed By Cecie Starr and Ralph Taggart (Wadsworth Publishing
Company 1995)
Nebraskarsquos Natural Legacy Project httpwwwngpcstateneuswildlifeprogramslegacyreviewasp
Cliffs Quick Review Biology by I Edward Alcamo PhD and Kelly Schweitzer PhD (Wiley Publishing 2001)
Biology for Dummies by Donna Rae Siegfried (Wiley Publishing Inc 2001)
NEBRASKA MASTER NATURALIST Explore Contribute Connect
22
Taxonomy in a Nutshell
Definitions
Classification is a systematic arrangement in groups or categories according to established
criteria
Taxonomy is the orderly classification of plants and animals according to their presumed natural
relationships
Binomial nomenclature (Binomial = 2 terms ndash Generic amp specific nomenclature = set of names)
is a system of naming in which each species of animal or plant is given a two tern Latin name
The first term identifies the genus to which the plantanimal belongs and is always spelled with
a capital letter The second term is the species of the plantanimal and is spelled with a lower
case letter This ldquoscientific namerdquo is usually printed in italics or underlined For example ndash Felis
concolor or Felis concolor
The Reason for ithellipWhy use taxonomy
Scientific taxonomic classification is a tool used through the world in an effort to catalog and compare
living things Zoologists now classify approximately 15 million animal species Each year about 10000
new species are added and it is estimated that more than 10 million different animal species may
actually exist on earth
Okay But why Latin
Common names of animals and plants vary from place to place even within a community For instance
the animal name above Felis concolor is known as puma mountain lion catamount panther and
several other local names So how does a biologist from Nebraska know that she and a scientist from
Scotland are talking about the same animalplant Throughout the scientific world Latin is recognized
as the universal language of scholars and scientists By referring to it by its Latin ldquoscientific namerdquo there
is no mistaking what animalplant they are referring to Latin also provides a source for decoding the
scientific name into something that tells you a little about the animalplant itself A translation often
provides a short description of the animal ie the giant anteaterrsquos species tridactyla actually means
three-toed
Background
The identification and comparison of different animals and plant species dates back to ancient times
Naturalists wrote herbals and bestiaries that were lists and descriptions of familiar organisms of a given
locality There was little interest in communicating outside a restricted region The advent of the
printing press led to broader dissemination of books and ideas Cataloging and comparing species on a
more comprehensive scale became possible As naturalists compiled their work they used many words
NEBRASKA MASTER NATURALIST Explore Contribute Connect
23
to describe a species by several characteristics sometimes defining one species in terms of another For
example the blue chair with the fluted arms the red chair like the blue chair with the fluted arms etc
Each authorrsquos system and terminology was different It is only comparatively recently that the
observation and study of the animal and plant world has begun to be organized along truly scientific
lines
Toward the middle of the eighteenth century the Swedish botanist Carolus Linnaeus produced a general
classification of all living species and this system has formed the departure point for all subsequent
developments of taxonomy His system was ambitious and used polynomials some with fifteen words
An example is the oak with leaves with deep blunt lobes bearing hair-like bristles Although he
considered the polynomial name to be the true one he also made notes with two-term names The
current binomial system used today is based upon these notes His writings and those of other scientists
that came after him became the standard for all classifications Since Latin was the universal language
of scholarship his writings were all in Latin Actually his real name was Carl van Linne but he translated
that to Latin as well
In the course of the last couple of centuries naturalists have come to adopt two different forms of
investigation and comparison in their classification process First they studied the question of
adaptation to the environment the significance of diverse structures and behavioral patterns among
animal species and the reason why these different modes of behavior and lifestyles enable animals in
different surroundings to survive
Secondly they have tried to recognize affinities and relationships between the various species They
have attempted to identify the ldquofamily likenessesrdquo that often exist among species which live in different
environments and therefore may be quite unlike one another in outward appearance
As a result of all this research scientists have built up a system of classification which places every
animalplant species in a particular category according to its relationships with other animalsplants
This is taxonomy
Side note ndash genetic testing is now being used to help with classification
How does it Work
When a new animalplant is recognized and identified it is given a species name This may be a term
that describes it or identifies the person who first recognized it as a separate species Originally these
species names were assigned by the individual scientist that discovered them but now they are
assigned by international groups Once this species term is assigned it almost never changes In theory
NEBRASKA MASTER NATURALIST Explore Contribute Connect
24
it is never supposed to be changed even if it is later moved to a different genus family or class but over
the years there have been a few exceptions
The basis of taxonomy however is the genus This is the smallest grouping of related species When
taxonomy began there were relatively few identified species so species were grouped into genera and
there it ended As the body of knowledge grew so did the need for a broader system of grouping From
there the hierarchical system of classification based on natural features evolved
The current system works as follows
Individually related species are grouped into the same genus
The most closely related genera are grouped into the same family
Related families are grouped into an order
Orders are grouped into a related class
Similar classes are included in the same phylum
The phyla are then placed into the proper kingdom
Each of these categories may also contain sub- or super- subdivisions
Taxonomy is a constant work in progress As scientists learn more about different species their
classification may change Changes can reflect a clearer understanding of where the species fits in
among the others with similar characteristics Until recently we only had to contend with two kingdoms
ndash animal and plants Today scientists recognize a least five different kingdoms of living things
Monera ndash bacteria and blue-green algae
Protista ndash one-celled organism with nucleus
Plantea ndash green plants
Fungi ndash non-green plants
Animalia ndash animals
NEBRASKA MASTER NATURALIST Explore Contribute Connect
25
Fauna of Nebraska
Developed and Adopted by Keanna Leonard Education Director Rowe Sanctuary
Objectives for Fauna Mammals Amphibians amp Reptiles Birds 3-4 hours
1 Descriptions ndash (Mammals Amphibians and Reptiles birds --ndash IMPORTANT CHARACTERISTICS)
2 Vocabulary
3 Common Oderrsquos in Nebraska and examples
4 Nuts amp Bolts of Mammals How to ID amp locate specific animals and their evidence (possible
activity tracks traces etc) in Nebraska
MAMMALS IN A NUTSHELL Basic Characteristics
1 Mammary glands (hint the name) that
produce milk
2 Sweat glands
3 Sebaceous glands for oil
4 Presence of hair on the body at some time
during life span
5 Homiothermic Endotherm (warm blooded)--
regulate high body temperature
6 Four-chambered heart
7 Enucleated red blood cells
8 Have a diaphragm
9 Enlarged cerebral hemisphere
10 One bone in lower jaw and complex
dentition
11 3 middle ear bones
12 Turbinal bones in nasal chamber
13 Eggs develop in a uterus with
placental attachment and born alive
(viviparous)
MAMMAL VOCABULARY
Altricial Born helpless
Arboreal Tree dwelling
Carnivore A mammal in the order Carnivora
Carnivorous Meat eating
Crepuscular Active at dusk and dawn
Diurnal Active during the day
Dominant Ruler or leader of others
Habitat Region where an animal lives
Herbivore An animal that eats only plants
Herbivorous Plant eating
Hibernation Winter period when certain
animals become inactive to a point in
where all body functions slow
considerably for a long period
Instinct Inherited mode of behavior
Mammal Animals that have hair on their
bodies (see other char above)
Marsupial Animals whose females have
pouches
Nocturnal Active during nighttime
Omnivore Animals that eats both meat and
plant material
Omnivorous Eating both meat and plant
material
Precocial Born in an advanced stage of
development and able to move about
Predator Animals that kills another animal for
food
Prehensile Grasping
Prey Animal hunted for food
NEBRASKA MASTER NATURALIST Explore Contribute Connect
26
Protective coloration Enables the animal to
blend in with surroundings
Reticulated Net-like pattern of skin
Terrestrial Ground dwelling
Viviparous Live birthing
There are 21 orders of mammals found in the world
Listed below are the orders and examples of common species found in Nebraska
More Species found in Core Curriculum Binder
Insectivores (shrews and moles)
Masked Shrew (Sorex cinereus)
Northern Short-tailed Shrew (Blarina
brevicauda) (venomous)
Least Shrew (Cryptotis parva)
Eastern Mole (Scalopus aquaticus)
Chiroptera (bats)
Big Brown Bat (Eptesicus fuscus)
Red Bat (Lasiurus borealis)
Hoary Bat (Lasiurus cinereus)
Xenarthra
Nine-banded Armadillo (Dasypus novemcinctus)
Lagomorpha Eastern Cottontail (Sylvilagus floridanus) Black-tailed Jackrabbit (Lepus californicus)
Rodentia
Franklinrsquos Ground Squirrel (Spermophilus
franklinii)
Thirteen-lined Ground Squirrel (S
tridecemlineatus)
Black-tailed Prairie Dog (Cynomys
ludovicianus)
Plains Pocket Gopher (Geomys bursarius)(fur-
lined pouch)
Plains Pocket Mouse (Perognathus
flavescens)
Beaver (Castor canadensis)
Eastern Woodrat (Neotoma floridana)
Meadow Vole (Microtus pennsylvanicus)
Muskrat (Ondtra zibethicus) (laterally
compressed tail)
Porcupine (Erethizon dorsatu
Carnivora Despite the name of the order not all are carnivorous Many are omnivores (most bears and raccoons)
and some are even herbivores (giant panda)
Most carnivorous mammals have 3 up and 3 down relatively small incisors and 1 up and 1 down large
canine teeth on both sides of the incisors
Common species found in this area include
Family Canidae Coyote (Canis latrans) Red fox (Vulpes vulpes)
Family Procyonida Raccoon (Procyon lotor)
Family Mustelidae
NEBRASKA MASTER NATURALIST Explore Contribute Connect
27
Long-tailed Weasel (Mustela nivalis)
Least Weasel (M nibalis)
Mink (Mustela vison)
Badger (Taxidea taxus)
Striped Skunk (Mephitis mephitis)
River Otter (Lutra canadensis)
Family Felidae Bobcat (Felis rufus)
Artiodactyla Mule Deer (Odocoileus hemionus) White-tailed Deer (O virginianus
References National Audubon Society Field Guide to North American Mammals by John O Whitake Jr Robert
Elman Carol Nehring (Alfred A Knoph Inc 1994)
Guide to Mammals of the Plains States By J Knox Jr Davide M Armstrong Jerry R Choate (University
of Nebraska Press 1985)
The Nuts and Bolts Know important characteristics especially-
Mammary glands Sweat glands Sebaceous glands Hair sometime during their life
4 chambered heart
Though these critters look like a rodent
Donrsquot confuse them for a moment
They sport small eyes and ears out of view
Their teeth are small sharp and more than a few
They are made up of one mole and shrews three
So in what ORDER can they be
Commonly seen species of Chiroptera number three And are known as the only mammals to swim through the air free They are normally seen at night and for finding food use echolocation rather than sight Now I know you know what they be But go ahead and name all three These mammals have what humans claim to be a disgusting habit of defecating undigested pellets and eating them again What are they Chewing the cud is normal for this group and so is walking on their two middle toes Name the common species found in this area
NEBRASKA MASTER NATURALIST Explore Contribute Connect
28
AMPHIBIANS
Basic Characteristics
1 Skin naked No scales or hair
2 Eggs do not have shells but are jelly like
Laid in clusters always in water
3 Ectodermic
4 Can breathe through permeable skin
5 Spend all or part of life in water
6 Adults are carnivores Size of head
determines size of prey
7 Incomplete lung development
DIFFERENCES BETWEEN REPTILES AND AMPHIBIANS
Reptiles
1 Ectodermic
2 Covered with scales or plates
3 Shed skin
4 Most not do not live in or around water
Amphibians
1 Ectodermic
2 Smooth slimy skin without scales
3 Do not shed skin
4 Spend all or part of life in water
5 Go through metamorphose
Listed below are the orders and examples of common species found in Nebraska
More Species found in Core Curriculum Binder
Salamanders (Order Urodela)
Small-mouth Salamander (Ambystoma
texanum) Occurs in eastern Nebraksa
Tiger Salamander (A tigrinum) Occurs
throughout the state
Frogs and Toads (Order Anura) Thirteen species occur in Nebraska
Pelobatidae or Spadefoot Family
Plains Spadefoot (Spea bombifrons) Occurs throughout Nebraska expect southeast
Ranidae or True Frog Family Plains Leopard Frog (Rana blairi)
Northern Leopard Frog (Rana pipiens)
Bullfrog (Rana catesbeiana
Microhylidae or Narrow-mouthed Family Plains Narrowmouth Toad (Gastrophryne olivacea)
NEBRASKA MASTER NATURALIST Explore Contribute Connect
29
Bufonidae or Toad Family
American Toad (Bufo americanus) Occurs only
in eastern part of the state
Great Plains Toad (Bufo cognatus) Occurs
throughout the state
Woodhousersquos Toad (Bufo woodhousei) Occurs
throughout the state
Hylidae or Tree Frogs
Northern Cricket Frog (Acris crepitans) East
and central Nebraska
Western Striped Chorus Frog (Pseudacris
triseriata amp P maculata) Occurs throughout the
state
Copes Gray Treefrog (Hyla chrysoscelis) Found
in eastern part of state
Resources Reptiles and Amphibians of Nebraska ndash herpetology database httpsnrsunleduherpneb
NEBRASKA MASTER NATURALIST Explore Contribute Connect
30
REPTILES Basic Characteristics
1 Ectothermic (cold-blooded) Body temperature is the same as the temperature of its surroundings
2 Dry skin covered with scales or plates
3 Teeth if present are needle-like or conical
4 Skin shed in one piece or several pieces at intervals
5 Lay soft shelled eggs or young born alive in a membranous sac
6 Lung breathing
There are four groups
Lizards - Short-legged long-bodied reptiles
Taped tail Size varies from 4- inch long fence
swift to 10 foot Kamodo dragon
Snakes - Legates cousins of lizards
Turtles - Armored shells
Crocodilians - Crocodiles Alligators Caimans
REPTILE VOCABULARY
Antivenin An antidote to the venom of
venomous snakes produced by inoculating
horses with small doses of venom Horses build
up an immunity or resistance The horsersquos
blood is used to make the antivenin
Blue Stage Refers to the condition of a snake
prior to shedding
Carapace Dorsal (covering the back) shell
Constrictor A term used in describing a snake
that kills its prey by constriction
Ectothermic Not able to control body
temperature (Cold-blooded) Dependent upon
environment to control body temperature
Egg Tooth A sharp projection located in front
of nose on upper jaw Used by infant reptiles to
cut through eggshell
Fangs Grooved or tubular teeth used to inject
venom
Hemotoxin Venom that attacks the blood
Herpetologist A specialist in reptiles
Jacobsonrsquos Organ A tastesmell sense organ
with two small openings located on roof of
mouth
Thermal Pit A heat sensory pit on side of head
between nostril and eye Allows snakes to track
warm-blooded animals and to strike accurately
especially at night Found only in venomous
snakes known as pit vipers
Neurotoxin Venom that attacks the nervous
system
Oviparous Lays egg
NEBRASKA MASTER NATURALIST Explore Contribute Connect
31
Ovoviviparous Give birth to live young Egg
developed in female and then deposited as a
living young
Plastron Ventral (covering the belly) shell
Reticulated Net-like pattern on skin
Scales Folds of skin covering reptiles
Scutes Single section of shell each sell is made
up of many scutes
Toxic Poisonous
Toxin Poison
Undulating Type of snake locomotion typical of
most snakes - Leaves ldquoSrdquo shape track
Venom Poisonous fluid secreted from glands
and transmitted by bite or sting
Venomous Describes animal containing venom
gland
Nuts amp Bolts of Reptiles
Most reptiles are carnivores (eat meat) Many will eat only live food Some are herbivores (eat
plant material) as well as insectivores (eat insects)
Reptiles often found in water or underground for protection from predators and to help
regulate body temperature Air temperature can change quickly but water and soil
temperature are more constant therefore it helps to regulate the reptiles body temperature
Because they are ectothermic many reptiles live in places that are warm year round In colder
climates reptiles hibernate underground below the freeze line
Most reptile lay eggs and are called oviparous Eggs are buried in sand soil rotted logs etc and
kept warm only by heart from the sun or from rotting vegetation Very few reptiles stay around
to protect their eggs Some reptiles keep their eggs inside their bodies until they hatch and
produce live young (ovoviviparous) Example - garter snakes Very few reptiles care for or feed
their young Young are precocial able to look after themselves minutes after they hatch
Most snakes are harmless Even snakes that are venomous will not bite unless they are
cornered or stepped on Snakes are good and necessary animals They help control potential
destructive populations of rodents
Listed below are the orders and examples of common species found in Nebraska
ORDER CHELONIA Basic Characteristics
1 Contains all forms of turtles and tortoises
2 Has body enclosed in a shell made of
modified horny scales and bone Shell made of
two parts Carapace - upper part covering
animalrsquos back Plastron-under part covering
animalrsquos stomach amp chest
3Ribs and most of vertebrae attached to shell
4 Neck long and flexible and can usually be
withdrawn into shell
5 Have no teeth but jaws outfitted with horny
beaks
6 All lay eggs Usually bury eggs in pit in sand or soil Hatchlings must dig themselves to the surface
NEBRASKA MASTER NATURALIST Explore Contribute Connect
32
Examples of Turtles found in Nebraska Snapping Turtle (Chelydra serpentina)
Blandingrsquos Turtle (Emydoidea (Emys)
blandingii) Protected Species
False Map Turtle (Graptemys
pseudogeographica) Protected Species
Ornate Box Turtle (Terrapene ornata)
Smooth Softshell (Apalone mutica)
Spiny Softshell (Apalone spinifer
SUBORDER LACERTILA (lizards) Basic Characteristics
1 Dry scaly skin clawed feet external ear
openings
2Have movable eyelids - snakes do not
3 Males and females often show different
coloration
4 Generally diurnal but many nocturnal
(geckos night lizards Gila Monsters)
5 Courtship brief fertilization is internal
6 Most are egg layers
Examples of Lizards of Nebraska
Six-line Racerunner (Cnemidophorus sexlineatus Five-line Skink (Eumeces fasciatus)
Many-lined Skink (Eumeces mulitvirgatus)
Great Plains Skink (Eumeces obsoletus)
Slender Glass Lizard (Ophisaurus attenautus)
Lesser Earless Lizard (Holbrookia maculate)
Northern Prairie Lizard (fence lizard)
(Sceloporus undulates)
SUBORDER SERPENTES (Snakes) Basic Characteristics
1 Elongated scaly bodies (to protect from water
loss) no limbs external ear opening or eyelids
(eye covered with a clear scale)
2 Terrestrial subterranean arboreal
amphibious
3 Carnivores swallow prey whole
4 Continue to grow throughout their lives
6 Hibernate in colder climates
7 Males locate females by scent
8 Internal fertilization
9 Some lay eggs others bear live young
11 Vipers (venomous snakes) have heat-
sensing organs called thermal pits
NEBRASKA MASTER NATURALIST Explore Contribute Connect
33
12 Teeth slanted back If one is lost another drops down in itrsquos place
Examples of snakes found in Nebraska
Black Rat Snake (Elaphe obsoleta)
Great Plains Rat Snake (Elaphe guttata)
Bullsnake (Pituophis catenifer)
Common Kingsnake (Lampropeltis getula)
Eastern Hognose Snake (Heterodon
platyrhinos)
Western Hognose Snake (Heterodon nasicus)
Glossy Snake (Arizona elegans)
Milk Snake (Lampropeltis triangulum)
Plains Garter Snake (Thamnophis radix)
Common Garter Snake (Thamnophis sirtalis)
Racer (Coluber constrictor)
Pit Vipers
Copperhead (Agkistrodon contortrix) found in extreme southeast Nebraska
Massasauga (Sistrurus catenatus) Found in southeast Nebraska Protected Species
Prairie Rattlesnake (Crotalus viridis) Found in central and western parts of the state
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 34
Birds What Makes a Bird a Bird IMPORTANT CHARACTERISTICS
So what makes a bird a bird All birds share one common characteristic that no other animal has and
that is FEATHERS Other characteristics include
Maintain high constant body temperature Endotherms (warm-blooded)
Possess toothless beaks or bills
All lay hard-shelled eggs (oviparous)
Air sacs in birdrsquos body give buoyancy
Generally bones are hollow Decreases body weight
Four-chambered heart
Lend Me Your Ear Yes birds have ears but they are missing the pinna or outside part of the ear that collects sound Birds
have feather-covered openings on both sides of the head just behind the eyes Owls and other night-
flying birds have off-setting ears that allow them to pinpoint the exact position of prey
Can birds smell We are not quite sure how well most birds smell We do know vultures use the sense of smell to find
their dinner The champion bird sniffer belongs to kiwi found in New Zealand They are able to sniff out earthworms Some diving birds like cormorants cannot even breathe through their nostrils because they are sealed Ocean birds have special glands in their noses which eliminates salt from the salty water they drink
Eggs Birds lay hard-shelled eggs made mostly of carbon carbonate The hard shell keeps the egg from drying
out and allows parents to sit on it without damaging the developing chick Though the shells are hard it
does not mean that they are non-porous Microscopic pores allow the embryo to ldquobreatherdquo Carbon
dioxide and oxygen can pass through the shell
Eggs come in all sizes colors and patterns We believe that the different colors and patterns are
intended as camouflage Blue and green eggs are found in nests that are in the shade Patterned eggs
blend in with vegetation and stones and white eggs are normally found in cavities
The shape of eggs also depends on where a bird nests The most common shape is oval A pointed egg
is usually found near ledges Round eggs are generally found in highly secure nests
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 35
Commonly Seen Bird Families of Nebraska
Grebes (Family Podicipediae ndash rump foot)
WHAT TO LOOK FOR
Sleek diving waterbirds - small to medium size
Most have sharp pointed bills with fairly long necks short wings and almost no tail
Have lobed toes and legs set far back on body
Common Nebraska species - Pied-billed horned eared western and Clark grebes
Pelicans (Family Pelecanidae ndash an ax)
WHAT TO LOOK FOR
Very large waterbirds
Huge bills with large distensible pouches
Most are white with black flight feathers ndash wingspan 6-9 feet
Common Nebraska species ndash American White Pelican
Cormorants (Family Phalacrocoracidae ndash bald raven)
WHAT TO LOOK FOR
Large diving waterbird shaped like an elongated goose
Long neck and long bill hooked at the end
Wing span 3-5 feet Mostly dark in color
Common Nebraska species ndash Double-crested cormorant
Herons Egrets and Bitterns (Family Ardeidae - )
WHAT TO LOOK FOR
Medium to large wading birds
Usually with long legs bills and S-shaped neck
Short rounded tails
Common Nebraska species ndash American and least bitterns great and snowy egrets little
blue egret cattle egret great blue green black-crowned night and
yellow-crowned night herons
Ibises (and Spoonbills) (Family Threskiornithidae ndash sacred bird)
WHAT TO LOOK FOR
Medium to large wading birds
Long necks and legs with a duck-like body
Long tapering down-curved bill Common Nebraska species ndash white-faced ibis
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 36
Vultures (Family Cathartidae ndash cleanser)
WHAT TO LOOK FOR
Large soaring scavengers
Resemble eagles and large hawks in flight
Head and neck void of feathers bill hooked
Hold wings in a raised V-shape (dihedral)
Common Nebraska species ndash turkey vulture
Duck Geese and Swans (Family Anatidae ndash waterfowl)
WHAT TO LOOK FOR
Medium to large waterbirds
Large heads with conspicuous and horizontally flattened bills
Long necks heavy bodies relative short tails webbed feet and long wingspan Major differences between duck geese and swans
Ducks
Smallest of the three Have a soft swelling about the nostrils called a cere
Males of most ducks are easily separated from females by their gaudier plumage Feathers are
molted twice a year
Most males change into nuptial plumage after pair formation in the fall There may be some
modification of shape of a single feather or entire regions of plumage
Most species are sexually mature at 9 - 11 months
Males take no part in incubation
Geese
Neck shorter than body
Lore (area between eye and bill) feathered and more bluntly triangular than ducksrsquo
Sexes are similar
Permanent pair bonding
Molt once per year postnuptially
Sexually mature at 3 years
Males protect female clutch and brood after hatching
Young stay with parents for almost a year
Legs of most geese are farther forward under the belly than those of typical swans and ducks
Swans
Longest necks - necks slightly longer than body
Lore is naked
Sexes are similar
Molt once per year postnuptially - parents molt one after the other so one is able to fly
Young are carried on parentsrsquo backs
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 37
Sexually mature at 4 -5 years
Hawks and Allies (Family Accipitridae ndash to grasp or take)
Medium to very large diurnal raptors
Hooked beak strong legs and sharp talons
Buteos (buzzard hawks)
Stocky with broad wings wide tails
Soar and wheel high in the sky
Common Nebraska species ndash red-shouldered broad-winged Swainsonrsquos red-tailed
ferruginous rough-legged hawks
Accipiters (true hawks)
Small heads short rounded wings longish tail slender bodies
Fly with several rapid beats and a glide Common Nebraska species ndash sharp-shinned hawk Cooperrsquos hawk northern goshawk
Harriers
Slim body with slim round-tipped wings
Fly in open country gliding low with wings lifted in a V (dihedral)
Species in Nebraska - northern harrier
Kites
Small falcon shaped buoyant gliders not power-fliers
Common Nebraska species ndash Mississippi Kite
Osprey
Soar high on long swept-back wings
Broad tail short-headed appearance
Often travel in pairs
Eagles
Large very broad bodied with broad long plank-like wings massive head and bill
Soar steadily holding wings flat out to the side
Powerful wing beat on upstroke wings raised high Common Nebraska species ndash bald and golden
Falcons (and caracaras) (Family Falconidae - )
WHAT TO LOOK FOR
Small to large compact fast-flying raptors
Long pointed wings bent at the wrist - Strong rapid wing strokes
Common Nebraska species ndash American kestrel gyrfalcon peregrine falcon prairie falcon
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 38
Grouse Turkeys and Pheasants (Family Phasianidae ndash cock or fowl-like bird)
WHAT TO LOOK FOR
Ground dwelling birds with feather nostrils
Short strong bills and short rounded wings
Flight strong but brief
Males perform elaborate courting displays
Common Nebraska species ndash ring-necked pheasant sharp-tailed grouse greater
prairie chicken wild turkey
New World Quail ( Family Odontophoridae ndash bearing teeth)
WHAT TO LOOK FOR
Ground dwelling bird found in brushy habitat and other dense low foliage
Chunky rounded bodies and crests or head plumes
Chicken-like bill short rounded wings
Common Nebraska species - northern bobwhite
Rails and Coots (Family Rallidae - )
WHAT TO LOOK FOR
Marsh birds with short tails and stubby wings
Secretive and identified chiefly by call and habitat
Rails are laterally flattened ldquoThin as a railrdquo Coots are plumper and gregarious
Common Nebraska species ndash yellow rail black rail king rail Virginia rail sora common
moorhen American coot
Cranes (Family Gruidae - )
WHAT TO LOOK FOR
Tall stately wetland birds with long necks and long bills
Tertial flight feathers droop over rump in a bustle when standing
Fly with necks fully extended
Circle in thermals like raptors
Common Nebraska species - sandhill and whooping cranes
Plovers and Killdeer (Family Charadriidae ndash nocturnal waterbird)
WHAT TO LOOK FOR
Small to medium shorebirds that dart across the ground stop and then take off again Upright posture with medium length legs and long pointed wings
Rounded head large eyes thick neck with a short thick bill
Common Nebraska species ndash black-billed American golden snowy semipalmated piping
plovers and killdeer
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 39
Stilts and Avocets (Family Recurviostridae- bent bill)
WHAT TO LOOK FOR
Tall slim shorebirds
Long thin bill very long slender legs long neck striking black-and-white plumage Stilts have straight bills avocets have re-curved bills
Common Nebraska species ndash American avocets black-necked stilt
Sandpipers and Phalaropes and Allies (Family Scolopacidae ndash woodcock)
WHAT TO LOOK FOR
Diverse group of shorebirds
Long toes and long tapered wings
Bill and leg length varies but bill more slender than a ploverrsquos
Plumage browns grays and whites with reds and oranges during breeding season
All but one species have short elevated hind toe
Species found in Nebraska include common snipe ruddy turnstone phalaropes sandpipers
woodcocks godwits whimbrels willets etc
Dowitchers
WHAT TO LOOK FOR
Medium sized chunky dark shorebird
Long straight bills and distinct pale eyebrows
Feed in mud or shallow water in a rapid jabbing motion
Phalaropes
WHAT TO LOOK FOR
Often spin like a top in water when feeding
Female larger and more colorful than male
Male tends incubates and cares for chicks
Common Nebraska species ndash Wilsonrsquos and red-necked phalaropes
Gulls Terns and Allies (Family Laridae ndashsea birds)
Gulls
WHAT TO LOOK FOR
More robust with wider wings and longer legs than terns
Bill slightly hooked tail square or rounded - Seldom Dive
Common Nebraska species ndash Pomarine Jaeger Franklinrsquos little Bonapartersquos ring-
billed California Herring Thayerrsquos lesser black-backed glaucous
Sabinersquos gulls black-legged kittiwake
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 40
Terns
WHAT TO LOOK FOR
Graceful more streamline than gulls
Usually has a forked tail ndash most whitish with black cap
Sharp-pointed bill - Hoover and dive headfirst for fish
Common Nebraska species ndash Caspian common Foresterrsquos terns
Pigeons and Doves (Family Columbidae ndash dove)
WHAT TO LOOK FOR
Plump fast flying cooing voice
Short legs and necks and small heads short bills
Tail fan-like rounded or pointed
Pigeons larger than doves
Common Nebraska species ndash rock mourning Eurasian collared doves
Cuckoos Roadrunners and Anis (Family Cuculidae - )
WHAT TO LOOK FOR
Slender with a long tail at least half of the birdrsquos total length
Fairly large sturdy decurved (curving down) bill
2 toes forward 2 back (zygodactyls)
Common Nebraska species - black-billed cuckoo and yellow-billed cuckoo
Barn Owls (Family Tytonidae -)
WHAT TO LOOK FOR
Slim medium sized night hunter
Legs are long and sparsely feathered
Large head with large forward-facing immovable eyes
Heart-shaped face hooked beak and ghostly appearance
Typical Owls (Family Stigidae ndash night bird)
WHAT TO LOOK FOR
Generally night hunters
Large heads flatten face with large forward-facing immovable eyes hooked beak
Mottled appearance some with feather tuffs upright stance
Common Nebraska species ndash eastern screech great horned burrowing barred long-eared
short-eared northern saw-whet owls
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 41
Nighthawks and Nightjars (Family Caprimulgidae ndashgoat sucker)
WHAT TO LOOK FOR
Nocturnal or crepuscular
Big tail large eyes tiny bills surrounding a large gaping mouth
By day sit horizontally on limb or on ground
Easiest to identify by voice
Common Nebraska species ndash common nighthawk common poorwill chuck-willrsquos-widow
Whip-poor-will
Swifts (Family Apodidae ndash without feet)
WHAT TO LOOK FOR
Small to medium sized aerial foragers ndashspend most of life flying
Long sickle-shaped wings bending close to body and extremely short legs
Eat bathe drink and sometime mate in the air
Common Nebraska species - chimney swift white-throated swift
Hummingbirds (Family Trochilidae ndash small bird)
WHAT TO LOOK FOR
Tiny body long slender bill
Distinctive blur and hum of hovering wings
Jewel-like throat feather found on male
Common Nebraska species ndash ruby-throated broad-tailed and rufous hummingbirds
Kingfishers (Family Alcedinidae - kingfisher)
WHAT TO LOOK FOR
Small to medium size
Thickset with short neck and tail small feet
Large head with a ragged crest and long strong bill
Sit on lines and low branches near water or hovers above water
Plunges head first into water to catch fish
Common Nebraska species ndash belted kingfisher
Woodpeckers (Family Picidae ndash woodpecker)
WHAT TO LOOK FOR
Arboreal (tree) birds
Vertical posture creep up trees
Strong chisel-like bill short legs stiff tail feathers rounded wings
Undulating flight pattern and characteristic bill drumming
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 42
Common Nebraska species ndash Lewisrsquos red-headed red-bellied hairy downy woodpeckers
yellow-bellied and red-naped sapsuckers northern flicker
THE PASSERINES Feet adapted to perching
Tyrant Flycatchers (Family Tyrannidae - lord ruler king)
WHAT TO LOOK FOR
Small to medium perching bird
Large head broad flattened bill pointed wings short legs
Bristly ldquowhiskersrdquo at base of bill
Sit upright on exposed branch and dart out to catch insects
Common Nebraska species - flycatchers pewees kingbirds phoebes kingbirds
Shrikes (Family Laniidae ndash butcher)
WHAT TO LOOK FOR
ldquoButcher birdsrdquo ndash impale prey on thorns (may be to attract a mate and mark territory)
Robin-size bird with hooked bill and masked face with hawk-like behavior
Black gray and white birds
Common Nebraska species - northern and loggerhead shrike
Vireos (Family Vireondae ndash small bird)
WHAT TO LOOK FOR
Small olive- or gray-backed bird with short sturdy cylindrical slightly hooked bill
Can have wing bars and eye-rings or have eye stripes and no wing bars
Often confused with warblers but are chunkier bigger headed thicker billed
Common Nebraska species ndash white-eyed Bellrsquos yellow-throated plumbeous
Cassinrsquos blue-headed warbling Philadelphia red-eyed
Crows and Jays (Family Corvidae ndash raven)
WHAT TO LOOK FOR
Large perching bird with strong longish all-purpose bill to handle variety of foods
Nostrils covered with feathers
Legs scaled in front and smooth behind
Harsh voice and noisy
Bold gregarious
Common Nebraska species - black-billed magpie American crow
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 43
Larks (Family Alauidae ndash lark)
WHAT TO LOOK FOR
Ground dwellers of open fields ndash seldom seen in trees and shrub
Walk rather than hop have an elongated hind toe
Slender billed seed and insect eaters
Yellowwhite face with black facemask horns and breast band
Has musical song often sung in display flight
Common Nebraska species ndash horned lark
Swallows and Martins (Family Hirundinidae ndash swallow)
WHAT TO LOOK FOR
Slim streamline bodies with long pointed angled wings
Tail forked or squared legs and feet inconspicuous
Bill short and wide
Fluid aerialists ndash dart about catching insects
Flocks perch in long rows on branches and lines
Common Nebraska species ndash purple martin northern rough wing bank cliff barn swallows
Chickadees and Titmice (Family Paridae - )
WHAT TO LOOK FOR
Small plump sociable birds with short bills and wings
Active agile ndash often hang upside down to feed
Many times roam in little bands (often leading the group) in search of food
Chickadee ndash no tuff of feathers on head Titmice ndash tufted Common Nebraska species ndash black-capped chickadee tufted titmouse
Nuthatches (Family Sittidae ndash birds that peck bark of tree)
WHAT TO LOOK FOR
Small stout tree-climbers with slightly upturned strong woodpecker-like bills
Stubby squared off tails
Walk down trees headfirst Common Nebraska species ndash red-breasted and white-breasted nuthatches
Creepers (Family Certhiidae -)
WHAT TO LOOK FOR
Small slim tree-dwellers with stiff tails and slender downward curving bill
Primarily brown
Common Nebraska species ndash brown creeper
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 44
Wrens (Family Troglodytidae ndash cave dweller
WHAT TO LOOK FOR
Small stumpy energetic brown birds
Bill slightly down turned loud song
Tails often in ldquocockedrdquo or up-tilted position
Common Nebraska species ndash rock house winter marsh wrens
Kinglets (Family Regulidae -)
WHAT TO LOOK FOR
TINY very active songbirds ndash only certain hummingbirds smaller
Can hover will feeding
Greenish plumage with bright colored crowns Short tails
Common Nebraska species ndash ruby-crowned and golden-crowned kinglets
Gnatcatchers (and Old World Warblers) (Family Sylviidae - )
WHAT TO LOOK FOR
Small birds with slender pointed bills surrounded by rectal bristles
Drab plumage with seasonally changing head patterns
In constant motion
Common Nebraska species ndash blue-gray gnatcatcher
Thrushes (Family Turdidae -)
WHAT TO LOOK FOR
Large-eyed upright postured songbirds - known for their singing ability
Bill is slender straight but not sharp
Often hop along the ground looking for food
Common Nebraska species ndash eastern bluebird veery gray-cheeked Swainsonrsquos hermit
wood thrush American robin
Mockingbirds and Thrashers (Family Mimidae ndash imitator mimic)
WHAT TO LOOK FOR
Well known for their vocal and mimicking ability
Have short rounded wings long legs and tails
Long down-curved bills
Common Nebraska species ndash gray catbird northern mockingbird brown thrasher
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 45
Starlings (and Mynas) (Family Sturnidae - )
WHAT TO LOOK FOR
Medium sized chunky glossy birds with short tails sharp bills
Short triangular to rounded wings
Gregarious bold birds
Pipits (and Wagtails) (Family Motacillidae -)
WHAT TO LOOK FOR
Slender billed brownish ground dwellers with long back toe
Walk briskly rather than hop along the ground
Most species bob their tails up and down
Common Nebraska species ndash American pipit
Waxwings (Family Bombycillidae ndash silk tail)
WHAT TO LOOK FOR
Birds with sleek crest that can be erected
Plump-bodied birds with pointed wings with red waxy tips of secondaries
Bill is small wide and notched high thin calls
Square tail with terminal yellow band
Common Nebraska species ndash Bohemian and cedar waxwings
Wood Warblers (Family Parulidae -)
WHAT TO LOOK FOR
Brightly colored (mostly yellow) birds
Smaller than sparrows with thin needle-like bills
Common Nebraska species ndash approx 34 warblers ovenbirds yellow-breasted chats and
waterthrush
New World Sparrows (Family Emberizidae -)
WHAT TO LOOK FOR
Small to medium-sized birds - often brown streaked appearance
Rounded wings cone-shaped bills
Common Nebraska species ndash 20 sparrows towhees longspurs dark-eyed juncos snow and
lark buntings
Cardinals and Allies (Family Cardinalidae )
WHAT TO LOOK FOR
Medium to large songbirds
Have large cone-shaped bills
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 46
Males often very colorful
Common Nebraska species ndash northern cardinals rose-breasted and black-headed grosbeaks
indigo bunting dickcissel
Blackbirds Orioles and Allies (Family Icteridae)
WHAT TO LOOK FOR
Medium to large songbirds with strong straight bills
Strong-direct flight
Plumage varies from iridescent black to yellow to orange
Common Nebraska species ndash Bobolink eastern and western meadowlarks red-winged and
rusty blackbirds common and great-tailed grackles orchard Baltimore and
Bullockrsquos orioles brown-headed cowbird
Finches and Allies (Family Fringillidae)
WHAT TO LOOK FOR
Small to medium songbirds
Have conical bills and forked relatively short tails
Fly fast and undulate through the air giving high-pitched calls in flight
Common Nebraska species ndash gray-crowned rosy purple Cassinrsquos house finches red
crossbill white-winged crossbill common redpoll pine siskin American goldfinch
evening grosbeak
Old World Sparrows (Family Passeridae)
WHAT TO LOOK FOR
Stouter bodies shorter legs and thicker bills than native sparrows
Have a simple song repeating single elements with no particular rhythm or beginning
And end vocalize all day and year-round
Common Nebraska species ndash house sparrow (introduced)
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 47
Geology and Natural History of Nebraska
Being Developed by Jon Garbisch Cedar Point Biological Station jgarbisch2unledu
bull Geological history of Nebraska
bull Present geological formation of regions
bull General soil types
bull Geological landforms and related habitats
What we currently use
Theme
Nebraska geology formed over millions of years through the erosion of mountains the deposition of
sediments and the flow of water and ice shaping the landscape that we call home
Goal
Attendees will develop an understanding of the natural processes that influenced and built Nebraska
and in so doing develop a greater appreciation for the geology and how it relates to all other aspects of
the statersquos identity
Objective(s)
The Master Naturalists attendees will be able to use the knowledge they have gained to better
understand the surface and subsurface geology at any location in the state that they may find
themselves working
How will it be measured
Attendees will be able to use the knowledge gained to actively interpret general Nebraska geology by
completing activities in the form of hand-out diagrams biostratigraphic fossil correlations
interpretation of rock type hand specimens and visual description of the Geology on the trail at Camp
Brewster Fontenelle Forest
Introduction
Nebraska geology formed over millions of years through the erosion of mountains the deposition of
sediments and the flow of water and ice shaping the landscape that we call home (Hand out agenda)
Geology is rooted in the 3 rock groups that exist on planet Earth and so familiarity with
o these groups gives us a solid foundation for all other geologic interpretation
A half hour will be spent handling examples from each rock group
o 3 groups 3 tables with one rock type on each table each group spends 10 minutes at
each table
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 48
The Geologic Time Scale is a record over time of the Earths major geologic events and we
can use it to help us understand how and when Nebraska took shape
The natural agents of change which have shaped our state include oceans rivers wind
o and ice
The geologic time periods in Nebraska are represented by rock layers (or not) which occur all
around the state and have been named so that no matter where you are in the state you can
correlate the strata to the time scale (fossilsisotopes)
6 Geologic Principles will be discussed so that when the MN is in the field they can be used as an
aid in basic geologic interpretation
Conclusion
Nebraska geology formed over millions of years through the erosion of mountains the deposition of
sediments and the flow of water and ice shaping the landscape that we call home Geology supplies us
a record of the events that have shaped our Earth by learning the language in which the Earth script is
written we will be able to interpret and share the story of our state of Nebraska This understanding will
aid in us in relating to other areas influential and important to the state
Places to Go (places to see examples of Nebraska geology)
a Agate Fossil Beds National Monument Lower Miocene fossil mammal site including abundant body fossils of ancient mammals and prominent fossil rodent burrows
b Ashfall State Park Upper Miocene fossil mammal assemblage found in ash derived from an eruption of a predecessor to the Yellowstone volcanic field c Chimney Rock National Historic Site Oligocene and Lower Miocene continental sedimentary rocks deposited as sediments by wind and steams
d Hummel Park (Omaha) outcrops of Pleistocene glacial till and loess
e Lincoln area Capitol Beach Lake and history of saline waters and salt industry flooding history of Antelope and Salt creeks building stones in downtown area brick industry University of Nebraska State Museum
f Louisville area outcrops of Upper Pennsylvanian marine sedimentary rocks
g Valentine area and Niobrara National Wildlife Refuge Niobrara River Canyon and Cenozoic stratigraphy
h Niobrara State Park Upper Cretaceous marine sedimentary rocks (Niobrara Formation and Pierre Shale) landslides along Missouri River anthropogenic changes in Missouri River Niobrara River and Mormon Canal
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 49
i Downtown Omaha removal of loess from hills in downtown area engineering of Missouri River (eg groins bank armoring etc) visible at Bob Kerrey Memorial Bridge deep bedrock water wells at old industrial sites
j Platte River State Park Upper Pennsylvanian marine sedimentary rocks and overlook of Platte River
k Ponca State Park Upper Cretaceous marine sedimentary rocks (uppermost Dakota Formation through Greenhorn Limestone)
l Rock Creek State Historical Park middle Cretaceous Dakota Formationmdashfluvio-estuarine continental deposits
m Schramm Park Upper Pennsylvanian marine sedimentary rocks
n Scotia and Happy Jack Chalk Mine Upper Miocene lake deposit In Ogallala Group
o Scotts Bluff National Monument Oligocene and Lower Miocene continental sedimentary rocks deposited as sediments by wind and steams
p Smith Falls State ParkCenozoic stratigraphy Niobrara River waterfalls as knick points
q Toadstool Park and nearby areas continental sedimentary rocks of upper Eocene Chadron Formation Pine Ridge escarpment Trailside Museum and Ft Robinson State Park
r Weeping Water area Upper Pennsylvanian marine sedimentary rocks
s Wildcat RidgeHillsescarpment on Oligocene and Lower Miocene continental sedimentary rocks deeply eroded into canyons buttes and pinnacles by stream erosion during and after the Late Pliocene
t Indian Cave State Park and Iron Horse Trail south of Peru Upper Pennsylvanian Indian Cave Sandstone (fluvio-estuarine deposit) and sandstone cave
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 50
North American Model and Outdoor Skills Developed by Jeff Rawlinson Assistant Division Administrator Information and Education Nebraska Game and Parks Commission jeffrawlinsonnebraskagov
OUR North American Model of Conservation
Perhaps no other story is more compelling and more important in American history as that of how
our natural resources came to be one of the most important elements in our lives The history of our citizenryrsquos strong land ethic ties us to the natural world long after other nations have forgone this relationship We value how the common person from a common family can participate in the thrill of the chase experiencing wildness to its fullest
The North American Model of Conservation is a philosophy that the United States and Canada have
developed to manage wildlife in a sustainable way Historians debate how this land ethic began Some
say our model of conservation began in 1937 with the passage of the PittmanRobertson Act a move that provided funding for wildlife conservation at the national and state level The source of this funding came from the sale of hunting and shooting equipment Others may say that it began when the conservation giant President Theodore Roosevelt brought management of natural resources to the
political forefront Others would argue our Model of conservation was birthed under the Magna Charta which transferred the ownership of wildlife from the King of England and the English nobles to the all of
the people of England In reality however our Model has been under development for several hundred years combining what we have learned from other nations peoples cultures and experiences to shape a philosophy ingrained in our culture supported by hunters anglers and shooting sports enthusiasts
benefiting all wildlife and wild lands in the United States
First Wildlife Managers The concept of managing wildlife or natural resources was not conceived by our young nation For
thousands of years humanity has been manipulating and controlling the land and all its inhabitants to benefit our needs Ever since the first hunter followed that wooly creature across the Bering Straight embarking on an epic journey that would result in settling of North America man has ldquomanagedrdquo
wildlife in North America
Throughout history many leaders have shown some element of concern or conservation ethic towards wildlife The great Kublai Khan grandson of Genghis Khan and founder of the Yuan Dynasty in China forbade harvesting of many species of wildlife during critical reproductive months of March
through August so species could ldquoincrease and multiplyrdquo Conservation of wildlife is even found in Mosaic Law in Deuteronomy 226 representing some of the first written wildlife management idealsmdashldquo If you come across a birdrsquos nest in any tree or on the ground with young ones or eggs and
the mother sitting on the young or on the eggs you shall not take the mother with the youngrdquo (English Standard Version 2001)
As populations expanded throughout Europe wildlife resources fell under ownership of powerful kings
who enacted harsh punishments for anyone found taking the kingrsquos game In 1215 a rebellion against King John of England resulted in the Magna Charta transferring ownership of lands and game from the crown to the people This ldquoprivatizingrdquo of wildlife ownership had profound impacts America over 500 years later
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 51
Era Of Abundance (1600 ndash 1850) When our forefathers first landed on the eastern shores of America they brought with them science
religion and a new hope They found plentiful game and soon began a relationship with the land that provided them with many of their daily needs Wildlife was viewed as a limitless resource in a relatively untapped land These early settlers had left Europe where few had access to wildlife and entered a world where everyone had access Furs feathers hides all had value to this young country In 1776 the Declaration of Independence revoked the Kingrsquos rights to land and people in this new world After a
bloody war led by revolutionaries such as Washington Hamilton Jefferson and Adams the United States gained its independence and the land and wildlife belonged to everyone
Era Of Exploitation (1850 ndash 1900)
The 1800s brought a commercialization of our wildlife resources Market hunting and habitat
destruction began to decimate wildlife populations such as the American Bison and Passenger Pigeon After the American Revolutionary War and the Civial Warmdashwhich nearly destroyed our ldquodemocratic
experimentrdquo all togethermdashfew people were looking after the interest of wildlife and even fewer rules
existed governing the management of a resource everyone had ownership of yet no one had responsibility for
The railroad provided settlers with the means to access new lands expanding the markets for meats hides and fur Advancements in technology such as the repeating rifle further aided the unbridled
destruction of wildlife resources Yet throughout this era something positive was growing The people of this new nation were developing a relationship with the land By 1842 a Supreme Court ruling had huge impacts on this developing model of conservation resulting in a Public Trust Doctrine that would
further outline a model for conserving our natural resources Conservation was developing some direction but had no money or laws to support it
Era Of Protection (19001930) The early 1900s brought an industrial boom Abuse of natural resources had taken its toll and throughout the Nation and evidence of this abuse could be seen in the loss of species such as the
passenger pigeon near loss of the American bison and in many large mammals including whitetailed deer and our once numerous waterfowl species America was becoming an economic giant yet through
the roar of machines both political and metal a small voice could be heard It was the hunter and their voice was of concern for the direction our wildlife resources were heading Conservation minded men and women had continued a relationship with the land and the wildlife
Era of Game Management (1930 ndash 1966) The ldquodirty thirtiesrdquo were marked by the dust bowl and an impoverished nation Agricultural practices
unchecked by environmental stewardship had left the Nationrsquos heartland in ecological peril Politically the conservation movement was supported by the footings laid by Theodore Roosevelt New federal acts moved forward to provide for environmental protection due to the outcry of hunters in panic over the vanishing wildlife resources of the Nation
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 52
Wildlife conservation had support yet it lacked the science to properly manage our Nationrsquos resources A young biologist name Aldo Leopold changed all this with his writings including the book Game
Management which led to Universities across the country developing wildlife conservation programs These programs spawned a new breed of professional game managers who utilized science to support management methods that ultimately lead to the greatest wildlife conservation success story in the world In 1937 the PittmanRobertson Act provided thousands of jobs for young professionals along with ldquogame wardensrdquo supported by individual states to further the development of the Conservation Model
which now had science and funding to support it
Era of Environmental Management (1966 ndash Present) Science and funding led to a broadening view of conservation as focus shifted from managing ldquogame
animalsrdquo to managing the entire biota (environment and all living things in it) Further federal acts such
as the Endangered Species Act of 1966 and the National Environmental Policy Act of 1969 provided greater protection for species by a nation that had finally changed its course providing time to review
and perfect conservation efforts Recent acts such as the 1980 Farm Bill continued the effort to help
landowners provide quality habitat for wildlife and hunters by providing incentives to landowners to set aside highly erosive lands and plant them into wildlife habitat (grasslands) that benefit wildlife and hunters
The story of our unique model of conservation is still being written New challenges today threaten our
coveted resources and new professionals are entering the arena to further the plight of our Nationrsquos wildlife and hunting heritage
Seven Pillars of the Model
Seven main pillars have been highlighted as the foundation of support for the North American Model
of Conservation These include
The Public Trust The wildlife of the United States are owned by the people This is very different from the European Model where wildlife is privately owned The North American Model recognizes wildlife as a public
resource that is so important it can not be owned or managed by any one segment of our society but rather managed by professional state and federal entities for the benefit of all This concept known as
the Public Trust Doctrine began development in 1842 when the Supreme Court ruled that the Magna Charta had settled the question of who owns fish and wildlife and that King Charles II did not have the authority to give away the ldquodominion and propertyrdquo of lands in colonial America The court further ruled that since the American Revolution the people held public trust responsibilities for fish and wildlife except for rights specified in the US Constitution
Prohibition on Commerce
It was the hunter who brought forth stringent laws that protected wildlife from peril in the 19th
and 20th
centuries Because we all own and appreciate our wildlife as a national resource they should never find themselves on the public market to the highest bidder This path led to a largescale loss of many species
including the Passenger Pigeon and the near loss of the American bison As our country was developing these practices were common as people moved west in search of prosperity capitalizing on a land seemingly untouched by the modern world Today many laws in place serve to protect our most
valuable resourceshellipour wildlife
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 53
Democratic Rule of Law Each citizen of this great nation has the ability and responsibility to engage in healthy politics that serve
to support and protect sound wildlife conservation measures Our first conservation measures in this Country habitat restoration simple harvest restrictions and bag limits came from hunters people who respected the game they pursued and loved the wild places they chased them in The North American Model of conservation is built upon active public involvement instilling a value for wildlife in all citizens
Hunting Opportunity for All The Model was developed on the premise that all people regardless of political or economic standing could participate in and feel the thrill of the chase It is this unique Model that provides us with wildlife opportunities for all Americans Imagine how important this was to our fore fathers who left a brutal
King in England where only the aristocracy had any dream of pursuing wild creatures in wild places Our
wildlife laws ensure that each generation that comes after us will have the same opportunity to enjoy and appreciate wildlife
Nonfrivolous Use Our management of wildlife depends on a citizenry that loves and appreciates the wild creatures and the habitats necessary to their survival and our quality of life Wildlife may be utilized under strict rule of
law including utilizing the wildlife once harvested to its best potential Killing wildlife for the sake of killing can only lead to the numbing of hearts to wildlife and a profound lack of respect for our most
precious resources
International Resources
It was not until the 20th
century that hunters and wildlife lovers understood the importance of
managing wildlife at a much larger scale This became readily apparent with the passage of the
Migratory Bird Treaty Act of 1918 where nations came together to manage wildlife resources as a
collective Wildlife species do not recognize national or state boundaries Governments must work together to be effective in managing wildlife for the benefit of all The United States has made great
strides in this area with Mexico and Canada Our wildlife is not only a resource to us but to all continents they may call home throughout the year Our biologists must think globally to be effective locally
Scientific Management Although Theodore Roosevelt brought conservation to the political forefront it was a young forester from Iowa that made the study of wildlife management a science Aldo Leopold is considered by many
as the ldquofather of wildlife managementrdquo due to his tireless efforts to develop curriculum for future wildlife biologists Today our biologists earn their opportunity to manage wildlife through prominent
Bachelor Masters and Doctorate degree programs from Universities around the world Wildlife must be managed using fact science and the latest research We are constantly learning and adapting to new technology and changing environments For such an important resource we cannot afford to have it any other way
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 54
Nebraska Master Naturalist Specializations Certifying as a Specialist ldquoFollow your own natural geniusrdquo wrote Thoreau ldquoand it will not fail to show you a fresh prospect every hourrdquo Many of us learn by doing When our curiosity and interests carry us into deeper study of a given subject it can be helpful to have clear opportunities to pursue Thus the Nebraska Master Naturalist Program offers specialized voluntary training for those who are hungry to develop and apply their particular skill and personal understanding on behalf of our natural legacy Specializations are designed to create collaborators leaders and mentors in four key areas
Interpretation and Outreach
Outdoor Skills and Recreation
Resource Management
Citizen Science Master Naturalist Certification Requirements Annual Requirement o 8 Hours Training Annually o 20 Hours of Volunteerism Annually Master Naturalist Specialization Requirement One Time Requirement o 20 Hours of Training Total Specific to Specialization Annual Requirement o Additional 20 Hours of Volunteerism Annually Specific to Specialization (does not include initial Certification annual requirement hours)
OUTDOOR SKILLS AND RECREATION SPECIALIZATION The purpose of OUTDOOR SKILLS AND RECREATION is to promote activity and development of skills in the outdoor pursuits associated with natural resources Specializations are designed to create collaborators leaders and mentors in particular areas A Certified Nebraska Master Naturalist can complete the Outdoor Recreation Specializationby meeting the following requirements Complete at least one of the workshops or certification‐leading trainings listed below If specialized training is not listed below it can be approved upon request by the Master Naturalist Program Committee Specialized Training Options ‐
Hunter Education Instructor Certification 13 hrs
National 4‐H Shooting Sports Instructor Certification 32 hrs
Nebraska 4‐H Shooting Sports Shotgun Certification 12 hrs
Nebraska 4‐H Shooting Sports Archery Certification 12 hrs
Nebraska 4‐H Shooting Sports Rifle Certification 12 hrs
Nebraska 4‐H Shooting Sports Pistol Certification 12 hrs
Nebraska 4‐H Shooting Sports Muzzleloader Certification 12 hrs
National Archery in the Schools Program Basic Archery Instructor 4 hrs
NRA Range OfficerMaster Certification 8 hrs
Hunt Master Training Instructor 4 hrs
NRA Shooting Instructor 16 hrs
NRA Shotgun Instructor 16 hrs
NRA Rifle Instructor 16 hrs
Boater Education Instructor 12 hrs
Youth Fishing Instructor 5 hrs
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 55
American Canoe Association National CanoeKayak Instructor 16‐32hrs
National Camp SchoolBoy Scouts 16‐24 hrs
Wood Badge TrainingBoy Scouts 16‐24 hrs
Merit Badge Counselor TrainingBoy Scouts 2‐16 hrs
Conservation Leaders for Tomorrow 35 hrs
Wilderness First Aid 16‐32 hrs
Professional Trappers College 40 hrs
American Camp Association Instructor Training 8‐40 hrs
American Red Cross Instructor Training 2‐16 hrs
American Sailing Association Instructor Training 16‐24 hrs
Certified Horsemanship Association Instructor Training 24‐40 hrs
Leave No Trace Master Educator Training 40 hrs
National Outdoor Leadership School 280 hrs
Camp Cook School 32‐96 hrs
Professional Association of Diving Instructors Training 32‐96 hrs
Professional Mountain Bike Association Instructor Training 24 hrs
League of American Bicyclists Instructor Certification 24 hrs
Hunting
Shooting
Fishing
Trapping
Camping
Outdoor Cooking
Orienteering
Geocaching
Photography
Wildlife Viewing
Hiking
Biking
Birding
Becoming an Outdoors‐Woman Program
Wilderness First Aid
Wilderness Survival
Leave No Trace Educator
Service Options ndash Provide a minimum of 20 hours of service annually in the following or similar areas
4‐H leader and youth training outdoor recreation
Scout leader and youth training outdoor recreation
Wild About Nature
Flying WILD Educator or Facilitator Workshop
Becoming an Outdoors Woman (BOW)
Beyond Becoming an Outdoors Woman (BOW)
Family Camp
Learn to Hunt Program
National Archery in the Schools Program BAI training or greater
Mentor HuntHunt Masters Training
After School Programs
Others ndash Upon approval
Outdoor discovery programs volunteer
CRO at a shooting event
Assist with National or State shooting sports competitions
Family fishing day
Design or write a brochure
Develop or contribute to a website
Develop or contribute to a social networking site
Design or write a newsletter
Assist in fundraising
Plan an event or festival
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 56
Interpretation amp Education- Developed By Lindsay Rogers Nebraska Game amp Parks
Commission
Do not try to satisfy your vanity by teaching a great many things Awaken peoplersquos curiosity It is
enough to open minds do not overload them Put there just a spark If there is some good
inflammable stuff it will catch firerdquo
- Anatole France in The Earth Speaks
Session Objectives
To help participants understand the role education plays in sounds ecological conservation
To help participants learn about past and present conservationist and interpretive educators
To help participants learn components of quality education and interpretation
To have participants partake in quality interpretive education
To make sure participants understand that their role is to light the spark and awaken curiosityhellip not spew facts
Lecture Requirements
1 What is interpretation (5 minutes) a What does ldquointerpretrdquo mean b National Association of Interpretation definition of ldquointerpretationrdquo
i Interpretation is a mission-based communication process that forges emotional and intellectual connection between the interests of the audience and the meanings inherent to the resource
c Freeman Tilden Interpreting Our Heritage 1957 i Interpretation is an educational activity which aims to reveal meanings
and relationships through the use of original objects by first-hand experience and by illustrative media rather than simply to communicate factual information
d Components of interpretation i pleasurable or enjoyable
ii relevant to the world iii organized iv themed v sparks an interest
vi includes information but does not stop there links information to the world
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 57
vii age appropriate viii taught to someone not at them
2 What is education (5 minutes)
a What does it mean to ldquoeducaterdquo someone b John Dewey Democracy amp Education 2944
i Education in its general sense is a form of learning in which the knowledge skills and habits of a group of people are transferred from one generation to the next through teaching training or research
c Components of education i - generally presented to someone but not always
ii enjoyable sometimes iii provides knowledge and facts iv can make connections but not always v organized and themed
d Both education and interpretation are important they work together
3 Conservationists (10 minutes) a Jon Muir
i Immigrated from Scotland to Wisconsin in 1849 ii Attended the University of Wisconsin studies botany amp geology
iii Moved to the western US mainly the Sierra Nevada area iv Believed humans were part of the interconnected natural world v Advocated for the preservation of natural areas
vi Co-founded the Sierra Club b Aldo Leopold
i Iowa native attended Yale University ii After college he joined the US Forest Service was stationed in Arizona
and New Mexico iii Developed theories of land ethics the need for biodiversity and an
appreciation for wilderness areas iv Moved to Wisconsin in 1924 became a professor at the University of
Wisconsin v Regarded as the ldquoFather of Conservationrdquo
c Gifford Pinchot i Born in Connecticut in 1905
ii Studied at Yale studies forestry in France iii Named chief of the Division of Forestry (later to become the US Forest
Service) iv First chief of the US Forest Service greatly improved forest
management and increased the size of Forest Service lands
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 58
v Managed forests for the greatest good for the greatest number Pinchot added the phrase in the long run to emphasize that forest management consists of long-term decisions
d Steven Mather i Born in California attended Berkley University
ii Worked for the Pacific Coast Borax Company where he had a talent for promotion Started a competing company made millions
iii When revisiting Sequoia and Yosemite National Parks in 1914 he was appalled by the conditions of the national parks
iv Joined the Department of the Interior as the head of parks later created the National Parks System
v Professionalized the National Parks and helped to greatly grow protected lands
e Rachel Carson i Born in Pennsylvania in 1907 attended John Hopkins University for
graduate school ii Went to work for the US Bureau of Fisheries (later to become the US
Fish amp Wildlife Service) iii Wrote Silent Spring in 1962 The book created an awaking for Americanrsquos
to their responsibility to the environment and wildlife The book lead to the US Government banning the use of DDT
f Theodore Roosevelt i Born in 1858 in New York New York was a sickly child who stayed inside
studying natural history ii An avid outdoorsman he spent much time in the South Dakota Badlands
iii Became President in 1901 with the assignation of President McKinley iv Among many major accomplishments as president he started the
National Parks was instrumental in conserving about 230 million acres
4 Naturalist Interpreters (10 minutes) a Freeman Tilden
i Born 1883 worked as a newspaper columnist and author ii At age 58 he began working with the National Parks Service
iii While traveling to various National Parks he became concerned with the quality of interpretation
iv Wrote Interpreting Our Heritage in 1957 outlines 6 principles to quality interpretation forever changed the field of interpretation
b William Lewis i Worked as a ranger naturalist and interpreter trainer for the National
Parks Service ii Developed the approach of ldquoThematic Interpretationrdquo which requires the
interpreter to choose a central theme (major point) to guide the development of a program
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 59
iii Wrote Interpreting For Park Visitors c Sam Ham
i Director of Center for International Training and Outreach at the University of Idaho
ii Work has focused on applying communication theory to environmental conservation interpretation and on nature-based tourism and guide training
iii Wrote Environmental Interpretation (1992) d Ted Cable
i Professor of Park Management and Conservation at Kansas State University
ii Co-authored Interpreting Cultural and Natural Resources (2003) and Interpretation for the 21st Century Fifteen Guiding Principles for Interpreting Nature and Culture (2002)
5 Conducting an Interpretative Program Try and Fail (60 minutes + 120 minutes of activities throughouthellip see list of Suggested Activities below)
a Experiential Learning i The first time you tried to walk you failed The first time you rode a bike
you failed This is called experiential learning The first time you attempt an educational or interpretation program you will fail thatrsquos how we learn
ii Donrsquot be afraid to fail b Ask Questions about the ProgramPresentation before you commit to leading it c Plan your Program
i Generally I want my presentation to be about Specifically however I want to tell my audience about After hearing my presentation I want my audience to understand (what is the big picture you want them to take home)
1 You do not need (or want) to teach your audience everything you know your job is to light the spark
ii What will your tangibles and intangibles be 1 Tangibles are those things you can touch things you use to teach
when teaching a Examples include a tree a mammal pelt a skull a live
animal a prairie 2 Intangibles involve connecting the tangibles to concepts and the
ideas they represent intangibles are the meanings the relationships the processes the ideas the feelings and the beliefs
a Examples include food webs ecosystem health entropy ecology
iii People remember themes they forget facts
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 60
iv Plan for an organized presentation 1 Think about your overall theme smaller parts of the program and
your transitions v Stick to your theme
vi Determine what type of presentation you will have 1 PowerPoint (avoid) 2 Podium Presentation (avoid) 3 Active taking a hike playing a game etc 4 Hands-on touching feeling trying hearing smelling
vii Think about all the different kinds of learners 1 verbal-linguistic 2 logical-mathematical 3 visual-spatial 4 kinesthetic 5 musical-rhythmic 6 interpersonal (groups) 7 intrapersonal (individual) 8 naturalist
d Know your role as an educator 1 Provide facts and relationships not opinions 2 Allow participants to determine their own opinions and beliefs
using the facts amp relationships you provide them 3 PLAY ldquoFIRST IMPRESSIONSrdquo
e Prepare Prepare Prepare 1 Know the type of space and area you will have (indoor vs
outdoor small space vs vast area etc) 2 Plan for more that you are told 3 Plan for the weather (always expect it to be windy in Nebraska)
f Questions i Ask good questions
1 Is this a fox Vs How do you know this is a fox 2 Do you have any questions Vs What questions do you have
ii Be prepared for quality questions 1 What are the implications for describe the impact of what are
the reasons for iii Be prepared for ldquogoodrdquo questions
1 Do you have ewoks in the forest If a Mountain Lion and an Eagle were to fight who would win
2 Take all questions seriously Answer seriously g Model what you want to see the students do
i If you want a group of students to catch insects help them get active with them
ii This is true when working with children and adults
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 61
1 Working alongside students validates them and their learning h Be enthusiastic show your passion
i This is another form of modeling what you want to see in your students ii We need to excite students (no matter their age) about conservation
nature and the outdoors iii Have fun
6 Take Home Lesson Light the Spark and Donrsquot Be Afraid to Fail
Suggested Activities (amp potential mandatory activities)
Throughout the lesson conduct multiple games andor activities to model good interpretation
Suggested games include but are not limited to
1 Oh Deer (Project WILD) 2 First Impressions (to be done during section 5) (Project WILD) 3 The Long Haul (Project WET) 4 Sum of the Parts (Project WET) 5 Water Quality Ask the Bugs (Project WET) 6 Adaptation Artistry (Flying WILD) or Fashion a Fish (Aquatic Project WILD) 7 Avian Antics (Flying WILD) 8 Pollinators Meet Your Plants (Nebraska Project WILD wwwnebraskaprojectwildorg) 9 Scavenger Hunts (Nebraska Project WILD wwwnebraskaprojectwildorg)
Suggested Post-Readings
Interpreting Our Heritage Freeman Tilden 1957 (4th edition 2008)
ISBN-13 978-0807858677
Interpreting for Park Visitors William Lewis 1981
ISBN-13 978-0890620793
Environmental Interpretation Sam Ham 1992
ISBN-13 978-1555919023
Interpretation for the 21st Century Fifteen Guiding Principles for Interpreting Nature and
Culture Larry Beck amp Ted Cable 2002
ISBN-13 978-1571675224
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 62
Interpretation-Making a Difference on Purpose Sam Ham 2013
ISBN-13 978-1555917425
Foundations of Interpretation Curriculum Content Narrative National Parks Service 2007
httpwwwnpsgovidpinterp101foundationscurriculumpdf
Websites
National Association of Interpretation
wwwinterpnetcom
North American Association for Environmental Education
wwwnaaeeorg
Nebraska Alliance for Conservation and Environment Education
wwwnaceeorg
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 63
Safety in the Field
Developed by Rich Hawes Nebraska Master Naturalist rdhawes26msncom
Objectives
Raise awareness of Risk Managementassessment as part of event planning
Guidelines to safe activities for participants presenters and the environment
Present Leave No Trace Principals as part of all outdoor activities
Present resources for additional training or certification for outdoor activities
Hands on activities to encourage interest and to provoke thought and discussion
Hazards of the area
Outdoor hiking safety
Stewardship of the land and natural resources
Being flexible and working with ldquowhat you haverdquo
Outline
1 Outdoor Activities ndash Whatrsquos The Worst That Can Happen An Introduction to Event Planning and Risk Management
2 Leave No Trace Principals
3 Trip planning and Logistics
4 Health amp Safety
5 Youth Protection
6 Age Appropriate Activities
7 Resource Training and Certifications
a Standard First Aid CPRAED Wilderness First Aid
b Shooting Sports - Range Safety Officer or Instructor
c Hunter Safety Instructor
d Climbing COPE and Zip Lines
e Water Safety Instructor Life Guard Small Boat Handling
f Leave No Trace Trainer or Master Educator
g Tread Lightly Tread Trainer or Master Tread Trainer
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 64
Suggested Activities
CPR Scenario
First Aid Scenario
Weather Scenario
Lost Scenario
Online Resources
American Camp Association
Boy Scouts of America
Youth Protection
Safe Swim Defense
Safety Afloat
Climb On Safely
Weather Safety
Trek On Safely
(etc)
Leave No Trace
Nebraska Game amp Parks
Hunter Safety
Boating Rules amp Regs
National Rifle Association
(Archery groups)
American Red Cross
(wilderness medicine group(s))
NOLS
Tread Lightly
US Coast Guard
NEBRASKA MASTER NATURALIST Explore Contribute Connect
22
Taxonomy in a Nutshell
Definitions
Classification is a systematic arrangement in groups or categories according to established
criteria
Taxonomy is the orderly classification of plants and animals according to their presumed natural
relationships
Binomial nomenclature (Binomial = 2 terms ndash Generic amp specific nomenclature = set of names)
is a system of naming in which each species of animal or plant is given a two tern Latin name
The first term identifies the genus to which the plantanimal belongs and is always spelled with
a capital letter The second term is the species of the plantanimal and is spelled with a lower
case letter This ldquoscientific namerdquo is usually printed in italics or underlined For example ndash Felis
concolor or Felis concolor
The Reason for ithellipWhy use taxonomy
Scientific taxonomic classification is a tool used through the world in an effort to catalog and compare
living things Zoologists now classify approximately 15 million animal species Each year about 10000
new species are added and it is estimated that more than 10 million different animal species may
actually exist on earth
Okay But why Latin
Common names of animals and plants vary from place to place even within a community For instance
the animal name above Felis concolor is known as puma mountain lion catamount panther and
several other local names So how does a biologist from Nebraska know that she and a scientist from
Scotland are talking about the same animalplant Throughout the scientific world Latin is recognized
as the universal language of scholars and scientists By referring to it by its Latin ldquoscientific namerdquo there
is no mistaking what animalplant they are referring to Latin also provides a source for decoding the
scientific name into something that tells you a little about the animalplant itself A translation often
provides a short description of the animal ie the giant anteaterrsquos species tridactyla actually means
three-toed
Background
The identification and comparison of different animals and plant species dates back to ancient times
Naturalists wrote herbals and bestiaries that were lists and descriptions of familiar organisms of a given
locality There was little interest in communicating outside a restricted region The advent of the
printing press led to broader dissemination of books and ideas Cataloging and comparing species on a
more comprehensive scale became possible As naturalists compiled their work they used many words
NEBRASKA MASTER NATURALIST Explore Contribute Connect
23
to describe a species by several characteristics sometimes defining one species in terms of another For
example the blue chair with the fluted arms the red chair like the blue chair with the fluted arms etc
Each authorrsquos system and terminology was different It is only comparatively recently that the
observation and study of the animal and plant world has begun to be organized along truly scientific
lines
Toward the middle of the eighteenth century the Swedish botanist Carolus Linnaeus produced a general
classification of all living species and this system has formed the departure point for all subsequent
developments of taxonomy His system was ambitious and used polynomials some with fifteen words
An example is the oak with leaves with deep blunt lobes bearing hair-like bristles Although he
considered the polynomial name to be the true one he also made notes with two-term names The
current binomial system used today is based upon these notes His writings and those of other scientists
that came after him became the standard for all classifications Since Latin was the universal language
of scholarship his writings were all in Latin Actually his real name was Carl van Linne but he translated
that to Latin as well
In the course of the last couple of centuries naturalists have come to adopt two different forms of
investigation and comparison in their classification process First they studied the question of
adaptation to the environment the significance of diverse structures and behavioral patterns among
animal species and the reason why these different modes of behavior and lifestyles enable animals in
different surroundings to survive
Secondly they have tried to recognize affinities and relationships between the various species They
have attempted to identify the ldquofamily likenessesrdquo that often exist among species which live in different
environments and therefore may be quite unlike one another in outward appearance
As a result of all this research scientists have built up a system of classification which places every
animalplant species in a particular category according to its relationships with other animalsplants
This is taxonomy
Side note ndash genetic testing is now being used to help with classification
How does it Work
When a new animalplant is recognized and identified it is given a species name This may be a term
that describes it or identifies the person who first recognized it as a separate species Originally these
species names were assigned by the individual scientist that discovered them but now they are
assigned by international groups Once this species term is assigned it almost never changes In theory
NEBRASKA MASTER NATURALIST Explore Contribute Connect
24
it is never supposed to be changed even if it is later moved to a different genus family or class but over
the years there have been a few exceptions
The basis of taxonomy however is the genus This is the smallest grouping of related species When
taxonomy began there were relatively few identified species so species were grouped into genera and
there it ended As the body of knowledge grew so did the need for a broader system of grouping From
there the hierarchical system of classification based on natural features evolved
The current system works as follows
Individually related species are grouped into the same genus
The most closely related genera are grouped into the same family
Related families are grouped into an order
Orders are grouped into a related class
Similar classes are included in the same phylum
The phyla are then placed into the proper kingdom
Each of these categories may also contain sub- or super- subdivisions
Taxonomy is a constant work in progress As scientists learn more about different species their
classification may change Changes can reflect a clearer understanding of where the species fits in
among the others with similar characteristics Until recently we only had to contend with two kingdoms
ndash animal and plants Today scientists recognize a least five different kingdoms of living things
Monera ndash bacteria and blue-green algae
Protista ndash one-celled organism with nucleus
Plantea ndash green plants
Fungi ndash non-green plants
Animalia ndash animals
NEBRASKA MASTER NATURALIST Explore Contribute Connect
25
Fauna of Nebraska
Developed and Adopted by Keanna Leonard Education Director Rowe Sanctuary
Objectives for Fauna Mammals Amphibians amp Reptiles Birds 3-4 hours
1 Descriptions ndash (Mammals Amphibians and Reptiles birds --ndash IMPORTANT CHARACTERISTICS)
2 Vocabulary
3 Common Oderrsquos in Nebraska and examples
4 Nuts amp Bolts of Mammals How to ID amp locate specific animals and their evidence (possible
activity tracks traces etc) in Nebraska
MAMMALS IN A NUTSHELL Basic Characteristics
1 Mammary glands (hint the name) that
produce milk
2 Sweat glands
3 Sebaceous glands for oil
4 Presence of hair on the body at some time
during life span
5 Homiothermic Endotherm (warm blooded)--
regulate high body temperature
6 Four-chambered heart
7 Enucleated red blood cells
8 Have a diaphragm
9 Enlarged cerebral hemisphere
10 One bone in lower jaw and complex
dentition
11 3 middle ear bones
12 Turbinal bones in nasal chamber
13 Eggs develop in a uterus with
placental attachment and born alive
(viviparous)
MAMMAL VOCABULARY
Altricial Born helpless
Arboreal Tree dwelling
Carnivore A mammal in the order Carnivora
Carnivorous Meat eating
Crepuscular Active at dusk and dawn
Diurnal Active during the day
Dominant Ruler or leader of others
Habitat Region where an animal lives
Herbivore An animal that eats only plants
Herbivorous Plant eating
Hibernation Winter period when certain
animals become inactive to a point in
where all body functions slow
considerably for a long period
Instinct Inherited mode of behavior
Mammal Animals that have hair on their
bodies (see other char above)
Marsupial Animals whose females have
pouches
Nocturnal Active during nighttime
Omnivore Animals that eats both meat and
plant material
Omnivorous Eating both meat and plant
material
Precocial Born in an advanced stage of
development and able to move about
Predator Animals that kills another animal for
food
Prehensile Grasping
Prey Animal hunted for food
NEBRASKA MASTER NATURALIST Explore Contribute Connect
26
Protective coloration Enables the animal to
blend in with surroundings
Reticulated Net-like pattern of skin
Terrestrial Ground dwelling
Viviparous Live birthing
There are 21 orders of mammals found in the world
Listed below are the orders and examples of common species found in Nebraska
More Species found in Core Curriculum Binder
Insectivores (shrews and moles)
Masked Shrew (Sorex cinereus)
Northern Short-tailed Shrew (Blarina
brevicauda) (venomous)
Least Shrew (Cryptotis parva)
Eastern Mole (Scalopus aquaticus)
Chiroptera (bats)
Big Brown Bat (Eptesicus fuscus)
Red Bat (Lasiurus borealis)
Hoary Bat (Lasiurus cinereus)
Xenarthra
Nine-banded Armadillo (Dasypus novemcinctus)
Lagomorpha Eastern Cottontail (Sylvilagus floridanus) Black-tailed Jackrabbit (Lepus californicus)
Rodentia
Franklinrsquos Ground Squirrel (Spermophilus
franklinii)
Thirteen-lined Ground Squirrel (S
tridecemlineatus)
Black-tailed Prairie Dog (Cynomys
ludovicianus)
Plains Pocket Gopher (Geomys bursarius)(fur-
lined pouch)
Plains Pocket Mouse (Perognathus
flavescens)
Beaver (Castor canadensis)
Eastern Woodrat (Neotoma floridana)
Meadow Vole (Microtus pennsylvanicus)
Muskrat (Ondtra zibethicus) (laterally
compressed tail)
Porcupine (Erethizon dorsatu
Carnivora Despite the name of the order not all are carnivorous Many are omnivores (most bears and raccoons)
and some are even herbivores (giant panda)
Most carnivorous mammals have 3 up and 3 down relatively small incisors and 1 up and 1 down large
canine teeth on both sides of the incisors
Common species found in this area include
Family Canidae Coyote (Canis latrans) Red fox (Vulpes vulpes)
Family Procyonida Raccoon (Procyon lotor)
Family Mustelidae
NEBRASKA MASTER NATURALIST Explore Contribute Connect
27
Long-tailed Weasel (Mustela nivalis)
Least Weasel (M nibalis)
Mink (Mustela vison)
Badger (Taxidea taxus)
Striped Skunk (Mephitis mephitis)
River Otter (Lutra canadensis)
Family Felidae Bobcat (Felis rufus)
Artiodactyla Mule Deer (Odocoileus hemionus) White-tailed Deer (O virginianus
References National Audubon Society Field Guide to North American Mammals by John O Whitake Jr Robert
Elman Carol Nehring (Alfred A Knoph Inc 1994)
Guide to Mammals of the Plains States By J Knox Jr Davide M Armstrong Jerry R Choate (University
of Nebraska Press 1985)
The Nuts and Bolts Know important characteristics especially-
Mammary glands Sweat glands Sebaceous glands Hair sometime during their life
4 chambered heart
Though these critters look like a rodent
Donrsquot confuse them for a moment
They sport small eyes and ears out of view
Their teeth are small sharp and more than a few
They are made up of one mole and shrews three
So in what ORDER can they be
Commonly seen species of Chiroptera number three And are known as the only mammals to swim through the air free They are normally seen at night and for finding food use echolocation rather than sight Now I know you know what they be But go ahead and name all three These mammals have what humans claim to be a disgusting habit of defecating undigested pellets and eating them again What are they Chewing the cud is normal for this group and so is walking on their two middle toes Name the common species found in this area
NEBRASKA MASTER NATURALIST Explore Contribute Connect
28
AMPHIBIANS
Basic Characteristics
1 Skin naked No scales or hair
2 Eggs do not have shells but are jelly like
Laid in clusters always in water
3 Ectodermic
4 Can breathe through permeable skin
5 Spend all or part of life in water
6 Adults are carnivores Size of head
determines size of prey
7 Incomplete lung development
DIFFERENCES BETWEEN REPTILES AND AMPHIBIANS
Reptiles
1 Ectodermic
2 Covered with scales or plates
3 Shed skin
4 Most not do not live in or around water
Amphibians
1 Ectodermic
2 Smooth slimy skin without scales
3 Do not shed skin
4 Spend all or part of life in water
5 Go through metamorphose
Listed below are the orders and examples of common species found in Nebraska
More Species found in Core Curriculum Binder
Salamanders (Order Urodela)
Small-mouth Salamander (Ambystoma
texanum) Occurs in eastern Nebraksa
Tiger Salamander (A tigrinum) Occurs
throughout the state
Frogs and Toads (Order Anura) Thirteen species occur in Nebraska
Pelobatidae or Spadefoot Family
Plains Spadefoot (Spea bombifrons) Occurs throughout Nebraska expect southeast
Ranidae or True Frog Family Plains Leopard Frog (Rana blairi)
Northern Leopard Frog (Rana pipiens)
Bullfrog (Rana catesbeiana
Microhylidae or Narrow-mouthed Family Plains Narrowmouth Toad (Gastrophryne olivacea)
NEBRASKA MASTER NATURALIST Explore Contribute Connect
29
Bufonidae or Toad Family
American Toad (Bufo americanus) Occurs only
in eastern part of the state
Great Plains Toad (Bufo cognatus) Occurs
throughout the state
Woodhousersquos Toad (Bufo woodhousei) Occurs
throughout the state
Hylidae or Tree Frogs
Northern Cricket Frog (Acris crepitans) East
and central Nebraska
Western Striped Chorus Frog (Pseudacris
triseriata amp P maculata) Occurs throughout the
state
Copes Gray Treefrog (Hyla chrysoscelis) Found
in eastern part of state
Resources Reptiles and Amphibians of Nebraska ndash herpetology database httpsnrsunleduherpneb
NEBRASKA MASTER NATURALIST Explore Contribute Connect
30
REPTILES Basic Characteristics
1 Ectothermic (cold-blooded) Body temperature is the same as the temperature of its surroundings
2 Dry skin covered with scales or plates
3 Teeth if present are needle-like or conical
4 Skin shed in one piece or several pieces at intervals
5 Lay soft shelled eggs or young born alive in a membranous sac
6 Lung breathing
There are four groups
Lizards - Short-legged long-bodied reptiles
Taped tail Size varies from 4- inch long fence
swift to 10 foot Kamodo dragon
Snakes - Legates cousins of lizards
Turtles - Armored shells
Crocodilians - Crocodiles Alligators Caimans
REPTILE VOCABULARY
Antivenin An antidote to the venom of
venomous snakes produced by inoculating
horses with small doses of venom Horses build
up an immunity or resistance The horsersquos
blood is used to make the antivenin
Blue Stage Refers to the condition of a snake
prior to shedding
Carapace Dorsal (covering the back) shell
Constrictor A term used in describing a snake
that kills its prey by constriction
Ectothermic Not able to control body
temperature (Cold-blooded) Dependent upon
environment to control body temperature
Egg Tooth A sharp projection located in front
of nose on upper jaw Used by infant reptiles to
cut through eggshell
Fangs Grooved or tubular teeth used to inject
venom
Hemotoxin Venom that attacks the blood
Herpetologist A specialist in reptiles
Jacobsonrsquos Organ A tastesmell sense organ
with two small openings located on roof of
mouth
Thermal Pit A heat sensory pit on side of head
between nostril and eye Allows snakes to track
warm-blooded animals and to strike accurately
especially at night Found only in venomous
snakes known as pit vipers
Neurotoxin Venom that attacks the nervous
system
Oviparous Lays egg
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31
Ovoviviparous Give birth to live young Egg
developed in female and then deposited as a
living young
Plastron Ventral (covering the belly) shell
Reticulated Net-like pattern on skin
Scales Folds of skin covering reptiles
Scutes Single section of shell each sell is made
up of many scutes
Toxic Poisonous
Toxin Poison
Undulating Type of snake locomotion typical of
most snakes - Leaves ldquoSrdquo shape track
Venom Poisonous fluid secreted from glands
and transmitted by bite or sting
Venomous Describes animal containing venom
gland
Nuts amp Bolts of Reptiles
Most reptiles are carnivores (eat meat) Many will eat only live food Some are herbivores (eat
plant material) as well as insectivores (eat insects)
Reptiles often found in water or underground for protection from predators and to help
regulate body temperature Air temperature can change quickly but water and soil
temperature are more constant therefore it helps to regulate the reptiles body temperature
Because they are ectothermic many reptiles live in places that are warm year round In colder
climates reptiles hibernate underground below the freeze line
Most reptile lay eggs and are called oviparous Eggs are buried in sand soil rotted logs etc and
kept warm only by heart from the sun or from rotting vegetation Very few reptiles stay around
to protect their eggs Some reptiles keep their eggs inside their bodies until they hatch and
produce live young (ovoviviparous) Example - garter snakes Very few reptiles care for or feed
their young Young are precocial able to look after themselves minutes after they hatch
Most snakes are harmless Even snakes that are venomous will not bite unless they are
cornered or stepped on Snakes are good and necessary animals They help control potential
destructive populations of rodents
Listed below are the orders and examples of common species found in Nebraska
ORDER CHELONIA Basic Characteristics
1 Contains all forms of turtles and tortoises
2 Has body enclosed in a shell made of
modified horny scales and bone Shell made of
two parts Carapace - upper part covering
animalrsquos back Plastron-under part covering
animalrsquos stomach amp chest
3Ribs and most of vertebrae attached to shell
4 Neck long and flexible and can usually be
withdrawn into shell
5 Have no teeth but jaws outfitted with horny
beaks
6 All lay eggs Usually bury eggs in pit in sand or soil Hatchlings must dig themselves to the surface
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32
Examples of Turtles found in Nebraska Snapping Turtle (Chelydra serpentina)
Blandingrsquos Turtle (Emydoidea (Emys)
blandingii) Protected Species
False Map Turtle (Graptemys
pseudogeographica) Protected Species
Ornate Box Turtle (Terrapene ornata)
Smooth Softshell (Apalone mutica)
Spiny Softshell (Apalone spinifer
SUBORDER LACERTILA (lizards) Basic Characteristics
1 Dry scaly skin clawed feet external ear
openings
2Have movable eyelids - snakes do not
3 Males and females often show different
coloration
4 Generally diurnal but many nocturnal
(geckos night lizards Gila Monsters)
5 Courtship brief fertilization is internal
6 Most are egg layers
Examples of Lizards of Nebraska
Six-line Racerunner (Cnemidophorus sexlineatus Five-line Skink (Eumeces fasciatus)
Many-lined Skink (Eumeces mulitvirgatus)
Great Plains Skink (Eumeces obsoletus)
Slender Glass Lizard (Ophisaurus attenautus)
Lesser Earless Lizard (Holbrookia maculate)
Northern Prairie Lizard (fence lizard)
(Sceloporus undulates)
SUBORDER SERPENTES (Snakes) Basic Characteristics
1 Elongated scaly bodies (to protect from water
loss) no limbs external ear opening or eyelids
(eye covered with a clear scale)
2 Terrestrial subterranean arboreal
amphibious
3 Carnivores swallow prey whole
4 Continue to grow throughout their lives
6 Hibernate in colder climates
7 Males locate females by scent
8 Internal fertilization
9 Some lay eggs others bear live young
11 Vipers (venomous snakes) have heat-
sensing organs called thermal pits
NEBRASKA MASTER NATURALIST Explore Contribute Connect
33
12 Teeth slanted back If one is lost another drops down in itrsquos place
Examples of snakes found in Nebraska
Black Rat Snake (Elaphe obsoleta)
Great Plains Rat Snake (Elaphe guttata)
Bullsnake (Pituophis catenifer)
Common Kingsnake (Lampropeltis getula)
Eastern Hognose Snake (Heterodon
platyrhinos)
Western Hognose Snake (Heterodon nasicus)
Glossy Snake (Arizona elegans)
Milk Snake (Lampropeltis triangulum)
Plains Garter Snake (Thamnophis radix)
Common Garter Snake (Thamnophis sirtalis)
Racer (Coluber constrictor)
Pit Vipers
Copperhead (Agkistrodon contortrix) found in extreme southeast Nebraska
Massasauga (Sistrurus catenatus) Found in southeast Nebraska Protected Species
Prairie Rattlesnake (Crotalus viridis) Found in central and western parts of the state
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 34
Birds What Makes a Bird a Bird IMPORTANT CHARACTERISTICS
So what makes a bird a bird All birds share one common characteristic that no other animal has and
that is FEATHERS Other characteristics include
Maintain high constant body temperature Endotherms (warm-blooded)
Possess toothless beaks or bills
All lay hard-shelled eggs (oviparous)
Air sacs in birdrsquos body give buoyancy
Generally bones are hollow Decreases body weight
Four-chambered heart
Lend Me Your Ear Yes birds have ears but they are missing the pinna or outside part of the ear that collects sound Birds
have feather-covered openings on both sides of the head just behind the eyes Owls and other night-
flying birds have off-setting ears that allow them to pinpoint the exact position of prey
Can birds smell We are not quite sure how well most birds smell We do know vultures use the sense of smell to find
their dinner The champion bird sniffer belongs to kiwi found in New Zealand They are able to sniff out earthworms Some diving birds like cormorants cannot even breathe through their nostrils because they are sealed Ocean birds have special glands in their noses which eliminates salt from the salty water they drink
Eggs Birds lay hard-shelled eggs made mostly of carbon carbonate The hard shell keeps the egg from drying
out and allows parents to sit on it without damaging the developing chick Though the shells are hard it
does not mean that they are non-porous Microscopic pores allow the embryo to ldquobreatherdquo Carbon
dioxide and oxygen can pass through the shell
Eggs come in all sizes colors and patterns We believe that the different colors and patterns are
intended as camouflage Blue and green eggs are found in nests that are in the shade Patterned eggs
blend in with vegetation and stones and white eggs are normally found in cavities
The shape of eggs also depends on where a bird nests The most common shape is oval A pointed egg
is usually found near ledges Round eggs are generally found in highly secure nests
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 35
Commonly Seen Bird Families of Nebraska
Grebes (Family Podicipediae ndash rump foot)
WHAT TO LOOK FOR
Sleek diving waterbirds - small to medium size
Most have sharp pointed bills with fairly long necks short wings and almost no tail
Have lobed toes and legs set far back on body
Common Nebraska species - Pied-billed horned eared western and Clark grebes
Pelicans (Family Pelecanidae ndash an ax)
WHAT TO LOOK FOR
Very large waterbirds
Huge bills with large distensible pouches
Most are white with black flight feathers ndash wingspan 6-9 feet
Common Nebraska species ndash American White Pelican
Cormorants (Family Phalacrocoracidae ndash bald raven)
WHAT TO LOOK FOR
Large diving waterbird shaped like an elongated goose
Long neck and long bill hooked at the end
Wing span 3-5 feet Mostly dark in color
Common Nebraska species ndash Double-crested cormorant
Herons Egrets and Bitterns (Family Ardeidae - )
WHAT TO LOOK FOR
Medium to large wading birds
Usually with long legs bills and S-shaped neck
Short rounded tails
Common Nebraska species ndash American and least bitterns great and snowy egrets little
blue egret cattle egret great blue green black-crowned night and
yellow-crowned night herons
Ibises (and Spoonbills) (Family Threskiornithidae ndash sacred bird)
WHAT TO LOOK FOR
Medium to large wading birds
Long necks and legs with a duck-like body
Long tapering down-curved bill Common Nebraska species ndash white-faced ibis
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Page | 36
Vultures (Family Cathartidae ndash cleanser)
WHAT TO LOOK FOR
Large soaring scavengers
Resemble eagles and large hawks in flight
Head and neck void of feathers bill hooked
Hold wings in a raised V-shape (dihedral)
Common Nebraska species ndash turkey vulture
Duck Geese and Swans (Family Anatidae ndash waterfowl)
WHAT TO LOOK FOR
Medium to large waterbirds
Large heads with conspicuous and horizontally flattened bills
Long necks heavy bodies relative short tails webbed feet and long wingspan Major differences between duck geese and swans
Ducks
Smallest of the three Have a soft swelling about the nostrils called a cere
Males of most ducks are easily separated from females by their gaudier plumage Feathers are
molted twice a year
Most males change into nuptial plumage after pair formation in the fall There may be some
modification of shape of a single feather or entire regions of plumage
Most species are sexually mature at 9 - 11 months
Males take no part in incubation
Geese
Neck shorter than body
Lore (area between eye and bill) feathered and more bluntly triangular than ducksrsquo
Sexes are similar
Permanent pair bonding
Molt once per year postnuptially
Sexually mature at 3 years
Males protect female clutch and brood after hatching
Young stay with parents for almost a year
Legs of most geese are farther forward under the belly than those of typical swans and ducks
Swans
Longest necks - necks slightly longer than body
Lore is naked
Sexes are similar
Molt once per year postnuptially - parents molt one after the other so one is able to fly
Young are carried on parentsrsquo backs
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 37
Sexually mature at 4 -5 years
Hawks and Allies (Family Accipitridae ndash to grasp or take)
Medium to very large diurnal raptors
Hooked beak strong legs and sharp talons
Buteos (buzzard hawks)
Stocky with broad wings wide tails
Soar and wheel high in the sky
Common Nebraska species ndash red-shouldered broad-winged Swainsonrsquos red-tailed
ferruginous rough-legged hawks
Accipiters (true hawks)
Small heads short rounded wings longish tail slender bodies
Fly with several rapid beats and a glide Common Nebraska species ndash sharp-shinned hawk Cooperrsquos hawk northern goshawk
Harriers
Slim body with slim round-tipped wings
Fly in open country gliding low with wings lifted in a V (dihedral)
Species in Nebraska - northern harrier
Kites
Small falcon shaped buoyant gliders not power-fliers
Common Nebraska species ndash Mississippi Kite
Osprey
Soar high on long swept-back wings
Broad tail short-headed appearance
Often travel in pairs
Eagles
Large very broad bodied with broad long plank-like wings massive head and bill
Soar steadily holding wings flat out to the side
Powerful wing beat on upstroke wings raised high Common Nebraska species ndash bald and golden
Falcons (and caracaras) (Family Falconidae - )
WHAT TO LOOK FOR
Small to large compact fast-flying raptors
Long pointed wings bent at the wrist - Strong rapid wing strokes
Common Nebraska species ndash American kestrel gyrfalcon peregrine falcon prairie falcon
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 38
Grouse Turkeys and Pheasants (Family Phasianidae ndash cock or fowl-like bird)
WHAT TO LOOK FOR
Ground dwelling birds with feather nostrils
Short strong bills and short rounded wings
Flight strong but brief
Males perform elaborate courting displays
Common Nebraska species ndash ring-necked pheasant sharp-tailed grouse greater
prairie chicken wild turkey
New World Quail ( Family Odontophoridae ndash bearing teeth)
WHAT TO LOOK FOR
Ground dwelling bird found in brushy habitat and other dense low foliage
Chunky rounded bodies and crests or head plumes
Chicken-like bill short rounded wings
Common Nebraska species - northern bobwhite
Rails and Coots (Family Rallidae - )
WHAT TO LOOK FOR
Marsh birds with short tails and stubby wings
Secretive and identified chiefly by call and habitat
Rails are laterally flattened ldquoThin as a railrdquo Coots are plumper and gregarious
Common Nebraska species ndash yellow rail black rail king rail Virginia rail sora common
moorhen American coot
Cranes (Family Gruidae - )
WHAT TO LOOK FOR
Tall stately wetland birds with long necks and long bills
Tertial flight feathers droop over rump in a bustle when standing
Fly with necks fully extended
Circle in thermals like raptors
Common Nebraska species - sandhill and whooping cranes
Plovers and Killdeer (Family Charadriidae ndash nocturnal waterbird)
WHAT TO LOOK FOR
Small to medium shorebirds that dart across the ground stop and then take off again Upright posture with medium length legs and long pointed wings
Rounded head large eyes thick neck with a short thick bill
Common Nebraska species ndash black-billed American golden snowy semipalmated piping
plovers and killdeer
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Page | 39
Stilts and Avocets (Family Recurviostridae- bent bill)
WHAT TO LOOK FOR
Tall slim shorebirds
Long thin bill very long slender legs long neck striking black-and-white plumage Stilts have straight bills avocets have re-curved bills
Common Nebraska species ndash American avocets black-necked stilt
Sandpipers and Phalaropes and Allies (Family Scolopacidae ndash woodcock)
WHAT TO LOOK FOR
Diverse group of shorebirds
Long toes and long tapered wings
Bill and leg length varies but bill more slender than a ploverrsquos
Plumage browns grays and whites with reds and oranges during breeding season
All but one species have short elevated hind toe
Species found in Nebraska include common snipe ruddy turnstone phalaropes sandpipers
woodcocks godwits whimbrels willets etc
Dowitchers
WHAT TO LOOK FOR
Medium sized chunky dark shorebird
Long straight bills and distinct pale eyebrows
Feed in mud or shallow water in a rapid jabbing motion
Phalaropes
WHAT TO LOOK FOR
Often spin like a top in water when feeding
Female larger and more colorful than male
Male tends incubates and cares for chicks
Common Nebraska species ndash Wilsonrsquos and red-necked phalaropes
Gulls Terns and Allies (Family Laridae ndashsea birds)
Gulls
WHAT TO LOOK FOR
More robust with wider wings and longer legs than terns
Bill slightly hooked tail square or rounded - Seldom Dive
Common Nebraska species ndash Pomarine Jaeger Franklinrsquos little Bonapartersquos ring-
billed California Herring Thayerrsquos lesser black-backed glaucous
Sabinersquos gulls black-legged kittiwake
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 40
Terns
WHAT TO LOOK FOR
Graceful more streamline than gulls
Usually has a forked tail ndash most whitish with black cap
Sharp-pointed bill - Hoover and dive headfirst for fish
Common Nebraska species ndash Caspian common Foresterrsquos terns
Pigeons and Doves (Family Columbidae ndash dove)
WHAT TO LOOK FOR
Plump fast flying cooing voice
Short legs and necks and small heads short bills
Tail fan-like rounded or pointed
Pigeons larger than doves
Common Nebraska species ndash rock mourning Eurasian collared doves
Cuckoos Roadrunners and Anis (Family Cuculidae - )
WHAT TO LOOK FOR
Slender with a long tail at least half of the birdrsquos total length
Fairly large sturdy decurved (curving down) bill
2 toes forward 2 back (zygodactyls)
Common Nebraska species - black-billed cuckoo and yellow-billed cuckoo
Barn Owls (Family Tytonidae -)
WHAT TO LOOK FOR
Slim medium sized night hunter
Legs are long and sparsely feathered
Large head with large forward-facing immovable eyes
Heart-shaped face hooked beak and ghostly appearance
Typical Owls (Family Stigidae ndash night bird)
WHAT TO LOOK FOR
Generally night hunters
Large heads flatten face with large forward-facing immovable eyes hooked beak
Mottled appearance some with feather tuffs upright stance
Common Nebraska species ndash eastern screech great horned burrowing barred long-eared
short-eared northern saw-whet owls
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 41
Nighthawks and Nightjars (Family Caprimulgidae ndashgoat sucker)
WHAT TO LOOK FOR
Nocturnal or crepuscular
Big tail large eyes tiny bills surrounding a large gaping mouth
By day sit horizontally on limb or on ground
Easiest to identify by voice
Common Nebraska species ndash common nighthawk common poorwill chuck-willrsquos-widow
Whip-poor-will
Swifts (Family Apodidae ndash without feet)
WHAT TO LOOK FOR
Small to medium sized aerial foragers ndashspend most of life flying
Long sickle-shaped wings bending close to body and extremely short legs
Eat bathe drink and sometime mate in the air
Common Nebraska species - chimney swift white-throated swift
Hummingbirds (Family Trochilidae ndash small bird)
WHAT TO LOOK FOR
Tiny body long slender bill
Distinctive blur and hum of hovering wings
Jewel-like throat feather found on male
Common Nebraska species ndash ruby-throated broad-tailed and rufous hummingbirds
Kingfishers (Family Alcedinidae - kingfisher)
WHAT TO LOOK FOR
Small to medium size
Thickset with short neck and tail small feet
Large head with a ragged crest and long strong bill
Sit on lines and low branches near water or hovers above water
Plunges head first into water to catch fish
Common Nebraska species ndash belted kingfisher
Woodpeckers (Family Picidae ndash woodpecker)
WHAT TO LOOK FOR
Arboreal (tree) birds
Vertical posture creep up trees
Strong chisel-like bill short legs stiff tail feathers rounded wings
Undulating flight pattern and characteristic bill drumming
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 42
Common Nebraska species ndash Lewisrsquos red-headed red-bellied hairy downy woodpeckers
yellow-bellied and red-naped sapsuckers northern flicker
THE PASSERINES Feet adapted to perching
Tyrant Flycatchers (Family Tyrannidae - lord ruler king)
WHAT TO LOOK FOR
Small to medium perching bird
Large head broad flattened bill pointed wings short legs
Bristly ldquowhiskersrdquo at base of bill
Sit upright on exposed branch and dart out to catch insects
Common Nebraska species - flycatchers pewees kingbirds phoebes kingbirds
Shrikes (Family Laniidae ndash butcher)
WHAT TO LOOK FOR
ldquoButcher birdsrdquo ndash impale prey on thorns (may be to attract a mate and mark territory)
Robin-size bird with hooked bill and masked face with hawk-like behavior
Black gray and white birds
Common Nebraska species - northern and loggerhead shrike
Vireos (Family Vireondae ndash small bird)
WHAT TO LOOK FOR
Small olive- or gray-backed bird with short sturdy cylindrical slightly hooked bill
Can have wing bars and eye-rings or have eye stripes and no wing bars
Often confused with warblers but are chunkier bigger headed thicker billed
Common Nebraska species ndash white-eyed Bellrsquos yellow-throated plumbeous
Cassinrsquos blue-headed warbling Philadelphia red-eyed
Crows and Jays (Family Corvidae ndash raven)
WHAT TO LOOK FOR
Large perching bird with strong longish all-purpose bill to handle variety of foods
Nostrils covered with feathers
Legs scaled in front and smooth behind
Harsh voice and noisy
Bold gregarious
Common Nebraska species - black-billed magpie American crow
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 43
Larks (Family Alauidae ndash lark)
WHAT TO LOOK FOR
Ground dwellers of open fields ndash seldom seen in trees and shrub
Walk rather than hop have an elongated hind toe
Slender billed seed and insect eaters
Yellowwhite face with black facemask horns and breast band
Has musical song often sung in display flight
Common Nebraska species ndash horned lark
Swallows and Martins (Family Hirundinidae ndash swallow)
WHAT TO LOOK FOR
Slim streamline bodies with long pointed angled wings
Tail forked or squared legs and feet inconspicuous
Bill short and wide
Fluid aerialists ndash dart about catching insects
Flocks perch in long rows on branches and lines
Common Nebraska species ndash purple martin northern rough wing bank cliff barn swallows
Chickadees and Titmice (Family Paridae - )
WHAT TO LOOK FOR
Small plump sociable birds with short bills and wings
Active agile ndash often hang upside down to feed
Many times roam in little bands (often leading the group) in search of food
Chickadee ndash no tuff of feathers on head Titmice ndash tufted Common Nebraska species ndash black-capped chickadee tufted titmouse
Nuthatches (Family Sittidae ndash birds that peck bark of tree)
WHAT TO LOOK FOR
Small stout tree-climbers with slightly upturned strong woodpecker-like bills
Stubby squared off tails
Walk down trees headfirst Common Nebraska species ndash red-breasted and white-breasted nuthatches
Creepers (Family Certhiidae -)
WHAT TO LOOK FOR
Small slim tree-dwellers with stiff tails and slender downward curving bill
Primarily brown
Common Nebraska species ndash brown creeper
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 44
Wrens (Family Troglodytidae ndash cave dweller
WHAT TO LOOK FOR
Small stumpy energetic brown birds
Bill slightly down turned loud song
Tails often in ldquocockedrdquo or up-tilted position
Common Nebraska species ndash rock house winter marsh wrens
Kinglets (Family Regulidae -)
WHAT TO LOOK FOR
TINY very active songbirds ndash only certain hummingbirds smaller
Can hover will feeding
Greenish plumage with bright colored crowns Short tails
Common Nebraska species ndash ruby-crowned and golden-crowned kinglets
Gnatcatchers (and Old World Warblers) (Family Sylviidae - )
WHAT TO LOOK FOR
Small birds with slender pointed bills surrounded by rectal bristles
Drab plumage with seasonally changing head patterns
In constant motion
Common Nebraska species ndash blue-gray gnatcatcher
Thrushes (Family Turdidae -)
WHAT TO LOOK FOR
Large-eyed upright postured songbirds - known for their singing ability
Bill is slender straight but not sharp
Often hop along the ground looking for food
Common Nebraska species ndash eastern bluebird veery gray-cheeked Swainsonrsquos hermit
wood thrush American robin
Mockingbirds and Thrashers (Family Mimidae ndash imitator mimic)
WHAT TO LOOK FOR
Well known for their vocal and mimicking ability
Have short rounded wings long legs and tails
Long down-curved bills
Common Nebraska species ndash gray catbird northern mockingbird brown thrasher
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 45
Starlings (and Mynas) (Family Sturnidae - )
WHAT TO LOOK FOR
Medium sized chunky glossy birds with short tails sharp bills
Short triangular to rounded wings
Gregarious bold birds
Pipits (and Wagtails) (Family Motacillidae -)
WHAT TO LOOK FOR
Slender billed brownish ground dwellers with long back toe
Walk briskly rather than hop along the ground
Most species bob their tails up and down
Common Nebraska species ndash American pipit
Waxwings (Family Bombycillidae ndash silk tail)
WHAT TO LOOK FOR
Birds with sleek crest that can be erected
Plump-bodied birds with pointed wings with red waxy tips of secondaries
Bill is small wide and notched high thin calls
Square tail with terminal yellow band
Common Nebraska species ndash Bohemian and cedar waxwings
Wood Warblers (Family Parulidae -)
WHAT TO LOOK FOR
Brightly colored (mostly yellow) birds
Smaller than sparrows with thin needle-like bills
Common Nebraska species ndash approx 34 warblers ovenbirds yellow-breasted chats and
waterthrush
New World Sparrows (Family Emberizidae -)
WHAT TO LOOK FOR
Small to medium-sized birds - often brown streaked appearance
Rounded wings cone-shaped bills
Common Nebraska species ndash 20 sparrows towhees longspurs dark-eyed juncos snow and
lark buntings
Cardinals and Allies (Family Cardinalidae )
WHAT TO LOOK FOR
Medium to large songbirds
Have large cone-shaped bills
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 46
Males often very colorful
Common Nebraska species ndash northern cardinals rose-breasted and black-headed grosbeaks
indigo bunting dickcissel
Blackbirds Orioles and Allies (Family Icteridae)
WHAT TO LOOK FOR
Medium to large songbirds with strong straight bills
Strong-direct flight
Plumage varies from iridescent black to yellow to orange
Common Nebraska species ndash Bobolink eastern and western meadowlarks red-winged and
rusty blackbirds common and great-tailed grackles orchard Baltimore and
Bullockrsquos orioles brown-headed cowbird
Finches and Allies (Family Fringillidae)
WHAT TO LOOK FOR
Small to medium songbirds
Have conical bills and forked relatively short tails
Fly fast and undulate through the air giving high-pitched calls in flight
Common Nebraska species ndash gray-crowned rosy purple Cassinrsquos house finches red
crossbill white-winged crossbill common redpoll pine siskin American goldfinch
evening grosbeak
Old World Sparrows (Family Passeridae)
WHAT TO LOOK FOR
Stouter bodies shorter legs and thicker bills than native sparrows
Have a simple song repeating single elements with no particular rhythm or beginning
And end vocalize all day and year-round
Common Nebraska species ndash house sparrow (introduced)
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 47
Geology and Natural History of Nebraska
Being Developed by Jon Garbisch Cedar Point Biological Station jgarbisch2unledu
bull Geological history of Nebraska
bull Present geological formation of regions
bull General soil types
bull Geological landforms and related habitats
What we currently use
Theme
Nebraska geology formed over millions of years through the erosion of mountains the deposition of
sediments and the flow of water and ice shaping the landscape that we call home
Goal
Attendees will develop an understanding of the natural processes that influenced and built Nebraska
and in so doing develop a greater appreciation for the geology and how it relates to all other aspects of
the statersquos identity
Objective(s)
The Master Naturalists attendees will be able to use the knowledge they have gained to better
understand the surface and subsurface geology at any location in the state that they may find
themselves working
How will it be measured
Attendees will be able to use the knowledge gained to actively interpret general Nebraska geology by
completing activities in the form of hand-out diagrams biostratigraphic fossil correlations
interpretation of rock type hand specimens and visual description of the Geology on the trail at Camp
Brewster Fontenelle Forest
Introduction
Nebraska geology formed over millions of years through the erosion of mountains the deposition of
sediments and the flow of water and ice shaping the landscape that we call home (Hand out agenda)
Geology is rooted in the 3 rock groups that exist on planet Earth and so familiarity with
o these groups gives us a solid foundation for all other geologic interpretation
A half hour will be spent handling examples from each rock group
o 3 groups 3 tables with one rock type on each table each group spends 10 minutes at
each table
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 48
The Geologic Time Scale is a record over time of the Earths major geologic events and we
can use it to help us understand how and when Nebraska took shape
The natural agents of change which have shaped our state include oceans rivers wind
o and ice
The geologic time periods in Nebraska are represented by rock layers (or not) which occur all
around the state and have been named so that no matter where you are in the state you can
correlate the strata to the time scale (fossilsisotopes)
6 Geologic Principles will be discussed so that when the MN is in the field they can be used as an
aid in basic geologic interpretation
Conclusion
Nebraska geology formed over millions of years through the erosion of mountains the deposition of
sediments and the flow of water and ice shaping the landscape that we call home Geology supplies us
a record of the events that have shaped our Earth by learning the language in which the Earth script is
written we will be able to interpret and share the story of our state of Nebraska This understanding will
aid in us in relating to other areas influential and important to the state
Places to Go (places to see examples of Nebraska geology)
a Agate Fossil Beds National Monument Lower Miocene fossil mammal site including abundant body fossils of ancient mammals and prominent fossil rodent burrows
b Ashfall State Park Upper Miocene fossil mammal assemblage found in ash derived from an eruption of a predecessor to the Yellowstone volcanic field c Chimney Rock National Historic Site Oligocene and Lower Miocene continental sedimentary rocks deposited as sediments by wind and steams
d Hummel Park (Omaha) outcrops of Pleistocene glacial till and loess
e Lincoln area Capitol Beach Lake and history of saline waters and salt industry flooding history of Antelope and Salt creeks building stones in downtown area brick industry University of Nebraska State Museum
f Louisville area outcrops of Upper Pennsylvanian marine sedimentary rocks
g Valentine area and Niobrara National Wildlife Refuge Niobrara River Canyon and Cenozoic stratigraphy
h Niobrara State Park Upper Cretaceous marine sedimentary rocks (Niobrara Formation and Pierre Shale) landslides along Missouri River anthropogenic changes in Missouri River Niobrara River and Mormon Canal
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 49
i Downtown Omaha removal of loess from hills in downtown area engineering of Missouri River (eg groins bank armoring etc) visible at Bob Kerrey Memorial Bridge deep bedrock water wells at old industrial sites
j Platte River State Park Upper Pennsylvanian marine sedimentary rocks and overlook of Platte River
k Ponca State Park Upper Cretaceous marine sedimentary rocks (uppermost Dakota Formation through Greenhorn Limestone)
l Rock Creek State Historical Park middle Cretaceous Dakota Formationmdashfluvio-estuarine continental deposits
m Schramm Park Upper Pennsylvanian marine sedimentary rocks
n Scotia and Happy Jack Chalk Mine Upper Miocene lake deposit In Ogallala Group
o Scotts Bluff National Monument Oligocene and Lower Miocene continental sedimentary rocks deposited as sediments by wind and steams
p Smith Falls State ParkCenozoic stratigraphy Niobrara River waterfalls as knick points
q Toadstool Park and nearby areas continental sedimentary rocks of upper Eocene Chadron Formation Pine Ridge escarpment Trailside Museum and Ft Robinson State Park
r Weeping Water area Upper Pennsylvanian marine sedimentary rocks
s Wildcat RidgeHillsescarpment on Oligocene and Lower Miocene continental sedimentary rocks deeply eroded into canyons buttes and pinnacles by stream erosion during and after the Late Pliocene
t Indian Cave State Park and Iron Horse Trail south of Peru Upper Pennsylvanian Indian Cave Sandstone (fluvio-estuarine deposit) and sandstone cave
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 50
North American Model and Outdoor Skills Developed by Jeff Rawlinson Assistant Division Administrator Information and Education Nebraska Game and Parks Commission jeffrawlinsonnebraskagov
OUR North American Model of Conservation
Perhaps no other story is more compelling and more important in American history as that of how
our natural resources came to be one of the most important elements in our lives The history of our citizenryrsquos strong land ethic ties us to the natural world long after other nations have forgone this relationship We value how the common person from a common family can participate in the thrill of the chase experiencing wildness to its fullest
The North American Model of Conservation is a philosophy that the United States and Canada have
developed to manage wildlife in a sustainable way Historians debate how this land ethic began Some
say our model of conservation began in 1937 with the passage of the PittmanRobertson Act a move that provided funding for wildlife conservation at the national and state level The source of this funding came from the sale of hunting and shooting equipment Others may say that it began when the conservation giant President Theodore Roosevelt brought management of natural resources to the
political forefront Others would argue our Model of conservation was birthed under the Magna Charta which transferred the ownership of wildlife from the King of England and the English nobles to the all of
the people of England In reality however our Model has been under development for several hundred years combining what we have learned from other nations peoples cultures and experiences to shape a philosophy ingrained in our culture supported by hunters anglers and shooting sports enthusiasts
benefiting all wildlife and wild lands in the United States
First Wildlife Managers The concept of managing wildlife or natural resources was not conceived by our young nation For
thousands of years humanity has been manipulating and controlling the land and all its inhabitants to benefit our needs Ever since the first hunter followed that wooly creature across the Bering Straight embarking on an epic journey that would result in settling of North America man has ldquomanagedrdquo
wildlife in North America
Throughout history many leaders have shown some element of concern or conservation ethic towards wildlife The great Kublai Khan grandson of Genghis Khan and founder of the Yuan Dynasty in China forbade harvesting of many species of wildlife during critical reproductive months of March
through August so species could ldquoincrease and multiplyrdquo Conservation of wildlife is even found in Mosaic Law in Deuteronomy 226 representing some of the first written wildlife management idealsmdashldquo If you come across a birdrsquos nest in any tree or on the ground with young ones or eggs and
the mother sitting on the young or on the eggs you shall not take the mother with the youngrdquo (English Standard Version 2001)
As populations expanded throughout Europe wildlife resources fell under ownership of powerful kings
who enacted harsh punishments for anyone found taking the kingrsquos game In 1215 a rebellion against King John of England resulted in the Magna Charta transferring ownership of lands and game from the crown to the people This ldquoprivatizingrdquo of wildlife ownership had profound impacts America over 500 years later
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 51
Era Of Abundance (1600 ndash 1850) When our forefathers first landed on the eastern shores of America they brought with them science
religion and a new hope They found plentiful game and soon began a relationship with the land that provided them with many of their daily needs Wildlife was viewed as a limitless resource in a relatively untapped land These early settlers had left Europe where few had access to wildlife and entered a world where everyone had access Furs feathers hides all had value to this young country In 1776 the Declaration of Independence revoked the Kingrsquos rights to land and people in this new world After a
bloody war led by revolutionaries such as Washington Hamilton Jefferson and Adams the United States gained its independence and the land and wildlife belonged to everyone
Era Of Exploitation (1850 ndash 1900)
The 1800s brought a commercialization of our wildlife resources Market hunting and habitat
destruction began to decimate wildlife populations such as the American Bison and Passenger Pigeon After the American Revolutionary War and the Civial Warmdashwhich nearly destroyed our ldquodemocratic
experimentrdquo all togethermdashfew people were looking after the interest of wildlife and even fewer rules
existed governing the management of a resource everyone had ownership of yet no one had responsibility for
The railroad provided settlers with the means to access new lands expanding the markets for meats hides and fur Advancements in technology such as the repeating rifle further aided the unbridled
destruction of wildlife resources Yet throughout this era something positive was growing The people of this new nation were developing a relationship with the land By 1842 a Supreme Court ruling had huge impacts on this developing model of conservation resulting in a Public Trust Doctrine that would
further outline a model for conserving our natural resources Conservation was developing some direction but had no money or laws to support it
Era Of Protection (19001930) The early 1900s brought an industrial boom Abuse of natural resources had taken its toll and throughout the Nation and evidence of this abuse could be seen in the loss of species such as the
passenger pigeon near loss of the American bison and in many large mammals including whitetailed deer and our once numerous waterfowl species America was becoming an economic giant yet through
the roar of machines both political and metal a small voice could be heard It was the hunter and their voice was of concern for the direction our wildlife resources were heading Conservation minded men and women had continued a relationship with the land and the wildlife
Era of Game Management (1930 ndash 1966) The ldquodirty thirtiesrdquo were marked by the dust bowl and an impoverished nation Agricultural practices
unchecked by environmental stewardship had left the Nationrsquos heartland in ecological peril Politically the conservation movement was supported by the footings laid by Theodore Roosevelt New federal acts moved forward to provide for environmental protection due to the outcry of hunters in panic over the vanishing wildlife resources of the Nation
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 52
Wildlife conservation had support yet it lacked the science to properly manage our Nationrsquos resources A young biologist name Aldo Leopold changed all this with his writings including the book Game
Management which led to Universities across the country developing wildlife conservation programs These programs spawned a new breed of professional game managers who utilized science to support management methods that ultimately lead to the greatest wildlife conservation success story in the world In 1937 the PittmanRobertson Act provided thousands of jobs for young professionals along with ldquogame wardensrdquo supported by individual states to further the development of the Conservation Model
which now had science and funding to support it
Era of Environmental Management (1966 ndash Present) Science and funding led to a broadening view of conservation as focus shifted from managing ldquogame
animalsrdquo to managing the entire biota (environment and all living things in it) Further federal acts such
as the Endangered Species Act of 1966 and the National Environmental Policy Act of 1969 provided greater protection for species by a nation that had finally changed its course providing time to review
and perfect conservation efforts Recent acts such as the 1980 Farm Bill continued the effort to help
landowners provide quality habitat for wildlife and hunters by providing incentives to landowners to set aside highly erosive lands and plant them into wildlife habitat (grasslands) that benefit wildlife and hunters
The story of our unique model of conservation is still being written New challenges today threaten our
coveted resources and new professionals are entering the arena to further the plight of our Nationrsquos wildlife and hunting heritage
Seven Pillars of the Model
Seven main pillars have been highlighted as the foundation of support for the North American Model
of Conservation These include
The Public Trust The wildlife of the United States are owned by the people This is very different from the European Model where wildlife is privately owned The North American Model recognizes wildlife as a public
resource that is so important it can not be owned or managed by any one segment of our society but rather managed by professional state and federal entities for the benefit of all This concept known as
the Public Trust Doctrine began development in 1842 when the Supreme Court ruled that the Magna Charta had settled the question of who owns fish and wildlife and that King Charles II did not have the authority to give away the ldquodominion and propertyrdquo of lands in colonial America The court further ruled that since the American Revolution the people held public trust responsibilities for fish and wildlife except for rights specified in the US Constitution
Prohibition on Commerce
It was the hunter who brought forth stringent laws that protected wildlife from peril in the 19th
and 20th
centuries Because we all own and appreciate our wildlife as a national resource they should never find themselves on the public market to the highest bidder This path led to a largescale loss of many species
including the Passenger Pigeon and the near loss of the American bison As our country was developing these practices were common as people moved west in search of prosperity capitalizing on a land seemingly untouched by the modern world Today many laws in place serve to protect our most
valuable resourceshellipour wildlife
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 53
Democratic Rule of Law Each citizen of this great nation has the ability and responsibility to engage in healthy politics that serve
to support and protect sound wildlife conservation measures Our first conservation measures in this Country habitat restoration simple harvest restrictions and bag limits came from hunters people who respected the game they pursued and loved the wild places they chased them in The North American Model of conservation is built upon active public involvement instilling a value for wildlife in all citizens
Hunting Opportunity for All The Model was developed on the premise that all people regardless of political or economic standing could participate in and feel the thrill of the chase It is this unique Model that provides us with wildlife opportunities for all Americans Imagine how important this was to our fore fathers who left a brutal
King in England where only the aristocracy had any dream of pursuing wild creatures in wild places Our
wildlife laws ensure that each generation that comes after us will have the same opportunity to enjoy and appreciate wildlife
Nonfrivolous Use Our management of wildlife depends on a citizenry that loves and appreciates the wild creatures and the habitats necessary to their survival and our quality of life Wildlife may be utilized under strict rule of
law including utilizing the wildlife once harvested to its best potential Killing wildlife for the sake of killing can only lead to the numbing of hearts to wildlife and a profound lack of respect for our most
precious resources
International Resources
It was not until the 20th
century that hunters and wildlife lovers understood the importance of
managing wildlife at a much larger scale This became readily apparent with the passage of the
Migratory Bird Treaty Act of 1918 where nations came together to manage wildlife resources as a
collective Wildlife species do not recognize national or state boundaries Governments must work together to be effective in managing wildlife for the benefit of all The United States has made great
strides in this area with Mexico and Canada Our wildlife is not only a resource to us but to all continents they may call home throughout the year Our biologists must think globally to be effective locally
Scientific Management Although Theodore Roosevelt brought conservation to the political forefront it was a young forester from Iowa that made the study of wildlife management a science Aldo Leopold is considered by many
as the ldquofather of wildlife managementrdquo due to his tireless efforts to develop curriculum for future wildlife biologists Today our biologists earn their opportunity to manage wildlife through prominent
Bachelor Masters and Doctorate degree programs from Universities around the world Wildlife must be managed using fact science and the latest research We are constantly learning and adapting to new technology and changing environments For such an important resource we cannot afford to have it any other way
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 54
Nebraska Master Naturalist Specializations Certifying as a Specialist ldquoFollow your own natural geniusrdquo wrote Thoreau ldquoand it will not fail to show you a fresh prospect every hourrdquo Many of us learn by doing When our curiosity and interests carry us into deeper study of a given subject it can be helpful to have clear opportunities to pursue Thus the Nebraska Master Naturalist Program offers specialized voluntary training for those who are hungry to develop and apply their particular skill and personal understanding on behalf of our natural legacy Specializations are designed to create collaborators leaders and mentors in four key areas
Interpretation and Outreach
Outdoor Skills and Recreation
Resource Management
Citizen Science Master Naturalist Certification Requirements Annual Requirement o 8 Hours Training Annually o 20 Hours of Volunteerism Annually Master Naturalist Specialization Requirement One Time Requirement o 20 Hours of Training Total Specific to Specialization Annual Requirement o Additional 20 Hours of Volunteerism Annually Specific to Specialization (does not include initial Certification annual requirement hours)
OUTDOOR SKILLS AND RECREATION SPECIALIZATION The purpose of OUTDOOR SKILLS AND RECREATION is to promote activity and development of skills in the outdoor pursuits associated with natural resources Specializations are designed to create collaborators leaders and mentors in particular areas A Certified Nebraska Master Naturalist can complete the Outdoor Recreation Specializationby meeting the following requirements Complete at least one of the workshops or certification‐leading trainings listed below If specialized training is not listed below it can be approved upon request by the Master Naturalist Program Committee Specialized Training Options ‐
Hunter Education Instructor Certification 13 hrs
National 4‐H Shooting Sports Instructor Certification 32 hrs
Nebraska 4‐H Shooting Sports Shotgun Certification 12 hrs
Nebraska 4‐H Shooting Sports Archery Certification 12 hrs
Nebraska 4‐H Shooting Sports Rifle Certification 12 hrs
Nebraska 4‐H Shooting Sports Pistol Certification 12 hrs
Nebraska 4‐H Shooting Sports Muzzleloader Certification 12 hrs
National Archery in the Schools Program Basic Archery Instructor 4 hrs
NRA Range OfficerMaster Certification 8 hrs
Hunt Master Training Instructor 4 hrs
NRA Shooting Instructor 16 hrs
NRA Shotgun Instructor 16 hrs
NRA Rifle Instructor 16 hrs
Boater Education Instructor 12 hrs
Youth Fishing Instructor 5 hrs
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 55
American Canoe Association National CanoeKayak Instructor 16‐32hrs
National Camp SchoolBoy Scouts 16‐24 hrs
Wood Badge TrainingBoy Scouts 16‐24 hrs
Merit Badge Counselor TrainingBoy Scouts 2‐16 hrs
Conservation Leaders for Tomorrow 35 hrs
Wilderness First Aid 16‐32 hrs
Professional Trappers College 40 hrs
American Camp Association Instructor Training 8‐40 hrs
American Red Cross Instructor Training 2‐16 hrs
American Sailing Association Instructor Training 16‐24 hrs
Certified Horsemanship Association Instructor Training 24‐40 hrs
Leave No Trace Master Educator Training 40 hrs
National Outdoor Leadership School 280 hrs
Camp Cook School 32‐96 hrs
Professional Association of Diving Instructors Training 32‐96 hrs
Professional Mountain Bike Association Instructor Training 24 hrs
League of American Bicyclists Instructor Certification 24 hrs
Hunting
Shooting
Fishing
Trapping
Camping
Outdoor Cooking
Orienteering
Geocaching
Photography
Wildlife Viewing
Hiking
Biking
Birding
Becoming an Outdoors‐Woman Program
Wilderness First Aid
Wilderness Survival
Leave No Trace Educator
Service Options ndash Provide a minimum of 20 hours of service annually in the following or similar areas
4‐H leader and youth training outdoor recreation
Scout leader and youth training outdoor recreation
Wild About Nature
Flying WILD Educator or Facilitator Workshop
Becoming an Outdoors Woman (BOW)
Beyond Becoming an Outdoors Woman (BOW)
Family Camp
Learn to Hunt Program
National Archery in the Schools Program BAI training or greater
Mentor HuntHunt Masters Training
After School Programs
Others ndash Upon approval
Outdoor discovery programs volunteer
CRO at a shooting event
Assist with National or State shooting sports competitions
Family fishing day
Design or write a brochure
Develop or contribute to a website
Develop or contribute to a social networking site
Design or write a newsletter
Assist in fundraising
Plan an event or festival
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 56
Interpretation amp Education- Developed By Lindsay Rogers Nebraska Game amp Parks
Commission
Do not try to satisfy your vanity by teaching a great many things Awaken peoplersquos curiosity It is
enough to open minds do not overload them Put there just a spark If there is some good
inflammable stuff it will catch firerdquo
- Anatole France in The Earth Speaks
Session Objectives
To help participants understand the role education plays in sounds ecological conservation
To help participants learn about past and present conservationist and interpretive educators
To help participants learn components of quality education and interpretation
To have participants partake in quality interpretive education
To make sure participants understand that their role is to light the spark and awaken curiosityhellip not spew facts
Lecture Requirements
1 What is interpretation (5 minutes) a What does ldquointerpretrdquo mean b National Association of Interpretation definition of ldquointerpretationrdquo
i Interpretation is a mission-based communication process that forges emotional and intellectual connection between the interests of the audience and the meanings inherent to the resource
c Freeman Tilden Interpreting Our Heritage 1957 i Interpretation is an educational activity which aims to reveal meanings
and relationships through the use of original objects by first-hand experience and by illustrative media rather than simply to communicate factual information
d Components of interpretation i pleasurable or enjoyable
ii relevant to the world iii organized iv themed v sparks an interest
vi includes information but does not stop there links information to the world
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 57
vii age appropriate viii taught to someone not at them
2 What is education (5 minutes)
a What does it mean to ldquoeducaterdquo someone b John Dewey Democracy amp Education 2944
i Education in its general sense is a form of learning in which the knowledge skills and habits of a group of people are transferred from one generation to the next through teaching training or research
c Components of education i - generally presented to someone but not always
ii enjoyable sometimes iii provides knowledge and facts iv can make connections but not always v organized and themed
d Both education and interpretation are important they work together
3 Conservationists (10 minutes) a Jon Muir
i Immigrated from Scotland to Wisconsin in 1849 ii Attended the University of Wisconsin studies botany amp geology
iii Moved to the western US mainly the Sierra Nevada area iv Believed humans were part of the interconnected natural world v Advocated for the preservation of natural areas
vi Co-founded the Sierra Club b Aldo Leopold
i Iowa native attended Yale University ii After college he joined the US Forest Service was stationed in Arizona
and New Mexico iii Developed theories of land ethics the need for biodiversity and an
appreciation for wilderness areas iv Moved to Wisconsin in 1924 became a professor at the University of
Wisconsin v Regarded as the ldquoFather of Conservationrdquo
c Gifford Pinchot i Born in Connecticut in 1905
ii Studied at Yale studies forestry in France iii Named chief of the Division of Forestry (later to become the US Forest
Service) iv First chief of the US Forest Service greatly improved forest
management and increased the size of Forest Service lands
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 58
v Managed forests for the greatest good for the greatest number Pinchot added the phrase in the long run to emphasize that forest management consists of long-term decisions
d Steven Mather i Born in California attended Berkley University
ii Worked for the Pacific Coast Borax Company where he had a talent for promotion Started a competing company made millions
iii When revisiting Sequoia and Yosemite National Parks in 1914 he was appalled by the conditions of the national parks
iv Joined the Department of the Interior as the head of parks later created the National Parks System
v Professionalized the National Parks and helped to greatly grow protected lands
e Rachel Carson i Born in Pennsylvania in 1907 attended John Hopkins University for
graduate school ii Went to work for the US Bureau of Fisheries (later to become the US
Fish amp Wildlife Service) iii Wrote Silent Spring in 1962 The book created an awaking for Americanrsquos
to their responsibility to the environment and wildlife The book lead to the US Government banning the use of DDT
f Theodore Roosevelt i Born in 1858 in New York New York was a sickly child who stayed inside
studying natural history ii An avid outdoorsman he spent much time in the South Dakota Badlands
iii Became President in 1901 with the assignation of President McKinley iv Among many major accomplishments as president he started the
National Parks was instrumental in conserving about 230 million acres
4 Naturalist Interpreters (10 minutes) a Freeman Tilden
i Born 1883 worked as a newspaper columnist and author ii At age 58 he began working with the National Parks Service
iii While traveling to various National Parks he became concerned with the quality of interpretation
iv Wrote Interpreting Our Heritage in 1957 outlines 6 principles to quality interpretation forever changed the field of interpretation
b William Lewis i Worked as a ranger naturalist and interpreter trainer for the National
Parks Service ii Developed the approach of ldquoThematic Interpretationrdquo which requires the
interpreter to choose a central theme (major point) to guide the development of a program
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 59
iii Wrote Interpreting For Park Visitors c Sam Ham
i Director of Center for International Training and Outreach at the University of Idaho
ii Work has focused on applying communication theory to environmental conservation interpretation and on nature-based tourism and guide training
iii Wrote Environmental Interpretation (1992) d Ted Cable
i Professor of Park Management and Conservation at Kansas State University
ii Co-authored Interpreting Cultural and Natural Resources (2003) and Interpretation for the 21st Century Fifteen Guiding Principles for Interpreting Nature and Culture (2002)
5 Conducting an Interpretative Program Try and Fail (60 minutes + 120 minutes of activities throughouthellip see list of Suggested Activities below)
a Experiential Learning i The first time you tried to walk you failed The first time you rode a bike
you failed This is called experiential learning The first time you attempt an educational or interpretation program you will fail thatrsquos how we learn
ii Donrsquot be afraid to fail b Ask Questions about the ProgramPresentation before you commit to leading it c Plan your Program
i Generally I want my presentation to be about Specifically however I want to tell my audience about After hearing my presentation I want my audience to understand (what is the big picture you want them to take home)
1 You do not need (or want) to teach your audience everything you know your job is to light the spark
ii What will your tangibles and intangibles be 1 Tangibles are those things you can touch things you use to teach
when teaching a Examples include a tree a mammal pelt a skull a live
animal a prairie 2 Intangibles involve connecting the tangibles to concepts and the
ideas they represent intangibles are the meanings the relationships the processes the ideas the feelings and the beliefs
a Examples include food webs ecosystem health entropy ecology
iii People remember themes they forget facts
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 60
iv Plan for an organized presentation 1 Think about your overall theme smaller parts of the program and
your transitions v Stick to your theme
vi Determine what type of presentation you will have 1 PowerPoint (avoid) 2 Podium Presentation (avoid) 3 Active taking a hike playing a game etc 4 Hands-on touching feeling trying hearing smelling
vii Think about all the different kinds of learners 1 verbal-linguistic 2 logical-mathematical 3 visual-spatial 4 kinesthetic 5 musical-rhythmic 6 interpersonal (groups) 7 intrapersonal (individual) 8 naturalist
d Know your role as an educator 1 Provide facts and relationships not opinions 2 Allow participants to determine their own opinions and beliefs
using the facts amp relationships you provide them 3 PLAY ldquoFIRST IMPRESSIONSrdquo
e Prepare Prepare Prepare 1 Know the type of space and area you will have (indoor vs
outdoor small space vs vast area etc) 2 Plan for more that you are told 3 Plan for the weather (always expect it to be windy in Nebraska)
f Questions i Ask good questions
1 Is this a fox Vs How do you know this is a fox 2 Do you have any questions Vs What questions do you have
ii Be prepared for quality questions 1 What are the implications for describe the impact of what are
the reasons for iii Be prepared for ldquogoodrdquo questions
1 Do you have ewoks in the forest If a Mountain Lion and an Eagle were to fight who would win
2 Take all questions seriously Answer seriously g Model what you want to see the students do
i If you want a group of students to catch insects help them get active with them
ii This is true when working with children and adults
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 61
1 Working alongside students validates them and their learning h Be enthusiastic show your passion
i This is another form of modeling what you want to see in your students ii We need to excite students (no matter their age) about conservation
nature and the outdoors iii Have fun
6 Take Home Lesson Light the Spark and Donrsquot Be Afraid to Fail
Suggested Activities (amp potential mandatory activities)
Throughout the lesson conduct multiple games andor activities to model good interpretation
Suggested games include but are not limited to
1 Oh Deer (Project WILD) 2 First Impressions (to be done during section 5) (Project WILD) 3 The Long Haul (Project WET) 4 Sum of the Parts (Project WET) 5 Water Quality Ask the Bugs (Project WET) 6 Adaptation Artistry (Flying WILD) or Fashion a Fish (Aquatic Project WILD) 7 Avian Antics (Flying WILD) 8 Pollinators Meet Your Plants (Nebraska Project WILD wwwnebraskaprojectwildorg) 9 Scavenger Hunts (Nebraska Project WILD wwwnebraskaprojectwildorg)
Suggested Post-Readings
Interpreting Our Heritage Freeman Tilden 1957 (4th edition 2008)
ISBN-13 978-0807858677
Interpreting for Park Visitors William Lewis 1981
ISBN-13 978-0890620793
Environmental Interpretation Sam Ham 1992
ISBN-13 978-1555919023
Interpretation for the 21st Century Fifteen Guiding Principles for Interpreting Nature and
Culture Larry Beck amp Ted Cable 2002
ISBN-13 978-1571675224
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 62
Interpretation-Making a Difference on Purpose Sam Ham 2013
ISBN-13 978-1555917425
Foundations of Interpretation Curriculum Content Narrative National Parks Service 2007
httpwwwnpsgovidpinterp101foundationscurriculumpdf
Websites
National Association of Interpretation
wwwinterpnetcom
North American Association for Environmental Education
wwwnaaeeorg
Nebraska Alliance for Conservation and Environment Education
wwwnaceeorg
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 63
Safety in the Field
Developed by Rich Hawes Nebraska Master Naturalist rdhawes26msncom
Objectives
Raise awareness of Risk Managementassessment as part of event planning
Guidelines to safe activities for participants presenters and the environment
Present Leave No Trace Principals as part of all outdoor activities
Present resources for additional training or certification for outdoor activities
Hands on activities to encourage interest and to provoke thought and discussion
Hazards of the area
Outdoor hiking safety
Stewardship of the land and natural resources
Being flexible and working with ldquowhat you haverdquo
Outline
1 Outdoor Activities ndash Whatrsquos The Worst That Can Happen An Introduction to Event Planning and Risk Management
2 Leave No Trace Principals
3 Trip planning and Logistics
4 Health amp Safety
5 Youth Protection
6 Age Appropriate Activities
7 Resource Training and Certifications
a Standard First Aid CPRAED Wilderness First Aid
b Shooting Sports - Range Safety Officer or Instructor
c Hunter Safety Instructor
d Climbing COPE and Zip Lines
e Water Safety Instructor Life Guard Small Boat Handling
f Leave No Trace Trainer or Master Educator
g Tread Lightly Tread Trainer or Master Tread Trainer
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 64
Suggested Activities
CPR Scenario
First Aid Scenario
Weather Scenario
Lost Scenario
Online Resources
American Camp Association
Boy Scouts of America
Youth Protection
Safe Swim Defense
Safety Afloat
Climb On Safely
Weather Safety
Trek On Safely
(etc)
Leave No Trace
Nebraska Game amp Parks
Hunter Safety
Boating Rules amp Regs
National Rifle Association
(Archery groups)
American Red Cross
(wilderness medicine group(s))
NOLS
Tread Lightly
US Coast Guard
NEBRASKA MASTER NATURALIST Explore Contribute Connect
23
to describe a species by several characteristics sometimes defining one species in terms of another For
example the blue chair with the fluted arms the red chair like the blue chair with the fluted arms etc
Each authorrsquos system and terminology was different It is only comparatively recently that the
observation and study of the animal and plant world has begun to be organized along truly scientific
lines
Toward the middle of the eighteenth century the Swedish botanist Carolus Linnaeus produced a general
classification of all living species and this system has formed the departure point for all subsequent
developments of taxonomy His system was ambitious and used polynomials some with fifteen words
An example is the oak with leaves with deep blunt lobes bearing hair-like bristles Although he
considered the polynomial name to be the true one he also made notes with two-term names The
current binomial system used today is based upon these notes His writings and those of other scientists
that came after him became the standard for all classifications Since Latin was the universal language
of scholarship his writings were all in Latin Actually his real name was Carl van Linne but he translated
that to Latin as well
In the course of the last couple of centuries naturalists have come to adopt two different forms of
investigation and comparison in their classification process First they studied the question of
adaptation to the environment the significance of diverse structures and behavioral patterns among
animal species and the reason why these different modes of behavior and lifestyles enable animals in
different surroundings to survive
Secondly they have tried to recognize affinities and relationships between the various species They
have attempted to identify the ldquofamily likenessesrdquo that often exist among species which live in different
environments and therefore may be quite unlike one another in outward appearance
As a result of all this research scientists have built up a system of classification which places every
animalplant species in a particular category according to its relationships with other animalsplants
This is taxonomy
Side note ndash genetic testing is now being used to help with classification
How does it Work
When a new animalplant is recognized and identified it is given a species name This may be a term
that describes it or identifies the person who first recognized it as a separate species Originally these
species names were assigned by the individual scientist that discovered them but now they are
assigned by international groups Once this species term is assigned it almost never changes In theory
NEBRASKA MASTER NATURALIST Explore Contribute Connect
24
it is never supposed to be changed even if it is later moved to a different genus family or class but over
the years there have been a few exceptions
The basis of taxonomy however is the genus This is the smallest grouping of related species When
taxonomy began there were relatively few identified species so species were grouped into genera and
there it ended As the body of knowledge grew so did the need for a broader system of grouping From
there the hierarchical system of classification based on natural features evolved
The current system works as follows
Individually related species are grouped into the same genus
The most closely related genera are grouped into the same family
Related families are grouped into an order
Orders are grouped into a related class
Similar classes are included in the same phylum
The phyla are then placed into the proper kingdom
Each of these categories may also contain sub- or super- subdivisions
Taxonomy is a constant work in progress As scientists learn more about different species their
classification may change Changes can reflect a clearer understanding of where the species fits in
among the others with similar characteristics Until recently we only had to contend with two kingdoms
ndash animal and plants Today scientists recognize a least five different kingdoms of living things
Monera ndash bacteria and blue-green algae
Protista ndash one-celled organism with nucleus
Plantea ndash green plants
Fungi ndash non-green plants
Animalia ndash animals
NEBRASKA MASTER NATURALIST Explore Contribute Connect
25
Fauna of Nebraska
Developed and Adopted by Keanna Leonard Education Director Rowe Sanctuary
Objectives for Fauna Mammals Amphibians amp Reptiles Birds 3-4 hours
1 Descriptions ndash (Mammals Amphibians and Reptiles birds --ndash IMPORTANT CHARACTERISTICS)
2 Vocabulary
3 Common Oderrsquos in Nebraska and examples
4 Nuts amp Bolts of Mammals How to ID amp locate specific animals and their evidence (possible
activity tracks traces etc) in Nebraska
MAMMALS IN A NUTSHELL Basic Characteristics
1 Mammary glands (hint the name) that
produce milk
2 Sweat glands
3 Sebaceous glands for oil
4 Presence of hair on the body at some time
during life span
5 Homiothermic Endotherm (warm blooded)--
regulate high body temperature
6 Four-chambered heart
7 Enucleated red blood cells
8 Have a diaphragm
9 Enlarged cerebral hemisphere
10 One bone in lower jaw and complex
dentition
11 3 middle ear bones
12 Turbinal bones in nasal chamber
13 Eggs develop in a uterus with
placental attachment and born alive
(viviparous)
MAMMAL VOCABULARY
Altricial Born helpless
Arboreal Tree dwelling
Carnivore A mammal in the order Carnivora
Carnivorous Meat eating
Crepuscular Active at dusk and dawn
Diurnal Active during the day
Dominant Ruler or leader of others
Habitat Region where an animal lives
Herbivore An animal that eats only plants
Herbivorous Plant eating
Hibernation Winter period when certain
animals become inactive to a point in
where all body functions slow
considerably for a long period
Instinct Inherited mode of behavior
Mammal Animals that have hair on their
bodies (see other char above)
Marsupial Animals whose females have
pouches
Nocturnal Active during nighttime
Omnivore Animals that eats both meat and
plant material
Omnivorous Eating both meat and plant
material
Precocial Born in an advanced stage of
development and able to move about
Predator Animals that kills another animal for
food
Prehensile Grasping
Prey Animal hunted for food
NEBRASKA MASTER NATURALIST Explore Contribute Connect
26
Protective coloration Enables the animal to
blend in with surroundings
Reticulated Net-like pattern of skin
Terrestrial Ground dwelling
Viviparous Live birthing
There are 21 orders of mammals found in the world
Listed below are the orders and examples of common species found in Nebraska
More Species found in Core Curriculum Binder
Insectivores (shrews and moles)
Masked Shrew (Sorex cinereus)
Northern Short-tailed Shrew (Blarina
brevicauda) (venomous)
Least Shrew (Cryptotis parva)
Eastern Mole (Scalopus aquaticus)
Chiroptera (bats)
Big Brown Bat (Eptesicus fuscus)
Red Bat (Lasiurus borealis)
Hoary Bat (Lasiurus cinereus)
Xenarthra
Nine-banded Armadillo (Dasypus novemcinctus)
Lagomorpha Eastern Cottontail (Sylvilagus floridanus) Black-tailed Jackrabbit (Lepus californicus)
Rodentia
Franklinrsquos Ground Squirrel (Spermophilus
franklinii)
Thirteen-lined Ground Squirrel (S
tridecemlineatus)
Black-tailed Prairie Dog (Cynomys
ludovicianus)
Plains Pocket Gopher (Geomys bursarius)(fur-
lined pouch)
Plains Pocket Mouse (Perognathus
flavescens)
Beaver (Castor canadensis)
Eastern Woodrat (Neotoma floridana)
Meadow Vole (Microtus pennsylvanicus)
Muskrat (Ondtra zibethicus) (laterally
compressed tail)
Porcupine (Erethizon dorsatu
Carnivora Despite the name of the order not all are carnivorous Many are omnivores (most bears and raccoons)
and some are even herbivores (giant panda)
Most carnivorous mammals have 3 up and 3 down relatively small incisors and 1 up and 1 down large
canine teeth on both sides of the incisors
Common species found in this area include
Family Canidae Coyote (Canis latrans) Red fox (Vulpes vulpes)
Family Procyonida Raccoon (Procyon lotor)
Family Mustelidae
NEBRASKA MASTER NATURALIST Explore Contribute Connect
27
Long-tailed Weasel (Mustela nivalis)
Least Weasel (M nibalis)
Mink (Mustela vison)
Badger (Taxidea taxus)
Striped Skunk (Mephitis mephitis)
River Otter (Lutra canadensis)
Family Felidae Bobcat (Felis rufus)
Artiodactyla Mule Deer (Odocoileus hemionus) White-tailed Deer (O virginianus
References National Audubon Society Field Guide to North American Mammals by John O Whitake Jr Robert
Elman Carol Nehring (Alfred A Knoph Inc 1994)
Guide to Mammals of the Plains States By J Knox Jr Davide M Armstrong Jerry R Choate (University
of Nebraska Press 1985)
The Nuts and Bolts Know important characteristics especially-
Mammary glands Sweat glands Sebaceous glands Hair sometime during their life
4 chambered heart
Though these critters look like a rodent
Donrsquot confuse them for a moment
They sport small eyes and ears out of view
Their teeth are small sharp and more than a few
They are made up of one mole and shrews three
So in what ORDER can they be
Commonly seen species of Chiroptera number three And are known as the only mammals to swim through the air free They are normally seen at night and for finding food use echolocation rather than sight Now I know you know what they be But go ahead and name all three These mammals have what humans claim to be a disgusting habit of defecating undigested pellets and eating them again What are they Chewing the cud is normal for this group and so is walking on their two middle toes Name the common species found in this area
NEBRASKA MASTER NATURALIST Explore Contribute Connect
28
AMPHIBIANS
Basic Characteristics
1 Skin naked No scales or hair
2 Eggs do not have shells but are jelly like
Laid in clusters always in water
3 Ectodermic
4 Can breathe through permeable skin
5 Spend all or part of life in water
6 Adults are carnivores Size of head
determines size of prey
7 Incomplete lung development
DIFFERENCES BETWEEN REPTILES AND AMPHIBIANS
Reptiles
1 Ectodermic
2 Covered with scales or plates
3 Shed skin
4 Most not do not live in or around water
Amphibians
1 Ectodermic
2 Smooth slimy skin without scales
3 Do not shed skin
4 Spend all or part of life in water
5 Go through metamorphose
Listed below are the orders and examples of common species found in Nebraska
More Species found in Core Curriculum Binder
Salamanders (Order Urodela)
Small-mouth Salamander (Ambystoma
texanum) Occurs in eastern Nebraksa
Tiger Salamander (A tigrinum) Occurs
throughout the state
Frogs and Toads (Order Anura) Thirteen species occur in Nebraska
Pelobatidae or Spadefoot Family
Plains Spadefoot (Spea bombifrons) Occurs throughout Nebraska expect southeast
Ranidae or True Frog Family Plains Leopard Frog (Rana blairi)
Northern Leopard Frog (Rana pipiens)
Bullfrog (Rana catesbeiana
Microhylidae or Narrow-mouthed Family Plains Narrowmouth Toad (Gastrophryne olivacea)
NEBRASKA MASTER NATURALIST Explore Contribute Connect
29
Bufonidae or Toad Family
American Toad (Bufo americanus) Occurs only
in eastern part of the state
Great Plains Toad (Bufo cognatus) Occurs
throughout the state
Woodhousersquos Toad (Bufo woodhousei) Occurs
throughout the state
Hylidae or Tree Frogs
Northern Cricket Frog (Acris crepitans) East
and central Nebraska
Western Striped Chorus Frog (Pseudacris
triseriata amp P maculata) Occurs throughout the
state
Copes Gray Treefrog (Hyla chrysoscelis) Found
in eastern part of state
Resources Reptiles and Amphibians of Nebraska ndash herpetology database httpsnrsunleduherpneb
NEBRASKA MASTER NATURALIST Explore Contribute Connect
30
REPTILES Basic Characteristics
1 Ectothermic (cold-blooded) Body temperature is the same as the temperature of its surroundings
2 Dry skin covered with scales or plates
3 Teeth if present are needle-like or conical
4 Skin shed in one piece or several pieces at intervals
5 Lay soft shelled eggs or young born alive in a membranous sac
6 Lung breathing
There are four groups
Lizards - Short-legged long-bodied reptiles
Taped tail Size varies from 4- inch long fence
swift to 10 foot Kamodo dragon
Snakes - Legates cousins of lizards
Turtles - Armored shells
Crocodilians - Crocodiles Alligators Caimans
REPTILE VOCABULARY
Antivenin An antidote to the venom of
venomous snakes produced by inoculating
horses with small doses of venom Horses build
up an immunity or resistance The horsersquos
blood is used to make the antivenin
Blue Stage Refers to the condition of a snake
prior to shedding
Carapace Dorsal (covering the back) shell
Constrictor A term used in describing a snake
that kills its prey by constriction
Ectothermic Not able to control body
temperature (Cold-blooded) Dependent upon
environment to control body temperature
Egg Tooth A sharp projection located in front
of nose on upper jaw Used by infant reptiles to
cut through eggshell
Fangs Grooved or tubular teeth used to inject
venom
Hemotoxin Venom that attacks the blood
Herpetologist A specialist in reptiles
Jacobsonrsquos Organ A tastesmell sense organ
with two small openings located on roof of
mouth
Thermal Pit A heat sensory pit on side of head
between nostril and eye Allows snakes to track
warm-blooded animals and to strike accurately
especially at night Found only in venomous
snakes known as pit vipers
Neurotoxin Venom that attacks the nervous
system
Oviparous Lays egg
NEBRASKA MASTER NATURALIST Explore Contribute Connect
31
Ovoviviparous Give birth to live young Egg
developed in female and then deposited as a
living young
Plastron Ventral (covering the belly) shell
Reticulated Net-like pattern on skin
Scales Folds of skin covering reptiles
Scutes Single section of shell each sell is made
up of many scutes
Toxic Poisonous
Toxin Poison
Undulating Type of snake locomotion typical of
most snakes - Leaves ldquoSrdquo shape track
Venom Poisonous fluid secreted from glands
and transmitted by bite or sting
Venomous Describes animal containing venom
gland
Nuts amp Bolts of Reptiles
Most reptiles are carnivores (eat meat) Many will eat only live food Some are herbivores (eat
plant material) as well as insectivores (eat insects)
Reptiles often found in water or underground for protection from predators and to help
regulate body temperature Air temperature can change quickly but water and soil
temperature are more constant therefore it helps to regulate the reptiles body temperature
Because they are ectothermic many reptiles live in places that are warm year round In colder
climates reptiles hibernate underground below the freeze line
Most reptile lay eggs and are called oviparous Eggs are buried in sand soil rotted logs etc and
kept warm only by heart from the sun or from rotting vegetation Very few reptiles stay around
to protect their eggs Some reptiles keep their eggs inside their bodies until they hatch and
produce live young (ovoviviparous) Example - garter snakes Very few reptiles care for or feed
their young Young are precocial able to look after themselves minutes after they hatch
Most snakes are harmless Even snakes that are venomous will not bite unless they are
cornered or stepped on Snakes are good and necessary animals They help control potential
destructive populations of rodents
Listed below are the orders and examples of common species found in Nebraska
ORDER CHELONIA Basic Characteristics
1 Contains all forms of turtles and tortoises
2 Has body enclosed in a shell made of
modified horny scales and bone Shell made of
two parts Carapace - upper part covering
animalrsquos back Plastron-under part covering
animalrsquos stomach amp chest
3Ribs and most of vertebrae attached to shell
4 Neck long and flexible and can usually be
withdrawn into shell
5 Have no teeth but jaws outfitted with horny
beaks
6 All lay eggs Usually bury eggs in pit in sand or soil Hatchlings must dig themselves to the surface
NEBRASKA MASTER NATURALIST Explore Contribute Connect
32
Examples of Turtles found in Nebraska Snapping Turtle (Chelydra serpentina)
Blandingrsquos Turtle (Emydoidea (Emys)
blandingii) Protected Species
False Map Turtle (Graptemys
pseudogeographica) Protected Species
Ornate Box Turtle (Terrapene ornata)
Smooth Softshell (Apalone mutica)
Spiny Softshell (Apalone spinifer
SUBORDER LACERTILA (lizards) Basic Characteristics
1 Dry scaly skin clawed feet external ear
openings
2Have movable eyelids - snakes do not
3 Males and females often show different
coloration
4 Generally diurnal but many nocturnal
(geckos night lizards Gila Monsters)
5 Courtship brief fertilization is internal
6 Most are egg layers
Examples of Lizards of Nebraska
Six-line Racerunner (Cnemidophorus sexlineatus Five-line Skink (Eumeces fasciatus)
Many-lined Skink (Eumeces mulitvirgatus)
Great Plains Skink (Eumeces obsoletus)
Slender Glass Lizard (Ophisaurus attenautus)
Lesser Earless Lizard (Holbrookia maculate)
Northern Prairie Lizard (fence lizard)
(Sceloporus undulates)
SUBORDER SERPENTES (Snakes) Basic Characteristics
1 Elongated scaly bodies (to protect from water
loss) no limbs external ear opening or eyelids
(eye covered with a clear scale)
2 Terrestrial subterranean arboreal
amphibious
3 Carnivores swallow prey whole
4 Continue to grow throughout their lives
6 Hibernate in colder climates
7 Males locate females by scent
8 Internal fertilization
9 Some lay eggs others bear live young
11 Vipers (venomous snakes) have heat-
sensing organs called thermal pits
NEBRASKA MASTER NATURALIST Explore Contribute Connect
33
12 Teeth slanted back If one is lost another drops down in itrsquos place
Examples of snakes found in Nebraska
Black Rat Snake (Elaphe obsoleta)
Great Plains Rat Snake (Elaphe guttata)
Bullsnake (Pituophis catenifer)
Common Kingsnake (Lampropeltis getula)
Eastern Hognose Snake (Heterodon
platyrhinos)
Western Hognose Snake (Heterodon nasicus)
Glossy Snake (Arizona elegans)
Milk Snake (Lampropeltis triangulum)
Plains Garter Snake (Thamnophis radix)
Common Garter Snake (Thamnophis sirtalis)
Racer (Coluber constrictor)
Pit Vipers
Copperhead (Agkistrodon contortrix) found in extreme southeast Nebraska
Massasauga (Sistrurus catenatus) Found in southeast Nebraska Protected Species
Prairie Rattlesnake (Crotalus viridis) Found in central and western parts of the state
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 34
Birds What Makes a Bird a Bird IMPORTANT CHARACTERISTICS
So what makes a bird a bird All birds share one common characteristic that no other animal has and
that is FEATHERS Other characteristics include
Maintain high constant body temperature Endotherms (warm-blooded)
Possess toothless beaks or bills
All lay hard-shelled eggs (oviparous)
Air sacs in birdrsquos body give buoyancy
Generally bones are hollow Decreases body weight
Four-chambered heart
Lend Me Your Ear Yes birds have ears but they are missing the pinna or outside part of the ear that collects sound Birds
have feather-covered openings on both sides of the head just behind the eyes Owls and other night-
flying birds have off-setting ears that allow them to pinpoint the exact position of prey
Can birds smell We are not quite sure how well most birds smell We do know vultures use the sense of smell to find
their dinner The champion bird sniffer belongs to kiwi found in New Zealand They are able to sniff out earthworms Some diving birds like cormorants cannot even breathe through their nostrils because they are sealed Ocean birds have special glands in their noses which eliminates salt from the salty water they drink
Eggs Birds lay hard-shelled eggs made mostly of carbon carbonate The hard shell keeps the egg from drying
out and allows parents to sit on it without damaging the developing chick Though the shells are hard it
does not mean that they are non-porous Microscopic pores allow the embryo to ldquobreatherdquo Carbon
dioxide and oxygen can pass through the shell
Eggs come in all sizes colors and patterns We believe that the different colors and patterns are
intended as camouflage Blue and green eggs are found in nests that are in the shade Patterned eggs
blend in with vegetation and stones and white eggs are normally found in cavities
The shape of eggs also depends on where a bird nests The most common shape is oval A pointed egg
is usually found near ledges Round eggs are generally found in highly secure nests
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 35
Commonly Seen Bird Families of Nebraska
Grebes (Family Podicipediae ndash rump foot)
WHAT TO LOOK FOR
Sleek diving waterbirds - small to medium size
Most have sharp pointed bills with fairly long necks short wings and almost no tail
Have lobed toes and legs set far back on body
Common Nebraska species - Pied-billed horned eared western and Clark grebes
Pelicans (Family Pelecanidae ndash an ax)
WHAT TO LOOK FOR
Very large waterbirds
Huge bills with large distensible pouches
Most are white with black flight feathers ndash wingspan 6-9 feet
Common Nebraska species ndash American White Pelican
Cormorants (Family Phalacrocoracidae ndash bald raven)
WHAT TO LOOK FOR
Large diving waterbird shaped like an elongated goose
Long neck and long bill hooked at the end
Wing span 3-5 feet Mostly dark in color
Common Nebraska species ndash Double-crested cormorant
Herons Egrets and Bitterns (Family Ardeidae - )
WHAT TO LOOK FOR
Medium to large wading birds
Usually with long legs bills and S-shaped neck
Short rounded tails
Common Nebraska species ndash American and least bitterns great and snowy egrets little
blue egret cattle egret great blue green black-crowned night and
yellow-crowned night herons
Ibises (and Spoonbills) (Family Threskiornithidae ndash sacred bird)
WHAT TO LOOK FOR
Medium to large wading birds
Long necks and legs with a duck-like body
Long tapering down-curved bill Common Nebraska species ndash white-faced ibis
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 36
Vultures (Family Cathartidae ndash cleanser)
WHAT TO LOOK FOR
Large soaring scavengers
Resemble eagles and large hawks in flight
Head and neck void of feathers bill hooked
Hold wings in a raised V-shape (dihedral)
Common Nebraska species ndash turkey vulture
Duck Geese and Swans (Family Anatidae ndash waterfowl)
WHAT TO LOOK FOR
Medium to large waterbirds
Large heads with conspicuous and horizontally flattened bills
Long necks heavy bodies relative short tails webbed feet and long wingspan Major differences between duck geese and swans
Ducks
Smallest of the three Have a soft swelling about the nostrils called a cere
Males of most ducks are easily separated from females by their gaudier plumage Feathers are
molted twice a year
Most males change into nuptial plumage after pair formation in the fall There may be some
modification of shape of a single feather or entire regions of plumage
Most species are sexually mature at 9 - 11 months
Males take no part in incubation
Geese
Neck shorter than body
Lore (area between eye and bill) feathered and more bluntly triangular than ducksrsquo
Sexes are similar
Permanent pair bonding
Molt once per year postnuptially
Sexually mature at 3 years
Males protect female clutch and brood after hatching
Young stay with parents for almost a year
Legs of most geese are farther forward under the belly than those of typical swans and ducks
Swans
Longest necks - necks slightly longer than body
Lore is naked
Sexes are similar
Molt once per year postnuptially - parents molt one after the other so one is able to fly
Young are carried on parentsrsquo backs
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 37
Sexually mature at 4 -5 years
Hawks and Allies (Family Accipitridae ndash to grasp or take)
Medium to very large diurnal raptors
Hooked beak strong legs and sharp talons
Buteos (buzzard hawks)
Stocky with broad wings wide tails
Soar and wheel high in the sky
Common Nebraska species ndash red-shouldered broad-winged Swainsonrsquos red-tailed
ferruginous rough-legged hawks
Accipiters (true hawks)
Small heads short rounded wings longish tail slender bodies
Fly with several rapid beats and a glide Common Nebraska species ndash sharp-shinned hawk Cooperrsquos hawk northern goshawk
Harriers
Slim body with slim round-tipped wings
Fly in open country gliding low with wings lifted in a V (dihedral)
Species in Nebraska - northern harrier
Kites
Small falcon shaped buoyant gliders not power-fliers
Common Nebraska species ndash Mississippi Kite
Osprey
Soar high on long swept-back wings
Broad tail short-headed appearance
Often travel in pairs
Eagles
Large very broad bodied with broad long plank-like wings massive head and bill
Soar steadily holding wings flat out to the side
Powerful wing beat on upstroke wings raised high Common Nebraska species ndash bald and golden
Falcons (and caracaras) (Family Falconidae - )
WHAT TO LOOK FOR
Small to large compact fast-flying raptors
Long pointed wings bent at the wrist - Strong rapid wing strokes
Common Nebraska species ndash American kestrel gyrfalcon peregrine falcon prairie falcon
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 38
Grouse Turkeys and Pheasants (Family Phasianidae ndash cock or fowl-like bird)
WHAT TO LOOK FOR
Ground dwelling birds with feather nostrils
Short strong bills and short rounded wings
Flight strong but brief
Males perform elaborate courting displays
Common Nebraska species ndash ring-necked pheasant sharp-tailed grouse greater
prairie chicken wild turkey
New World Quail ( Family Odontophoridae ndash bearing teeth)
WHAT TO LOOK FOR
Ground dwelling bird found in brushy habitat and other dense low foliage
Chunky rounded bodies and crests or head plumes
Chicken-like bill short rounded wings
Common Nebraska species - northern bobwhite
Rails and Coots (Family Rallidae - )
WHAT TO LOOK FOR
Marsh birds with short tails and stubby wings
Secretive and identified chiefly by call and habitat
Rails are laterally flattened ldquoThin as a railrdquo Coots are plumper and gregarious
Common Nebraska species ndash yellow rail black rail king rail Virginia rail sora common
moorhen American coot
Cranes (Family Gruidae - )
WHAT TO LOOK FOR
Tall stately wetland birds with long necks and long bills
Tertial flight feathers droop over rump in a bustle when standing
Fly with necks fully extended
Circle in thermals like raptors
Common Nebraska species - sandhill and whooping cranes
Plovers and Killdeer (Family Charadriidae ndash nocturnal waterbird)
WHAT TO LOOK FOR
Small to medium shorebirds that dart across the ground stop and then take off again Upright posture with medium length legs and long pointed wings
Rounded head large eyes thick neck with a short thick bill
Common Nebraska species ndash black-billed American golden snowy semipalmated piping
plovers and killdeer
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 39
Stilts and Avocets (Family Recurviostridae- bent bill)
WHAT TO LOOK FOR
Tall slim shorebirds
Long thin bill very long slender legs long neck striking black-and-white plumage Stilts have straight bills avocets have re-curved bills
Common Nebraska species ndash American avocets black-necked stilt
Sandpipers and Phalaropes and Allies (Family Scolopacidae ndash woodcock)
WHAT TO LOOK FOR
Diverse group of shorebirds
Long toes and long tapered wings
Bill and leg length varies but bill more slender than a ploverrsquos
Plumage browns grays and whites with reds and oranges during breeding season
All but one species have short elevated hind toe
Species found in Nebraska include common snipe ruddy turnstone phalaropes sandpipers
woodcocks godwits whimbrels willets etc
Dowitchers
WHAT TO LOOK FOR
Medium sized chunky dark shorebird
Long straight bills and distinct pale eyebrows
Feed in mud or shallow water in a rapid jabbing motion
Phalaropes
WHAT TO LOOK FOR
Often spin like a top in water when feeding
Female larger and more colorful than male
Male tends incubates and cares for chicks
Common Nebraska species ndash Wilsonrsquos and red-necked phalaropes
Gulls Terns and Allies (Family Laridae ndashsea birds)
Gulls
WHAT TO LOOK FOR
More robust with wider wings and longer legs than terns
Bill slightly hooked tail square or rounded - Seldom Dive
Common Nebraska species ndash Pomarine Jaeger Franklinrsquos little Bonapartersquos ring-
billed California Herring Thayerrsquos lesser black-backed glaucous
Sabinersquos gulls black-legged kittiwake
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 40
Terns
WHAT TO LOOK FOR
Graceful more streamline than gulls
Usually has a forked tail ndash most whitish with black cap
Sharp-pointed bill - Hoover and dive headfirst for fish
Common Nebraska species ndash Caspian common Foresterrsquos terns
Pigeons and Doves (Family Columbidae ndash dove)
WHAT TO LOOK FOR
Plump fast flying cooing voice
Short legs and necks and small heads short bills
Tail fan-like rounded or pointed
Pigeons larger than doves
Common Nebraska species ndash rock mourning Eurasian collared doves
Cuckoos Roadrunners and Anis (Family Cuculidae - )
WHAT TO LOOK FOR
Slender with a long tail at least half of the birdrsquos total length
Fairly large sturdy decurved (curving down) bill
2 toes forward 2 back (zygodactyls)
Common Nebraska species - black-billed cuckoo and yellow-billed cuckoo
Barn Owls (Family Tytonidae -)
WHAT TO LOOK FOR
Slim medium sized night hunter
Legs are long and sparsely feathered
Large head with large forward-facing immovable eyes
Heart-shaped face hooked beak and ghostly appearance
Typical Owls (Family Stigidae ndash night bird)
WHAT TO LOOK FOR
Generally night hunters
Large heads flatten face with large forward-facing immovable eyes hooked beak
Mottled appearance some with feather tuffs upright stance
Common Nebraska species ndash eastern screech great horned burrowing barred long-eared
short-eared northern saw-whet owls
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 41
Nighthawks and Nightjars (Family Caprimulgidae ndashgoat sucker)
WHAT TO LOOK FOR
Nocturnal or crepuscular
Big tail large eyes tiny bills surrounding a large gaping mouth
By day sit horizontally on limb or on ground
Easiest to identify by voice
Common Nebraska species ndash common nighthawk common poorwill chuck-willrsquos-widow
Whip-poor-will
Swifts (Family Apodidae ndash without feet)
WHAT TO LOOK FOR
Small to medium sized aerial foragers ndashspend most of life flying
Long sickle-shaped wings bending close to body and extremely short legs
Eat bathe drink and sometime mate in the air
Common Nebraska species - chimney swift white-throated swift
Hummingbirds (Family Trochilidae ndash small bird)
WHAT TO LOOK FOR
Tiny body long slender bill
Distinctive blur and hum of hovering wings
Jewel-like throat feather found on male
Common Nebraska species ndash ruby-throated broad-tailed and rufous hummingbirds
Kingfishers (Family Alcedinidae - kingfisher)
WHAT TO LOOK FOR
Small to medium size
Thickset with short neck and tail small feet
Large head with a ragged crest and long strong bill
Sit on lines and low branches near water or hovers above water
Plunges head first into water to catch fish
Common Nebraska species ndash belted kingfisher
Woodpeckers (Family Picidae ndash woodpecker)
WHAT TO LOOK FOR
Arboreal (tree) birds
Vertical posture creep up trees
Strong chisel-like bill short legs stiff tail feathers rounded wings
Undulating flight pattern and characteristic bill drumming
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 42
Common Nebraska species ndash Lewisrsquos red-headed red-bellied hairy downy woodpeckers
yellow-bellied and red-naped sapsuckers northern flicker
THE PASSERINES Feet adapted to perching
Tyrant Flycatchers (Family Tyrannidae - lord ruler king)
WHAT TO LOOK FOR
Small to medium perching bird
Large head broad flattened bill pointed wings short legs
Bristly ldquowhiskersrdquo at base of bill
Sit upright on exposed branch and dart out to catch insects
Common Nebraska species - flycatchers pewees kingbirds phoebes kingbirds
Shrikes (Family Laniidae ndash butcher)
WHAT TO LOOK FOR
ldquoButcher birdsrdquo ndash impale prey on thorns (may be to attract a mate and mark territory)
Robin-size bird with hooked bill and masked face with hawk-like behavior
Black gray and white birds
Common Nebraska species - northern and loggerhead shrike
Vireos (Family Vireondae ndash small bird)
WHAT TO LOOK FOR
Small olive- or gray-backed bird with short sturdy cylindrical slightly hooked bill
Can have wing bars and eye-rings or have eye stripes and no wing bars
Often confused with warblers but are chunkier bigger headed thicker billed
Common Nebraska species ndash white-eyed Bellrsquos yellow-throated plumbeous
Cassinrsquos blue-headed warbling Philadelphia red-eyed
Crows and Jays (Family Corvidae ndash raven)
WHAT TO LOOK FOR
Large perching bird with strong longish all-purpose bill to handle variety of foods
Nostrils covered with feathers
Legs scaled in front and smooth behind
Harsh voice and noisy
Bold gregarious
Common Nebraska species - black-billed magpie American crow
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 43
Larks (Family Alauidae ndash lark)
WHAT TO LOOK FOR
Ground dwellers of open fields ndash seldom seen in trees and shrub
Walk rather than hop have an elongated hind toe
Slender billed seed and insect eaters
Yellowwhite face with black facemask horns and breast band
Has musical song often sung in display flight
Common Nebraska species ndash horned lark
Swallows and Martins (Family Hirundinidae ndash swallow)
WHAT TO LOOK FOR
Slim streamline bodies with long pointed angled wings
Tail forked or squared legs and feet inconspicuous
Bill short and wide
Fluid aerialists ndash dart about catching insects
Flocks perch in long rows on branches and lines
Common Nebraska species ndash purple martin northern rough wing bank cliff barn swallows
Chickadees and Titmice (Family Paridae - )
WHAT TO LOOK FOR
Small plump sociable birds with short bills and wings
Active agile ndash often hang upside down to feed
Many times roam in little bands (often leading the group) in search of food
Chickadee ndash no tuff of feathers on head Titmice ndash tufted Common Nebraska species ndash black-capped chickadee tufted titmouse
Nuthatches (Family Sittidae ndash birds that peck bark of tree)
WHAT TO LOOK FOR
Small stout tree-climbers with slightly upturned strong woodpecker-like bills
Stubby squared off tails
Walk down trees headfirst Common Nebraska species ndash red-breasted and white-breasted nuthatches
Creepers (Family Certhiidae -)
WHAT TO LOOK FOR
Small slim tree-dwellers with stiff tails and slender downward curving bill
Primarily brown
Common Nebraska species ndash brown creeper
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 44
Wrens (Family Troglodytidae ndash cave dweller
WHAT TO LOOK FOR
Small stumpy energetic brown birds
Bill slightly down turned loud song
Tails often in ldquocockedrdquo or up-tilted position
Common Nebraska species ndash rock house winter marsh wrens
Kinglets (Family Regulidae -)
WHAT TO LOOK FOR
TINY very active songbirds ndash only certain hummingbirds smaller
Can hover will feeding
Greenish plumage with bright colored crowns Short tails
Common Nebraska species ndash ruby-crowned and golden-crowned kinglets
Gnatcatchers (and Old World Warblers) (Family Sylviidae - )
WHAT TO LOOK FOR
Small birds with slender pointed bills surrounded by rectal bristles
Drab plumage with seasonally changing head patterns
In constant motion
Common Nebraska species ndash blue-gray gnatcatcher
Thrushes (Family Turdidae -)
WHAT TO LOOK FOR
Large-eyed upright postured songbirds - known for their singing ability
Bill is slender straight but not sharp
Often hop along the ground looking for food
Common Nebraska species ndash eastern bluebird veery gray-cheeked Swainsonrsquos hermit
wood thrush American robin
Mockingbirds and Thrashers (Family Mimidae ndash imitator mimic)
WHAT TO LOOK FOR
Well known for their vocal and mimicking ability
Have short rounded wings long legs and tails
Long down-curved bills
Common Nebraska species ndash gray catbird northern mockingbird brown thrasher
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 45
Starlings (and Mynas) (Family Sturnidae - )
WHAT TO LOOK FOR
Medium sized chunky glossy birds with short tails sharp bills
Short triangular to rounded wings
Gregarious bold birds
Pipits (and Wagtails) (Family Motacillidae -)
WHAT TO LOOK FOR
Slender billed brownish ground dwellers with long back toe
Walk briskly rather than hop along the ground
Most species bob their tails up and down
Common Nebraska species ndash American pipit
Waxwings (Family Bombycillidae ndash silk tail)
WHAT TO LOOK FOR
Birds with sleek crest that can be erected
Plump-bodied birds with pointed wings with red waxy tips of secondaries
Bill is small wide and notched high thin calls
Square tail with terminal yellow band
Common Nebraska species ndash Bohemian and cedar waxwings
Wood Warblers (Family Parulidae -)
WHAT TO LOOK FOR
Brightly colored (mostly yellow) birds
Smaller than sparrows with thin needle-like bills
Common Nebraska species ndash approx 34 warblers ovenbirds yellow-breasted chats and
waterthrush
New World Sparrows (Family Emberizidae -)
WHAT TO LOOK FOR
Small to medium-sized birds - often brown streaked appearance
Rounded wings cone-shaped bills
Common Nebraska species ndash 20 sparrows towhees longspurs dark-eyed juncos snow and
lark buntings
Cardinals and Allies (Family Cardinalidae )
WHAT TO LOOK FOR
Medium to large songbirds
Have large cone-shaped bills
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 46
Males often very colorful
Common Nebraska species ndash northern cardinals rose-breasted and black-headed grosbeaks
indigo bunting dickcissel
Blackbirds Orioles and Allies (Family Icteridae)
WHAT TO LOOK FOR
Medium to large songbirds with strong straight bills
Strong-direct flight
Plumage varies from iridescent black to yellow to orange
Common Nebraska species ndash Bobolink eastern and western meadowlarks red-winged and
rusty blackbirds common and great-tailed grackles orchard Baltimore and
Bullockrsquos orioles brown-headed cowbird
Finches and Allies (Family Fringillidae)
WHAT TO LOOK FOR
Small to medium songbirds
Have conical bills and forked relatively short tails
Fly fast and undulate through the air giving high-pitched calls in flight
Common Nebraska species ndash gray-crowned rosy purple Cassinrsquos house finches red
crossbill white-winged crossbill common redpoll pine siskin American goldfinch
evening grosbeak
Old World Sparrows (Family Passeridae)
WHAT TO LOOK FOR
Stouter bodies shorter legs and thicker bills than native sparrows
Have a simple song repeating single elements with no particular rhythm or beginning
And end vocalize all day and year-round
Common Nebraska species ndash house sparrow (introduced)
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 47
Geology and Natural History of Nebraska
Being Developed by Jon Garbisch Cedar Point Biological Station jgarbisch2unledu
bull Geological history of Nebraska
bull Present geological formation of regions
bull General soil types
bull Geological landforms and related habitats
What we currently use
Theme
Nebraska geology formed over millions of years through the erosion of mountains the deposition of
sediments and the flow of water and ice shaping the landscape that we call home
Goal
Attendees will develop an understanding of the natural processes that influenced and built Nebraska
and in so doing develop a greater appreciation for the geology and how it relates to all other aspects of
the statersquos identity
Objective(s)
The Master Naturalists attendees will be able to use the knowledge they have gained to better
understand the surface and subsurface geology at any location in the state that they may find
themselves working
How will it be measured
Attendees will be able to use the knowledge gained to actively interpret general Nebraska geology by
completing activities in the form of hand-out diagrams biostratigraphic fossil correlations
interpretation of rock type hand specimens and visual description of the Geology on the trail at Camp
Brewster Fontenelle Forest
Introduction
Nebraska geology formed over millions of years through the erosion of mountains the deposition of
sediments and the flow of water and ice shaping the landscape that we call home (Hand out agenda)
Geology is rooted in the 3 rock groups that exist on planet Earth and so familiarity with
o these groups gives us a solid foundation for all other geologic interpretation
A half hour will be spent handling examples from each rock group
o 3 groups 3 tables with one rock type on each table each group spends 10 minutes at
each table
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 48
The Geologic Time Scale is a record over time of the Earths major geologic events and we
can use it to help us understand how and when Nebraska took shape
The natural agents of change which have shaped our state include oceans rivers wind
o and ice
The geologic time periods in Nebraska are represented by rock layers (or not) which occur all
around the state and have been named so that no matter where you are in the state you can
correlate the strata to the time scale (fossilsisotopes)
6 Geologic Principles will be discussed so that when the MN is in the field they can be used as an
aid in basic geologic interpretation
Conclusion
Nebraska geology formed over millions of years through the erosion of mountains the deposition of
sediments and the flow of water and ice shaping the landscape that we call home Geology supplies us
a record of the events that have shaped our Earth by learning the language in which the Earth script is
written we will be able to interpret and share the story of our state of Nebraska This understanding will
aid in us in relating to other areas influential and important to the state
Places to Go (places to see examples of Nebraska geology)
a Agate Fossil Beds National Monument Lower Miocene fossil mammal site including abundant body fossils of ancient mammals and prominent fossil rodent burrows
b Ashfall State Park Upper Miocene fossil mammal assemblage found in ash derived from an eruption of a predecessor to the Yellowstone volcanic field c Chimney Rock National Historic Site Oligocene and Lower Miocene continental sedimentary rocks deposited as sediments by wind and steams
d Hummel Park (Omaha) outcrops of Pleistocene glacial till and loess
e Lincoln area Capitol Beach Lake and history of saline waters and salt industry flooding history of Antelope and Salt creeks building stones in downtown area brick industry University of Nebraska State Museum
f Louisville area outcrops of Upper Pennsylvanian marine sedimentary rocks
g Valentine area and Niobrara National Wildlife Refuge Niobrara River Canyon and Cenozoic stratigraphy
h Niobrara State Park Upper Cretaceous marine sedimentary rocks (Niobrara Formation and Pierre Shale) landslides along Missouri River anthropogenic changes in Missouri River Niobrara River and Mormon Canal
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 49
i Downtown Omaha removal of loess from hills in downtown area engineering of Missouri River (eg groins bank armoring etc) visible at Bob Kerrey Memorial Bridge deep bedrock water wells at old industrial sites
j Platte River State Park Upper Pennsylvanian marine sedimentary rocks and overlook of Platte River
k Ponca State Park Upper Cretaceous marine sedimentary rocks (uppermost Dakota Formation through Greenhorn Limestone)
l Rock Creek State Historical Park middle Cretaceous Dakota Formationmdashfluvio-estuarine continental deposits
m Schramm Park Upper Pennsylvanian marine sedimentary rocks
n Scotia and Happy Jack Chalk Mine Upper Miocene lake deposit In Ogallala Group
o Scotts Bluff National Monument Oligocene and Lower Miocene continental sedimentary rocks deposited as sediments by wind and steams
p Smith Falls State ParkCenozoic stratigraphy Niobrara River waterfalls as knick points
q Toadstool Park and nearby areas continental sedimentary rocks of upper Eocene Chadron Formation Pine Ridge escarpment Trailside Museum and Ft Robinson State Park
r Weeping Water area Upper Pennsylvanian marine sedimentary rocks
s Wildcat RidgeHillsescarpment on Oligocene and Lower Miocene continental sedimentary rocks deeply eroded into canyons buttes and pinnacles by stream erosion during and after the Late Pliocene
t Indian Cave State Park and Iron Horse Trail south of Peru Upper Pennsylvanian Indian Cave Sandstone (fluvio-estuarine deposit) and sandstone cave
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 50
North American Model and Outdoor Skills Developed by Jeff Rawlinson Assistant Division Administrator Information and Education Nebraska Game and Parks Commission jeffrawlinsonnebraskagov
OUR North American Model of Conservation
Perhaps no other story is more compelling and more important in American history as that of how
our natural resources came to be one of the most important elements in our lives The history of our citizenryrsquos strong land ethic ties us to the natural world long after other nations have forgone this relationship We value how the common person from a common family can participate in the thrill of the chase experiencing wildness to its fullest
The North American Model of Conservation is a philosophy that the United States and Canada have
developed to manage wildlife in a sustainable way Historians debate how this land ethic began Some
say our model of conservation began in 1937 with the passage of the PittmanRobertson Act a move that provided funding for wildlife conservation at the national and state level The source of this funding came from the sale of hunting and shooting equipment Others may say that it began when the conservation giant President Theodore Roosevelt brought management of natural resources to the
political forefront Others would argue our Model of conservation was birthed under the Magna Charta which transferred the ownership of wildlife from the King of England and the English nobles to the all of
the people of England In reality however our Model has been under development for several hundred years combining what we have learned from other nations peoples cultures and experiences to shape a philosophy ingrained in our culture supported by hunters anglers and shooting sports enthusiasts
benefiting all wildlife and wild lands in the United States
First Wildlife Managers The concept of managing wildlife or natural resources was not conceived by our young nation For
thousands of years humanity has been manipulating and controlling the land and all its inhabitants to benefit our needs Ever since the first hunter followed that wooly creature across the Bering Straight embarking on an epic journey that would result in settling of North America man has ldquomanagedrdquo
wildlife in North America
Throughout history many leaders have shown some element of concern or conservation ethic towards wildlife The great Kublai Khan grandson of Genghis Khan and founder of the Yuan Dynasty in China forbade harvesting of many species of wildlife during critical reproductive months of March
through August so species could ldquoincrease and multiplyrdquo Conservation of wildlife is even found in Mosaic Law in Deuteronomy 226 representing some of the first written wildlife management idealsmdashldquo If you come across a birdrsquos nest in any tree or on the ground with young ones or eggs and
the mother sitting on the young or on the eggs you shall not take the mother with the youngrdquo (English Standard Version 2001)
As populations expanded throughout Europe wildlife resources fell under ownership of powerful kings
who enacted harsh punishments for anyone found taking the kingrsquos game In 1215 a rebellion against King John of England resulted in the Magna Charta transferring ownership of lands and game from the crown to the people This ldquoprivatizingrdquo of wildlife ownership had profound impacts America over 500 years later
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 51
Era Of Abundance (1600 ndash 1850) When our forefathers first landed on the eastern shores of America they brought with them science
religion and a new hope They found plentiful game and soon began a relationship with the land that provided them with many of their daily needs Wildlife was viewed as a limitless resource in a relatively untapped land These early settlers had left Europe where few had access to wildlife and entered a world where everyone had access Furs feathers hides all had value to this young country In 1776 the Declaration of Independence revoked the Kingrsquos rights to land and people in this new world After a
bloody war led by revolutionaries such as Washington Hamilton Jefferson and Adams the United States gained its independence and the land and wildlife belonged to everyone
Era Of Exploitation (1850 ndash 1900)
The 1800s brought a commercialization of our wildlife resources Market hunting and habitat
destruction began to decimate wildlife populations such as the American Bison and Passenger Pigeon After the American Revolutionary War and the Civial Warmdashwhich nearly destroyed our ldquodemocratic
experimentrdquo all togethermdashfew people were looking after the interest of wildlife and even fewer rules
existed governing the management of a resource everyone had ownership of yet no one had responsibility for
The railroad provided settlers with the means to access new lands expanding the markets for meats hides and fur Advancements in technology such as the repeating rifle further aided the unbridled
destruction of wildlife resources Yet throughout this era something positive was growing The people of this new nation were developing a relationship with the land By 1842 a Supreme Court ruling had huge impacts on this developing model of conservation resulting in a Public Trust Doctrine that would
further outline a model for conserving our natural resources Conservation was developing some direction but had no money or laws to support it
Era Of Protection (19001930) The early 1900s brought an industrial boom Abuse of natural resources had taken its toll and throughout the Nation and evidence of this abuse could be seen in the loss of species such as the
passenger pigeon near loss of the American bison and in many large mammals including whitetailed deer and our once numerous waterfowl species America was becoming an economic giant yet through
the roar of machines both political and metal a small voice could be heard It was the hunter and their voice was of concern for the direction our wildlife resources were heading Conservation minded men and women had continued a relationship with the land and the wildlife
Era of Game Management (1930 ndash 1966) The ldquodirty thirtiesrdquo were marked by the dust bowl and an impoverished nation Agricultural practices
unchecked by environmental stewardship had left the Nationrsquos heartland in ecological peril Politically the conservation movement was supported by the footings laid by Theodore Roosevelt New federal acts moved forward to provide for environmental protection due to the outcry of hunters in panic over the vanishing wildlife resources of the Nation
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 52
Wildlife conservation had support yet it lacked the science to properly manage our Nationrsquos resources A young biologist name Aldo Leopold changed all this with his writings including the book Game
Management which led to Universities across the country developing wildlife conservation programs These programs spawned a new breed of professional game managers who utilized science to support management methods that ultimately lead to the greatest wildlife conservation success story in the world In 1937 the PittmanRobertson Act provided thousands of jobs for young professionals along with ldquogame wardensrdquo supported by individual states to further the development of the Conservation Model
which now had science and funding to support it
Era of Environmental Management (1966 ndash Present) Science and funding led to a broadening view of conservation as focus shifted from managing ldquogame
animalsrdquo to managing the entire biota (environment and all living things in it) Further federal acts such
as the Endangered Species Act of 1966 and the National Environmental Policy Act of 1969 provided greater protection for species by a nation that had finally changed its course providing time to review
and perfect conservation efforts Recent acts such as the 1980 Farm Bill continued the effort to help
landowners provide quality habitat for wildlife and hunters by providing incentives to landowners to set aside highly erosive lands and plant them into wildlife habitat (grasslands) that benefit wildlife and hunters
The story of our unique model of conservation is still being written New challenges today threaten our
coveted resources and new professionals are entering the arena to further the plight of our Nationrsquos wildlife and hunting heritage
Seven Pillars of the Model
Seven main pillars have been highlighted as the foundation of support for the North American Model
of Conservation These include
The Public Trust The wildlife of the United States are owned by the people This is very different from the European Model where wildlife is privately owned The North American Model recognizes wildlife as a public
resource that is so important it can not be owned or managed by any one segment of our society but rather managed by professional state and federal entities for the benefit of all This concept known as
the Public Trust Doctrine began development in 1842 when the Supreme Court ruled that the Magna Charta had settled the question of who owns fish and wildlife and that King Charles II did not have the authority to give away the ldquodominion and propertyrdquo of lands in colonial America The court further ruled that since the American Revolution the people held public trust responsibilities for fish and wildlife except for rights specified in the US Constitution
Prohibition on Commerce
It was the hunter who brought forth stringent laws that protected wildlife from peril in the 19th
and 20th
centuries Because we all own and appreciate our wildlife as a national resource they should never find themselves on the public market to the highest bidder This path led to a largescale loss of many species
including the Passenger Pigeon and the near loss of the American bison As our country was developing these practices were common as people moved west in search of prosperity capitalizing on a land seemingly untouched by the modern world Today many laws in place serve to protect our most
valuable resourceshellipour wildlife
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 53
Democratic Rule of Law Each citizen of this great nation has the ability and responsibility to engage in healthy politics that serve
to support and protect sound wildlife conservation measures Our first conservation measures in this Country habitat restoration simple harvest restrictions and bag limits came from hunters people who respected the game they pursued and loved the wild places they chased them in The North American Model of conservation is built upon active public involvement instilling a value for wildlife in all citizens
Hunting Opportunity for All The Model was developed on the premise that all people regardless of political or economic standing could participate in and feel the thrill of the chase It is this unique Model that provides us with wildlife opportunities for all Americans Imagine how important this was to our fore fathers who left a brutal
King in England where only the aristocracy had any dream of pursuing wild creatures in wild places Our
wildlife laws ensure that each generation that comes after us will have the same opportunity to enjoy and appreciate wildlife
Nonfrivolous Use Our management of wildlife depends on a citizenry that loves and appreciates the wild creatures and the habitats necessary to their survival and our quality of life Wildlife may be utilized under strict rule of
law including utilizing the wildlife once harvested to its best potential Killing wildlife for the sake of killing can only lead to the numbing of hearts to wildlife and a profound lack of respect for our most
precious resources
International Resources
It was not until the 20th
century that hunters and wildlife lovers understood the importance of
managing wildlife at a much larger scale This became readily apparent with the passage of the
Migratory Bird Treaty Act of 1918 where nations came together to manage wildlife resources as a
collective Wildlife species do not recognize national or state boundaries Governments must work together to be effective in managing wildlife for the benefit of all The United States has made great
strides in this area with Mexico and Canada Our wildlife is not only a resource to us but to all continents they may call home throughout the year Our biologists must think globally to be effective locally
Scientific Management Although Theodore Roosevelt brought conservation to the political forefront it was a young forester from Iowa that made the study of wildlife management a science Aldo Leopold is considered by many
as the ldquofather of wildlife managementrdquo due to his tireless efforts to develop curriculum for future wildlife biologists Today our biologists earn their opportunity to manage wildlife through prominent
Bachelor Masters and Doctorate degree programs from Universities around the world Wildlife must be managed using fact science and the latest research We are constantly learning and adapting to new technology and changing environments For such an important resource we cannot afford to have it any other way
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 54
Nebraska Master Naturalist Specializations Certifying as a Specialist ldquoFollow your own natural geniusrdquo wrote Thoreau ldquoand it will not fail to show you a fresh prospect every hourrdquo Many of us learn by doing When our curiosity and interests carry us into deeper study of a given subject it can be helpful to have clear opportunities to pursue Thus the Nebraska Master Naturalist Program offers specialized voluntary training for those who are hungry to develop and apply their particular skill and personal understanding on behalf of our natural legacy Specializations are designed to create collaborators leaders and mentors in four key areas
Interpretation and Outreach
Outdoor Skills and Recreation
Resource Management
Citizen Science Master Naturalist Certification Requirements Annual Requirement o 8 Hours Training Annually o 20 Hours of Volunteerism Annually Master Naturalist Specialization Requirement One Time Requirement o 20 Hours of Training Total Specific to Specialization Annual Requirement o Additional 20 Hours of Volunteerism Annually Specific to Specialization (does not include initial Certification annual requirement hours)
OUTDOOR SKILLS AND RECREATION SPECIALIZATION The purpose of OUTDOOR SKILLS AND RECREATION is to promote activity and development of skills in the outdoor pursuits associated with natural resources Specializations are designed to create collaborators leaders and mentors in particular areas A Certified Nebraska Master Naturalist can complete the Outdoor Recreation Specializationby meeting the following requirements Complete at least one of the workshops or certification‐leading trainings listed below If specialized training is not listed below it can be approved upon request by the Master Naturalist Program Committee Specialized Training Options ‐
Hunter Education Instructor Certification 13 hrs
National 4‐H Shooting Sports Instructor Certification 32 hrs
Nebraska 4‐H Shooting Sports Shotgun Certification 12 hrs
Nebraska 4‐H Shooting Sports Archery Certification 12 hrs
Nebraska 4‐H Shooting Sports Rifle Certification 12 hrs
Nebraska 4‐H Shooting Sports Pistol Certification 12 hrs
Nebraska 4‐H Shooting Sports Muzzleloader Certification 12 hrs
National Archery in the Schools Program Basic Archery Instructor 4 hrs
NRA Range OfficerMaster Certification 8 hrs
Hunt Master Training Instructor 4 hrs
NRA Shooting Instructor 16 hrs
NRA Shotgun Instructor 16 hrs
NRA Rifle Instructor 16 hrs
Boater Education Instructor 12 hrs
Youth Fishing Instructor 5 hrs
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 55
American Canoe Association National CanoeKayak Instructor 16‐32hrs
National Camp SchoolBoy Scouts 16‐24 hrs
Wood Badge TrainingBoy Scouts 16‐24 hrs
Merit Badge Counselor TrainingBoy Scouts 2‐16 hrs
Conservation Leaders for Tomorrow 35 hrs
Wilderness First Aid 16‐32 hrs
Professional Trappers College 40 hrs
American Camp Association Instructor Training 8‐40 hrs
American Red Cross Instructor Training 2‐16 hrs
American Sailing Association Instructor Training 16‐24 hrs
Certified Horsemanship Association Instructor Training 24‐40 hrs
Leave No Trace Master Educator Training 40 hrs
National Outdoor Leadership School 280 hrs
Camp Cook School 32‐96 hrs
Professional Association of Diving Instructors Training 32‐96 hrs
Professional Mountain Bike Association Instructor Training 24 hrs
League of American Bicyclists Instructor Certification 24 hrs
Hunting
Shooting
Fishing
Trapping
Camping
Outdoor Cooking
Orienteering
Geocaching
Photography
Wildlife Viewing
Hiking
Biking
Birding
Becoming an Outdoors‐Woman Program
Wilderness First Aid
Wilderness Survival
Leave No Trace Educator
Service Options ndash Provide a minimum of 20 hours of service annually in the following or similar areas
4‐H leader and youth training outdoor recreation
Scout leader and youth training outdoor recreation
Wild About Nature
Flying WILD Educator or Facilitator Workshop
Becoming an Outdoors Woman (BOW)
Beyond Becoming an Outdoors Woman (BOW)
Family Camp
Learn to Hunt Program
National Archery in the Schools Program BAI training or greater
Mentor HuntHunt Masters Training
After School Programs
Others ndash Upon approval
Outdoor discovery programs volunteer
CRO at a shooting event
Assist with National or State shooting sports competitions
Family fishing day
Design or write a brochure
Develop or contribute to a website
Develop or contribute to a social networking site
Design or write a newsletter
Assist in fundraising
Plan an event or festival
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 56
Interpretation amp Education- Developed By Lindsay Rogers Nebraska Game amp Parks
Commission
Do not try to satisfy your vanity by teaching a great many things Awaken peoplersquos curiosity It is
enough to open minds do not overload them Put there just a spark If there is some good
inflammable stuff it will catch firerdquo
- Anatole France in The Earth Speaks
Session Objectives
To help participants understand the role education plays in sounds ecological conservation
To help participants learn about past and present conservationist and interpretive educators
To help participants learn components of quality education and interpretation
To have participants partake in quality interpretive education
To make sure participants understand that their role is to light the spark and awaken curiosityhellip not spew facts
Lecture Requirements
1 What is interpretation (5 minutes) a What does ldquointerpretrdquo mean b National Association of Interpretation definition of ldquointerpretationrdquo
i Interpretation is a mission-based communication process that forges emotional and intellectual connection between the interests of the audience and the meanings inherent to the resource
c Freeman Tilden Interpreting Our Heritage 1957 i Interpretation is an educational activity which aims to reveal meanings
and relationships through the use of original objects by first-hand experience and by illustrative media rather than simply to communicate factual information
d Components of interpretation i pleasurable or enjoyable
ii relevant to the world iii organized iv themed v sparks an interest
vi includes information but does not stop there links information to the world
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 57
vii age appropriate viii taught to someone not at them
2 What is education (5 minutes)
a What does it mean to ldquoeducaterdquo someone b John Dewey Democracy amp Education 2944
i Education in its general sense is a form of learning in which the knowledge skills and habits of a group of people are transferred from one generation to the next through teaching training or research
c Components of education i - generally presented to someone but not always
ii enjoyable sometimes iii provides knowledge and facts iv can make connections but not always v organized and themed
d Both education and interpretation are important they work together
3 Conservationists (10 minutes) a Jon Muir
i Immigrated from Scotland to Wisconsin in 1849 ii Attended the University of Wisconsin studies botany amp geology
iii Moved to the western US mainly the Sierra Nevada area iv Believed humans were part of the interconnected natural world v Advocated for the preservation of natural areas
vi Co-founded the Sierra Club b Aldo Leopold
i Iowa native attended Yale University ii After college he joined the US Forest Service was stationed in Arizona
and New Mexico iii Developed theories of land ethics the need for biodiversity and an
appreciation for wilderness areas iv Moved to Wisconsin in 1924 became a professor at the University of
Wisconsin v Regarded as the ldquoFather of Conservationrdquo
c Gifford Pinchot i Born in Connecticut in 1905
ii Studied at Yale studies forestry in France iii Named chief of the Division of Forestry (later to become the US Forest
Service) iv First chief of the US Forest Service greatly improved forest
management and increased the size of Forest Service lands
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 58
v Managed forests for the greatest good for the greatest number Pinchot added the phrase in the long run to emphasize that forest management consists of long-term decisions
d Steven Mather i Born in California attended Berkley University
ii Worked for the Pacific Coast Borax Company where he had a talent for promotion Started a competing company made millions
iii When revisiting Sequoia and Yosemite National Parks in 1914 he was appalled by the conditions of the national parks
iv Joined the Department of the Interior as the head of parks later created the National Parks System
v Professionalized the National Parks and helped to greatly grow protected lands
e Rachel Carson i Born in Pennsylvania in 1907 attended John Hopkins University for
graduate school ii Went to work for the US Bureau of Fisheries (later to become the US
Fish amp Wildlife Service) iii Wrote Silent Spring in 1962 The book created an awaking for Americanrsquos
to their responsibility to the environment and wildlife The book lead to the US Government banning the use of DDT
f Theodore Roosevelt i Born in 1858 in New York New York was a sickly child who stayed inside
studying natural history ii An avid outdoorsman he spent much time in the South Dakota Badlands
iii Became President in 1901 with the assignation of President McKinley iv Among many major accomplishments as president he started the
National Parks was instrumental in conserving about 230 million acres
4 Naturalist Interpreters (10 minutes) a Freeman Tilden
i Born 1883 worked as a newspaper columnist and author ii At age 58 he began working with the National Parks Service
iii While traveling to various National Parks he became concerned with the quality of interpretation
iv Wrote Interpreting Our Heritage in 1957 outlines 6 principles to quality interpretation forever changed the field of interpretation
b William Lewis i Worked as a ranger naturalist and interpreter trainer for the National
Parks Service ii Developed the approach of ldquoThematic Interpretationrdquo which requires the
interpreter to choose a central theme (major point) to guide the development of a program
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 59
iii Wrote Interpreting For Park Visitors c Sam Ham
i Director of Center for International Training and Outreach at the University of Idaho
ii Work has focused on applying communication theory to environmental conservation interpretation and on nature-based tourism and guide training
iii Wrote Environmental Interpretation (1992) d Ted Cable
i Professor of Park Management and Conservation at Kansas State University
ii Co-authored Interpreting Cultural and Natural Resources (2003) and Interpretation for the 21st Century Fifteen Guiding Principles for Interpreting Nature and Culture (2002)
5 Conducting an Interpretative Program Try and Fail (60 minutes + 120 minutes of activities throughouthellip see list of Suggested Activities below)
a Experiential Learning i The first time you tried to walk you failed The first time you rode a bike
you failed This is called experiential learning The first time you attempt an educational or interpretation program you will fail thatrsquos how we learn
ii Donrsquot be afraid to fail b Ask Questions about the ProgramPresentation before you commit to leading it c Plan your Program
i Generally I want my presentation to be about Specifically however I want to tell my audience about After hearing my presentation I want my audience to understand (what is the big picture you want them to take home)
1 You do not need (or want) to teach your audience everything you know your job is to light the spark
ii What will your tangibles and intangibles be 1 Tangibles are those things you can touch things you use to teach
when teaching a Examples include a tree a mammal pelt a skull a live
animal a prairie 2 Intangibles involve connecting the tangibles to concepts and the
ideas they represent intangibles are the meanings the relationships the processes the ideas the feelings and the beliefs
a Examples include food webs ecosystem health entropy ecology
iii People remember themes they forget facts
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 60
iv Plan for an organized presentation 1 Think about your overall theme smaller parts of the program and
your transitions v Stick to your theme
vi Determine what type of presentation you will have 1 PowerPoint (avoid) 2 Podium Presentation (avoid) 3 Active taking a hike playing a game etc 4 Hands-on touching feeling trying hearing smelling
vii Think about all the different kinds of learners 1 verbal-linguistic 2 logical-mathematical 3 visual-spatial 4 kinesthetic 5 musical-rhythmic 6 interpersonal (groups) 7 intrapersonal (individual) 8 naturalist
d Know your role as an educator 1 Provide facts and relationships not opinions 2 Allow participants to determine their own opinions and beliefs
using the facts amp relationships you provide them 3 PLAY ldquoFIRST IMPRESSIONSrdquo
e Prepare Prepare Prepare 1 Know the type of space and area you will have (indoor vs
outdoor small space vs vast area etc) 2 Plan for more that you are told 3 Plan for the weather (always expect it to be windy in Nebraska)
f Questions i Ask good questions
1 Is this a fox Vs How do you know this is a fox 2 Do you have any questions Vs What questions do you have
ii Be prepared for quality questions 1 What are the implications for describe the impact of what are
the reasons for iii Be prepared for ldquogoodrdquo questions
1 Do you have ewoks in the forest If a Mountain Lion and an Eagle were to fight who would win
2 Take all questions seriously Answer seriously g Model what you want to see the students do
i If you want a group of students to catch insects help them get active with them
ii This is true when working with children and adults
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 61
1 Working alongside students validates them and their learning h Be enthusiastic show your passion
i This is another form of modeling what you want to see in your students ii We need to excite students (no matter their age) about conservation
nature and the outdoors iii Have fun
6 Take Home Lesson Light the Spark and Donrsquot Be Afraid to Fail
Suggested Activities (amp potential mandatory activities)
Throughout the lesson conduct multiple games andor activities to model good interpretation
Suggested games include but are not limited to
1 Oh Deer (Project WILD) 2 First Impressions (to be done during section 5) (Project WILD) 3 The Long Haul (Project WET) 4 Sum of the Parts (Project WET) 5 Water Quality Ask the Bugs (Project WET) 6 Adaptation Artistry (Flying WILD) or Fashion a Fish (Aquatic Project WILD) 7 Avian Antics (Flying WILD) 8 Pollinators Meet Your Plants (Nebraska Project WILD wwwnebraskaprojectwildorg) 9 Scavenger Hunts (Nebraska Project WILD wwwnebraskaprojectwildorg)
Suggested Post-Readings
Interpreting Our Heritage Freeman Tilden 1957 (4th edition 2008)
ISBN-13 978-0807858677
Interpreting for Park Visitors William Lewis 1981
ISBN-13 978-0890620793
Environmental Interpretation Sam Ham 1992
ISBN-13 978-1555919023
Interpretation for the 21st Century Fifteen Guiding Principles for Interpreting Nature and
Culture Larry Beck amp Ted Cable 2002
ISBN-13 978-1571675224
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 62
Interpretation-Making a Difference on Purpose Sam Ham 2013
ISBN-13 978-1555917425
Foundations of Interpretation Curriculum Content Narrative National Parks Service 2007
httpwwwnpsgovidpinterp101foundationscurriculumpdf
Websites
National Association of Interpretation
wwwinterpnetcom
North American Association for Environmental Education
wwwnaaeeorg
Nebraska Alliance for Conservation and Environment Education
wwwnaceeorg
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 63
Safety in the Field
Developed by Rich Hawes Nebraska Master Naturalist rdhawes26msncom
Objectives
Raise awareness of Risk Managementassessment as part of event planning
Guidelines to safe activities for participants presenters and the environment
Present Leave No Trace Principals as part of all outdoor activities
Present resources for additional training or certification for outdoor activities
Hands on activities to encourage interest and to provoke thought and discussion
Hazards of the area
Outdoor hiking safety
Stewardship of the land and natural resources
Being flexible and working with ldquowhat you haverdquo
Outline
1 Outdoor Activities ndash Whatrsquos The Worst That Can Happen An Introduction to Event Planning and Risk Management
2 Leave No Trace Principals
3 Trip planning and Logistics
4 Health amp Safety
5 Youth Protection
6 Age Appropriate Activities
7 Resource Training and Certifications
a Standard First Aid CPRAED Wilderness First Aid
b Shooting Sports - Range Safety Officer or Instructor
c Hunter Safety Instructor
d Climbing COPE and Zip Lines
e Water Safety Instructor Life Guard Small Boat Handling
f Leave No Trace Trainer or Master Educator
g Tread Lightly Tread Trainer or Master Tread Trainer
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 64
Suggested Activities
CPR Scenario
First Aid Scenario
Weather Scenario
Lost Scenario
Online Resources
American Camp Association
Boy Scouts of America
Youth Protection
Safe Swim Defense
Safety Afloat
Climb On Safely
Weather Safety
Trek On Safely
(etc)
Leave No Trace
Nebraska Game amp Parks
Hunter Safety
Boating Rules amp Regs
National Rifle Association
(Archery groups)
American Red Cross
(wilderness medicine group(s))
NOLS
Tread Lightly
US Coast Guard
NEBRASKA MASTER NATURALIST Explore Contribute Connect
24
it is never supposed to be changed even if it is later moved to a different genus family or class but over
the years there have been a few exceptions
The basis of taxonomy however is the genus This is the smallest grouping of related species When
taxonomy began there were relatively few identified species so species were grouped into genera and
there it ended As the body of knowledge grew so did the need for a broader system of grouping From
there the hierarchical system of classification based on natural features evolved
The current system works as follows
Individually related species are grouped into the same genus
The most closely related genera are grouped into the same family
Related families are grouped into an order
Orders are grouped into a related class
Similar classes are included in the same phylum
The phyla are then placed into the proper kingdom
Each of these categories may also contain sub- or super- subdivisions
Taxonomy is a constant work in progress As scientists learn more about different species their
classification may change Changes can reflect a clearer understanding of where the species fits in
among the others with similar characteristics Until recently we only had to contend with two kingdoms
ndash animal and plants Today scientists recognize a least five different kingdoms of living things
Monera ndash bacteria and blue-green algae
Protista ndash one-celled organism with nucleus
Plantea ndash green plants
Fungi ndash non-green plants
Animalia ndash animals
NEBRASKA MASTER NATURALIST Explore Contribute Connect
25
Fauna of Nebraska
Developed and Adopted by Keanna Leonard Education Director Rowe Sanctuary
Objectives for Fauna Mammals Amphibians amp Reptiles Birds 3-4 hours
1 Descriptions ndash (Mammals Amphibians and Reptiles birds --ndash IMPORTANT CHARACTERISTICS)
2 Vocabulary
3 Common Oderrsquos in Nebraska and examples
4 Nuts amp Bolts of Mammals How to ID amp locate specific animals and their evidence (possible
activity tracks traces etc) in Nebraska
MAMMALS IN A NUTSHELL Basic Characteristics
1 Mammary glands (hint the name) that
produce milk
2 Sweat glands
3 Sebaceous glands for oil
4 Presence of hair on the body at some time
during life span
5 Homiothermic Endotherm (warm blooded)--
regulate high body temperature
6 Four-chambered heart
7 Enucleated red blood cells
8 Have a diaphragm
9 Enlarged cerebral hemisphere
10 One bone in lower jaw and complex
dentition
11 3 middle ear bones
12 Turbinal bones in nasal chamber
13 Eggs develop in a uterus with
placental attachment and born alive
(viviparous)
MAMMAL VOCABULARY
Altricial Born helpless
Arboreal Tree dwelling
Carnivore A mammal in the order Carnivora
Carnivorous Meat eating
Crepuscular Active at dusk and dawn
Diurnal Active during the day
Dominant Ruler or leader of others
Habitat Region where an animal lives
Herbivore An animal that eats only plants
Herbivorous Plant eating
Hibernation Winter period when certain
animals become inactive to a point in
where all body functions slow
considerably for a long period
Instinct Inherited mode of behavior
Mammal Animals that have hair on their
bodies (see other char above)
Marsupial Animals whose females have
pouches
Nocturnal Active during nighttime
Omnivore Animals that eats both meat and
plant material
Omnivorous Eating both meat and plant
material
Precocial Born in an advanced stage of
development and able to move about
Predator Animals that kills another animal for
food
Prehensile Grasping
Prey Animal hunted for food
NEBRASKA MASTER NATURALIST Explore Contribute Connect
26
Protective coloration Enables the animal to
blend in with surroundings
Reticulated Net-like pattern of skin
Terrestrial Ground dwelling
Viviparous Live birthing
There are 21 orders of mammals found in the world
Listed below are the orders and examples of common species found in Nebraska
More Species found in Core Curriculum Binder
Insectivores (shrews and moles)
Masked Shrew (Sorex cinereus)
Northern Short-tailed Shrew (Blarina
brevicauda) (venomous)
Least Shrew (Cryptotis parva)
Eastern Mole (Scalopus aquaticus)
Chiroptera (bats)
Big Brown Bat (Eptesicus fuscus)
Red Bat (Lasiurus borealis)
Hoary Bat (Lasiurus cinereus)
Xenarthra
Nine-banded Armadillo (Dasypus novemcinctus)
Lagomorpha Eastern Cottontail (Sylvilagus floridanus) Black-tailed Jackrabbit (Lepus californicus)
Rodentia
Franklinrsquos Ground Squirrel (Spermophilus
franklinii)
Thirteen-lined Ground Squirrel (S
tridecemlineatus)
Black-tailed Prairie Dog (Cynomys
ludovicianus)
Plains Pocket Gopher (Geomys bursarius)(fur-
lined pouch)
Plains Pocket Mouse (Perognathus
flavescens)
Beaver (Castor canadensis)
Eastern Woodrat (Neotoma floridana)
Meadow Vole (Microtus pennsylvanicus)
Muskrat (Ondtra zibethicus) (laterally
compressed tail)
Porcupine (Erethizon dorsatu
Carnivora Despite the name of the order not all are carnivorous Many are omnivores (most bears and raccoons)
and some are even herbivores (giant panda)
Most carnivorous mammals have 3 up and 3 down relatively small incisors and 1 up and 1 down large
canine teeth on both sides of the incisors
Common species found in this area include
Family Canidae Coyote (Canis latrans) Red fox (Vulpes vulpes)
Family Procyonida Raccoon (Procyon lotor)
Family Mustelidae
NEBRASKA MASTER NATURALIST Explore Contribute Connect
27
Long-tailed Weasel (Mustela nivalis)
Least Weasel (M nibalis)
Mink (Mustela vison)
Badger (Taxidea taxus)
Striped Skunk (Mephitis mephitis)
River Otter (Lutra canadensis)
Family Felidae Bobcat (Felis rufus)
Artiodactyla Mule Deer (Odocoileus hemionus) White-tailed Deer (O virginianus
References National Audubon Society Field Guide to North American Mammals by John O Whitake Jr Robert
Elman Carol Nehring (Alfred A Knoph Inc 1994)
Guide to Mammals of the Plains States By J Knox Jr Davide M Armstrong Jerry R Choate (University
of Nebraska Press 1985)
The Nuts and Bolts Know important characteristics especially-
Mammary glands Sweat glands Sebaceous glands Hair sometime during their life
4 chambered heart
Though these critters look like a rodent
Donrsquot confuse them for a moment
They sport small eyes and ears out of view
Their teeth are small sharp and more than a few
They are made up of one mole and shrews three
So in what ORDER can they be
Commonly seen species of Chiroptera number three And are known as the only mammals to swim through the air free They are normally seen at night and for finding food use echolocation rather than sight Now I know you know what they be But go ahead and name all three These mammals have what humans claim to be a disgusting habit of defecating undigested pellets and eating them again What are they Chewing the cud is normal for this group and so is walking on their two middle toes Name the common species found in this area
NEBRASKA MASTER NATURALIST Explore Contribute Connect
28
AMPHIBIANS
Basic Characteristics
1 Skin naked No scales or hair
2 Eggs do not have shells but are jelly like
Laid in clusters always in water
3 Ectodermic
4 Can breathe through permeable skin
5 Spend all or part of life in water
6 Adults are carnivores Size of head
determines size of prey
7 Incomplete lung development
DIFFERENCES BETWEEN REPTILES AND AMPHIBIANS
Reptiles
1 Ectodermic
2 Covered with scales or plates
3 Shed skin
4 Most not do not live in or around water
Amphibians
1 Ectodermic
2 Smooth slimy skin without scales
3 Do not shed skin
4 Spend all or part of life in water
5 Go through metamorphose
Listed below are the orders and examples of common species found in Nebraska
More Species found in Core Curriculum Binder
Salamanders (Order Urodela)
Small-mouth Salamander (Ambystoma
texanum) Occurs in eastern Nebraksa
Tiger Salamander (A tigrinum) Occurs
throughout the state
Frogs and Toads (Order Anura) Thirteen species occur in Nebraska
Pelobatidae or Spadefoot Family
Plains Spadefoot (Spea bombifrons) Occurs throughout Nebraska expect southeast
Ranidae or True Frog Family Plains Leopard Frog (Rana blairi)
Northern Leopard Frog (Rana pipiens)
Bullfrog (Rana catesbeiana
Microhylidae or Narrow-mouthed Family Plains Narrowmouth Toad (Gastrophryne olivacea)
NEBRASKA MASTER NATURALIST Explore Contribute Connect
29
Bufonidae or Toad Family
American Toad (Bufo americanus) Occurs only
in eastern part of the state
Great Plains Toad (Bufo cognatus) Occurs
throughout the state
Woodhousersquos Toad (Bufo woodhousei) Occurs
throughout the state
Hylidae or Tree Frogs
Northern Cricket Frog (Acris crepitans) East
and central Nebraska
Western Striped Chorus Frog (Pseudacris
triseriata amp P maculata) Occurs throughout the
state
Copes Gray Treefrog (Hyla chrysoscelis) Found
in eastern part of state
Resources Reptiles and Amphibians of Nebraska ndash herpetology database httpsnrsunleduherpneb
NEBRASKA MASTER NATURALIST Explore Contribute Connect
30
REPTILES Basic Characteristics
1 Ectothermic (cold-blooded) Body temperature is the same as the temperature of its surroundings
2 Dry skin covered with scales or plates
3 Teeth if present are needle-like or conical
4 Skin shed in one piece or several pieces at intervals
5 Lay soft shelled eggs or young born alive in a membranous sac
6 Lung breathing
There are four groups
Lizards - Short-legged long-bodied reptiles
Taped tail Size varies from 4- inch long fence
swift to 10 foot Kamodo dragon
Snakes - Legates cousins of lizards
Turtles - Armored shells
Crocodilians - Crocodiles Alligators Caimans
REPTILE VOCABULARY
Antivenin An antidote to the venom of
venomous snakes produced by inoculating
horses with small doses of venom Horses build
up an immunity or resistance The horsersquos
blood is used to make the antivenin
Blue Stage Refers to the condition of a snake
prior to shedding
Carapace Dorsal (covering the back) shell
Constrictor A term used in describing a snake
that kills its prey by constriction
Ectothermic Not able to control body
temperature (Cold-blooded) Dependent upon
environment to control body temperature
Egg Tooth A sharp projection located in front
of nose on upper jaw Used by infant reptiles to
cut through eggshell
Fangs Grooved or tubular teeth used to inject
venom
Hemotoxin Venom that attacks the blood
Herpetologist A specialist in reptiles
Jacobsonrsquos Organ A tastesmell sense organ
with two small openings located on roof of
mouth
Thermal Pit A heat sensory pit on side of head
between nostril and eye Allows snakes to track
warm-blooded animals and to strike accurately
especially at night Found only in venomous
snakes known as pit vipers
Neurotoxin Venom that attacks the nervous
system
Oviparous Lays egg
NEBRASKA MASTER NATURALIST Explore Contribute Connect
31
Ovoviviparous Give birth to live young Egg
developed in female and then deposited as a
living young
Plastron Ventral (covering the belly) shell
Reticulated Net-like pattern on skin
Scales Folds of skin covering reptiles
Scutes Single section of shell each sell is made
up of many scutes
Toxic Poisonous
Toxin Poison
Undulating Type of snake locomotion typical of
most snakes - Leaves ldquoSrdquo shape track
Venom Poisonous fluid secreted from glands
and transmitted by bite or sting
Venomous Describes animal containing venom
gland
Nuts amp Bolts of Reptiles
Most reptiles are carnivores (eat meat) Many will eat only live food Some are herbivores (eat
plant material) as well as insectivores (eat insects)
Reptiles often found in water or underground for protection from predators and to help
regulate body temperature Air temperature can change quickly but water and soil
temperature are more constant therefore it helps to regulate the reptiles body temperature
Because they are ectothermic many reptiles live in places that are warm year round In colder
climates reptiles hibernate underground below the freeze line
Most reptile lay eggs and are called oviparous Eggs are buried in sand soil rotted logs etc and
kept warm only by heart from the sun or from rotting vegetation Very few reptiles stay around
to protect their eggs Some reptiles keep their eggs inside their bodies until they hatch and
produce live young (ovoviviparous) Example - garter snakes Very few reptiles care for or feed
their young Young are precocial able to look after themselves minutes after they hatch
Most snakes are harmless Even snakes that are venomous will not bite unless they are
cornered or stepped on Snakes are good and necessary animals They help control potential
destructive populations of rodents
Listed below are the orders and examples of common species found in Nebraska
ORDER CHELONIA Basic Characteristics
1 Contains all forms of turtles and tortoises
2 Has body enclosed in a shell made of
modified horny scales and bone Shell made of
two parts Carapace - upper part covering
animalrsquos back Plastron-under part covering
animalrsquos stomach amp chest
3Ribs and most of vertebrae attached to shell
4 Neck long and flexible and can usually be
withdrawn into shell
5 Have no teeth but jaws outfitted with horny
beaks
6 All lay eggs Usually bury eggs in pit in sand or soil Hatchlings must dig themselves to the surface
NEBRASKA MASTER NATURALIST Explore Contribute Connect
32
Examples of Turtles found in Nebraska Snapping Turtle (Chelydra serpentina)
Blandingrsquos Turtle (Emydoidea (Emys)
blandingii) Protected Species
False Map Turtle (Graptemys
pseudogeographica) Protected Species
Ornate Box Turtle (Terrapene ornata)
Smooth Softshell (Apalone mutica)
Spiny Softshell (Apalone spinifer
SUBORDER LACERTILA (lizards) Basic Characteristics
1 Dry scaly skin clawed feet external ear
openings
2Have movable eyelids - snakes do not
3 Males and females often show different
coloration
4 Generally diurnal but many nocturnal
(geckos night lizards Gila Monsters)
5 Courtship brief fertilization is internal
6 Most are egg layers
Examples of Lizards of Nebraska
Six-line Racerunner (Cnemidophorus sexlineatus Five-line Skink (Eumeces fasciatus)
Many-lined Skink (Eumeces mulitvirgatus)
Great Plains Skink (Eumeces obsoletus)
Slender Glass Lizard (Ophisaurus attenautus)
Lesser Earless Lizard (Holbrookia maculate)
Northern Prairie Lizard (fence lizard)
(Sceloporus undulates)
SUBORDER SERPENTES (Snakes) Basic Characteristics
1 Elongated scaly bodies (to protect from water
loss) no limbs external ear opening or eyelids
(eye covered with a clear scale)
2 Terrestrial subterranean arboreal
amphibious
3 Carnivores swallow prey whole
4 Continue to grow throughout their lives
6 Hibernate in colder climates
7 Males locate females by scent
8 Internal fertilization
9 Some lay eggs others bear live young
11 Vipers (venomous snakes) have heat-
sensing organs called thermal pits
NEBRASKA MASTER NATURALIST Explore Contribute Connect
33
12 Teeth slanted back If one is lost another drops down in itrsquos place
Examples of snakes found in Nebraska
Black Rat Snake (Elaphe obsoleta)
Great Plains Rat Snake (Elaphe guttata)
Bullsnake (Pituophis catenifer)
Common Kingsnake (Lampropeltis getula)
Eastern Hognose Snake (Heterodon
platyrhinos)
Western Hognose Snake (Heterodon nasicus)
Glossy Snake (Arizona elegans)
Milk Snake (Lampropeltis triangulum)
Plains Garter Snake (Thamnophis radix)
Common Garter Snake (Thamnophis sirtalis)
Racer (Coluber constrictor)
Pit Vipers
Copperhead (Agkistrodon contortrix) found in extreme southeast Nebraska
Massasauga (Sistrurus catenatus) Found in southeast Nebraska Protected Species
Prairie Rattlesnake (Crotalus viridis) Found in central and western parts of the state
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 34
Birds What Makes a Bird a Bird IMPORTANT CHARACTERISTICS
So what makes a bird a bird All birds share one common characteristic that no other animal has and
that is FEATHERS Other characteristics include
Maintain high constant body temperature Endotherms (warm-blooded)
Possess toothless beaks or bills
All lay hard-shelled eggs (oviparous)
Air sacs in birdrsquos body give buoyancy
Generally bones are hollow Decreases body weight
Four-chambered heart
Lend Me Your Ear Yes birds have ears but they are missing the pinna or outside part of the ear that collects sound Birds
have feather-covered openings on both sides of the head just behind the eyes Owls and other night-
flying birds have off-setting ears that allow them to pinpoint the exact position of prey
Can birds smell We are not quite sure how well most birds smell We do know vultures use the sense of smell to find
their dinner The champion bird sniffer belongs to kiwi found in New Zealand They are able to sniff out earthworms Some diving birds like cormorants cannot even breathe through their nostrils because they are sealed Ocean birds have special glands in their noses which eliminates salt from the salty water they drink
Eggs Birds lay hard-shelled eggs made mostly of carbon carbonate The hard shell keeps the egg from drying
out and allows parents to sit on it without damaging the developing chick Though the shells are hard it
does not mean that they are non-porous Microscopic pores allow the embryo to ldquobreatherdquo Carbon
dioxide and oxygen can pass through the shell
Eggs come in all sizes colors and patterns We believe that the different colors and patterns are
intended as camouflage Blue and green eggs are found in nests that are in the shade Patterned eggs
blend in with vegetation and stones and white eggs are normally found in cavities
The shape of eggs also depends on where a bird nests The most common shape is oval A pointed egg
is usually found near ledges Round eggs are generally found in highly secure nests
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 35
Commonly Seen Bird Families of Nebraska
Grebes (Family Podicipediae ndash rump foot)
WHAT TO LOOK FOR
Sleek diving waterbirds - small to medium size
Most have sharp pointed bills with fairly long necks short wings and almost no tail
Have lobed toes and legs set far back on body
Common Nebraska species - Pied-billed horned eared western and Clark grebes
Pelicans (Family Pelecanidae ndash an ax)
WHAT TO LOOK FOR
Very large waterbirds
Huge bills with large distensible pouches
Most are white with black flight feathers ndash wingspan 6-9 feet
Common Nebraska species ndash American White Pelican
Cormorants (Family Phalacrocoracidae ndash bald raven)
WHAT TO LOOK FOR
Large diving waterbird shaped like an elongated goose
Long neck and long bill hooked at the end
Wing span 3-5 feet Mostly dark in color
Common Nebraska species ndash Double-crested cormorant
Herons Egrets and Bitterns (Family Ardeidae - )
WHAT TO LOOK FOR
Medium to large wading birds
Usually with long legs bills and S-shaped neck
Short rounded tails
Common Nebraska species ndash American and least bitterns great and snowy egrets little
blue egret cattle egret great blue green black-crowned night and
yellow-crowned night herons
Ibises (and Spoonbills) (Family Threskiornithidae ndash sacred bird)
WHAT TO LOOK FOR
Medium to large wading birds
Long necks and legs with a duck-like body
Long tapering down-curved bill Common Nebraska species ndash white-faced ibis
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 36
Vultures (Family Cathartidae ndash cleanser)
WHAT TO LOOK FOR
Large soaring scavengers
Resemble eagles and large hawks in flight
Head and neck void of feathers bill hooked
Hold wings in a raised V-shape (dihedral)
Common Nebraska species ndash turkey vulture
Duck Geese and Swans (Family Anatidae ndash waterfowl)
WHAT TO LOOK FOR
Medium to large waterbirds
Large heads with conspicuous and horizontally flattened bills
Long necks heavy bodies relative short tails webbed feet and long wingspan Major differences between duck geese and swans
Ducks
Smallest of the three Have a soft swelling about the nostrils called a cere
Males of most ducks are easily separated from females by their gaudier plumage Feathers are
molted twice a year
Most males change into nuptial plumage after pair formation in the fall There may be some
modification of shape of a single feather or entire regions of plumage
Most species are sexually mature at 9 - 11 months
Males take no part in incubation
Geese
Neck shorter than body
Lore (area between eye and bill) feathered and more bluntly triangular than ducksrsquo
Sexes are similar
Permanent pair bonding
Molt once per year postnuptially
Sexually mature at 3 years
Males protect female clutch and brood after hatching
Young stay with parents for almost a year
Legs of most geese are farther forward under the belly than those of typical swans and ducks
Swans
Longest necks - necks slightly longer than body
Lore is naked
Sexes are similar
Molt once per year postnuptially - parents molt one after the other so one is able to fly
Young are carried on parentsrsquo backs
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 37
Sexually mature at 4 -5 years
Hawks and Allies (Family Accipitridae ndash to grasp or take)
Medium to very large diurnal raptors
Hooked beak strong legs and sharp talons
Buteos (buzzard hawks)
Stocky with broad wings wide tails
Soar and wheel high in the sky
Common Nebraska species ndash red-shouldered broad-winged Swainsonrsquos red-tailed
ferruginous rough-legged hawks
Accipiters (true hawks)
Small heads short rounded wings longish tail slender bodies
Fly with several rapid beats and a glide Common Nebraska species ndash sharp-shinned hawk Cooperrsquos hawk northern goshawk
Harriers
Slim body with slim round-tipped wings
Fly in open country gliding low with wings lifted in a V (dihedral)
Species in Nebraska - northern harrier
Kites
Small falcon shaped buoyant gliders not power-fliers
Common Nebraska species ndash Mississippi Kite
Osprey
Soar high on long swept-back wings
Broad tail short-headed appearance
Often travel in pairs
Eagles
Large very broad bodied with broad long plank-like wings massive head and bill
Soar steadily holding wings flat out to the side
Powerful wing beat on upstroke wings raised high Common Nebraska species ndash bald and golden
Falcons (and caracaras) (Family Falconidae - )
WHAT TO LOOK FOR
Small to large compact fast-flying raptors
Long pointed wings bent at the wrist - Strong rapid wing strokes
Common Nebraska species ndash American kestrel gyrfalcon peregrine falcon prairie falcon
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 38
Grouse Turkeys and Pheasants (Family Phasianidae ndash cock or fowl-like bird)
WHAT TO LOOK FOR
Ground dwelling birds with feather nostrils
Short strong bills and short rounded wings
Flight strong but brief
Males perform elaborate courting displays
Common Nebraska species ndash ring-necked pheasant sharp-tailed grouse greater
prairie chicken wild turkey
New World Quail ( Family Odontophoridae ndash bearing teeth)
WHAT TO LOOK FOR
Ground dwelling bird found in brushy habitat and other dense low foliage
Chunky rounded bodies and crests or head plumes
Chicken-like bill short rounded wings
Common Nebraska species - northern bobwhite
Rails and Coots (Family Rallidae - )
WHAT TO LOOK FOR
Marsh birds with short tails and stubby wings
Secretive and identified chiefly by call and habitat
Rails are laterally flattened ldquoThin as a railrdquo Coots are plumper and gregarious
Common Nebraska species ndash yellow rail black rail king rail Virginia rail sora common
moorhen American coot
Cranes (Family Gruidae - )
WHAT TO LOOK FOR
Tall stately wetland birds with long necks and long bills
Tertial flight feathers droop over rump in a bustle when standing
Fly with necks fully extended
Circle in thermals like raptors
Common Nebraska species - sandhill and whooping cranes
Plovers and Killdeer (Family Charadriidae ndash nocturnal waterbird)
WHAT TO LOOK FOR
Small to medium shorebirds that dart across the ground stop and then take off again Upright posture with medium length legs and long pointed wings
Rounded head large eyes thick neck with a short thick bill
Common Nebraska species ndash black-billed American golden snowy semipalmated piping
plovers and killdeer
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 39
Stilts and Avocets (Family Recurviostridae- bent bill)
WHAT TO LOOK FOR
Tall slim shorebirds
Long thin bill very long slender legs long neck striking black-and-white plumage Stilts have straight bills avocets have re-curved bills
Common Nebraska species ndash American avocets black-necked stilt
Sandpipers and Phalaropes and Allies (Family Scolopacidae ndash woodcock)
WHAT TO LOOK FOR
Diverse group of shorebirds
Long toes and long tapered wings
Bill and leg length varies but bill more slender than a ploverrsquos
Plumage browns grays and whites with reds and oranges during breeding season
All but one species have short elevated hind toe
Species found in Nebraska include common snipe ruddy turnstone phalaropes sandpipers
woodcocks godwits whimbrels willets etc
Dowitchers
WHAT TO LOOK FOR
Medium sized chunky dark shorebird
Long straight bills and distinct pale eyebrows
Feed in mud or shallow water in a rapid jabbing motion
Phalaropes
WHAT TO LOOK FOR
Often spin like a top in water when feeding
Female larger and more colorful than male
Male tends incubates and cares for chicks
Common Nebraska species ndash Wilsonrsquos and red-necked phalaropes
Gulls Terns and Allies (Family Laridae ndashsea birds)
Gulls
WHAT TO LOOK FOR
More robust with wider wings and longer legs than terns
Bill slightly hooked tail square or rounded - Seldom Dive
Common Nebraska species ndash Pomarine Jaeger Franklinrsquos little Bonapartersquos ring-
billed California Herring Thayerrsquos lesser black-backed glaucous
Sabinersquos gulls black-legged kittiwake
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 40
Terns
WHAT TO LOOK FOR
Graceful more streamline than gulls
Usually has a forked tail ndash most whitish with black cap
Sharp-pointed bill - Hoover and dive headfirst for fish
Common Nebraska species ndash Caspian common Foresterrsquos terns
Pigeons and Doves (Family Columbidae ndash dove)
WHAT TO LOOK FOR
Plump fast flying cooing voice
Short legs and necks and small heads short bills
Tail fan-like rounded or pointed
Pigeons larger than doves
Common Nebraska species ndash rock mourning Eurasian collared doves
Cuckoos Roadrunners and Anis (Family Cuculidae - )
WHAT TO LOOK FOR
Slender with a long tail at least half of the birdrsquos total length
Fairly large sturdy decurved (curving down) bill
2 toes forward 2 back (zygodactyls)
Common Nebraska species - black-billed cuckoo and yellow-billed cuckoo
Barn Owls (Family Tytonidae -)
WHAT TO LOOK FOR
Slim medium sized night hunter
Legs are long and sparsely feathered
Large head with large forward-facing immovable eyes
Heart-shaped face hooked beak and ghostly appearance
Typical Owls (Family Stigidae ndash night bird)
WHAT TO LOOK FOR
Generally night hunters
Large heads flatten face with large forward-facing immovable eyes hooked beak
Mottled appearance some with feather tuffs upright stance
Common Nebraska species ndash eastern screech great horned burrowing barred long-eared
short-eared northern saw-whet owls
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 41
Nighthawks and Nightjars (Family Caprimulgidae ndashgoat sucker)
WHAT TO LOOK FOR
Nocturnal or crepuscular
Big tail large eyes tiny bills surrounding a large gaping mouth
By day sit horizontally on limb or on ground
Easiest to identify by voice
Common Nebraska species ndash common nighthawk common poorwill chuck-willrsquos-widow
Whip-poor-will
Swifts (Family Apodidae ndash without feet)
WHAT TO LOOK FOR
Small to medium sized aerial foragers ndashspend most of life flying
Long sickle-shaped wings bending close to body and extremely short legs
Eat bathe drink and sometime mate in the air
Common Nebraska species - chimney swift white-throated swift
Hummingbirds (Family Trochilidae ndash small bird)
WHAT TO LOOK FOR
Tiny body long slender bill
Distinctive blur and hum of hovering wings
Jewel-like throat feather found on male
Common Nebraska species ndash ruby-throated broad-tailed and rufous hummingbirds
Kingfishers (Family Alcedinidae - kingfisher)
WHAT TO LOOK FOR
Small to medium size
Thickset with short neck and tail small feet
Large head with a ragged crest and long strong bill
Sit on lines and low branches near water or hovers above water
Plunges head first into water to catch fish
Common Nebraska species ndash belted kingfisher
Woodpeckers (Family Picidae ndash woodpecker)
WHAT TO LOOK FOR
Arboreal (tree) birds
Vertical posture creep up trees
Strong chisel-like bill short legs stiff tail feathers rounded wings
Undulating flight pattern and characteristic bill drumming
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 42
Common Nebraska species ndash Lewisrsquos red-headed red-bellied hairy downy woodpeckers
yellow-bellied and red-naped sapsuckers northern flicker
THE PASSERINES Feet adapted to perching
Tyrant Flycatchers (Family Tyrannidae - lord ruler king)
WHAT TO LOOK FOR
Small to medium perching bird
Large head broad flattened bill pointed wings short legs
Bristly ldquowhiskersrdquo at base of bill
Sit upright on exposed branch and dart out to catch insects
Common Nebraska species - flycatchers pewees kingbirds phoebes kingbirds
Shrikes (Family Laniidae ndash butcher)
WHAT TO LOOK FOR
ldquoButcher birdsrdquo ndash impale prey on thorns (may be to attract a mate and mark territory)
Robin-size bird with hooked bill and masked face with hawk-like behavior
Black gray and white birds
Common Nebraska species - northern and loggerhead shrike
Vireos (Family Vireondae ndash small bird)
WHAT TO LOOK FOR
Small olive- or gray-backed bird with short sturdy cylindrical slightly hooked bill
Can have wing bars and eye-rings or have eye stripes and no wing bars
Often confused with warblers but are chunkier bigger headed thicker billed
Common Nebraska species ndash white-eyed Bellrsquos yellow-throated plumbeous
Cassinrsquos blue-headed warbling Philadelphia red-eyed
Crows and Jays (Family Corvidae ndash raven)
WHAT TO LOOK FOR
Large perching bird with strong longish all-purpose bill to handle variety of foods
Nostrils covered with feathers
Legs scaled in front and smooth behind
Harsh voice and noisy
Bold gregarious
Common Nebraska species - black-billed magpie American crow
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 43
Larks (Family Alauidae ndash lark)
WHAT TO LOOK FOR
Ground dwellers of open fields ndash seldom seen in trees and shrub
Walk rather than hop have an elongated hind toe
Slender billed seed and insect eaters
Yellowwhite face with black facemask horns and breast band
Has musical song often sung in display flight
Common Nebraska species ndash horned lark
Swallows and Martins (Family Hirundinidae ndash swallow)
WHAT TO LOOK FOR
Slim streamline bodies with long pointed angled wings
Tail forked or squared legs and feet inconspicuous
Bill short and wide
Fluid aerialists ndash dart about catching insects
Flocks perch in long rows on branches and lines
Common Nebraska species ndash purple martin northern rough wing bank cliff barn swallows
Chickadees and Titmice (Family Paridae - )
WHAT TO LOOK FOR
Small plump sociable birds with short bills and wings
Active agile ndash often hang upside down to feed
Many times roam in little bands (often leading the group) in search of food
Chickadee ndash no tuff of feathers on head Titmice ndash tufted Common Nebraska species ndash black-capped chickadee tufted titmouse
Nuthatches (Family Sittidae ndash birds that peck bark of tree)
WHAT TO LOOK FOR
Small stout tree-climbers with slightly upturned strong woodpecker-like bills
Stubby squared off tails
Walk down trees headfirst Common Nebraska species ndash red-breasted and white-breasted nuthatches
Creepers (Family Certhiidae -)
WHAT TO LOOK FOR
Small slim tree-dwellers with stiff tails and slender downward curving bill
Primarily brown
Common Nebraska species ndash brown creeper
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 44
Wrens (Family Troglodytidae ndash cave dweller
WHAT TO LOOK FOR
Small stumpy energetic brown birds
Bill slightly down turned loud song
Tails often in ldquocockedrdquo or up-tilted position
Common Nebraska species ndash rock house winter marsh wrens
Kinglets (Family Regulidae -)
WHAT TO LOOK FOR
TINY very active songbirds ndash only certain hummingbirds smaller
Can hover will feeding
Greenish plumage with bright colored crowns Short tails
Common Nebraska species ndash ruby-crowned and golden-crowned kinglets
Gnatcatchers (and Old World Warblers) (Family Sylviidae - )
WHAT TO LOOK FOR
Small birds with slender pointed bills surrounded by rectal bristles
Drab plumage with seasonally changing head patterns
In constant motion
Common Nebraska species ndash blue-gray gnatcatcher
Thrushes (Family Turdidae -)
WHAT TO LOOK FOR
Large-eyed upright postured songbirds - known for their singing ability
Bill is slender straight but not sharp
Often hop along the ground looking for food
Common Nebraska species ndash eastern bluebird veery gray-cheeked Swainsonrsquos hermit
wood thrush American robin
Mockingbirds and Thrashers (Family Mimidae ndash imitator mimic)
WHAT TO LOOK FOR
Well known for their vocal and mimicking ability
Have short rounded wings long legs and tails
Long down-curved bills
Common Nebraska species ndash gray catbird northern mockingbird brown thrasher
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 45
Starlings (and Mynas) (Family Sturnidae - )
WHAT TO LOOK FOR
Medium sized chunky glossy birds with short tails sharp bills
Short triangular to rounded wings
Gregarious bold birds
Pipits (and Wagtails) (Family Motacillidae -)
WHAT TO LOOK FOR
Slender billed brownish ground dwellers with long back toe
Walk briskly rather than hop along the ground
Most species bob their tails up and down
Common Nebraska species ndash American pipit
Waxwings (Family Bombycillidae ndash silk tail)
WHAT TO LOOK FOR
Birds with sleek crest that can be erected
Plump-bodied birds with pointed wings with red waxy tips of secondaries
Bill is small wide and notched high thin calls
Square tail with terminal yellow band
Common Nebraska species ndash Bohemian and cedar waxwings
Wood Warblers (Family Parulidae -)
WHAT TO LOOK FOR
Brightly colored (mostly yellow) birds
Smaller than sparrows with thin needle-like bills
Common Nebraska species ndash approx 34 warblers ovenbirds yellow-breasted chats and
waterthrush
New World Sparrows (Family Emberizidae -)
WHAT TO LOOK FOR
Small to medium-sized birds - often brown streaked appearance
Rounded wings cone-shaped bills
Common Nebraska species ndash 20 sparrows towhees longspurs dark-eyed juncos snow and
lark buntings
Cardinals and Allies (Family Cardinalidae )
WHAT TO LOOK FOR
Medium to large songbirds
Have large cone-shaped bills
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 46
Males often very colorful
Common Nebraska species ndash northern cardinals rose-breasted and black-headed grosbeaks
indigo bunting dickcissel
Blackbirds Orioles and Allies (Family Icteridae)
WHAT TO LOOK FOR
Medium to large songbirds with strong straight bills
Strong-direct flight
Plumage varies from iridescent black to yellow to orange
Common Nebraska species ndash Bobolink eastern and western meadowlarks red-winged and
rusty blackbirds common and great-tailed grackles orchard Baltimore and
Bullockrsquos orioles brown-headed cowbird
Finches and Allies (Family Fringillidae)
WHAT TO LOOK FOR
Small to medium songbirds
Have conical bills and forked relatively short tails
Fly fast and undulate through the air giving high-pitched calls in flight
Common Nebraska species ndash gray-crowned rosy purple Cassinrsquos house finches red
crossbill white-winged crossbill common redpoll pine siskin American goldfinch
evening grosbeak
Old World Sparrows (Family Passeridae)
WHAT TO LOOK FOR
Stouter bodies shorter legs and thicker bills than native sparrows
Have a simple song repeating single elements with no particular rhythm or beginning
And end vocalize all day and year-round
Common Nebraska species ndash house sparrow (introduced)
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 47
Geology and Natural History of Nebraska
Being Developed by Jon Garbisch Cedar Point Biological Station jgarbisch2unledu
bull Geological history of Nebraska
bull Present geological formation of regions
bull General soil types
bull Geological landforms and related habitats
What we currently use
Theme
Nebraska geology formed over millions of years through the erosion of mountains the deposition of
sediments and the flow of water and ice shaping the landscape that we call home
Goal
Attendees will develop an understanding of the natural processes that influenced and built Nebraska
and in so doing develop a greater appreciation for the geology and how it relates to all other aspects of
the statersquos identity
Objective(s)
The Master Naturalists attendees will be able to use the knowledge they have gained to better
understand the surface and subsurface geology at any location in the state that they may find
themselves working
How will it be measured
Attendees will be able to use the knowledge gained to actively interpret general Nebraska geology by
completing activities in the form of hand-out diagrams biostratigraphic fossil correlations
interpretation of rock type hand specimens and visual description of the Geology on the trail at Camp
Brewster Fontenelle Forest
Introduction
Nebraska geology formed over millions of years through the erosion of mountains the deposition of
sediments and the flow of water and ice shaping the landscape that we call home (Hand out agenda)
Geology is rooted in the 3 rock groups that exist on planet Earth and so familiarity with
o these groups gives us a solid foundation for all other geologic interpretation
A half hour will be spent handling examples from each rock group
o 3 groups 3 tables with one rock type on each table each group spends 10 minutes at
each table
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 48
The Geologic Time Scale is a record over time of the Earths major geologic events and we
can use it to help us understand how and when Nebraska took shape
The natural agents of change which have shaped our state include oceans rivers wind
o and ice
The geologic time periods in Nebraska are represented by rock layers (or not) which occur all
around the state and have been named so that no matter where you are in the state you can
correlate the strata to the time scale (fossilsisotopes)
6 Geologic Principles will be discussed so that when the MN is in the field they can be used as an
aid in basic geologic interpretation
Conclusion
Nebraska geology formed over millions of years through the erosion of mountains the deposition of
sediments and the flow of water and ice shaping the landscape that we call home Geology supplies us
a record of the events that have shaped our Earth by learning the language in which the Earth script is
written we will be able to interpret and share the story of our state of Nebraska This understanding will
aid in us in relating to other areas influential and important to the state
Places to Go (places to see examples of Nebraska geology)
a Agate Fossil Beds National Monument Lower Miocene fossil mammal site including abundant body fossils of ancient mammals and prominent fossil rodent burrows
b Ashfall State Park Upper Miocene fossil mammal assemblage found in ash derived from an eruption of a predecessor to the Yellowstone volcanic field c Chimney Rock National Historic Site Oligocene and Lower Miocene continental sedimentary rocks deposited as sediments by wind and steams
d Hummel Park (Omaha) outcrops of Pleistocene glacial till and loess
e Lincoln area Capitol Beach Lake and history of saline waters and salt industry flooding history of Antelope and Salt creeks building stones in downtown area brick industry University of Nebraska State Museum
f Louisville area outcrops of Upper Pennsylvanian marine sedimentary rocks
g Valentine area and Niobrara National Wildlife Refuge Niobrara River Canyon and Cenozoic stratigraphy
h Niobrara State Park Upper Cretaceous marine sedimentary rocks (Niobrara Formation and Pierre Shale) landslides along Missouri River anthropogenic changes in Missouri River Niobrara River and Mormon Canal
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 49
i Downtown Omaha removal of loess from hills in downtown area engineering of Missouri River (eg groins bank armoring etc) visible at Bob Kerrey Memorial Bridge deep bedrock water wells at old industrial sites
j Platte River State Park Upper Pennsylvanian marine sedimentary rocks and overlook of Platte River
k Ponca State Park Upper Cretaceous marine sedimentary rocks (uppermost Dakota Formation through Greenhorn Limestone)
l Rock Creek State Historical Park middle Cretaceous Dakota Formationmdashfluvio-estuarine continental deposits
m Schramm Park Upper Pennsylvanian marine sedimentary rocks
n Scotia and Happy Jack Chalk Mine Upper Miocene lake deposit In Ogallala Group
o Scotts Bluff National Monument Oligocene and Lower Miocene continental sedimentary rocks deposited as sediments by wind and steams
p Smith Falls State ParkCenozoic stratigraphy Niobrara River waterfalls as knick points
q Toadstool Park and nearby areas continental sedimentary rocks of upper Eocene Chadron Formation Pine Ridge escarpment Trailside Museum and Ft Robinson State Park
r Weeping Water area Upper Pennsylvanian marine sedimentary rocks
s Wildcat RidgeHillsescarpment on Oligocene and Lower Miocene continental sedimentary rocks deeply eroded into canyons buttes and pinnacles by stream erosion during and after the Late Pliocene
t Indian Cave State Park and Iron Horse Trail south of Peru Upper Pennsylvanian Indian Cave Sandstone (fluvio-estuarine deposit) and sandstone cave
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 50
North American Model and Outdoor Skills Developed by Jeff Rawlinson Assistant Division Administrator Information and Education Nebraska Game and Parks Commission jeffrawlinsonnebraskagov
OUR North American Model of Conservation
Perhaps no other story is more compelling and more important in American history as that of how
our natural resources came to be one of the most important elements in our lives The history of our citizenryrsquos strong land ethic ties us to the natural world long after other nations have forgone this relationship We value how the common person from a common family can participate in the thrill of the chase experiencing wildness to its fullest
The North American Model of Conservation is a philosophy that the United States and Canada have
developed to manage wildlife in a sustainable way Historians debate how this land ethic began Some
say our model of conservation began in 1937 with the passage of the PittmanRobertson Act a move that provided funding for wildlife conservation at the national and state level The source of this funding came from the sale of hunting and shooting equipment Others may say that it began when the conservation giant President Theodore Roosevelt brought management of natural resources to the
political forefront Others would argue our Model of conservation was birthed under the Magna Charta which transferred the ownership of wildlife from the King of England and the English nobles to the all of
the people of England In reality however our Model has been under development for several hundred years combining what we have learned from other nations peoples cultures and experiences to shape a philosophy ingrained in our culture supported by hunters anglers and shooting sports enthusiasts
benefiting all wildlife and wild lands in the United States
First Wildlife Managers The concept of managing wildlife or natural resources was not conceived by our young nation For
thousands of years humanity has been manipulating and controlling the land and all its inhabitants to benefit our needs Ever since the first hunter followed that wooly creature across the Bering Straight embarking on an epic journey that would result in settling of North America man has ldquomanagedrdquo
wildlife in North America
Throughout history many leaders have shown some element of concern or conservation ethic towards wildlife The great Kublai Khan grandson of Genghis Khan and founder of the Yuan Dynasty in China forbade harvesting of many species of wildlife during critical reproductive months of March
through August so species could ldquoincrease and multiplyrdquo Conservation of wildlife is even found in Mosaic Law in Deuteronomy 226 representing some of the first written wildlife management idealsmdashldquo If you come across a birdrsquos nest in any tree or on the ground with young ones or eggs and
the mother sitting on the young or on the eggs you shall not take the mother with the youngrdquo (English Standard Version 2001)
As populations expanded throughout Europe wildlife resources fell under ownership of powerful kings
who enacted harsh punishments for anyone found taking the kingrsquos game In 1215 a rebellion against King John of England resulted in the Magna Charta transferring ownership of lands and game from the crown to the people This ldquoprivatizingrdquo of wildlife ownership had profound impacts America over 500 years later
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 51
Era Of Abundance (1600 ndash 1850) When our forefathers first landed on the eastern shores of America they brought with them science
religion and a new hope They found plentiful game and soon began a relationship with the land that provided them with many of their daily needs Wildlife was viewed as a limitless resource in a relatively untapped land These early settlers had left Europe where few had access to wildlife and entered a world where everyone had access Furs feathers hides all had value to this young country In 1776 the Declaration of Independence revoked the Kingrsquos rights to land and people in this new world After a
bloody war led by revolutionaries such as Washington Hamilton Jefferson and Adams the United States gained its independence and the land and wildlife belonged to everyone
Era Of Exploitation (1850 ndash 1900)
The 1800s brought a commercialization of our wildlife resources Market hunting and habitat
destruction began to decimate wildlife populations such as the American Bison and Passenger Pigeon After the American Revolutionary War and the Civial Warmdashwhich nearly destroyed our ldquodemocratic
experimentrdquo all togethermdashfew people were looking after the interest of wildlife and even fewer rules
existed governing the management of a resource everyone had ownership of yet no one had responsibility for
The railroad provided settlers with the means to access new lands expanding the markets for meats hides and fur Advancements in technology such as the repeating rifle further aided the unbridled
destruction of wildlife resources Yet throughout this era something positive was growing The people of this new nation were developing a relationship with the land By 1842 a Supreme Court ruling had huge impacts on this developing model of conservation resulting in a Public Trust Doctrine that would
further outline a model for conserving our natural resources Conservation was developing some direction but had no money or laws to support it
Era Of Protection (19001930) The early 1900s brought an industrial boom Abuse of natural resources had taken its toll and throughout the Nation and evidence of this abuse could be seen in the loss of species such as the
passenger pigeon near loss of the American bison and in many large mammals including whitetailed deer and our once numerous waterfowl species America was becoming an economic giant yet through
the roar of machines both political and metal a small voice could be heard It was the hunter and their voice was of concern for the direction our wildlife resources were heading Conservation minded men and women had continued a relationship with the land and the wildlife
Era of Game Management (1930 ndash 1966) The ldquodirty thirtiesrdquo were marked by the dust bowl and an impoverished nation Agricultural practices
unchecked by environmental stewardship had left the Nationrsquos heartland in ecological peril Politically the conservation movement was supported by the footings laid by Theodore Roosevelt New federal acts moved forward to provide for environmental protection due to the outcry of hunters in panic over the vanishing wildlife resources of the Nation
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 52
Wildlife conservation had support yet it lacked the science to properly manage our Nationrsquos resources A young biologist name Aldo Leopold changed all this with his writings including the book Game
Management which led to Universities across the country developing wildlife conservation programs These programs spawned a new breed of professional game managers who utilized science to support management methods that ultimately lead to the greatest wildlife conservation success story in the world In 1937 the PittmanRobertson Act provided thousands of jobs for young professionals along with ldquogame wardensrdquo supported by individual states to further the development of the Conservation Model
which now had science and funding to support it
Era of Environmental Management (1966 ndash Present) Science and funding led to a broadening view of conservation as focus shifted from managing ldquogame
animalsrdquo to managing the entire biota (environment and all living things in it) Further federal acts such
as the Endangered Species Act of 1966 and the National Environmental Policy Act of 1969 provided greater protection for species by a nation that had finally changed its course providing time to review
and perfect conservation efforts Recent acts such as the 1980 Farm Bill continued the effort to help
landowners provide quality habitat for wildlife and hunters by providing incentives to landowners to set aside highly erosive lands and plant them into wildlife habitat (grasslands) that benefit wildlife and hunters
The story of our unique model of conservation is still being written New challenges today threaten our
coveted resources and new professionals are entering the arena to further the plight of our Nationrsquos wildlife and hunting heritage
Seven Pillars of the Model
Seven main pillars have been highlighted as the foundation of support for the North American Model
of Conservation These include
The Public Trust The wildlife of the United States are owned by the people This is very different from the European Model where wildlife is privately owned The North American Model recognizes wildlife as a public
resource that is so important it can not be owned or managed by any one segment of our society but rather managed by professional state and federal entities for the benefit of all This concept known as
the Public Trust Doctrine began development in 1842 when the Supreme Court ruled that the Magna Charta had settled the question of who owns fish and wildlife and that King Charles II did not have the authority to give away the ldquodominion and propertyrdquo of lands in colonial America The court further ruled that since the American Revolution the people held public trust responsibilities for fish and wildlife except for rights specified in the US Constitution
Prohibition on Commerce
It was the hunter who brought forth stringent laws that protected wildlife from peril in the 19th
and 20th
centuries Because we all own and appreciate our wildlife as a national resource they should never find themselves on the public market to the highest bidder This path led to a largescale loss of many species
including the Passenger Pigeon and the near loss of the American bison As our country was developing these practices were common as people moved west in search of prosperity capitalizing on a land seemingly untouched by the modern world Today many laws in place serve to protect our most
valuable resourceshellipour wildlife
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 53
Democratic Rule of Law Each citizen of this great nation has the ability and responsibility to engage in healthy politics that serve
to support and protect sound wildlife conservation measures Our first conservation measures in this Country habitat restoration simple harvest restrictions and bag limits came from hunters people who respected the game they pursued and loved the wild places they chased them in The North American Model of conservation is built upon active public involvement instilling a value for wildlife in all citizens
Hunting Opportunity for All The Model was developed on the premise that all people regardless of political or economic standing could participate in and feel the thrill of the chase It is this unique Model that provides us with wildlife opportunities for all Americans Imagine how important this was to our fore fathers who left a brutal
King in England where only the aristocracy had any dream of pursuing wild creatures in wild places Our
wildlife laws ensure that each generation that comes after us will have the same opportunity to enjoy and appreciate wildlife
Nonfrivolous Use Our management of wildlife depends on a citizenry that loves and appreciates the wild creatures and the habitats necessary to their survival and our quality of life Wildlife may be utilized under strict rule of
law including utilizing the wildlife once harvested to its best potential Killing wildlife for the sake of killing can only lead to the numbing of hearts to wildlife and a profound lack of respect for our most
precious resources
International Resources
It was not until the 20th
century that hunters and wildlife lovers understood the importance of
managing wildlife at a much larger scale This became readily apparent with the passage of the
Migratory Bird Treaty Act of 1918 where nations came together to manage wildlife resources as a
collective Wildlife species do not recognize national or state boundaries Governments must work together to be effective in managing wildlife for the benefit of all The United States has made great
strides in this area with Mexico and Canada Our wildlife is not only a resource to us but to all continents they may call home throughout the year Our biologists must think globally to be effective locally
Scientific Management Although Theodore Roosevelt brought conservation to the political forefront it was a young forester from Iowa that made the study of wildlife management a science Aldo Leopold is considered by many
as the ldquofather of wildlife managementrdquo due to his tireless efforts to develop curriculum for future wildlife biologists Today our biologists earn their opportunity to manage wildlife through prominent
Bachelor Masters and Doctorate degree programs from Universities around the world Wildlife must be managed using fact science and the latest research We are constantly learning and adapting to new technology and changing environments For such an important resource we cannot afford to have it any other way
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 54
Nebraska Master Naturalist Specializations Certifying as a Specialist ldquoFollow your own natural geniusrdquo wrote Thoreau ldquoand it will not fail to show you a fresh prospect every hourrdquo Many of us learn by doing When our curiosity and interests carry us into deeper study of a given subject it can be helpful to have clear opportunities to pursue Thus the Nebraska Master Naturalist Program offers specialized voluntary training for those who are hungry to develop and apply their particular skill and personal understanding on behalf of our natural legacy Specializations are designed to create collaborators leaders and mentors in four key areas
Interpretation and Outreach
Outdoor Skills and Recreation
Resource Management
Citizen Science Master Naturalist Certification Requirements Annual Requirement o 8 Hours Training Annually o 20 Hours of Volunteerism Annually Master Naturalist Specialization Requirement One Time Requirement o 20 Hours of Training Total Specific to Specialization Annual Requirement o Additional 20 Hours of Volunteerism Annually Specific to Specialization (does not include initial Certification annual requirement hours)
OUTDOOR SKILLS AND RECREATION SPECIALIZATION The purpose of OUTDOOR SKILLS AND RECREATION is to promote activity and development of skills in the outdoor pursuits associated with natural resources Specializations are designed to create collaborators leaders and mentors in particular areas A Certified Nebraska Master Naturalist can complete the Outdoor Recreation Specializationby meeting the following requirements Complete at least one of the workshops or certification‐leading trainings listed below If specialized training is not listed below it can be approved upon request by the Master Naturalist Program Committee Specialized Training Options ‐
Hunter Education Instructor Certification 13 hrs
National 4‐H Shooting Sports Instructor Certification 32 hrs
Nebraska 4‐H Shooting Sports Shotgun Certification 12 hrs
Nebraska 4‐H Shooting Sports Archery Certification 12 hrs
Nebraska 4‐H Shooting Sports Rifle Certification 12 hrs
Nebraska 4‐H Shooting Sports Pistol Certification 12 hrs
Nebraska 4‐H Shooting Sports Muzzleloader Certification 12 hrs
National Archery in the Schools Program Basic Archery Instructor 4 hrs
NRA Range OfficerMaster Certification 8 hrs
Hunt Master Training Instructor 4 hrs
NRA Shooting Instructor 16 hrs
NRA Shotgun Instructor 16 hrs
NRA Rifle Instructor 16 hrs
Boater Education Instructor 12 hrs
Youth Fishing Instructor 5 hrs
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 55
American Canoe Association National CanoeKayak Instructor 16‐32hrs
National Camp SchoolBoy Scouts 16‐24 hrs
Wood Badge TrainingBoy Scouts 16‐24 hrs
Merit Badge Counselor TrainingBoy Scouts 2‐16 hrs
Conservation Leaders for Tomorrow 35 hrs
Wilderness First Aid 16‐32 hrs
Professional Trappers College 40 hrs
American Camp Association Instructor Training 8‐40 hrs
American Red Cross Instructor Training 2‐16 hrs
American Sailing Association Instructor Training 16‐24 hrs
Certified Horsemanship Association Instructor Training 24‐40 hrs
Leave No Trace Master Educator Training 40 hrs
National Outdoor Leadership School 280 hrs
Camp Cook School 32‐96 hrs
Professional Association of Diving Instructors Training 32‐96 hrs
Professional Mountain Bike Association Instructor Training 24 hrs
League of American Bicyclists Instructor Certification 24 hrs
Hunting
Shooting
Fishing
Trapping
Camping
Outdoor Cooking
Orienteering
Geocaching
Photography
Wildlife Viewing
Hiking
Biking
Birding
Becoming an Outdoors‐Woman Program
Wilderness First Aid
Wilderness Survival
Leave No Trace Educator
Service Options ndash Provide a minimum of 20 hours of service annually in the following or similar areas
4‐H leader and youth training outdoor recreation
Scout leader and youth training outdoor recreation
Wild About Nature
Flying WILD Educator or Facilitator Workshop
Becoming an Outdoors Woman (BOW)
Beyond Becoming an Outdoors Woman (BOW)
Family Camp
Learn to Hunt Program
National Archery in the Schools Program BAI training or greater
Mentor HuntHunt Masters Training
After School Programs
Others ndash Upon approval
Outdoor discovery programs volunteer
CRO at a shooting event
Assist with National or State shooting sports competitions
Family fishing day
Design or write a brochure
Develop or contribute to a website
Develop or contribute to a social networking site
Design or write a newsletter
Assist in fundraising
Plan an event or festival
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 56
Interpretation amp Education- Developed By Lindsay Rogers Nebraska Game amp Parks
Commission
Do not try to satisfy your vanity by teaching a great many things Awaken peoplersquos curiosity It is
enough to open minds do not overload them Put there just a spark If there is some good
inflammable stuff it will catch firerdquo
- Anatole France in The Earth Speaks
Session Objectives
To help participants understand the role education plays in sounds ecological conservation
To help participants learn about past and present conservationist and interpretive educators
To help participants learn components of quality education and interpretation
To have participants partake in quality interpretive education
To make sure participants understand that their role is to light the spark and awaken curiosityhellip not spew facts
Lecture Requirements
1 What is interpretation (5 minutes) a What does ldquointerpretrdquo mean b National Association of Interpretation definition of ldquointerpretationrdquo
i Interpretation is a mission-based communication process that forges emotional and intellectual connection between the interests of the audience and the meanings inherent to the resource
c Freeman Tilden Interpreting Our Heritage 1957 i Interpretation is an educational activity which aims to reveal meanings
and relationships through the use of original objects by first-hand experience and by illustrative media rather than simply to communicate factual information
d Components of interpretation i pleasurable or enjoyable
ii relevant to the world iii organized iv themed v sparks an interest
vi includes information but does not stop there links information to the world
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 57
vii age appropriate viii taught to someone not at them
2 What is education (5 minutes)
a What does it mean to ldquoeducaterdquo someone b John Dewey Democracy amp Education 2944
i Education in its general sense is a form of learning in which the knowledge skills and habits of a group of people are transferred from one generation to the next through teaching training or research
c Components of education i - generally presented to someone but not always
ii enjoyable sometimes iii provides knowledge and facts iv can make connections but not always v organized and themed
d Both education and interpretation are important they work together
3 Conservationists (10 minutes) a Jon Muir
i Immigrated from Scotland to Wisconsin in 1849 ii Attended the University of Wisconsin studies botany amp geology
iii Moved to the western US mainly the Sierra Nevada area iv Believed humans were part of the interconnected natural world v Advocated for the preservation of natural areas
vi Co-founded the Sierra Club b Aldo Leopold
i Iowa native attended Yale University ii After college he joined the US Forest Service was stationed in Arizona
and New Mexico iii Developed theories of land ethics the need for biodiversity and an
appreciation for wilderness areas iv Moved to Wisconsin in 1924 became a professor at the University of
Wisconsin v Regarded as the ldquoFather of Conservationrdquo
c Gifford Pinchot i Born in Connecticut in 1905
ii Studied at Yale studies forestry in France iii Named chief of the Division of Forestry (later to become the US Forest
Service) iv First chief of the US Forest Service greatly improved forest
management and increased the size of Forest Service lands
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 58
v Managed forests for the greatest good for the greatest number Pinchot added the phrase in the long run to emphasize that forest management consists of long-term decisions
d Steven Mather i Born in California attended Berkley University
ii Worked for the Pacific Coast Borax Company where he had a talent for promotion Started a competing company made millions
iii When revisiting Sequoia and Yosemite National Parks in 1914 he was appalled by the conditions of the national parks
iv Joined the Department of the Interior as the head of parks later created the National Parks System
v Professionalized the National Parks and helped to greatly grow protected lands
e Rachel Carson i Born in Pennsylvania in 1907 attended John Hopkins University for
graduate school ii Went to work for the US Bureau of Fisheries (later to become the US
Fish amp Wildlife Service) iii Wrote Silent Spring in 1962 The book created an awaking for Americanrsquos
to their responsibility to the environment and wildlife The book lead to the US Government banning the use of DDT
f Theodore Roosevelt i Born in 1858 in New York New York was a sickly child who stayed inside
studying natural history ii An avid outdoorsman he spent much time in the South Dakota Badlands
iii Became President in 1901 with the assignation of President McKinley iv Among many major accomplishments as president he started the
National Parks was instrumental in conserving about 230 million acres
4 Naturalist Interpreters (10 minutes) a Freeman Tilden
i Born 1883 worked as a newspaper columnist and author ii At age 58 he began working with the National Parks Service
iii While traveling to various National Parks he became concerned with the quality of interpretation
iv Wrote Interpreting Our Heritage in 1957 outlines 6 principles to quality interpretation forever changed the field of interpretation
b William Lewis i Worked as a ranger naturalist and interpreter trainer for the National
Parks Service ii Developed the approach of ldquoThematic Interpretationrdquo which requires the
interpreter to choose a central theme (major point) to guide the development of a program
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 59
iii Wrote Interpreting For Park Visitors c Sam Ham
i Director of Center for International Training and Outreach at the University of Idaho
ii Work has focused on applying communication theory to environmental conservation interpretation and on nature-based tourism and guide training
iii Wrote Environmental Interpretation (1992) d Ted Cable
i Professor of Park Management and Conservation at Kansas State University
ii Co-authored Interpreting Cultural and Natural Resources (2003) and Interpretation for the 21st Century Fifteen Guiding Principles for Interpreting Nature and Culture (2002)
5 Conducting an Interpretative Program Try and Fail (60 minutes + 120 minutes of activities throughouthellip see list of Suggested Activities below)
a Experiential Learning i The first time you tried to walk you failed The first time you rode a bike
you failed This is called experiential learning The first time you attempt an educational or interpretation program you will fail thatrsquos how we learn
ii Donrsquot be afraid to fail b Ask Questions about the ProgramPresentation before you commit to leading it c Plan your Program
i Generally I want my presentation to be about Specifically however I want to tell my audience about After hearing my presentation I want my audience to understand (what is the big picture you want them to take home)
1 You do not need (or want) to teach your audience everything you know your job is to light the spark
ii What will your tangibles and intangibles be 1 Tangibles are those things you can touch things you use to teach
when teaching a Examples include a tree a mammal pelt a skull a live
animal a prairie 2 Intangibles involve connecting the tangibles to concepts and the
ideas they represent intangibles are the meanings the relationships the processes the ideas the feelings and the beliefs
a Examples include food webs ecosystem health entropy ecology
iii People remember themes they forget facts
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 60
iv Plan for an organized presentation 1 Think about your overall theme smaller parts of the program and
your transitions v Stick to your theme
vi Determine what type of presentation you will have 1 PowerPoint (avoid) 2 Podium Presentation (avoid) 3 Active taking a hike playing a game etc 4 Hands-on touching feeling trying hearing smelling
vii Think about all the different kinds of learners 1 verbal-linguistic 2 logical-mathematical 3 visual-spatial 4 kinesthetic 5 musical-rhythmic 6 interpersonal (groups) 7 intrapersonal (individual) 8 naturalist
d Know your role as an educator 1 Provide facts and relationships not opinions 2 Allow participants to determine their own opinions and beliefs
using the facts amp relationships you provide them 3 PLAY ldquoFIRST IMPRESSIONSrdquo
e Prepare Prepare Prepare 1 Know the type of space and area you will have (indoor vs
outdoor small space vs vast area etc) 2 Plan for more that you are told 3 Plan for the weather (always expect it to be windy in Nebraska)
f Questions i Ask good questions
1 Is this a fox Vs How do you know this is a fox 2 Do you have any questions Vs What questions do you have
ii Be prepared for quality questions 1 What are the implications for describe the impact of what are
the reasons for iii Be prepared for ldquogoodrdquo questions
1 Do you have ewoks in the forest If a Mountain Lion and an Eagle were to fight who would win
2 Take all questions seriously Answer seriously g Model what you want to see the students do
i If you want a group of students to catch insects help them get active with them
ii This is true when working with children and adults
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 61
1 Working alongside students validates them and their learning h Be enthusiastic show your passion
i This is another form of modeling what you want to see in your students ii We need to excite students (no matter their age) about conservation
nature and the outdoors iii Have fun
6 Take Home Lesson Light the Spark and Donrsquot Be Afraid to Fail
Suggested Activities (amp potential mandatory activities)
Throughout the lesson conduct multiple games andor activities to model good interpretation
Suggested games include but are not limited to
1 Oh Deer (Project WILD) 2 First Impressions (to be done during section 5) (Project WILD) 3 The Long Haul (Project WET) 4 Sum of the Parts (Project WET) 5 Water Quality Ask the Bugs (Project WET) 6 Adaptation Artistry (Flying WILD) or Fashion a Fish (Aquatic Project WILD) 7 Avian Antics (Flying WILD) 8 Pollinators Meet Your Plants (Nebraska Project WILD wwwnebraskaprojectwildorg) 9 Scavenger Hunts (Nebraska Project WILD wwwnebraskaprojectwildorg)
Suggested Post-Readings
Interpreting Our Heritage Freeman Tilden 1957 (4th edition 2008)
ISBN-13 978-0807858677
Interpreting for Park Visitors William Lewis 1981
ISBN-13 978-0890620793
Environmental Interpretation Sam Ham 1992
ISBN-13 978-1555919023
Interpretation for the 21st Century Fifteen Guiding Principles for Interpreting Nature and
Culture Larry Beck amp Ted Cable 2002
ISBN-13 978-1571675224
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 62
Interpretation-Making a Difference on Purpose Sam Ham 2013
ISBN-13 978-1555917425
Foundations of Interpretation Curriculum Content Narrative National Parks Service 2007
httpwwwnpsgovidpinterp101foundationscurriculumpdf
Websites
National Association of Interpretation
wwwinterpnetcom
North American Association for Environmental Education
wwwnaaeeorg
Nebraska Alliance for Conservation and Environment Education
wwwnaceeorg
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 63
Safety in the Field
Developed by Rich Hawes Nebraska Master Naturalist rdhawes26msncom
Objectives
Raise awareness of Risk Managementassessment as part of event planning
Guidelines to safe activities for participants presenters and the environment
Present Leave No Trace Principals as part of all outdoor activities
Present resources for additional training or certification for outdoor activities
Hands on activities to encourage interest and to provoke thought and discussion
Hazards of the area
Outdoor hiking safety
Stewardship of the land and natural resources
Being flexible and working with ldquowhat you haverdquo
Outline
1 Outdoor Activities ndash Whatrsquos The Worst That Can Happen An Introduction to Event Planning and Risk Management
2 Leave No Trace Principals
3 Trip planning and Logistics
4 Health amp Safety
5 Youth Protection
6 Age Appropriate Activities
7 Resource Training and Certifications
a Standard First Aid CPRAED Wilderness First Aid
b Shooting Sports - Range Safety Officer or Instructor
c Hunter Safety Instructor
d Climbing COPE and Zip Lines
e Water Safety Instructor Life Guard Small Boat Handling
f Leave No Trace Trainer or Master Educator
g Tread Lightly Tread Trainer or Master Tread Trainer
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 64
Suggested Activities
CPR Scenario
First Aid Scenario
Weather Scenario
Lost Scenario
Online Resources
American Camp Association
Boy Scouts of America
Youth Protection
Safe Swim Defense
Safety Afloat
Climb On Safely
Weather Safety
Trek On Safely
(etc)
Leave No Trace
Nebraska Game amp Parks
Hunter Safety
Boating Rules amp Regs
National Rifle Association
(Archery groups)
American Red Cross
(wilderness medicine group(s))
NOLS
Tread Lightly
US Coast Guard
NEBRASKA MASTER NATURALIST Explore Contribute Connect
25
Fauna of Nebraska
Developed and Adopted by Keanna Leonard Education Director Rowe Sanctuary
Objectives for Fauna Mammals Amphibians amp Reptiles Birds 3-4 hours
1 Descriptions ndash (Mammals Amphibians and Reptiles birds --ndash IMPORTANT CHARACTERISTICS)
2 Vocabulary
3 Common Oderrsquos in Nebraska and examples
4 Nuts amp Bolts of Mammals How to ID amp locate specific animals and their evidence (possible
activity tracks traces etc) in Nebraska
MAMMALS IN A NUTSHELL Basic Characteristics
1 Mammary glands (hint the name) that
produce milk
2 Sweat glands
3 Sebaceous glands for oil
4 Presence of hair on the body at some time
during life span
5 Homiothermic Endotherm (warm blooded)--
regulate high body temperature
6 Four-chambered heart
7 Enucleated red blood cells
8 Have a diaphragm
9 Enlarged cerebral hemisphere
10 One bone in lower jaw and complex
dentition
11 3 middle ear bones
12 Turbinal bones in nasal chamber
13 Eggs develop in a uterus with
placental attachment and born alive
(viviparous)
MAMMAL VOCABULARY
Altricial Born helpless
Arboreal Tree dwelling
Carnivore A mammal in the order Carnivora
Carnivorous Meat eating
Crepuscular Active at dusk and dawn
Diurnal Active during the day
Dominant Ruler or leader of others
Habitat Region where an animal lives
Herbivore An animal that eats only plants
Herbivorous Plant eating
Hibernation Winter period when certain
animals become inactive to a point in
where all body functions slow
considerably for a long period
Instinct Inherited mode of behavior
Mammal Animals that have hair on their
bodies (see other char above)
Marsupial Animals whose females have
pouches
Nocturnal Active during nighttime
Omnivore Animals that eats both meat and
plant material
Omnivorous Eating both meat and plant
material
Precocial Born in an advanced stage of
development and able to move about
Predator Animals that kills another animal for
food
Prehensile Grasping
Prey Animal hunted for food
NEBRASKA MASTER NATURALIST Explore Contribute Connect
26
Protective coloration Enables the animal to
blend in with surroundings
Reticulated Net-like pattern of skin
Terrestrial Ground dwelling
Viviparous Live birthing
There are 21 orders of mammals found in the world
Listed below are the orders and examples of common species found in Nebraska
More Species found in Core Curriculum Binder
Insectivores (shrews and moles)
Masked Shrew (Sorex cinereus)
Northern Short-tailed Shrew (Blarina
brevicauda) (venomous)
Least Shrew (Cryptotis parva)
Eastern Mole (Scalopus aquaticus)
Chiroptera (bats)
Big Brown Bat (Eptesicus fuscus)
Red Bat (Lasiurus borealis)
Hoary Bat (Lasiurus cinereus)
Xenarthra
Nine-banded Armadillo (Dasypus novemcinctus)
Lagomorpha Eastern Cottontail (Sylvilagus floridanus) Black-tailed Jackrabbit (Lepus californicus)
Rodentia
Franklinrsquos Ground Squirrel (Spermophilus
franklinii)
Thirteen-lined Ground Squirrel (S
tridecemlineatus)
Black-tailed Prairie Dog (Cynomys
ludovicianus)
Plains Pocket Gopher (Geomys bursarius)(fur-
lined pouch)
Plains Pocket Mouse (Perognathus
flavescens)
Beaver (Castor canadensis)
Eastern Woodrat (Neotoma floridana)
Meadow Vole (Microtus pennsylvanicus)
Muskrat (Ondtra zibethicus) (laterally
compressed tail)
Porcupine (Erethizon dorsatu
Carnivora Despite the name of the order not all are carnivorous Many are omnivores (most bears and raccoons)
and some are even herbivores (giant panda)
Most carnivorous mammals have 3 up and 3 down relatively small incisors and 1 up and 1 down large
canine teeth on both sides of the incisors
Common species found in this area include
Family Canidae Coyote (Canis latrans) Red fox (Vulpes vulpes)
Family Procyonida Raccoon (Procyon lotor)
Family Mustelidae
NEBRASKA MASTER NATURALIST Explore Contribute Connect
27
Long-tailed Weasel (Mustela nivalis)
Least Weasel (M nibalis)
Mink (Mustela vison)
Badger (Taxidea taxus)
Striped Skunk (Mephitis mephitis)
River Otter (Lutra canadensis)
Family Felidae Bobcat (Felis rufus)
Artiodactyla Mule Deer (Odocoileus hemionus) White-tailed Deer (O virginianus
References National Audubon Society Field Guide to North American Mammals by John O Whitake Jr Robert
Elman Carol Nehring (Alfred A Knoph Inc 1994)
Guide to Mammals of the Plains States By J Knox Jr Davide M Armstrong Jerry R Choate (University
of Nebraska Press 1985)
The Nuts and Bolts Know important characteristics especially-
Mammary glands Sweat glands Sebaceous glands Hair sometime during their life
4 chambered heart
Though these critters look like a rodent
Donrsquot confuse them for a moment
They sport small eyes and ears out of view
Their teeth are small sharp and more than a few
They are made up of one mole and shrews three
So in what ORDER can they be
Commonly seen species of Chiroptera number three And are known as the only mammals to swim through the air free They are normally seen at night and for finding food use echolocation rather than sight Now I know you know what they be But go ahead and name all three These mammals have what humans claim to be a disgusting habit of defecating undigested pellets and eating them again What are they Chewing the cud is normal for this group and so is walking on their two middle toes Name the common species found in this area
NEBRASKA MASTER NATURALIST Explore Contribute Connect
28
AMPHIBIANS
Basic Characteristics
1 Skin naked No scales or hair
2 Eggs do not have shells but are jelly like
Laid in clusters always in water
3 Ectodermic
4 Can breathe through permeable skin
5 Spend all or part of life in water
6 Adults are carnivores Size of head
determines size of prey
7 Incomplete lung development
DIFFERENCES BETWEEN REPTILES AND AMPHIBIANS
Reptiles
1 Ectodermic
2 Covered with scales or plates
3 Shed skin
4 Most not do not live in or around water
Amphibians
1 Ectodermic
2 Smooth slimy skin without scales
3 Do not shed skin
4 Spend all or part of life in water
5 Go through metamorphose
Listed below are the orders and examples of common species found in Nebraska
More Species found in Core Curriculum Binder
Salamanders (Order Urodela)
Small-mouth Salamander (Ambystoma
texanum) Occurs in eastern Nebraksa
Tiger Salamander (A tigrinum) Occurs
throughout the state
Frogs and Toads (Order Anura) Thirteen species occur in Nebraska
Pelobatidae or Spadefoot Family
Plains Spadefoot (Spea bombifrons) Occurs throughout Nebraska expect southeast
Ranidae or True Frog Family Plains Leopard Frog (Rana blairi)
Northern Leopard Frog (Rana pipiens)
Bullfrog (Rana catesbeiana
Microhylidae or Narrow-mouthed Family Plains Narrowmouth Toad (Gastrophryne olivacea)
NEBRASKA MASTER NATURALIST Explore Contribute Connect
29
Bufonidae or Toad Family
American Toad (Bufo americanus) Occurs only
in eastern part of the state
Great Plains Toad (Bufo cognatus) Occurs
throughout the state
Woodhousersquos Toad (Bufo woodhousei) Occurs
throughout the state
Hylidae or Tree Frogs
Northern Cricket Frog (Acris crepitans) East
and central Nebraska
Western Striped Chorus Frog (Pseudacris
triseriata amp P maculata) Occurs throughout the
state
Copes Gray Treefrog (Hyla chrysoscelis) Found
in eastern part of state
Resources Reptiles and Amphibians of Nebraska ndash herpetology database httpsnrsunleduherpneb
NEBRASKA MASTER NATURALIST Explore Contribute Connect
30
REPTILES Basic Characteristics
1 Ectothermic (cold-blooded) Body temperature is the same as the temperature of its surroundings
2 Dry skin covered with scales or plates
3 Teeth if present are needle-like or conical
4 Skin shed in one piece or several pieces at intervals
5 Lay soft shelled eggs or young born alive in a membranous sac
6 Lung breathing
There are four groups
Lizards - Short-legged long-bodied reptiles
Taped tail Size varies from 4- inch long fence
swift to 10 foot Kamodo dragon
Snakes - Legates cousins of lizards
Turtles - Armored shells
Crocodilians - Crocodiles Alligators Caimans
REPTILE VOCABULARY
Antivenin An antidote to the venom of
venomous snakes produced by inoculating
horses with small doses of venom Horses build
up an immunity or resistance The horsersquos
blood is used to make the antivenin
Blue Stage Refers to the condition of a snake
prior to shedding
Carapace Dorsal (covering the back) shell
Constrictor A term used in describing a snake
that kills its prey by constriction
Ectothermic Not able to control body
temperature (Cold-blooded) Dependent upon
environment to control body temperature
Egg Tooth A sharp projection located in front
of nose on upper jaw Used by infant reptiles to
cut through eggshell
Fangs Grooved or tubular teeth used to inject
venom
Hemotoxin Venom that attacks the blood
Herpetologist A specialist in reptiles
Jacobsonrsquos Organ A tastesmell sense organ
with two small openings located on roof of
mouth
Thermal Pit A heat sensory pit on side of head
between nostril and eye Allows snakes to track
warm-blooded animals and to strike accurately
especially at night Found only in venomous
snakes known as pit vipers
Neurotoxin Venom that attacks the nervous
system
Oviparous Lays egg
NEBRASKA MASTER NATURALIST Explore Contribute Connect
31
Ovoviviparous Give birth to live young Egg
developed in female and then deposited as a
living young
Plastron Ventral (covering the belly) shell
Reticulated Net-like pattern on skin
Scales Folds of skin covering reptiles
Scutes Single section of shell each sell is made
up of many scutes
Toxic Poisonous
Toxin Poison
Undulating Type of snake locomotion typical of
most snakes - Leaves ldquoSrdquo shape track
Venom Poisonous fluid secreted from glands
and transmitted by bite or sting
Venomous Describes animal containing venom
gland
Nuts amp Bolts of Reptiles
Most reptiles are carnivores (eat meat) Many will eat only live food Some are herbivores (eat
plant material) as well as insectivores (eat insects)
Reptiles often found in water or underground for protection from predators and to help
regulate body temperature Air temperature can change quickly but water and soil
temperature are more constant therefore it helps to regulate the reptiles body temperature
Because they are ectothermic many reptiles live in places that are warm year round In colder
climates reptiles hibernate underground below the freeze line
Most reptile lay eggs and are called oviparous Eggs are buried in sand soil rotted logs etc and
kept warm only by heart from the sun or from rotting vegetation Very few reptiles stay around
to protect their eggs Some reptiles keep their eggs inside their bodies until they hatch and
produce live young (ovoviviparous) Example - garter snakes Very few reptiles care for or feed
their young Young are precocial able to look after themselves minutes after they hatch
Most snakes are harmless Even snakes that are venomous will not bite unless they are
cornered or stepped on Snakes are good and necessary animals They help control potential
destructive populations of rodents
Listed below are the orders and examples of common species found in Nebraska
ORDER CHELONIA Basic Characteristics
1 Contains all forms of turtles and tortoises
2 Has body enclosed in a shell made of
modified horny scales and bone Shell made of
two parts Carapace - upper part covering
animalrsquos back Plastron-under part covering
animalrsquos stomach amp chest
3Ribs and most of vertebrae attached to shell
4 Neck long and flexible and can usually be
withdrawn into shell
5 Have no teeth but jaws outfitted with horny
beaks
6 All lay eggs Usually bury eggs in pit in sand or soil Hatchlings must dig themselves to the surface
NEBRASKA MASTER NATURALIST Explore Contribute Connect
32
Examples of Turtles found in Nebraska Snapping Turtle (Chelydra serpentina)
Blandingrsquos Turtle (Emydoidea (Emys)
blandingii) Protected Species
False Map Turtle (Graptemys
pseudogeographica) Protected Species
Ornate Box Turtle (Terrapene ornata)
Smooth Softshell (Apalone mutica)
Spiny Softshell (Apalone spinifer
SUBORDER LACERTILA (lizards) Basic Characteristics
1 Dry scaly skin clawed feet external ear
openings
2Have movable eyelids - snakes do not
3 Males and females often show different
coloration
4 Generally diurnal but many nocturnal
(geckos night lizards Gila Monsters)
5 Courtship brief fertilization is internal
6 Most are egg layers
Examples of Lizards of Nebraska
Six-line Racerunner (Cnemidophorus sexlineatus Five-line Skink (Eumeces fasciatus)
Many-lined Skink (Eumeces mulitvirgatus)
Great Plains Skink (Eumeces obsoletus)
Slender Glass Lizard (Ophisaurus attenautus)
Lesser Earless Lizard (Holbrookia maculate)
Northern Prairie Lizard (fence lizard)
(Sceloporus undulates)
SUBORDER SERPENTES (Snakes) Basic Characteristics
1 Elongated scaly bodies (to protect from water
loss) no limbs external ear opening or eyelids
(eye covered with a clear scale)
2 Terrestrial subterranean arboreal
amphibious
3 Carnivores swallow prey whole
4 Continue to grow throughout their lives
6 Hibernate in colder climates
7 Males locate females by scent
8 Internal fertilization
9 Some lay eggs others bear live young
11 Vipers (venomous snakes) have heat-
sensing organs called thermal pits
NEBRASKA MASTER NATURALIST Explore Contribute Connect
33
12 Teeth slanted back If one is lost another drops down in itrsquos place
Examples of snakes found in Nebraska
Black Rat Snake (Elaphe obsoleta)
Great Plains Rat Snake (Elaphe guttata)
Bullsnake (Pituophis catenifer)
Common Kingsnake (Lampropeltis getula)
Eastern Hognose Snake (Heterodon
platyrhinos)
Western Hognose Snake (Heterodon nasicus)
Glossy Snake (Arizona elegans)
Milk Snake (Lampropeltis triangulum)
Plains Garter Snake (Thamnophis radix)
Common Garter Snake (Thamnophis sirtalis)
Racer (Coluber constrictor)
Pit Vipers
Copperhead (Agkistrodon contortrix) found in extreme southeast Nebraska
Massasauga (Sistrurus catenatus) Found in southeast Nebraska Protected Species
Prairie Rattlesnake (Crotalus viridis) Found in central and western parts of the state
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 34
Birds What Makes a Bird a Bird IMPORTANT CHARACTERISTICS
So what makes a bird a bird All birds share one common characteristic that no other animal has and
that is FEATHERS Other characteristics include
Maintain high constant body temperature Endotherms (warm-blooded)
Possess toothless beaks or bills
All lay hard-shelled eggs (oviparous)
Air sacs in birdrsquos body give buoyancy
Generally bones are hollow Decreases body weight
Four-chambered heart
Lend Me Your Ear Yes birds have ears but they are missing the pinna or outside part of the ear that collects sound Birds
have feather-covered openings on both sides of the head just behind the eyes Owls and other night-
flying birds have off-setting ears that allow them to pinpoint the exact position of prey
Can birds smell We are not quite sure how well most birds smell We do know vultures use the sense of smell to find
their dinner The champion bird sniffer belongs to kiwi found in New Zealand They are able to sniff out earthworms Some diving birds like cormorants cannot even breathe through their nostrils because they are sealed Ocean birds have special glands in their noses which eliminates salt from the salty water they drink
Eggs Birds lay hard-shelled eggs made mostly of carbon carbonate The hard shell keeps the egg from drying
out and allows parents to sit on it without damaging the developing chick Though the shells are hard it
does not mean that they are non-porous Microscopic pores allow the embryo to ldquobreatherdquo Carbon
dioxide and oxygen can pass through the shell
Eggs come in all sizes colors and patterns We believe that the different colors and patterns are
intended as camouflage Blue and green eggs are found in nests that are in the shade Patterned eggs
blend in with vegetation and stones and white eggs are normally found in cavities
The shape of eggs also depends on where a bird nests The most common shape is oval A pointed egg
is usually found near ledges Round eggs are generally found in highly secure nests
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 35
Commonly Seen Bird Families of Nebraska
Grebes (Family Podicipediae ndash rump foot)
WHAT TO LOOK FOR
Sleek diving waterbirds - small to medium size
Most have sharp pointed bills with fairly long necks short wings and almost no tail
Have lobed toes and legs set far back on body
Common Nebraska species - Pied-billed horned eared western and Clark grebes
Pelicans (Family Pelecanidae ndash an ax)
WHAT TO LOOK FOR
Very large waterbirds
Huge bills with large distensible pouches
Most are white with black flight feathers ndash wingspan 6-9 feet
Common Nebraska species ndash American White Pelican
Cormorants (Family Phalacrocoracidae ndash bald raven)
WHAT TO LOOK FOR
Large diving waterbird shaped like an elongated goose
Long neck and long bill hooked at the end
Wing span 3-5 feet Mostly dark in color
Common Nebraska species ndash Double-crested cormorant
Herons Egrets and Bitterns (Family Ardeidae - )
WHAT TO LOOK FOR
Medium to large wading birds
Usually with long legs bills and S-shaped neck
Short rounded tails
Common Nebraska species ndash American and least bitterns great and snowy egrets little
blue egret cattle egret great blue green black-crowned night and
yellow-crowned night herons
Ibises (and Spoonbills) (Family Threskiornithidae ndash sacred bird)
WHAT TO LOOK FOR
Medium to large wading birds
Long necks and legs with a duck-like body
Long tapering down-curved bill Common Nebraska species ndash white-faced ibis
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 36
Vultures (Family Cathartidae ndash cleanser)
WHAT TO LOOK FOR
Large soaring scavengers
Resemble eagles and large hawks in flight
Head and neck void of feathers bill hooked
Hold wings in a raised V-shape (dihedral)
Common Nebraska species ndash turkey vulture
Duck Geese and Swans (Family Anatidae ndash waterfowl)
WHAT TO LOOK FOR
Medium to large waterbirds
Large heads with conspicuous and horizontally flattened bills
Long necks heavy bodies relative short tails webbed feet and long wingspan Major differences between duck geese and swans
Ducks
Smallest of the three Have a soft swelling about the nostrils called a cere
Males of most ducks are easily separated from females by their gaudier plumage Feathers are
molted twice a year
Most males change into nuptial plumage after pair formation in the fall There may be some
modification of shape of a single feather or entire regions of plumage
Most species are sexually mature at 9 - 11 months
Males take no part in incubation
Geese
Neck shorter than body
Lore (area between eye and bill) feathered and more bluntly triangular than ducksrsquo
Sexes are similar
Permanent pair bonding
Molt once per year postnuptially
Sexually mature at 3 years
Males protect female clutch and brood after hatching
Young stay with parents for almost a year
Legs of most geese are farther forward under the belly than those of typical swans and ducks
Swans
Longest necks - necks slightly longer than body
Lore is naked
Sexes are similar
Molt once per year postnuptially - parents molt one after the other so one is able to fly
Young are carried on parentsrsquo backs
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 37
Sexually mature at 4 -5 years
Hawks and Allies (Family Accipitridae ndash to grasp or take)
Medium to very large diurnal raptors
Hooked beak strong legs and sharp talons
Buteos (buzzard hawks)
Stocky with broad wings wide tails
Soar and wheel high in the sky
Common Nebraska species ndash red-shouldered broad-winged Swainsonrsquos red-tailed
ferruginous rough-legged hawks
Accipiters (true hawks)
Small heads short rounded wings longish tail slender bodies
Fly with several rapid beats and a glide Common Nebraska species ndash sharp-shinned hawk Cooperrsquos hawk northern goshawk
Harriers
Slim body with slim round-tipped wings
Fly in open country gliding low with wings lifted in a V (dihedral)
Species in Nebraska - northern harrier
Kites
Small falcon shaped buoyant gliders not power-fliers
Common Nebraska species ndash Mississippi Kite
Osprey
Soar high on long swept-back wings
Broad tail short-headed appearance
Often travel in pairs
Eagles
Large very broad bodied with broad long plank-like wings massive head and bill
Soar steadily holding wings flat out to the side
Powerful wing beat on upstroke wings raised high Common Nebraska species ndash bald and golden
Falcons (and caracaras) (Family Falconidae - )
WHAT TO LOOK FOR
Small to large compact fast-flying raptors
Long pointed wings bent at the wrist - Strong rapid wing strokes
Common Nebraska species ndash American kestrel gyrfalcon peregrine falcon prairie falcon
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 38
Grouse Turkeys and Pheasants (Family Phasianidae ndash cock or fowl-like bird)
WHAT TO LOOK FOR
Ground dwelling birds with feather nostrils
Short strong bills and short rounded wings
Flight strong but brief
Males perform elaborate courting displays
Common Nebraska species ndash ring-necked pheasant sharp-tailed grouse greater
prairie chicken wild turkey
New World Quail ( Family Odontophoridae ndash bearing teeth)
WHAT TO LOOK FOR
Ground dwelling bird found in brushy habitat and other dense low foliage
Chunky rounded bodies and crests or head plumes
Chicken-like bill short rounded wings
Common Nebraska species - northern bobwhite
Rails and Coots (Family Rallidae - )
WHAT TO LOOK FOR
Marsh birds with short tails and stubby wings
Secretive and identified chiefly by call and habitat
Rails are laterally flattened ldquoThin as a railrdquo Coots are plumper and gregarious
Common Nebraska species ndash yellow rail black rail king rail Virginia rail sora common
moorhen American coot
Cranes (Family Gruidae - )
WHAT TO LOOK FOR
Tall stately wetland birds with long necks and long bills
Tertial flight feathers droop over rump in a bustle when standing
Fly with necks fully extended
Circle in thermals like raptors
Common Nebraska species - sandhill and whooping cranes
Plovers and Killdeer (Family Charadriidae ndash nocturnal waterbird)
WHAT TO LOOK FOR
Small to medium shorebirds that dart across the ground stop and then take off again Upright posture with medium length legs and long pointed wings
Rounded head large eyes thick neck with a short thick bill
Common Nebraska species ndash black-billed American golden snowy semipalmated piping
plovers and killdeer
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 39
Stilts and Avocets (Family Recurviostridae- bent bill)
WHAT TO LOOK FOR
Tall slim shorebirds
Long thin bill very long slender legs long neck striking black-and-white plumage Stilts have straight bills avocets have re-curved bills
Common Nebraska species ndash American avocets black-necked stilt
Sandpipers and Phalaropes and Allies (Family Scolopacidae ndash woodcock)
WHAT TO LOOK FOR
Diverse group of shorebirds
Long toes and long tapered wings
Bill and leg length varies but bill more slender than a ploverrsquos
Plumage browns grays and whites with reds and oranges during breeding season
All but one species have short elevated hind toe
Species found in Nebraska include common snipe ruddy turnstone phalaropes sandpipers
woodcocks godwits whimbrels willets etc
Dowitchers
WHAT TO LOOK FOR
Medium sized chunky dark shorebird
Long straight bills and distinct pale eyebrows
Feed in mud or shallow water in a rapid jabbing motion
Phalaropes
WHAT TO LOOK FOR
Often spin like a top in water when feeding
Female larger and more colorful than male
Male tends incubates and cares for chicks
Common Nebraska species ndash Wilsonrsquos and red-necked phalaropes
Gulls Terns and Allies (Family Laridae ndashsea birds)
Gulls
WHAT TO LOOK FOR
More robust with wider wings and longer legs than terns
Bill slightly hooked tail square or rounded - Seldom Dive
Common Nebraska species ndash Pomarine Jaeger Franklinrsquos little Bonapartersquos ring-
billed California Herring Thayerrsquos lesser black-backed glaucous
Sabinersquos gulls black-legged kittiwake
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 40
Terns
WHAT TO LOOK FOR
Graceful more streamline than gulls
Usually has a forked tail ndash most whitish with black cap
Sharp-pointed bill - Hoover and dive headfirst for fish
Common Nebraska species ndash Caspian common Foresterrsquos terns
Pigeons and Doves (Family Columbidae ndash dove)
WHAT TO LOOK FOR
Plump fast flying cooing voice
Short legs and necks and small heads short bills
Tail fan-like rounded or pointed
Pigeons larger than doves
Common Nebraska species ndash rock mourning Eurasian collared doves
Cuckoos Roadrunners and Anis (Family Cuculidae - )
WHAT TO LOOK FOR
Slender with a long tail at least half of the birdrsquos total length
Fairly large sturdy decurved (curving down) bill
2 toes forward 2 back (zygodactyls)
Common Nebraska species - black-billed cuckoo and yellow-billed cuckoo
Barn Owls (Family Tytonidae -)
WHAT TO LOOK FOR
Slim medium sized night hunter
Legs are long and sparsely feathered
Large head with large forward-facing immovable eyes
Heart-shaped face hooked beak and ghostly appearance
Typical Owls (Family Stigidae ndash night bird)
WHAT TO LOOK FOR
Generally night hunters
Large heads flatten face with large forward-facing immovable eyes hooked beak
Mottled appearance some with feather tuffs upright stance
Common Nebraska species ndash eastern screech great horned burrowing barred long-eared
short-eared northern saw-whet owls
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 41
Nighthawks and Nightjars (Family Caprimulgidae ndashgoat sucker)
WHAT TO LOOK FOR
Nocturnal or crepuscular
Big tail large eyes tiny bills surrounding a large gaping mouth
By day sit horizontally on limb or on ground
Easiest to identify by voice
Common Nebraska species ndash common nighthawk common poorwill chuck-willrsquos-widow
Whip-poor-will
Swifts (Family Apodidae ndash without feet)
WHAT TO LOOK FOR
Small to medium sized aerial foragers ndashspend most of life flying
Long sickle-shaped wings bending close to body and extremely short legs
Eat bathe drink and sometime mate in the air
Common Nebraska species - chimney swift white-throated swift
Hummingbirds (Family Trochilidae ndash small bird)
WHAT TO LOOK FOR
Tiny body long slender bill
Distinctive blur and hum of hovering wings
Jewel-like throat feather found on male
Common Nebraska species ndash ruby-throated broad-tailed and rufous hummingbirds
Kingfishers (Family Alcedinidae - kingfisher)
WHAT TO LOOK FOR
Small to medium size
Thickset with short neck and tail small feet
Large head with a ragged crest and long strong bill
Sit on lines and low branches near water or hovers above water
Plunges head first into water to catch fish
Common Nebraska species ndash belted kingfisher
Woodpeckers (Family Picidae ndash woodpecker)
WHAT TO LOOK FOR
Arboreal (tree) birds
Vertical posture creep up trees
Strong chisel-like bill short legs stiff tail feathers rounded wings
Undulating flight pattern and characteristic bill drumming
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 42
Common Nebraska species ndash Lewisrsquos red-headed red-bellied hairy downy woodpeckers
yellow-bellied and red-naped sapsuckers northern flicker
THE PASSERINES Feet adapted to perching
Tyrant Flycatchers (Family Tyrannidae - lord ruler king)
WHAT TO LOOK FOR
Small to medium perching bird
Large head broad flattened bill pointed wings short legs
Bristly ldquowhiskersrdquo at base of bill
Sit upright on exposed branch and dart out to catch insects
Common Nebraska species - flycatchers pewees kingbirds phoebes kingbirds
Shrikes (Family Laniidae ndash butcher)
WHAT TO LOOK FOR
ldquoButcher birdsrdquo ndash impale prey on thorns (may be to attract a mate and mark territory)
Robin-size bird with hooked bill and masked face with hawk-like behavior
Black gray and white birds
Common Nebraska species - northern and loggerhead shrike
Vireos (Family Vireondae ndash small bird)
WHAT TO LOOK FOR
Small olive- or gray-backed bird with short sturdy cylindrical slightly hooked bill
Can have wing bars and eye-rings or have eye stripes and no wing bars
Often confused with warblers but are chunkier bigger headed thicker billed
Common Nebraska species ndash white-eyed Bellrsquos yellow-throated plumbeous
Cassinrsquos blue-headed warbling Philadelphia red-eyed
Crows and Jays (Family Corvidae ndash raven)
WHAT TO LOOK FOR
Large perching bird with strong longish all-purpose bill to handle variety of foods
Nostrils covered with feathers
Legs scaled in front and smooth behind
Harsh voice and noisy
Bold gregarious
Common Nebraska species - black-billed magpie American crow
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 43
Larks (Family Alauidae ndash lark)
WHAT TO LOOK FOR
Ground dwellers of open fields ndash seldom seen in trees and shrub
Walk rather than hop have an elongated hind toe
Slender billed seed and insect eaters
Yellowwhite face with black facemask horns and breast band
Has musical song often sung in display flight
Common Nebraska species ndash horned lark
Swallows and Martins (Family Hirundinidae ndash swallow)
WHAT TO LOOK FOR
Slim streamline bodies with long pointed angled wings
Tail forked or squared legs and feet inconspicuous
Bill short and wide
Fluid aerialists ndash dart about catching insects
Flocks perch in long rows on branches and lines
Common Nebraska species ndash purple martin northern rough wing bank cliff barn swallows
Chickadees and Titmice (Family Paridae - )
WHAT TO LOOK FOR
Small plump sociable birds with short bills and wings
Active agile ndash often hang upside down to feed
Many times roam in little bands (often leading the group) in search of food
Chickadee ndash no tuff of feathers on head Titmice ndash tufted Common Nebraska species ndash black-capped chickadee tufted titmouse
Nuthatches (Family Sittidae ndash birds that peck bark of tree)
WHAT TO LOOK FOR
Small stout tree-climbers with slightly upturned strong woodpecker-like bills
Stubby squared off tails
Walk down trees headfirst Common Nebraska species ndash red-breasted and white-breasted nuthatches
Creepers (Family Certhiidae -)
WHAT TO LOOK FOR
Small slim tree-dwellers with stiff tails and slender downward curving bill
Primarily brown
Common Nebraska species ndash brown creeper
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 44
Wrens (Family Troglodytidae ndash cave dweller
WHAT TO LOOK FOR
Small stumpy energetic brown birds
Bill slightly down turned loud song
Tails often in ldquocockedrdquo or up-tilted position
Common Nebraska species ndash rock house winter marsh wrens
Kinglets (Family Regulidae -)
WHAT TO LOOK FOR
TINY very active songbirds ndash only certain hummingbirds smaller
Can hover will feeding
Greenish plumage with bright colored crowns Short tails
Common Nebraska species ndash ruby-crowned and golden-crowned kinglets
Gnatcatchers (and Old World Warblers) (Family Sylviidae - )
WHAT TO LOOK FOR
Small birds with slender pointed bills surrounded by rectal bristles
Drab plumage with seasonally changing head patterns
In constant motion
Common Nebraska species ndash blue-gray gnatcatcher
Thrushes (Family Turdidae -)
WHAT TO LOOK FOR
Large-eyed upright postured songbirds - known for their singing ability
Bill is slender straight but not sharp
Often hop along the ground looking for food
Common Nebraska species ndash eastern bluebird veery gray-cheeked Swainsonrsquos hermit
wood thrush American robin
Mockingbirds and Thrashers (Family Mimidae ndash imitator mimic)
WHAT TO LOOK FOR
Well known for their vocal and mimicking ability
Have short rounded wings long legs and tails
Long down-curved bills
Common Nebraska species ndash gray catbird northern mockingbird brown thrasher
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 45
Starlings (and Mynas) (Family Sturnidae - )
WHAT TO LOOK FOR
Medium sized chunky glossy birds with short tails sharp bills
Short triangular to rounded wings
Gregarious bold birds
Pipits (and Wagtails) (Family Motacillidae -)
WHAT TO LOOK FOR
Slender billed brownish ground dwellers with long back toe
Walk briskly rather than hop along the ground
Most species bob their tails up and down
Common Nebraska species ndash American pipit
Waxwings (Family Bombycillidae ndash silk tail)
WHAT TO LOOK FOR
Birds with sleek crest that can be erected
Plump-bodied birds with pointed wings with red waxy tips of secondaries
Bill is small wide and notched high thin calls
Square tail with terminal yellow band
Common Nebraska species ndash Bohemian and cedar waxwings
Wood Warblers (Family Parulidae -)
WHAT TO LOOK FOR
Brightly colored (mostly yellow) birds
Smaller than sparrows with thin needle-like bills
Common Nebraska species ndash approx 34 warblers ovenbirds yellow-breasted chats and
waterthrush
New World Sparrows (Family Emberizidae -)
WHAT TO LOOK FOR
Small to medium-sized birds - often brown streaked appearance
Rounded wings cone-shaped bills
Common Nebraska species ndash 20 sparrows towhees longspurs dark-eyed juncos snow and
lark buntings
Cardinals and Allies (Family Cardinalidae )
WHAT TO LOOK FOR
Medium to large songbirds
Have large cone-shaped bills
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 46
Males often very colorful
Common Nebraska species ndash northern cardinals rose-breasted and black-headed grosbeaks
indigo bunting dickcissel
Blackbirds Orioles and Allies (Family Icteridae)
WHAT TO LOOK FOR
Medium to large songbirds with strong straight bills
Strong-direct flight
Plumage varies from iridescent black to yellow to orange
Common Nebraska species ndash Bobolink eastern and western meadowlarks red-winged and
rusty blackbirds common and great-tailed grackles orchard Baltimore and
Bullockrsquos orioles brown-headed cowbird
Finches and Allies (Family Fringillidae)
WHAT TO LOOK FOR
Small to medium songbirds
Have conical bills and forked relatively short tails
Fly fast and undulate through the air giving high-pitched calls in flight
Common Nebraska species ndash gray-crowned rosy purple Cassinrsquos house finches red
crossbill white-winged crossbill common redpoll pine siskin American goldfinch
evening grosbeak
Old World Sparrows (Family Passeridae)
WHAT TO LOOK FOR
Stouter bodies shorter legs and thicker bills than native sparrows
Have a simple song repeating single elements with no particular rhythm or beginning
And end vocalize all day and year-round
Common Nebraska species ndash house sparrow (introduced)
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 47
Geology and Natural History of Nebraska
Being Developed by Jon Garbisch Cedar Point Biological Station jgarbisch2unledu
bull Geological history of Nebraska
bull Present geological formation of regions
bull General soil types
bull Geological landforms and related habitats
What we currently use
Theme
Nebraska geology formed over millions of years through the erosion of mountains the deposition of
sediments and the flow of water and ice shaping the landscape that we call home
Goal
Attendees will develop an understanding of the natural processes that influenced and built Nebraska
and in so doing develop a greater appreciation for the geology and how it relates to all other aspects of
the statersquos identity
Objective(s)
The Master Naturalists attendees will be able to use the knowledge they have gained to better
understand the surface and subsurface geology at any location in the state that they may find
themselves working
How will it be measured
Attendees will be able to use the knowledge gained to actively interpret general Nebraska geology by
completing activities in the form of hand-out diagrams biostratigraphic fossil correlations
interpretation of rock type hand specimens and visual description of the Geology on the trail at Camp
Brewster Fontenelle Forest
Introduction
Nebraska geology formed over millions of years through the erosion of mountains the deposition of
sediments and the flow of water and ice shaping the landscape that we call home (Hand out agenda)
Geology is rooted in the 3 rock groups that exist on planet Earth and so familiarity with
o these groups gives us a solid foundation for all other geologic interpretation
A half hour will be spent handling examples from each rock group
o 3 groups 3 tables with one rock type on each table each group spends 10 minutes at
each table
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 48
The Geologic Time Scale is a record over time of the Earths major geologic events and we
can use it to help us understand how and when Nebraska took shape
The natural agents of change which have shaped our state include oceans rivers wind
o and ice
The geologic time periods in Nebraska are represented by rock layers (or not) which occur all
around the state and have been named so that no matter where you are in the state you can
correlate the strata to the time scale (fossilsisotopes)
6 Geologic Principles will be discussed so that when the MN is in the field they can be used as an
aid in basic geologic interpretation
Conclusion
Nebraska geology formed over millions of years through the erosion of mountains the deposition of
sediments and the flow of water and ice shaping the landscape that we call home Geology supplies us
a record of the events that have shaped our Earth by learning the language in which the Earth script is
written we will be able to interpret and share the story of our state of Nebraska This understanding will
aid in us in relating to other areas influential and important to the state
Places to Go (places to see examples of Nebraska geology)
a Agate Fossil Beds National Monument Lower Miocene fossil mammal site including abundant body fossils of ancient mammals and prominent fossil rodent burrows
b Ashfall State Park Upper Miocene fossil mammal assemblage found in ash derived from an eruption of a predecessor to the Yellowstone volcanic field c Chimney Rock National Historic Site Oligocene and Lower Miocene continental sedimentary rocks deposited as sediments by wind and steams
d Hummel Park (Omaha) outcrops of Pleistocene glacial till and loess
e Lincoln area Capitol Beach Lake and history of saline waters and salt industry flooding history of Antelope and Salt creeks building stones in downtown area brick industry University of Nebraska State Museum
f Louisville area outcrops of Upper Pennsylvanian marine sedimentary rocks
g Valentine area and Niobrara National Wildlife Refuge Niobrara River Canyon and Cenozoic stratigraphy
h Niobrara State Park Upper Cretaceous marine sedimentary rocks (Niobrara Formation and Pierre Shale) landslides along Missouri River anthropogenic changes in Missouri River Niobrara River and Mormon Canal
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 49
i Downtown Omaha removal of loess from hills in downtown area engineering of Missouri River (eg groins bank armoring etc) visible at Bob Kerrey Memorial Bridge deep bedrock water wells at old industrial sites
j Platte River State Park Upper Pennsylvanian marine sedimentary rocks and overlook of Platte River
k Ponca State Park Upper Cretaceous marine sedimentary rocks (uppermost Dakota Formation through Greenhorn Limestone)
l Rock Creek State Historical Park middle Cretaceous Dakota Formationmdashfluvio-estuarine continental deposits
m Schramm Park Upper Pennsylvanian marine sedimentary rocks
n Scotia and Happy Jack Chalk Mine Upper Miocene lake deposit In Ogallala Group
o Scotts Bluff National Monument Oligocene and Lower Miocene continental sedimentary rocks deposited as sediments by wind and steams
p Smith Falls State ParkCenozoic stratigraphy Niobrara River waterfalls as knick points
q Toadstool Park and nearby areas continental sedimentary rocks of upper Eocene Chadron Formation Pine Ridge escarpment Trailside Museum and Ft Robinson State Park
r Weeping Water area Upper Pennsylvanian marine sedimentary rocks
s Wildcat RidgeHillsescarpment on Oligocene and Lower Miocene continental sedimentary rocks deeply eroded into canyons buttes and pinnacles by stream erosion during and after the Late Pliocene
t Indian Cave State Park and Iron Horse Trail south of Peru Upper Pennsylvanian Indian Cave Sandstone (fluvio-estuarine deposit) and sandstone cave
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 50
North American Model and Outdoor Skills Developed by Jeff Rawlinson Assistant Division Administrator Information and Education Nebraska Game and Parks Commission jeffrawlinsonnebraskagov
OUR North American Model of Conservation
Perhaps no other story is more compelling and more important in American history as that of how
our natural resources came to be one of the most important elements in our lives The history of our citizenryrsquos strong land ethic ties us to the natural world long after other nations have forgone this relationship We value how the common person from a common family can participate in the thrill of the chase experiencing wildness to its fullest
The North American Model of Conservation is a philosophy that the United States and Canada have
developed to manage wildlife in a sustainable way Historians debate how this land ethic began Some
say our model of conservation began in 1937 with the passage of the PittmanRobertson Act a move that provided funding for wildlife conservation at the national and state level The source of this funding came from the sale of hunting and shooting equipment Others may say that it began when the conservation giant President Theodore Roosevelt brought management of natural resources to the
political forefront Others would argue our Model of conservation was birthed under the Magna Charta which transferred the ownership of wildlife from the King of England and the English nobles to the all of
the people of England In reality however our Model has been under development for several hundred years combining what we have learned from other nations peoples cultures and experiences to shape a philosophy ingrained in our culture supported by hunters anglers and shooting sports enthusiasts
benefiting all wildlife and wild lands in the United States
First Wildlife Managers The concept of managing wildlife or natural resources was not conceived by our young nation For
thousands of years humanity has been manipulating and controlling the land and all its inhabitants to benefit our needs Ever since the first hunter followed that wooly creature across the Bering Straight embarking on an epic journey that would result in settling of North America man has ldquomanagedrdquo
wildlife in North America
Throughout history many leaders have shown some element of concern or conservation ethic towards wildlife The great Kublai Khan grandson of Genghis Khan and founder of the Yuan Dynasty in China forbade harvesting of many species of wildlife during critical reproductive months of March
through August so species could ldquoincrease and multiplyrdquo Conservation of wildlife is even found in Mosaic Law in Deuteronomy 226 representing some of the first written wildlife management idealsmdashldquo If you come across a birdrsquos nest in any tree or on the ground with young ones or eggs and
the mother sitting on the young or on the eggs you shall not take the mother with the youngrdquo (English Standard Version 2001)
As populations expanded throughout Europe wildlife resources fell under ownership of powerful kings
who enacted harsh punishments for anyone found taking the kingrsquos game In 1215 a rebellion against King John of England resulted in the Magna Charta transferring ownership of lands and game from the crown to the people This ldquoprivatizingrdquo of wildlife ownership had profound impacts America over 500 years later
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 51
Era Of Abundance (1600 ndash 1850) When our forefathers first landed on the eastern shores of America they brought with them science
religion and a new hope They found plentiful game and soon began a relationship with the land that provided them with many of their daily needs Wildlife was viewed as a limitless resource in a relatively untapped land These early settlers had left Europe where few had access to wildlife and entered a world where everyone had access Furs feathers hides all had value to this young country In 1776 the Declaration of Independence revoked the Kingrsquos rights to land and people in this new world After a
bloody war led by revolutionaries such as Washington Hamilton Jefferson and Adams the United States gained its independence and the land and wildlife belonged to everyone
Era Of Exploitation (1850 ndash 1900)
The 1800s brought a commercialization of our wildlife resources Market hunting and habitat
destruction began to decimate wildlife populations such as the American Bison and Passenger Pigeon After the American Revolutionary War and the Civial Warmdashwhich nearly destroyed our ldquodemocratic
experimentrdquo all togethermdashfew people were looking after the interest of wildlife and even fewer rules
existed governing the management of a resource everyone had ownership of yet no one had responsibility for
The railroad provided settlers with the means to access new lands expanding the markets for meats hides and fur Advancements in technology such as the repeating rifle further aided the unbridled
destruction of wildlife resources Yet throughout this era something positive was growing The people of this new nation were developing a relationship with the land By 1842 a Supreme Court ruling had huge impacts on this developing model of conservation resulting in a Public Trust Doctrine that would
further outline a model for conserving our natural resources Conservation was developing some direction but had no money or laws to support it
Era Of Protection (19001930) The early 1900s brought an industrial boom Abuse of natural resources had taken its toll and throughout the Nation and evidence of this abuse could be seen in the loss of species such as the
passenger pigeon near loss of the American bison and in many large mammals including whitetailed deer and our once numerous waterfowl species America was becoming an economic giant yet through
the roar of machines both political and metal a small voice could be heard It was the hunter and their voice was of concern for the direction our wildlife resources were heading Conservation minded men and women had continued a relationship with the land and the wildlife
Era of Game Management (1930 ndash 1966) The ldquodirty thirtiesrdquo were marked by the dust bowl and an impoverished nation Agricultural practices
unchecked by environmental stewardship had left the Nationrsquos heartland in ecological peril Politically the conservation movement was supported by the footings laid by Theodore Roosevelt New federal acts moved forward to provide for environmental protection due to the outcry of hunters in panic over the vanishing wildlife resources of the Nation
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 52
Wildlife conservation had support yet it lacked the science to properly manage our Nationrsquos resources A young biologist name Aldo Leopold changed all this with his writings including the book Game
Management which led to Universities across the country developing wildlife conservation programs These programs spawned a new breed of professional game managers who utilized science to support management methods that ultimately lead to the greatest wildlife conservation success story in the world In 1937 the PittmanRobertson Act provided thousands of jobs for young professionals along with ldquogame wardensrdquo supported by individual states to further the development of the Conservation Model
which now had science and funding to support it
Era of Environmental Management (1966 ndash Present) Science and funding led to a broadening view of conservation as focus shifted from managing ldquogame
animalsrdquo to managing the entire biota (environment and all living things in it) Further federal acts such
as the Endangered Species Act of 1966 and the National Environmental Policy Act of 1969 provided greater protection for species by a nation that had finally changed its course providing time to review
and perfect conservation efforts Recent acts such as the 1980 Farm Bill continued the effort to help
landowners provide quality habitat for wildlife and hunters by providing incentives to landowners to set aside highly erosive lands and plant them into wildlife habitat (grasslands) that benefit wildlife and hunters
The story of our unique model of conservation is still being written New challenges today threaten our
coveted resources and new professionals are entering the arena to further the plight of our Nationrsquos wildlife and hunting heritage
Seven Pillars of the Model
Seven main pillars have been highlighted as the foundation of support for the North American Model
of Conservation These include
The Public Trust The wildlife of the United States are owned by the people This is very different from the European Model where wildlife is privately owned The North American Model recognizes wildlife as a public
resource that is so important it can not be owned or managed by any one segment of our society but rather managed by professional state and federal entities for the benefit of all This concept known as
the Public Trust Doctrine began development in 1842 when the Supreme Court ruled that the Magna Charta had settled the question of who owns fish and wildlife and that King Charles II did not have the authority to give away the ldquodominion and propertyrdquo of lands in colonial America The court further ruled that since the American Revolution the people held public trust responsibilities for fish and wildlife except for rights specified in the US Constitution
Prohibition on Commerce
It was the hunter who brought forth stringent laws that protected wildlife from peril in the 19th
and 20th
centuries Because we all own and appreciate our wildlife as a national resource they should never find themselves on the public market to the highest bidder This path led to a largescale loss of many species
including the Passenger Pigeon and the near loss of the American bison As our country was developing these practices were common as people moved west in search of prosperity capitalizing on a land seemingly untouched by the modern world Today many laws in place serve to protect our most
valuable resourceshellipour wildlife
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 53
Democratic Rule of Law Each citizen of this great nation has the ability and responsibility to engage in healthy politics that serve
to support and protect sound wildlife conservation measures Our first conservation measures in this Country habitat restoration simple harvest restrictions and bag limits came from hunters people who respected the game they pursued and loved the wild places they chased them in The North American Model of conservation is built upon active public involvement instilling a value for wildlife in all citizens
Hunting Opportunity for All The Model was developed on the premise that all people regardless of political or economic standing could participate in and feel the thrill of the chase It is this unique Model that provides us with wildlife opportunities for all Americans Imagine how important this was to our fore fathers who left a brutal
King in England where only the aristocracy had any dream of pursuing wild creatures in wild places Our
wildlife laws ensure that each generation that comes after us will have the same opportunity to enjoy and appreciate wildlife
Nonfrivolous Use Our management of wildlife depends on a citizenry that loves and appreciates the wild creatures and the habitats necessary to their survival and our quality of life Wildlife may be utilized under strict rule of
law including utilizing the wildlife once harvested to its best potential Killing wildlife for the sake of killing can only lead to the numbing of hearts to wildlife and a profound lack of respect for our most
precious resources
International Resources
It was not until the 20th
century that hunters and wildlife lovers understood the importance of
managing wildlife at a much larger scale This became readily apparent with the passage of the
Migratory Bird Treaty Act of 1918 where nations came together to manage wildlife resources as a
collective Wildlife species do not recognize national or state boundaries Governments must work together to be effective in managing wildlife for the benefit of all The United States has made great
strides in this area with Mexico and Canada Our wildlife is not only a resource to us but to all continents they may call home throughout the year Our biologists must think globally to be effective locally
Scientific Management Although Theodore Roosevelt brought conservation to the political forefront it was a young forester from Iowa that made the study of wildlife management a science Aldo Leopold is considered by many
as the ldquofather of wildlife managementrdquo due to his tireless efforts to develop curriculum for future wildlife biologists Today our biologists earn their opportunity to manage wildlife through prominent
Bachelor Masters and Doctorate degree programs from Universities around the world Wildlife must be managed using fact science and the latest research We are constantly learning and adapting to new technology and changing environments For such an important resource we cannot afford to have it any other way
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 54
Nebraska Master Naturalist Specializations Certifying as a Specialist ldquoFollow your own natural geniusrdquo wrote Thoreau ldquoand it will not fail to show you a fresh prospect every hourrdquo Many of us learn by doing When our curiosity and interests carry us into deeper study of a given subject it can be helpful to have clear opportunities to pursue Thus the Nebraska Master Naturalist Program offers specialized voluntary training for those who are hungry to develop and apply their particular skill and personal understanding on behalf of our natural legacy Specializations are designed to create collaborators leaders and mentors in four key areas
Interpretation and Outreach
Outdoor Skills and Recreation
Resource Management
Citizen Science Master Naturalist Certification Requirements Annual Requirement o 8 Hours Training Annually o 20 Hours of Volunteerism Annually Master Naturalist Specialization Requirement One Time Requirement o 20 Hours of Training Total Specific to Specialization Annual Requirement o Additional 20 Hours of Volunteerism Annually Specific to Specialization (does not include initial Certification annual requirement hours)
OUTDOOR SKILLS AND RECREATION SPECIALIZATION The purpose of OUTDOOR SKILLS AND RECREATION is to promote activity and development of skills in the outdoor pursuits associated with natural resources Specializations are designed to create collaborators leaders and mentors in particular areas A Certified Nebraska Master Naturalist can complete the Outdoor Recreation Specializationby meeting the following requirements Complete at least one of the workshops or certification‐leading trainings listed below If specialized training is not listed below it can be approved upon request by the Master Naturalist Program Committee Specialized Training Options ‐
Hunter Education Instructor Certification 13 hrs
National 4‐H Shooting Sports Instructor Certification 32 hrs
Nebraska 4‐H Shooting Sports Shotgun Certification 12 hrs
Nebraska 4‐H Shooting Sports Archery Certification 12 hrs
Nebraska 4‐H Shooting Sports Rifle Certification 12 hrs
Nebraska 4‐H Shooting Sports Pistol Certification 12 hrs
Nebraska 4‐H Shooting Sports Muzzleloader Certification 12 hrs
National Archery in the Schools Program Basic Archery Instructor 4 hrs
NRA Range OfficerMaster Certification 8 hrs
Hunt Master Training Instructor 4 hrs
NRA Shooting Instructor 16 hrs
NRA Shotgun Instructor 16 hrs
NRA Rifle Instructor 16 hrs
Boater Education Instructor 12 hrs
Youth Fishing Instructor 5 hrs
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 55
American Canoe Association National CanoeKayak Instructor 16‐32hrs
National Camp SchoolBoy Scouts 16‐24 hrs
Wood Badge TrainingBoy Scouts 16‐24 hrs
Merit Badge Counselor TrainingBoy Scouts 2‐16 hrs
Conservation Leaders for Tomorrow 35 hrs
Wilderness First Aid 16‐32 hrs
Professional Trappers College 40 hrs
American Camp Association Instructor Training 8‐40 hrs
American Red Cross Instructor Training 2‐16 hrs
American Sailing Association Instructor Training 16‐24 hrs
Certified Horsemanship Association Instructor Training 24‐40 hrs
Leave No Trace Master Educator Training 40 hrs
National Outdoor Leadership School 280 hrs
Camp Cook School 32‐96 hrs
Professional Association of Diving Instructors Training 32‐96 hrs
Professional Mountain Bike Association Instructor Training 24 hrs
League of American Bicyclists Instructor Certification 24 hrs
Hunting
Shooting
Fishing
Trapping
Camping
Outdoor Cooking
Orienteering
Geocaching
Photography
Wildlife Viewing
Hiking
Biking
Birding
Becoming an Outdoors‐Woman Program
Wilderness First Aid
Wilderness Survival
Leave No Trace Educator
Service Options ndash Provide a minimum of 20 hours of service annually in the following or similar areas
4‐H leader and youth training outdoor recreation
Scout leader and youth training outdoor recreation
Wild About Nature
Flying WILD Educator or Facilitator Workshop
Becoming an Outdoors Woman (BOW)
Beyond Becoming an Outdoors Woman (BOW)
Family Camp
Learn to Hunt Program
National Archery in the Schools Program BAI training or greater
Mentor HuntHunt Masters Training
After School Programs
Others ndash Upon approval
Outdoor discovery programs volunteer
CRO at a shooting event
Assist with National or State shooting sports competitions
Family fishing day
Design or write a brochure
Develop or contribute to a website
Develop or contribute to a social networking site
Design or write a newsletter
Assist in fundraising
Plan an event or festival
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 56
Interpretation amp Education- Developed By Lindsay Rogers Nebraska Game amp Parks
Commission
Do not try to satisfy your vanity by teaching a great many things Awaken peoplersquos curiosity It is
enough to open minds do not overload them Put there just a spark If there is some good
inflammable stuff it will catch firerdquo
- Anatole France in The Earth Speaks
Session Objectives
To help participants understand the role education plays in sounds ecological conservation
To help participants learn about past and present conservationist and interpretive educators
To help participants learn components of quality education and interpretation
To have participants partake in quality interpretive education
To make sure participants understand that their role is to light the spark and awaken curiosityhellip not spew facts
Lecture Requirements
1 What is interpretation (5 minutes) a What does ldquointerpretrdquo mean b National Association of Interpretation definition of ldquointerpretationrdquo
i Interpretation is a mission-based communication process that forges emotional and intellectual connection between the interests of the audience and the meanings inherent to the resource
c Freeman Tilden Interpreting Our Heritage 1957 i Interpretation is an educational activity which aims to reveal meanings
and relationships through the use of original objects by first-hand experience and by illustrative media rather than simply to communicate factual information
d Components of interpretation i pleasurable or enjoyable
ii relevant to the world iii organized iv themed v sparks an interest
vi includes information but does not stop there links information to the world
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 57
vii age appropriate viii taught to someone not at them
2 What is education (5 minutes)
a What does it mean to ldquoeducaterdquo someone b John Dewey Democracy amp Education 2944
i Education in its general sense is a form of learning in which the knowledge skills and habits of a group of people are transferred from one generation to the next through teaching training or research
c Components of education i - generally presented to someone but not always
ii enjoyable sometimes iii provides knowledge and facts iv can make connections but not always v organized and themed
d Both education and interpretation are important they work together
3 Conservationists (10 minutes) a Jon Muir
i Immigrated from Scotland to Wisconsin in 1849 ii Attended the University of Wisconsin studies botany amp geology
iii Moved to the western US mainly the Sierra Nevada area iv Believed humans were part of the interconnected natural world v Advocated for the preservation of natural areas
vi Co-founded the Sierra Club b Aldo Leopold
i Iowa native attended Yale University ii After college he joined the US Forest Service was stationed in Arizona
and New Mexico iii Developed theories of land ethics the need for biodiversity and an
appreciation for wilderness areas iv Moved to Wisconsin in 1924 became a professor at the University of
Wisconsin v Regarded as the ldquoFather of Conservationrdquo
c Gifford Pinchot i Born in Connecticut in 1905
ii Studied at Yale studies forestry in France iii Named chief of the Division of Forestry (later to become the US Forest
Service) iv First chief of the US Forest Service greatly improved forest
management and increased the size of Forest Service lands
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 58
v Managed forests for the greatest good for the greatest number Pinchot added the phrase in the long run to emphasize that forest management consists of long-term decisions
d Steven Mather i Born in California attended Berkley University
ii Worked for the Pacific Coast Borax Company where he had a talent for promotion Started a competing company made millions
iii When revisiting Sequoia and Yosemite National Parks in 1914 he was appalled by the conditions of the national parks
iv Joined the Department of the Interior as the head of parks later created the National Parks System
v Professionalized the National Parks and helped to greatly grow protected lands
e Rachel Carson i Born in Pennsylvania in 1907 attended John Hopkins University for
graduate school ii Went to work for the US Bureau of Fisheries (later to become the US
Fish amp Wildlife Service) iii Wrote Silent Spring in 1962 The book created an awaking for Americanrsquos
to their responsibility to the environment and wildlife The book lead to the US Government banning the use of DDT
f Theodore Roosevelt i Born in 1858 in New York New York was a sickly child who stayed inside
studying natural history ii An avid outdoorsman he spent much time in the South Dakota Badlands
iii Became President in 1901 with the assignation of President McKinley iv Among many major accomplishments as president he started the
National Parks was instrumental in conserving about 230 million acres
4 Naturalist Interpreters (10 minutes) a Freeman Tilden
i Born 1883 worked as a newspaper columnist and author ii At age 58 he began working with the National Parks Service
iii While traveling to various National Parks he became concerned with the quality of interpretation
iv Wrote Interpreting Our Heritage in 1957 outlines 6 principles to quality interpretation forever changed the field of interpretation
b William Lewis i Worked as a ranger naturalist and interpreter trainer for the National
Parks Service ii Developed the approach of ldquoThematic Interpretationrdquo which requires the
interpreter to choose a central theme (major point) to guide the development of a program
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 59
iii Wrote Interpreting For Park Visitors c Sam Ham
i Director of Center for International Training and Outreach at the University of Idaho
ii Work has focused on applying communication theory to environmental conservation interpretation and on nature-based tourism and guide training
iii Wrote Environmental Interpretation (1992) d Ted Cable
i Professor of Park Management and Conservation at Kansas State University
ii Co-authored Interpreting Cultural and Natural Resources (2003) and Interpretation for the 21st Century Fifteen Guiding Principles for Interpreting Nature and Culture (2002)
5 Conducting an Interpretative Program Try and Fail (60 minutes + 120 minutes of activities throughouthellip see list of Suggested Activities below)
a Experiential Learning i The first time you tried to walk you failed The first time you rode a bike
you failed This is called experiential learning The first time you attempt an educational or interpretation program you will fail thatrsquos how we learn
ii Donrsquot be afraid to fail b Ask Questions about the ProgramPresentation before you commit to leading it c Plan your Program
i Generally I want my presentation to be about Specifically however I want to tell my audience about After hearing my presentation I want my audience to understand (what is the big picture you want them to take home)
1 You do not need (or want) to teach your audience everything you know your job is to light the spark
ii What will your tangibles and intangibles be 1 Tangibles are those things you can touch things you use to teach
when teaching a Examples include a tree a mammal pelt a skull a live
animal a prairie 2 Intangibles involve connecting the tangibles to concepts and the
ideas they represent intangibles are the meanings the relationships the processes the ideas the feelings and the beliefs
a Examples include food webs ecosystem health entropy ecology
iii People remember themes they forget facts
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 60
iv Plan for an organized presentation 1 Think about your overall theme smaller parts of the program and
your transitions v Stick to your theme
vi Determine what type of presentation you will have 1 PowerPoint (avoid) 2 Podium Presentation (avoid) 3 Active taking a hike playing a game etc 4 Hands-on touching feeling trying hearing smelling
vii Think about all the different kinds of learners 1 verbal-linguistic 2 logical-mathematical 3 visual-spatial 4 kinesthetic 5 musical-rhythmic 6 interpersonal (groups) 7 intrapersonal (individual) 8 naturalist
d Know your role as an educator 1 Provide facts and relationships not opinions 2 Allow participants to determine their own opinions and beliefs
using the facts amp relationships you provide them 3 PLAY ldquoFIRST IMPRESSIONSrdquo
e Prepare Prepare Prepare 1 Know the type of space and area you will have (indoor vs
outdoor small space vs vast area etc) 2 Plan for more that you are told 3 Plan for the weather (always expect it to be windy in Nebraska)
f Questions i Ask good questions
1 Is this a fox Vs How do you know this is a fox 2 Do you have any questions Vs What questions do you have
ii Be prepared for quality questions 1 What are the implications for describe the impact of what are
the reasons for iii Be prepared for ldquogoodrdquo questions
1 Do you have ewoks in the forest If a Mountain Lion and an Eagle were to fight who would win
2 Take all questions seriously Answer seriously g Model what you want to see the students do
i If you want a group of students to catch insects help them get active with them
ii This is true when working with children and adults
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 61
1 Working alongside students validates them and their learning h Be enthusiastic show your passion
i This is another form of modeling what you want to see in your students ii We need to excite students (no matter their age) about conservation
nature and the outdoors iii Have fun
6 Take Home Lesson Light the Spark and Donrsquot Be Afraid to Fail
Suggested Activities (amp potential mandatory activities)
Throughout the lesson conduct multiple games andor activities to model good interpretation
Suggested games include but are not limited to
1 Oh Deer (Project WILD) 2 First Impressions (to be done during section 5) (Project WILD) 3 The Long Haul (Project WET) 4 Sum of the Parts (Project WET) 5 Water Quality Ask the Bugs (Project WET) 6 Adaptation Artistry (Flying WILD) or Fashion a Fish (Aquatic Project WILD) 7 Avian Antics (Flying WILD) 8 Pollinators Meet Your Plants (Nebraska Project WILD wwwnebraskaprojectwildorg) 9 Scavenger Hunts (Nebraska Project WILD wwwnebraskaprojectwildorg)
Suggested Post-Readings
Interpreting Our Heritage Freeman Tilden 1957 (4th edition 2008)
ISBN-13 978-0807858677
Interpreting for Park Visitors William Lewis 1981
ISBN-13 978-0890620793
Environmental Interpretation Sam Ham 1992
ISBN-13 978-1555919023
Interpretation for the 21st Century Fifteen Guiding Principles for Interpreting Nature and
Culture Larry Beck amp Ted Cable 2002
ISBN-13 978-1571675224
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 62
Interpretation-Making a Difference on Purpose Sam Ham 2013
ISBN-13 978-1555917425
Foundations of Interpretation Curriculum Content Narrative National Parks Service 2007
httpwwwnpsgovidpinterp101foundationscurriculumpdf
Websites
National Association of Interpretation
wwwinterpnetcom
North American Association for Environmental Education
wwwnaaeeorg
Nebraska Alliance for Conservation and Environment Education
wwwnaceeorg
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 63
Safety in the Field
Developed by Rich Hawes Nebraska Master Naturalist rdhawes26msncom
Objectives
Raise awareness of Risk Managementassessment as part of event planning
Guidelines to safe activities for participants presenters and the environment
Present Leave No Trace Principals as part of all outdoor activities
Present resources for additional training or certification for outdoor activities
Hands on activities to encourage interest and to provoke thought and discussion
Hazards of the area
Outdoor hiking safety
Stewardship of the land and natural resources
Being flexible and working with ldquowhat you haverdquo
Outline
1 Outdoor Activities ndash Whatrsquos The Worst That Can Happen An Introduction to Event Planning and Risk Management
2 Leave No Trace Principals
3 Trip planning and Logistics
4 Health amp Safety
5 Youth Protection
6 Age Appropriate Activities
7 Resource Training and Certifications
a Standard First Aid CPRAED Wilderness First Aid
b Shooting Sports - Range Safety Officer or Instructor
c Hunter Safety Instructor
d Climbing COPE and Zip Lines
e Water Safety Instructor Life Guard Small Boat Handling
f Leave No Trace Trainer or Master Educator
g Tread Lightly Tread Trainer or Master Tread Trainer
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 64
Suggested Activities
CPR Scenario
First Aid Scenario
Weather Scenario
Lost Scenario
Online Resources
American Camp Association
Boy Scouts of America
Youth Protection
Safe Swim Defense
Safety Afloat
Climb On Safely
Weather Safety
Trek On Safely
(etc)
Leave No Trace
Nebraska Game amp Parks
Hunter Safety
Boating Rules amp Regs
National Rifle Association
(Archery groups)
American Red Cross
(wilderness medicine group(s))
NOLS
Tread Lightly
US Coast Guard
NEBRASKA MASTER NATURALIST Explore Contribute Connect
26
Protective coloration Enables the animal to
blend in with surroundings
Reticulated Net-like pattern of skin
Terrestrial Ground dwelling
Viviparous Live birthing
There are 21 orders of mammals found in the world
Listed below are the orders and examples of common species found in Nebraska
More Species found in Core Curriculum Binder
Insectivores (shrews and moles)
Masked Shrew (Sorex cinereus)
Northern Short-tailed Shrew (Blarina
brevicauda) (venomous)
Least Shrew (Cryptotis parva)
Eastern Mole (Scalopus aquaticus)
Chiroptera (bats)
Big Brown Bat (Eptesicus fuscus)
Red Bat (Lasiurus borealis)
Hoary Bat (Lasiurus cinereus)
Xenarthra
Nine-banded Armadillo (Dasypus novemcinctus)
Lagomorpha Eastern Cottontail (Sylvilagus floridanus) Black-tailed Jackrabbit (Lepus californicus)
Rodentia
Franklinrsquos Ground Squirrel (Spermophilus
franklinii)
Thirteen-lined Ground Squirrel (S
tridecemlineatus)
Black-tailed Prairie Dog (Cynomys
ludovicianus)
Plains Pocket Gopher (Geomys bursarius)(fur-
lined pouch)
Plains Pocket Mouse (Perognathus
flavescens)
Beaver (Castor canadensis)
Eastern Woodrat (Neotoma floridana)
Meadow Vole (Microtus pennsylvanicus)
Muskrat (Ondtra zibethicus) (laterally
compressed tail)
Porcupine (Erethizon dorsatu
Carnivora Despite the name of the order not all are carnivorous Many are omnivores (most bears and raccoons)
and some are even herbivores (giant panda)
Most carnivorous mammals have 3 up and 3 down relatively small incisors and 1 up and 1 down large
canine teeth on both sides of the incisors
Common species found in this area include
Family Canidae Coyote (Canis latrans) Red fox (Vulpes vulpes)
Family Procyonida Raccoon (Procyon lotor)
Family Mustelidae
NEBRASKA MASTER NATURALIST Explore Contribute Connect
27
Long-tailed Weasel (Mustela nivalis)
Least Weasel (M nibalis)
Mink (Mustela vison)
Badger (Taxidea taxus)
Striped Skunk (Mephitis mephitis)
River Otter (Lutra canadensis)
Family Felidae Bobcat (Felis rufus)
Artiodactyla Mule Deer (Odocoileus hemionus) White-tailed Deer (O virginianus
References National Audubon Society Field Guide to North American Mammals by John O Whitake Jr Robert
Elman Carol Nehring (Alfred A Knoph Inc 1994)
Guide to Mammals of the Plains States By J Knox Jr Davide M Armstrong Jerry R Choate (University
of Nebraska Press 1985)
The Nuts and Bolts Know important characteristics especially-
Mammary glands Sweat glands Sebaceous glands Hair sometime during their life
4 chambered heart
Though these critters look like a rodent
Donrsquot confuse them for a moment
They sport small eyes and ears out of view
Their teeth are small sharp and more than a few
They are made up of one mole and shrews three
So in what ORDER can they be
Commonly seen species of Chiroptera number three And are known as the only mammals to swim through the air free They are normally seen at night and for finding food use echolocation rather than sight Now I know you know what they be But go ahead and name all three These mammals have what humans claim to be a disgusting habit of defecating undigested pellets and eating them again What are they Chewing the cud is normal for this group and so is walking on their two middle toes Name the common species found in this area
NEBRASKA MASTER NATURALIST Explore Contribute Connect
28
AMPHIBIANS
Basic Characteristics
1 Skin naked No scales or hair
2 Eggs do not have shells but are jelly like
Laid in clusters always in water
3 Ectodermic
4 Can breathe through permeable skin
5 Spend all or part of life in water
6 Adults are carnivores Size of head
determines size of prey
7 Incomplete lung development
DIFFERENCES BETWEEN REPTILES AND AMPHIBIANS
Reptiles
1 Ectodermic
2 Covered with scales or plates
3 Shed skin
4 Most not do not live in or around water
Amphibians
1 Ectodermic
2 Smooth slimy skin without scales
3 Do not shed skin
4 Spend all or part of life in water
5 Go through metamorphose
Listed below are the orders and examples of common species found in Nebraska
More Species found in Core Curriculum Binder
Salamanders (Order Urodela)
Small-mouth Salamander (Ambystoma
texanum) Occurs in eastern Nebraksa
Tiger Salamander (A tigrinum) Occurs
throughout the state
Frogs and Toads (Order Anura) Thirteen species occur in Nebraska
Pelobatidae or Spadefoot Family
Plains Spadefoot (Spea bombifrons) Occurs throughout Nebraska expect southeast
Ranidae or True Frog Family Plains Leopard Frog (Rana blairi)
Northern Leopard Frog (Rana pipiens)
Bullfrog (Rana catesbeiana
Microhylidae or Narrow-mouthed Family Plains Narrowmouth Toad (Gastrophryne olivacea)
NEBRASKA MASTER NATURALIST Explore Contribute Connect
29
Bufonidae or Toad Family
American Toad (Bufo americanus) Occurs only
in eastern part of the state
Great Plains Toad (Bufo cognatus) Occurs
throughout the state
Woodhousersquos Toad (Bufo woodhousei) Occurs
throughout the state
Hylidae or Tree Frogs
Northern Cricket Frog (Acris crepitans) East
and central Nebraska
Western Striped Chorus Frog (Pseudacris
triseriata amp P maculata) Occurs throughout the
state
Copes Gray Treefrog (Hyla chrysoscelis) Found
in eastern part of state
Resources Reptiles and Amphibians of Nebraska ndash herpetology database httpsnrsunleduherpneb
NEBRASKA MASTER NATURALIST Explore Contribute Connect
30
REPTILES Basic Characteristics
1 Ectothermic (cold-blooded) Body temperature is the same as the temperature of its surroundings
2 Dry skin covered with scales or plates
3 Teeth if present are needle-like or conical
4 Skin shed in one piece or several pieces at intervals
5 Lay soft shelled eggs or young born alive in a membranous sac
6 Lung breathing
There are four groups
Lizards - Short-legged long-bodied reptiles
Taped tail Size varies from 4- inch long fence
swift to 10 foot Kamodo dragon
Snakes - Legates cousins of lizards
Turtles - Armored shells
Crocodilians - Crocodiles Alligators Caimans
REPTILE VOCABULARY
Antivenin An antidote to the venom of
venomous snakes produced by inoculating
horses with small doses of venom Horses build
up an immunity or resistance The horsersquos
blood is used to make the antivenin
Blue Stage Refers to the condition of a snake
prior to shedding
Carapace Dorsal (covering the back) shell
Constrictor A term used in describing a snake
that kills its prey by constriction
Ectothermic Not able to control body
temperature (Cold-blooded) Dependent upon
environment to control body temperature
Egg Tooth A sharp projection located in front
of nose on upper jaw Used by infant reptiles to
cut through eggshell
Fangs Grooved or tubular teeth used to inject
venom
Hemotoxin Venom that attacks the blood
Herpetologist A specialist in reptiles
Jacobsonrsquos Organ A tastesmell sense organ
with two small openings located on roof of
mouth
Thermal Pit A heat sensory pit on side of head
between nostril and eye Allows snakes to track
warm-blooded animals and to strike accurately
especially at night Found only in venomous
snakes known as pit vipers
Neurotoxin Venom that attacks the nervous
system
Oviparous Lays egg
NEBRASKA MASTER NATURALIST Explore Contribute Connect
31
Ovoviviparous Give birth to live young Egg
developed in female and then deposited as a
living young
Plastron Ventral (covering the belly) shell
Reticulated Net-like pattern on skin
Scales Folds of skin covering reptiles
Scutes Single section of shell each sell is made
up of many scutes
Toxic Poisonous
Toxin Poison
Undulating Type of snake locomotion typical of
most snakes - Leaves ldquoSrdquo shape track
Venom Poisonous fluid secreted from glands
and transmitted by bite or sting
Venomous Describes animal containing venom
gland
Nuts amp Bolts of Reptiles
Most reptiles are carnivores (eat meat) Many will eat only live food Some are herbivores (eat
plant material) as well as insectivores (eat insects)
Reptiles often found in water or underground for protection from predators and to help
regulate body temperature Air temperature can change quickly but water and soil
temperature are more constant therefore it helps to regulate the reptiles body temperature
Because they are ectothermic many reptiles live in places that are warm year round In colder
climates reptiles hibernate underground below the freeze line
Most reptile lay eggs and are called oviparous Eggs are buried in sand soil rotted logs etc and
kept warm only by heart from the sun or from rotting vegetation Very few reptiles stay around
to protect their eggs Some reptiles keep their eggs inside their bodies until they hatch and
produce live young (ovoviviparous) Example - garter snakes Very few reptiles care for or feed
their young Young are precocial able to look after themselves minutes after they hatch
Most snakes are harmless Even snakes that are venomous will not bite unless they are
cornered or stepped on Snakes are good and necessary animals They help control potential
destructive populations of rodents
Listed below are the orders and examples of common species found in Nebraska
ORDER CHELONIA Basic Characteristics
1 Contains all forms of turtles and tortoises
2 Has body enclosed in a shell made of
modified horny scales and bone Shell made of
two parts Carapace - upper part covering
animalrsquos back Plastron-under part covering
animalrsquos stomach amp chest
3Ribs and most of vertebrae attached to shell
4 Neck long and flexible and can usually be
withdrawn into shell
5 Have no teeth but jaws outfitted with horny
beaks
6 All lay eggs Usually bury eggs in pit in sand or soil Hatchlings must dig themselves to the surface
NEBRASKA MASTER NATURALIST Explore Contribute Connect
32
Examples of Turtles found in Nebraska Snapping Turtle (Chelydra serpentina)
Blandingrsquos Turtle (Emydoidea (Emys)
blandingii) Protected Species
False Map Turtle (Graptemys
pseudogeographica) Protected Species
Ornate Box Turtle (Terrapene ornata)
Smooth Softshell (Apalone mutica)
Spiny Softshell (Apalone spinifer
SUBORDER LACERTILA (lizards) Basic Characteristics
1 Dry scaly skin clawed feet external ear
openings
2Have movable eyelids - snakes do not
3 Males and females often show different
coloration
4 Generally diurnal but many nocturnal
(geckos night lizards Gila Monsters)
5 Courtship brief fertilization is internal
6 Most are egg layers
Examples of Lizards of Nebraska
Six-line Racerunner (Cnemidophorus sexlineatus Five-line Skink (Eumeces fasciatus)
Many-lined Skink (Eumeces mulitvirgatus)
Great Plains Skink (Eumeces obsoletus)
Slender Glass Lizard (Ophisaurus attenautus)
Lesser Earless Lizard (Holbrookia maculate)
Northern Prairie Lizard (fence lizard)
(Sceloporus undulates)
SUBORDER SERPENTES (Snakes) Basic Characteristics
1 Elongated scaly bodies (to protect from water
loss) no limbs external ear opening or eyelids
(eye covered with a clear scale)
2 Terrestrial subterranean arboreal
amphibious
3 Carnivores swallow prey whole
4 Continue to grow throughout their lives
6 Hibernate in colder climates
7 Males locate females by scent
8 Internal fertilization
9 Some lay eggs others bear live young
11 Vipers (venomous snakes) have heat-
sensing organs called thermal pits
NEBRASKA MASTER NATURALIST Explore Contribute Connect
33
12 Teeth slanted back If one is lost another drops down in itrsquos place
Examples of snakes found in Nebraska
Black Rat Snake (Elaphe obsoleta)
Great Plains Rat Snake (Elaphe guttata)
Bullsnake (Pituophis catenifer)
Common Kingsnake (Lampropeltis getula)
Eastern Hognose Snake (Heterodon
platyrhinos)
Western Hognose Snake (Heterodon nasicus)
Glossy Snake (Arizona elegans)
Milk Snake (Lampropeltis triangulum)
Plains Garter Snake (Thamnophis radix)
Common Garter Snake (Thamnophis sirtalis)
Racer (Coluber constrictor)
Pit Vipers
Copperhead (Agkistrodon contortrix) found in extreme southeast Nebraska
Massasauga (Sistrurus catenatus) Found in southeast Nebraska Protected Species
Prairie Rattlesnake (Crotalus viridis) Found in central and western parts of the state
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 34
Birds What Makes a Bird a Bird IMPORTANT CHARACTERISTICS
So what makes a bird a bird All birds share one common characteristic that no other animal has and
that is FEATHERS Other characteristics include
Maintain high constant body temperature Endotherms (warm-blooded)
Possess toothless beaks or bills
All lay hard-shelled eggs (oviparous)
Air sacs in birdrsquos body give buoyancy
Generally bones are hollow Decreases body weight
Four-chambered heart
Lend Me Your Ear Yes birds have ears but they are missing the pinna or outside part of the ear that collects sound Birds
have feather-covered openings on both sides of the head just behind the eyes Owls and other night-
flying birds have off-setting ears that allow them to pinpoint the exact position of prey
Can birds smell We are not quite sure how well most birds smell We do know vultures use the sense of smell to find
their dinner The champion bird sniffer belongs to kiwi found in New Zealand They are able to sniff out earthworms Some diving birds like cormorants cannot even breathe through their nostrils because they are sealed Ocean birds have special glands in their noses which eliminates salt from the salty water they drink
Eggs Birds lay hard-shelled eggs made mostly of carbon carbonate The hard shell keeps the egg from drying
out and allows parents to sit on it without damaging the developing chick Though the shells are hard it
does not mean that they are non-porous Microscopic pores allow the embryo to ldquobreatherdquo Carbon
dioxide and oxygen can pass through the shell
Eggs come in all sizes colors and patterns We believe that the different colors and patterns are
intended as camouflage Blue and green eggs are found in nests that are in the shade Patterned eggs
blend in with vegetation and stones and white eggs are normally found in cavities
The shape of eggs also depends on where a bird nests The most common shape is oval A pointed egg
is usually found near ledges Round eggs are generally found in highly secure nests
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 35
Commonly Seen Bird Families of Nebraska
Grebes (Family Podicipediae ndash rump foot)
WHAT TO LOOK FOR
Sleek diving waterbirds - small to medium size
Most have sharp pointed bills with fairly long necks short wings and almost no tail
Have lobed toes and legs set far back on body
Common Nebraska species - Pied-billed horned eared western and Clark grebes
Pelicans (Family Pelecanidae ndash an ax)
WHAT TO LOOK FOR
Very large waterbirds
Huge bills with large distensible pouches
Most are white with black flight feathers ndash wingspan 6-9 feet
Common Nebraska species ndash American White Pelican
Cormorants (Family Phalacrocoracidae ndash bald raven)
WHAT TO LOOK FOR
Large diving waterbird shaped like an elongated goose
Long neck and long bill hooked at the end
Wing span 3-5 feet Mostly dark in color
Common Nebraska species ndash Double-crested cormorant
Herons Egrets and Bitterns (Family Ardeidae - )
WHAT TO LOOK FOR
Medium to large wading birds
Usually with long legs bills and S-shaped neck
Short rounded tails
Common Nebraska species ndash American and least bitterns great and snowy egrets little
blue egret cattle egret great blue green black-crowned night and
yellow-crowned night herons
Ibises (and Spoonbills) (Family Threskiornithidae ndash sacred bird)
WHAT TO LOOK FOR
Medium to large wading birds
Long necks and legs with a duck-like body
Long tapering down-curved bill Common Nebraska species ndash white-faced ibis
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 36
Vultures (Family Cathartidae ndash cleanser)
WHAT TO LOOK FOR
Large soaring scavengers
Resemble eagles and large hawks in flight
Head and neck void of feathers bill hooked
Hold wings in a raised V-shape (dihedral)
Common Nebraska species ndash turkey vulture
Duck Geese and Swans (Family Anatidae ndash waterfowl)
WHAT TO LOOK FOR
Medium to large waterbirds
Large heads with conspicuous and horizontally flattened bills
Long necks heavy bodies relative short tails webbed feet and long wingspan Major differences between duck geese and swans
Ducks
Smallest of the three Have a soft swelling about the nostrils called a cere
Males of most ducks are easily separated from females by their gaudier plumage Feathers are
molted twice a year
Most males change into nuptial plumage after pair formation in the fall There may be some
modification of shape of a single feather or entire regions of plumage
Most species are sexually mature at 9 - 11 months
Males take no part in incubation
Geese
Neck shorter than body
Lore (area between eye and bill) feathered and more bluntly triangular than ducksrsquo
Sexes are similar
Permanent pair bonding
Molt once per year postnuptially
Sexually mature at 3 years
Males protect female clutch and brood after hatching
Young stay with parents for almost a year
Legs of most geese are farther forward under the belly than those of typical swans and ducks
Swans
Longest necks - necks slightly longer than body
Lore is naked
Sexes are similar
Molt once per year postnuptially - parents molt one after the other so one is able to fly
Young are carried on parentsrsquo backs
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 37
Sexually mature at 4 -5 years
Hawks and Allies (Family Accipitridae ndash to grasp or take)
Medium to very large diurnal raptors
Hooked beak strong legs and sharp talons
Buteos (buzzard hawks)
Stocky with broad wings wide tails
Soar and wheel high in the sky
Common Nebraska species ndash red-shouldered broad-winged Swainsonrsquos red-tailed
ferruginous rough-legged hawks
Accipiters (true hawks)
Small heads short rounded wings longish tail slender bodies
Fly with several rapid beats and a glide Common Nebraska species ndash sharp-shinned hawk Cooperrsquos hawk northern goshawk
Harriers
Slim body with slim round-tipped wings
Fly in open country gliding low with wings lifted in a V (dihedral)
Species in Nebraska - northern harrier
Kites
Small falcon shaped buoyant gliders not power-fliers
Common Nebraska species ndash Mississippi Kite
Osprey
Soar high on long swept-back wings
Broad tail short-headed appearance
Often travel in pairs
Eagles
Large very broad bodied with broad long plank-like wings massive head and bill
Soar steadily holding wings flat out to the side
Powerful wing beat on upstroke wings raised high Common Nebraska species ndash bald and golden
Falcons (and caracaras) (Family Falconidae - )
WHAT TO LOOK FOR
Small to large compact fast-flying raptors
Long pointed wings bent at the wrist - Strong rapid wing strokes
Common Nebraska species ndash American kestrel gyrfalcon peregrine falcon prairie falcon
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 38
Grouse Turkeys and Pheasants (Family Phasianidae ndash cock or fowl-like bird)
WHAT TO LOOK FOR
Ground dwelling birds with feather nostrils
Short strong bills and short rounded wings
Flight strong but brief
Males perform elaborate courting displays
Common Nebraska species ndash ring-necked pheasant sharp-tailed grouse greater
prairie chicken wild turkey
New World Quail ( Family Odontophoridae ndash bearing teeth)
WHAT TO LOOK FOR
Ground dwelling bird found in brushy habitat and other dense low foliage
Chunky rounded bodies and crests or head plumes
Chicken-like bill short rounded wings
Common Nebraska species - northern bobwhite
Rails and Coots (Family Rallidae - )
WHAT TO LOOK FOR
Marsh birds with short tails and stubby wings
Secretive and identified chiefly by call and habitat
Rails are laterally flattened ldquoThin as a railrdquo Coots are plumper and gregarious
Common Nebraska species ndash yellow rail black rail king rail Virginia rail sora common
moorhen American coot
Cranes (Family Gruidae - )
WHAT TO LOOK FOR
Tall stately wetland birds with long necks and long bills
Tertial flight feathers droop over rump in a bustle when standing
Fly with necks fully extended
Circle in thermals like raptors
Common Nebraska species - sandhill and whooping cranes
Plovers and Killdeer (Family Charadriidae ndash nocturnal waterbird)
WHAT TO LOOK FOR
Small to medium shorebirds that dart across the ground stop and then take off again Upright posture with medium length legs and long pointed wings
Rounded head large eyes thick neck with a short thick bill
Common Nebraska species ndash black-billed American golden snowy semipalmated piping
plovers and killdeer
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 39
Stilts and Avocets (Family Recurviostridae- bent bill)
WHAT TO LOOK FOR
Tall slim shorebirds
Long thin bill very long slender legs long neck striking black-and-white plumage Stilts have straight bills avocets have re-curved bills
Common Nebraska species ndash American avocets black-necked stilt
Sandpipers and Phalaropes and Allies (Family Scolopacidae ndash woodcock)
WHAT TO LOOK FOR
Diverse group of shorebirds
Long toes and long tapered wings
Bill and leg length varies but bill more slender than a ploverrsquos
Plumage browns grays and whites with reds and oranges during breeding season
All but one species have short elevated hind toe
Species found in Nebraska include common snipe ruddy turnstone phalaropes sandpipers
woodcocks godwits whimbrels willets etc
Dowitchers
WHAT TO LOOK FOR
Medium sized chunky dark shorebird
Long straight bills and distinct pale eyebrows
Feed in mud or shallow water in a rapid jabbing motion
Phalaropes
WHAT TO LOOK FOR
Often spin like a top in water when feeding
Female larger and more colorful than male
Male tends incubates and cares for chicks
Common Nebraska species ndash Wilsonrsquos and red-necked phalaropes
Gulls Terns and Allies (Family Laridae ndashsea birds)
Gulls
WHAT TO LOOK FOR
More robust with wider wings and longer legs than terns
Bill slightly hooked tail square or rounded - Seldom Dive
Common Nebraska species ndash Pomarine Jaeger Franklinrsquos little Bonapartersquos ring-
billed California Herring Thayerrsquos lesser black-backed glaucous
Sabinersquos gulls black-legged kittiwake
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 40
Terns
WHAT TO LOOK FOR
Graceful more streamline than gulls
Usually has a forked tail ndash most whitish with black cap
Sharp-pointed bill - Hoover and dive headfirst for fish
Common Nebraska species ndash Caspian common Foresterrsquos terns
Pigeons and Doves (Family Columbidae ndash dove)
WHAT TO LOOK FOR
Plump fast flying cooing voice
Short legs and necks and small heads short bills
Tail fan-like rounded or pointed
Pigeons larger than doves
Common Nebraska species ndash rock mourning Eurasian collared doves
Cuckoos Roadrunners and Anis (Family Cuculidae - )
WHAT TO LOOK FOR
Slender with a long tail at least half of the birdrsquos total length
Fairly large sturdy decurved (curving down) bill
2 toes forward 2 back (zygodactyls)
Common Nebraska species - black-billed cuckoo and yellow-billed cuckoo
Barn Owls (Family Tytonidae -)
WHAT TO LOOK FOR
Slim medium sized night hunter
Legs are long and sparsely feathered
Large head with large forward-facing immovable eyes
Heart-shaped face hooked beak and ghostly appearance
Typical Owls (Family Stigidae ndash night bird)
WHAT TO LOOK FOR
Generally night hunters
Large heads flatten face with large forward-facing immovable eyes hooked beak
Mottled appearance some with feather tuffs upright stance
Common Nebraska species ndash eastern screech great horned burrowing barred long-eared
short-eared northern saw-whet owls
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 41
Nighthawks and Nightjars (Family Caprimulgidae ndashgoat sucker)
WHAT TO LOOK FOR
Nocturnal or crepuscular
Big tail large eyes tiny bills surrounding a large gaping mouth
By day sit horizontally on limb or on ground
Easiest to identify by voice
Common Nebraska species ndash common nighthawk common poorwill chuck-willrsquos-widow
Whip-poor-will
Swifts (Family Apodidae ndash without feet)
WHAT TO LOOK FOR
Small to medium sized aerial foragers ndashspend most of life flying
Long sickle-shaped wings bending close to body and extremely short legs
Eat bathe drink and sometime mate in the air
Common Nebraska species - chimney swift white-throated swift
Hummingbirds (Family Trochilidae ndash small bird)
WHAT TO LOOK FOR
Tiny body long slender bill
Distinctive blur and hum of hovering wings
Jewel-like throat feather found on male
Common Nebraska species ndash ruby-throated broad-tailed and rufous hummingbirds
Kingfishers (Family Alcedinidae - kingfisher)
WHAT TO LOOK FOR
Small to medium size
Thickset with short neck and tail small feet
Large head with a ragged crest and long strong bill
Sit on lines and low branches near water or hovers above water
Plunges head first into water to catch fish
Common Nebraska species ndash belted kingfisher
Woodpeckers (Family Picidae ndash woodpecker)
WHAT TO LOOK FOR
Arboreal (tree) birds
Vertical posture creep up trees
Strong chisel-like bill short legs stiff tail feathers rounded wings
Undulating flight pattern and characteristic bill drumming
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 42
Common Nebraska species ndash Lewisrsquos red-headed red-bellied hairy downy woodpeckers
yellow-bellied and red-naped sapsuckers northern flicker
THE PASSERINES Feet adapted to perching
Tyrant Flycatchers (Family Tyrannidae - lord ruler king)
WHAT TO LOOK FOR
Small to medium perching bird
Large head broad flattened bill pointed wings short legs
Bristly ldquowhiskersrdquo at base of bill
Sit upright on exposed branch and dart out to catch insects
Common Nebraska species - flycatchers pewees kingbirds phoebes kingbirds
Shrikes (Family Laniidae ndash butcher)
WHAT TO LOOK FOR
ldquoButcher birdsrdquo ndash impale prey on thorns (may be to attract a mate and mark territory)
Robin-size bird with hooked bill and masked face with hawk-like behavior
Black gray and white birds
Common Nebraska species - northern and loggerhead shrike
Vireos (Family Vireondae ndash small bird)
WHAT TO LOOK FOR
Small olive- or gray-backed bird with short sturdy cylindrical slightly hooked bill
Can have wing bars and eye-rings or have eye stripes and no wing bars
Often confused with warblers but are chunkier bigger headed thicker billed
Common Nebraska species ndash white-eyed Bellrsquos yellow-throated plumbeous
Cassinrsquos blue-headed warbling Philadelphia red-eyed
Crows and Jays (Family Corvidae ndash raven)
WHAT TO LOOK FOR
Large perching bird with strong longish all-purpose bill to handle variety of foods
Nostrils covered with feathers
Legs scaled in front and smooth behind
Harsh voice and noisy
Bold gregarious
Common Nebraska species - black-billed magpie American crow
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 43
Larks (Family Alauidae ndash lark)
WHAT TO LOOK FOR
Ground dwellers of open fields ndash seldom seen in trees and shrub
Walk rather than hop have an elongated hind toe
Slender billed seed and insect eaters
Yellowwhite face with black facemask horns and breast band
Has musical song often sung in display flight
Common Nebraska species ndash horned lark
Swallows and Martins (Family Hirundinidae ndash swallow)
WHAT TO LOOK FOR
Slim streamline bodies with long pointed angled wings
Tail forked or squared legs and feet inconspicuous
Bill short and wide
Fluid aerialists ndash dart about catching insects
Flocks perch in long rows on branches and lines
Common Nebraska species ndash purple martin northern rough wing bank cliff barn swallows
Chickadees and Titmice (Family Paridae - )
WHAT TO LOOK FOR
Small plump sociable birds with short bills and wings
Active agile ndash often hang upside down to feed
Many times roam in little bands (often leading the group) in search of food
Chickadee ndash no tuff of feathers on head Titmice ndash tufted Common Nebraska species ndash black-capped chickadee tufted titmouse
Nuthatches (Family Sittidae ndash birds that peck bark of tree)
WHAT TO LOOK FOR
Small stout tree-climbers with slightly upturned strong woodpecker-like bills
Stubby squared off tails
Walk down trees headfirst Common Nebraska species ndash red-breasted and white-breasted nuthatches
Creepers (Family Certhiidae -)
WHAT TO LOOK FOR
Small slim tree-dwellers with stiff tails and slender downward curving bill
Primarily brown
Common Nebraska species ndash brown creeper
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 44
Wrens (Family Troglodytidae ndash cave dweller
WHAT TO LOOK FOR
Small stumpy energetic brown birds
Bill slightly down turned loud song
Tails often in ldquocockedrdquo or up-tilted position
Common Nebraska species ndash rock house winter marsh wrens
Kinglets (Family Regulidae -)
WHAT TO LOOK FOR
TINY very active songbirds ndash only certain hummingbirds smaller
Can hover will feeding
Greenish plumage with bright colored crowns Short tails
Common Nebraska species ndash ruby-crowned and golden-crowned kinglets
Gnatcatchers (and Old World Warblers) (Family Sylviidae - )
WHAT TO LOOK FOR
Small birds with slender pointed bills surrounded by rectal bristles
Drab plumage with seasonally changing head patterns
In constant motion
Common Nebraska species ndash blue-gray gnatcatcher
Thrushes (Family Turdidae -)
WHAT TO LOOK FOR
Large-eyed upright postured songbirds - known for their singing ability
Bill is slender straight but not sharp
Often hop along the ground looking for food
Common Nebraska species ndash eastern bluebird veery gray-cheeked Swainsonrsquos hermit
wood thrush American robin
Mockingbirds and Thrashers (Family Mimidae ndash imitator mimic)
WHAT TO LOOK FOR
Well known for their vocal and mimicking ability
Have short rounded wings long legs and tails
Long down-curved bills
Common Nebraska species ndash gray catbird northern mockingbird brown thrasher
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 45
Starlings (and Mynas) (Family Sturnidae - )
WHAT TO LOOK FOR
Medium sized chunky glossy birds with short tails sharp bills
Short triangular to rounded wings
Gregarious bold birds
Pipits (and Wagtails) (Family Motacillidae -)
WHAT TO LOOK FOR
Slender billed brownish ground dwellers with long back toe
Walk briskly rather than hop along the ground
Most species bob their tails up and down
Common Nebraska species ndash American pipit
Waxwings (Family Bombycillidae ndash silk tail)
WHAT TO LOOK FOR
Birds with sleek crest that can be erected
Plump-bodied birds with pointed wings with red waxy tips of secondaries
Bill is small wide and notched high thin calls
Square tail with terminal yellow band
Common Nebraska species ndash Bohemian and cedar waxwings
Wood Warblers (Family Parulidae -)
WHAT TO LOOK FOR
Brightly colored (mostly yellow) birds
Smaller than sparrows with thin needle-like bills
Common Nebraska species ndash approx 34 warblers ovenbirds yellow-breasted chats and
waterthrush
New World Sparrows (Family Emberizidae -)
WHAT TO LOOK FOR
Small to medium-sized birds - often brown streaked appearance
Rounded wings cone-shaped bills
Common Nebraska species ndash 20 sparrows towhees longspurs dark-eyed juncos snow and
lark buntings
Cardinals and Allies (Family Cardinalidae )
WHAT TO LOOK FOR
Medium to large songbirds
Have large cone-shaped bills
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 46
Males often very colorful
Common Nebraska species ndash northern cardinals rose-breasted and black-headed grosbeaks
indigo bunting dickcissel
Blackbirds Orioles and Allies (Family Icteridae)
WHAT TO LOOK FOR
Medium to large songbirds with strong straight bills
Strong-direct flight
Plumage varies from iridescent black to yellow to orange
Common Nebraska species ndash Bobolink eastern and western meadowlarks red-winged and
rusty blackbirds common and great-tailed grackles orchard Baltimore and
Bullockrsquos orioles brown-headed cowbird
Finches and Allies (Family Fringillidae)
WHAT TO LOOK FOR
Small to medium songbirds
Have conical bills and forked relatively short tails
Fly fast and undulate through the air giving high-pitched calls in flight
Common Nebraska species ndash gray-crowned rosy purple Cassinrsquos house finches red
crossbill white-winged crossbill common redpoll pine siskin American goldfinch
evening grosbeak
Old World Sparrows (Family Passeridae)
WHAT TO LOOK FOR
Stouter bodies shorter legs and thicker bills than native sparrows
Have a simple song repeating single elements with no particular rhythm or beginning
And end vocalize all day and year-round
Common Nebraska species ndash house sparrow (introduced)
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 47
Geology and Natural History of Nebraska
Being Developed by Jon Garbisch Cedar Point Biological Station jgarbisch2unledu
bull Geological history of Nebraska
bull Present geological formation of regions
bull General soil types
bull Geological landforms and related habitats
What we currently use
Theme
Nebraska geology formed over millions of years through the erosion of mountains the deposition of
sediments and the flow of water and ice shaping the landscape that we call home
Goal
Attendees will develop an understanding of the natural processes that influenced and built Nebraska
and in so doing develop a greater appreciation for the geology and how it relates to all other aspects of
the statersquos identity
Objective(s)
The Master Naturalists attendees will be able to use the knowledge they have gained to better
understand the surface and subsurface geology at any location in the state that they may find
themselves working
How will it be measured
Attendees will be able to use the knowledge gained to actively interpret general Nebraska geology by
completing activities in the form of hand-out diagrams biostratigraphic fossil correlations
interpretation of rock type hand specimens and visual description of the Geology on the trail at Camp
Brewster Fontenelle Forest
Introduction
Nebraska geology formed over millions of years through the erosion of mountains the deposition of
sediments and the flow of water and ice shaping the landscape that we call home (Hand out agenda)
Geology is rooted in the 3 rock groups that exist on planet Earth and so familiarity with
o these groups gives us a solid foundation for all other geologic interpretation
A half hour will be spent handling examples from each rock group
o 3 groups 3 tables with one rock type on each table each group spends 10 minutes at
each table
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 48
The Geologic Time Scale is a record over time of the Earths major geologic events and we
can use it to help us understand how and when Nebraska took shape
The natural agents of change which have shaped our state include oceans rivers wind
o and ice
The geologic time periods in Nebraska are represented by rock layers (or not) which occur all
around the state and have been named so that no matter where you are in the state you can
correlate the strata to the time scale (fossilsisotopes)
6 Geologic Principles will be discussed so that when the MN is in the field they can be used as an
aid in basic geologic interpretation
Conclusion
Nebraska geology formed over millions of years through the erosion of mountains the deposition of
sediments and the flow of water and ice shaping the landscape that we call home Geology supplies us
a record of the events that have shaped our Earth by learning the language in which the Earth script is
written we will be able to interpret and share the story of our state of Nebraska This understanding will
aid in us in relating to other areas influential and important to the state
Places to Go (places to see examples of Nebraska geology)
a Agate Fossil Beds National Monument Lower Miocene fossil mammal site including abundant body fossils of ancient mammals and prominent fossil rodent burrows
b Ashfall State Park Upper Miocene fossil mammal assemblage found in ash derived from an eruption of a predecessor to the Yellowstone volcanic field c Chimney Rock National Historic Site Oligocene and Lower Miocene continental sedimentary rocks deposited as sediments by wind and steams
d Hummel Park (Omaha) outcrops of Pleistocene glacial till and loess
e Lincoln area Capitol Beach Lake and history of saline waters and salt industry flooding history of Antelope and Salt creeks building stones in downtown area brick industry University of Nebraska State Museum
f Louisville area outcrops of Upper Pennsylvanian marine sedimentary rocks
g Valentine area and Niobrara National Wildlife Refuge Niobrara River Canyon and Cenozoic stratigraphy
h Niobrara State Park Upper Cretaceous marine sedimentary rocks (Niobrara Formation and Pierre Shale) landslides along Missouri River anthropogenic changes in Missouri River Niobrara River and Mormon Canal
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 49
i Downtown Omaha removal of loess from hills in downtown area engineering of Missouri River (eg groins bank armoring etc) visible at Bob Kerrey Memorial Bridge deep bedrock water wells at old industrial sites
j Platte River State Park Upper Pennsylvanian marine sedimentary rocks and overlook of Platte River
k Ponca State Park Upper Cretaceous marine sedimentary rocks (uppermost Dakota Formation through Greenhorn Limestone)
l Rock Creek State Historical Park middle Cretaceous Dakota Formationmdashfluvio-estuarine continental deposits
m Schramm Park Upper Pennsylvanian marine sedimentary rocks
n Scotia and Happy Jack Chalk Mine Upper Miocene lake deposit In Ogallala Group
o Scotts Bluff National Monument Oligocene and Lower Miocene continental sedimentary rocks deposited as sediments by wind and steams
p Smith Falls State ParkCenozoic stratigraphy Niobrara River waterfalls as knick points
q Toadstool Park and nearby areas continental sedimentary rocks of upper Eocene Chadron Formation Pine Ridge escarpment Trailside Museum and Ft Robinson State Park
r Weeping Water area Upper Pennsylvanian marine sedimentary rocks
s Wildcat RidgeHillsescarpment on Oligocene and Lower Miocene continental sedimentary rocks deeply eroded into canyons buttes and pinnacles by stream erosion during and after the Late Pliocene
t Indian Cave State Park and Iron Horse Trail south of Peru Upper Pennsylvanian Indian Cave Sandstone (fluvio-estuarine deposit) and sandstone cave
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 50
North American Model and Outdoor Skills Developed by Jeff Rawlinson Assistant Division Administrator Information and Education Nebraska Game and Parks Commission jeffrawlinsonnebraskagov
OUR North American Model of Conservation
Perhaps no other story is more compelling and more important in American history as that of how
our natural resources came to be one of the most important elements in our lives The history of our citizenryrsquos strong land ethic ties us to the natural world long after other nations have forgone this relationship We value how the common person from a common family can participate in the thrill of the chase experiencing wildness to its fullest
The North American Model of Conservation is a philosophy that the United States and Canada have
developed to manage wildlife in a sustainable way Historians debate how this land ethic began Some
say our model of conservation began in 1937 with the passage of the PittmanRobertson Act a move that provided funding for wildlife conservation at the national and state level The source of this funding came from the sale of hunting and shooting equipment Others may say that it began when the conservation giant President Theodore Roosevelt brought management of natural resources to the
political forefront Others would argue our Model of conservation was birthed under the Magna Charta which transferred the ownership of wildlife from the King of England and the English nobles to the all of
the people of England In reality however our Model has been under development for several hundred years combining what we have learned from other nations peoples cultures and experiences to shape a philosophy ingrained in our culture supported by hunters anglers and shooting sports enthusiasts
benefiting all wildlife and wild lands in the United States
First Wildlife Managers The concept of managing wildlife or natural resources was not conceived by our young nation For
thousands of years humanity has been manipulating and controlling the land and all its inhabitants to benefit our needs Ever since the first hunter followed that wooly creature across the Bering Straight embarking on an epic journey that would result in settling of North America man has ldquomanagedrdquo
wildlife in North America
Throughout history many leaders have shown some element of concern or conservation ethic towards wildlife The great Kublai Khan grandson of Genghis Khan and founder of the Yuan Dynasty in China forbade harvesting of many species of wildlife during critical reproductive months of March
through August so species could ldquoincrease and multiplyrdquo Conservation of wildlife is even found in Mosaic Law in Deuteronomy 226 representing some of the first written wildlife management idealsmdashldquo If you come across a birdrsquos nest in any tree or on the ground with young ones or eggs and
the mother sitting on the young or on the eggs you shall not take the mother with the youngrdquo (English Standard Version 2001)
As populations expanded throughout Europe wildlife resources fell under ownership of powerful kings
who enacted harsh punishments for anyone found taking the kingrsquos game In 1215 a rebellion against King John of England resulted in the Magna Charta transferring ownership of lands and game from the crown to the people This ldquoprivatizingrdquo of wildlife ownership had profound impacts America over 500 years later
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 51
Era Of Abundance (1600 ndash 1850) When our forefathers first landed on the eastern shores of America they brought with them science
religion and a new hope They found plentiful game and soon began a relationship with the land that provided them with many of their daily needs Wildlife was viewed as a limitless resource in a relatively untapped land These early settlers had left Europe where few had access to wildlife and entered a world where everyone had access Furs feathers hides all had value to this young country In 1776 the Declaration of Independence revoked the Kingrsquos rights to land and people in this new world After a
bloody war led by revolutionaries such as Washington Hamilton Jefferson and Adams the United States gained its independence and the land and wildlife belonged to everyone
Era Of Exploitation (1850 ndash 1900)
The 1800s brought a commercialization of our wildlife resources Market hunting and habitat
destruction began to decimate wildlife populations such as the American Bison and Passenger Pigeon After the American Revolutionary War and the Civial Warmdashwhich nearly destroyed our ldquodemocratic
experimentrdquo all togethermdashfew people were looking after the interest of wildlife and even fewer rules
existed governing the management of a resource everyone had ownership of yet no one had responsibility for
The railroad provided settlers with the means to access new lands expanding the markets for meats hides and fur Advancements in technology such as the repeating rifle further aided the unbridled
destruction of wildlife resources Yet throughout this era something positive was growing The people of this new nation were developing a relationship with the land By 1842 a Supreme Court ruling had huge impacts on this developing model of conservation resulting in a Public Trust Doctrine that would
further outline a model for conserving our natural resources Conservation was developing some direction but had no money or laws to support it
Era Of Protection (19001930) The early 1900s brought an industrial boom Abuse of natural resources had taken its toll and throughout the Nation and evidence of this abuse could be seen in the loss of species such as the
passenger pigeon near loss of the American bison and in many large mammals including whitetailed deer and our once numerous waterfowl species America was becoming an economic giant yet through
the roar of machines both political and metal a small voice could be heard It was the hunter and their voice was of concern for the direction our wildlife resources were heading Conservation minded men and women had continued a relationship with the land and the wildlife
Era of Game Management (1930 ndash 1966) The ldquodirty thirtiesrdquo were marked by the dust bowl and an impoverished nation Agricultural practices
unchecked by environmental stewardship had left the Nationrsquos heartland in ecological peril Politically the conservation movement was supported by the footings laid by Theodore Roosevelt New federal acts moved forward to provide for environmental protection due to the outcry of hunters in panic over the vanishing wildlife resources of the Nation
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 52
Wildlife conservation had support yet it lacked the science to properly manage our Nationrsquos resources A young biologist name Aldo Leopold changed all this with his writings including the book Game
Management which led to Universities across the country developing wildlife conservation programs These programs spawned a new breed of professional game managers who utilized science to support management methods that ultimately lead to the greatest wildlife conservation success story in the world In 1937 the PittmanRobertson Act provided thousands of jobs for young professionals along with ldquogame wardensrdquo supported by individual states to further the development of the Conservation Model
which now had science and funding to support it
Era of Environmental Management (1966 ndash Present) Science and funding led to a broadening view of conservation as focus shifted from managing ldquogame
animalsrdquo to managing the entire biota (environment and all living things in it) Further federal acts such
as the Endangered Species Act of 1966 and the National Environmental Policy Act of 1969 provided greater protection for species by a nation that had finally changed its course providing time to review
and perfect conservation efforts Recent acts such as the 1980 Farm Bill continued the effort to help
landowners provide quality habitat for wildlife and hunters by providing incentives to landowners to set aside highly erosive lands and plant them into wildlife habitat (grasslands) that benefit wildlife and hunters
The story of our unique model of conservation is still being written New challenges today threaten our
coveted resources and new professionals are entering the arena to further the plight of our Nationrsquos wildlife and hunting heritage
Seven Pillars of the Model
Seven main pillars have been highlighted as the foundation of support for the North American Model
of Conservation These include
The Public Trust The wildlife of the United States are owned by the people This is very different from the European Model where wildlife is privately owned The North American Model recognizes wildlife as a public
resource that is so important it can not be owned or managed by any one segment of our society but rather managed by professional state and federal entities for the benefit of all This concept known as
the Public Trust Doctrine began development in 1842 when the Supreme Court ruled that the Magna Charta had settled the question of who owns fish and wildlife and that King Charles II did not have the authority to give away the ldquodominion and propertyrdquo of lands in colonial America The court further ruled that since the American Revolution the people held public trust responsibilities for fish and wildlife except for rights specified in the US Constitution
Prohibition on Commerce
It was the hunter who brought forth stringent laws that protected wildlife from peril in the 19th
and 20th
centuries Because we all own and appreciate our wildlife as a national resource they should never find themselves on the public market to the highest bidder This path led to a largescale loss of many species
including the Passenger Pigeon and the near loss of the American bison As our country was developing these practices were common as people moved west in search of prosperity capitalizing on a land seemingly untouched by the modern world Today many laws in place serve to protect our most
valuable resourceshellipour wildlife
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 53
Democratic Rule of Law Each citizen of this great nation has the ability and responsibility to engage in healthy politics that serve
to support and protect sound wildlife conservation measures Our first conservation measures in this Country habitat restoration simple harvest restrictions and bag limits came from hunters people who respected the game they pursued and loved the wild places they chased them in The North American Model of conservation is built upon active public involvement instilling a value for wildlife in all citizens
Hunting Opportunity for All The Model was developed on the premise that all people regardless of political or economic standing could participate in and feel the thrill of the chase It is this unique Model that provides us with wildlife opportunities for all Americans Imagine how important this was to our fore fathers who left a brutal
King in England where only the aristocracy had any dream of pursuing wild creatures in wild places Our
wildlife laws ensure that each generation that comes after us will have the same opportunity to enjoy and appreciate wildlife
Nonfrivolous Use Our management of wildlife depends on a citizenry that loves and appreciates the wild creatures and the habitats necessary to their survival and our quality of life Wildlife may be utilized under strict rule of
law including utilizing the wildlife once harvested to its best potential Killing wildlife for the sake of killing can only lead to the numbing of hearts to wildlife and a profound lack of respect for our most
precious resources
International Resources
It was not until the 20th
century that hunters and wildlife lovers understood the importance of
managing wildlife at a much larger scale This became readily apparent with the passage of the
Migratory Bird Treaty Act of 1918 where nations came together to manage wildlife resources as a
collective Wildlife species do not recognize national or state boundaries Governments must work together to be effective in managing wildlife for the benefit of all The United States has made great
strides in this area with Mexico and Canada Our wildlife is not only a resource to us but to all continents they may call home throughout the year Our biologists must think globally to be effective locally
Scientific Management Although Theodore Roosevelt brought conservation to the political forefront it was a young forester from Iowa that made the study of wildlife management a science Aldo Leopold is considered by many
as the ldquofather of wildlife managementrdquo due to his tireless efforts to develop curriculum for future wildlife biologists Today our biologists earn their opportunity to manage wildlife through prominent
Bachelor Masters and Doctorate degree programs from Universities around the world Wildlife must be managed using fact science and the latest research We are constantly learning and adapting to new technology and changing environments For such an important resource we cannot afford to have it any other way
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 54
Nebraska Master Naturalist Specializations Certifying as a Specialist ldquoFollow your own natural geniusrdquo wrote Thoreau ldquoand it will not fail to show you a fresh prospect every hourrdquo Many of us learn by doing When our curiosity and interests carry us into deeper study of a given subject it can be helpful to have clear opportunities to pursue Thus the Nebraska Master Naturalist Program offers specialized voluntary training for those who are hungry to develop and apply their particular skill and personal understanding on behalf of our natural legacy Specializations are designed to create collaborators leaders and mentors in four key areas
Interpretation and Outreach
Outdoor Skills and Recreation
Resource Management
Citizen Science Master Naturalist Certification Requirements Annual Requirement o 8 Hours Training Annually o 20 Hours of Volunteerism Annually Master Naturalist Specialization Requirement One Time Requirement o 20 Hours of Training Total Specific to Specialization Annual Requirement o Additional 20 Hours of Volunteerism Annually Specific to Specialization (does not include initial Certification annual requirement hours)
OUTDOOR SKILLS AND RECREATION SPECIALIZATION The purpose of OUTDOOR SKILLS AND RECREATION is to promote activity and development of skills in the outdoor pursuits associated with natural resources Specializations are designed to create collaborators leaders and mentors in particular areas A Certified Nebraska Master Naturalist can complete the Outdoor Recreation Specializationby meeting the following requirements Complete at least one of the workshops or certification‐leading trainings listed below If specialized training is not listed below it can be approved upon request by the Master Naturalist Program Committee Specialized Training Options ‐
Hunter Education Instructor Certification 13 hrs
National 4‐H Shooting Sports Instructor Certification 32 hrs
Nebraska 4‐H Shooting Sports Shotgun Certification 12 hrs
Nebraska 4‐H Shooting Sports Archery Certification 12 hrs
Nebraska 4‐H Shooting Sports Rifle Certification 12 hrs
Nebraska 4‐H Shooting Sports Pistol Certification 12 hrs
Nebraska 4‐H Shooting Sports Muzzleloader Certification 12 hrs
National Archery in the Schools Program Basic Archery Instructor 4 hrs
NRA Range OfficerMaster Certification 8 hrs
Hunt Master Training Instructor 4 hrs
NRA Shooting Instructor 16 hrs
NRA Shotgun Instructor 16 hrs
NRA Rifle Instructor 16 hrs
Boater Education Instructor 12 hrs
Youth Fishing Instructor 5 hrs
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 55
American Canoe Association National CanoeKayak Instructor 16‐32hrs
National Camp SchoolBoy Scouts 16‐24 hrs
Wood Badge TrainingBoy Scouts 16‐24 hrs
Merit Badge Counselor TrainingBoy Scouts 2‐16 hrs
Conservation Leaders for Tomorrow 35 hrs
Wilderness First Aid 16‐32 hrs
Professional Trappers College 40 hrs
American Camp Association Instructor Training 8‐40 hrs
American Red Cross Instructor Training 2‐16 hrs
American Sailing Association Instructor Training 16‐24 hrs
Certified Horsemanship Association Instructor Training 24‐40 hrs
Leave No Trace Master Educator Training 40 hrs
National Outdoor Leadership School 280 hrs
Camp Cook School 32‐96 hrs
Professional Association of Diving Instructors Training 32‐96 hrs
Professional Mountain Bike Association Instructor Training 24 hrs
League of American Bicyclists Instructor Certification 24 hrs
Hunting
Shooting
Fishing
Trapping
Camping
Outdoor Cooking
Orienteering
Geocaching
Photography
Wildlife Viewing
Hiking
Biking
Birding
Becoming an Outdoors‐Woman Program
Wilderness First Aid
Wilderness Survival
Leave No Trace Educator
Service Options ndash Provide a minimum of 20 hours of service annually in the following or similar areas
4‐H leader and youth training outdoor recreation
Scout leader and youth training outdoor recreation
Wild About Nature
Flying WILD Educator or Facilitator Workshop
Becoming an Outdoors Woman (BOW)
Beyond Becoming an Outdoors Woman (BOW)
Family Camp
Learn to Hunt Program
National Archery in the Schools Program BAI training or greater
Mentor HuntHunt Masters Training
After School Programs
Others ndash Upon approval
Outdoor discovery programs volunteer
CRO at a shooting event
Assist with National or State shooting sports competitions
Family fishing day
Design or write a brochure
Develop or contribute to a website
Develop or contribute to a social networking site
Design or write a newsletter
Assist in fundraising
Plan an event or festival
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 56
Interpretation amp Education- Developed By Lindsay Rogers Nebraska Game amp Parks
Commission
Do not try to satisfy your vanity by teaching a great many things Awaken peoplersquos curiosity It is
enough to open minds do not overload them Put there just a spark If there is some good
inflammable stuff it will catch firerdquo
- Anatole France in The Earth Speaks
Session Objectives
To help participants understand the role education plays in sounds ecological conservation
To help participants learn about past and present conservationist and interpretive educators
To help participants learn components of quality education and interpretation
To have participants partake in quality interpretive education
To make sure participants understand that their role is to light the spark and awaken curiosityhellip not spew facts
Lecture Requirements
1 What is interpretation (5 minutes) a What does ldquointerpretrdquo mean b National Association of Interpretation definition of ldquointerpretationrdquo
i Interpretation is a mission-based communication process that forges emotional and intellectual connection between the interests of the audience and the meanings inherent to the resource
c Freeman Tilden Interpreting Our Heritage 1957 i Interpretation is an educational activity which aims to reveal meanings
and relationships through the use of original objects by first-hand experience and by illustrative media rather than simply to communicate factual information
d Components of interpretation i pleasurable or enjoyable
ii relevant to the world iii organized iv themed v sparks an interest
vi includes information but does not stop there links information to the world
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 57
vii age appropriate viii taught to someone not at them
2 What is education (5 minutes)
a What does it mean to ldquoeducaterdquo someone b John Dewey Democracy amp Education 2944
i Education in its general sense is a form of learning in which the knowledge skills and habits of a group of people are transferred from one generation to the next through teaching training or research
c Components of education i - generally presented to someone but not always
ii enjoyable sometimes iii provides knowledge and facts iv can make connections but not always v organized and themed
d Both education and interpretation are important they work together
3 Conservationists (10 minutes) a Jon Muir
i Immigrated from Scotland to Wisconsin in 1849 ii Attended the University of Wisconsin studies botany amp geology
iii Moved to the western US mainly the Sierra Nevada area iv Believed humans were part of the interconnected natural world v Advocated for the preservation of natural areas
vi Co-founded the Sierra Club b Aldo Leopold
i Iowa native attended Yale University ii After college he joined the US Forest Service was stationed in Arizona
and New Mexico iii Developed theories of land ethics the need for biodiversity and an
appreciation for wilderness areas iv Moved to Wisconsin in 1924 became a professor at the University of
Wisconsin v Regarded as the ldquoFather of Conservationrdquo
c Gifford Pinchot i Born in Connecticut in 1905
ii Studied at Yale studies forestry in France iii Named chief of the Division of Forestry (later to become the US Forest
Service) iv First chief of the US Forest Service greatly improved forest
management and increased the size of Forest Service lands
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 58
v Managed forests for the greatest good for the greatest number Pinchot added the phrase in the long run to emphasize that forest management consists of long-term decisions
d Steven Mather i Born in California attended Berkley University
ii Worked for the Pacific Coast Borax Company where he had a talent for promotion Started a competing company made millions
iii When revisiting Sequoia and Yosemite National Parks in 1914 he was appalled by the conditions of the national parks
iv Joined the Department of the Interior as the head of parks later created the National Parks System
v Professionalized the National Parks and helped to greatly grow protected lands
e Rachel Carson i Born in Pennsylvania in 1907 attended John Hopkins University for
graduate school ii Went to work for the US Bureau of Fisheries (later to become the US
Fish amp Wildlife Service) iii Wrote Silent Spring in 1962 The book created an awaking for Americanrsquos
to their responsibility to the environment and wildlife The book lead to the US Government banning the use of DDT
f Theodore Roosevelt i Born in 1858 in New York New York was a sickly child who stayed inside
studying natural history ii An avid outdoorsman he spent much time in the South Dakota Badlands
iii Became President in 1901 with the assignation of President McKinley iv Among many major accomplishments as president he started the
National Parks was instrumental in conserving about 230 million acres
4 Naturalist Interpreters (10 minutes) a Freeman Tilden
i Born 1883 worked as a newspaper columnist and author ii At age 58 he began working with the National Parks Service
iii While traveling to various National Parks he became concerned with the quality of interpretation
iv Wrote Interpreting Our Heritage in 1957 outlines 6 principles to quality interpretation forever changed the field of interpretation
b William Lewis i Worked as a ranger naturalist and interpreter trainer for the National
Parks Service ii Developed the approach of ldquoThematic Interpretationrdquo which requires the
interpreter to choose a central theme (major point) to guide the development of a program
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 59
iii Wrote Interpreting For Park Visitors c Sam Ham
i Director of Center for International Training and Outreach at the University of Idaho
ii Work has focused on applying communication theory to environmental conservation interpretation and on nature-based tourism and guide training
iii Wrote Environmental Interpretation (1992) d Ted Cable
i Professor of Park Management and Conservation at Kansas State University
ii Co-authored Interpreting Cultural and Natural Resources (2003) and Interpretation for the 21st Century Fifteen Guiding Principles for Interpreting Nature and Culture (2002)
5 Conducting an Interpretative Program Try and Fail (60 minutes + 120 minutes of activities throughouthellip see list of Suggested Activities below)
a Experiential Learning i The first time you tried to walk you failed The first time you rode a bike
you failed This is called experiential learning The first time you attempt an educational or interpretation program you will fail thatrsquos how we learn
ii Donrsquot be afraid to fail b Ask Questions about the ProgramPresentation before you commit to leading it c Plan your Program
i Generally I want my presentation to be about Specifically however I want to tell my audience about After hearing my presentation I want my audience to understand (what is the big picture you want them to take home)
1 You do not need (or want) to teach your audience everything you know your job is to light the spark
ii What will your tangibles and intangibles be 1 Tangibles are those things you can touch things you use to teach
when teaching a Examples include a tree a mammal pelt a skull a live
animal a prairie 2 Intangibles involve connecting the tangibles to concepts and the
ideas they represent intangibles are the meanings the relationships the processes the ideas the feelings and the beliefs
a Examples include food webs ecosystem health entropy ecology
iii People remember themes they forget facts
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 60
iv Plan for an organized presentation 1 Think about your overall theme smaller parts of the program and
your transitions v Stick to your theme
vi Determine what type of presentation you will have 1 PowerPoint (avoid) 2 Podium Presentation (avoid) 3 Active taking a hike playing a game etc 4 Hands-on touching feeling trying hearing smelling
vii Think about all the different kinds of learners 1 verbal-linguistic 2 logical-mathematical 3 visual-spatial 4 kinesthetic 5 musical-rhythmic 6 interpersonal (groups) 7 intrapersonal (individual) 8 naturalist
d Know your role as an educator 1 Provide facts and relationships not opinions 2 Allow participants to determine their own opinions and beliefs
using the facts amp relationships you provide them 3 PLAY ldquoFIRST IMPRESSIONSrdquo
e Prepare Prepare Prepare 1 Know the type of space and area you will have (indoor vs
outdoor small space vs vast area etc) 2 Plan for more that you are told 3 Plan for the weather (always expect it to be windy in Nebraska)
f Questions i Ask good questions
1 Is this a fox Vs How do you know this is a fox 2 Do you have any questions Vs What questions do you have
ii Be prepared for quality questions 1 What are the implications for describe the impact of what are
the reasons for iii Be prepared for ldquogoodrdquo questions
1 Do you have ewoks in the forest If a Mountain Lion and an Eagle were to fight who would win
2 Take all questions seriously Answer seriously g Model what you want to see the students do
i If you want a group of students to catch insects help them get active with them
ii This is true when working with children and adults
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 61
1 Working alongside students validates them and their learning h Be enthusiastic show your passion
i This is another form of modeling what you want to see in your students ii We need to excite students (no matter their age) about conservation
nature and the outdoors iii Have fun
6 Take Home Lesson Light the Spark and Donrsquot Be Afraid to Fail
Suggested Activities (amp potential mandatory activities)
Throughout the lesson conduct multiple games andor activities to model good interpretation
Suggested games include but are not limited to
1 Oh Deer (Project WILD) 2 First Impressions (to be done during section 5) (Project WILD) 3 The Long Haul (Project WET) 4 Sum of the Parts (Project WET) 5 Water Quality Ask the Bugs (Project WET) 6 Adaptation Artistry (Flying WILD) or Fashion a Fish (Aquatic Project WILD) 7 Avian Antics (Flying WILD) 8 Pollinators Meet Your Plants (Nebraska Project WILD wwwnebraskaprojectwildorg) 9 Scavenger Hunts (Nebraska Project WILD wwwnebraskaprojectwildorg)
Suggested Post-Readings
Interpreting Our Heritage Freeman Tilden 1957 (4th edition 2008)
ISBN-13 978-0807858677
Interpreting for Park Visitors William Lewis 1981
ISBN-13 978-0890620793
Environmental Interpretation Sam Ham 1992
ISBN-13 978-1555919023
Interpretation for the 21st Century Fifteen Guiding Principles for Interpreting Nature and
Culture Larry Beck amp Ted Cable 2002
ISBN-13 978-1571675224
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 62
Interpretation-Making a Difference on Purpose Sam Ham 2013
ISBN-13 978-1555917425
Foundations of Interpretation Curriculum Content Narrative National Parks Service 2007
httpwwwnpsgovidpinterp101foundationscurriculumpdf
Websites
National Association of Interpretation
wwwinterpnetcom
North American Association for Environmental Education
wwwnaaeeorg
Nebraska Alliance for Conservation and Environment Education
wwwnaceeorg
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 63
Safety in the Field
Developed by Rich Hawes Nebraska Master Naturalist rdhawes26msncom
Objectives
Raise awareness of Risk Managementassessment as part of event planning
Guidelines to safe activities for participants presenters and the environment
Present Leave No Trace Principals as part of all outdoor activities
Present resources for additional training or certification for outdoor activities
Hands on activities to encourage interest and to provoke thought and discussion
Hazards of the area
Outdoor hiking safety
Stewardship of the land and natural resources
Being flexible and working with ldquowhat you haverdquo
Outline
1 Outdoor Activities ndash Whatrsquos The Worst That Can Happen An Introduction to Event Planning and Risk Management
2 Leave No Trace Principals
3 Trip planning and Logistics
4 Health amp Safety
5 Youth Protection
6 Age Appropriate Activities
7 Resource Training and Certifications
a Standard First Aid CPRAED Wilderness First Aid
b Shooting Sports - Range Safety Officer or Instructor
c Hunter Safety Instructor
d Climbing COPE and Zip Lines
e Water Safety Instructor Life Guard Small Boat Handling
f Leave No Trace Trainer or Master Educator
g Tread Lightly Tread Trainer or Master Tread Trainer
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 64
Suggested Activities
CPR Scenario
First Aid Scenario
Weather Scenario
Lost Scenario
Online Resources
American Camp Association
Boy Scouts of America
Youth Protection
Safe Swim Defense
Safety Afloat
Climb On Safely
Weather Safety
Trek On Safely
(etc)
Leave No Trace
Nebraska Game amp Parks
Hunter Safety
Boating Rules amp Regs
National Rifle Association
(Archery groups)
American Red Cross
(wilderness medicine group(s))
NOLS
Tread Lightly
US Coast Guard
NEBRASKA MASTER NATURALIST Explore Contribute Connect
27
Long-tailed Weasel (Mustela nivalis)
Least Weasel (M nibalis)
Mink (Mustela vison)
Badger (Taxidea taxus)
Striped Skunk (Mephitis mephitis)
River Otter (Lutra canadensis)
Family Felidae Bobcat (Felis rufus)
Artiodactyla Mule Deer (Odocoileus hemionus) White-tailed Deer (O virginianus
References National Audubon Society Field Guide to North American Mammals by John O Whitake Jr Robert
Elman Carol Nehring (Alfred A Knoph Inc 1994)
Guide to Mammals of the Plains States By J Knox Jr Davide M Armstrong Jerry R Choate (University
of Nebraska Press 1985)
The Nuts and Bolts Know important characteristics especially-
Mammary glands Sweat glands Sebaceous glands Hair sometime during their life
4 chambered heart
Though these critters look like a rodent
Donrsquot confuse them for a moment
They sport small eyes and ears out of view
Their teeth are small sharp and more than a few
They are made up of one mole and shrews three
So in what ORDER can they be
Commonly seen species of Chiroptera number three And are known as the only mammals to swim through the air free They are normally seen at night and for finding food use echolocation rather than sight Now I know you know what they be But go ahead and name all three These mammals have what humans claim to be a disgusting habit of defecating undigested pellets and eating them again What are they Chewing the cud is normal for this group and so is walking on their two middle toes Name the common species found in this area
NEBRASKA MASTER NATURALIST Explore Contribute Connect
28
AMPHIBIANS
Basic Characteristics
1 Skin naked No scales or hair
2 Eggs do not have shells but are jelly like
Laid in clusters always in water
3 Ectodermic
4 Can breathe through permeable skin
5 Spend all or part of life in water
6 Adults are carnivores Size of head
determines size of prey
7 Incomplete lung development
DIFFERENCES BETWEEN REPTILES AND AMPHIBIANS
Reptiles
1 Ectodermic
2 Covered with scales or plates
3 Shed skin
4 Most not do not live in or around water
Amphibians
1 Ectodermic
2 Smooth slimy skin without scales
3 Do not shed skin
4 Spend all or part of life in water
5 Go through metamorphose
Listed below are the orders and examples of common species found in Nebraska
More Species found in Core Curriculum Binder
Salamanders (Order Urodela)
Small-mouth Salamander (Ambystoma
texanum) Occurs in eastern Nebraksa
Tiger Salamander (A tigrinum) Occurs
throughout the state
Frogs and Toads (Order Anura) Thirteen species occur in Nebraska
Pelobatidae or Spadefoot Family
Plains Spadefoot (Spea bombifrons) Occurs throughout Nebraska expect southeast
Ranidae or True Frog Family Plains Leopard Frog (Rana blairi)
Northern Leopard Frog (Rana pipiens)
Bullfrog (Rana catesbeiana
Microhylidae or Narrow-mouthed Family Plains Narrowmouth Toad (Gastrophryne olivacea)
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29
Bufonidae or Toad Family
American Toad (Bufo americanus) Occurs only
in eastern part of the state
Great Plains Toad (Bufo cognatus) Occurs
throughout the state
Woodhousersquos Toad (Bufo woodhousei) Occurs
throughout the state
Hylidae or Tree Frogs
Northern Cricket Frog (Acris crepitans) East
and central Nebraska
Western Striped Chorus Frog (Pseudacris
triseriata amp P maculata) Occurs throughout the
state
Copes Gray Treefrog (Hyla chrysoscelis) Found
in eastern part of state
Resources Reptiles and Amphibians of Nebraska ndash herpetology database httpsnrsunleduherpneb
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30
REPTILES Basic Characteristics
1 Ectothermic (cold-blooded) Body temperature is the same as the temperature of its surroundings
2 Dry skin covered with scales or plates
3 Teeth if present are needle-like or conical
4 Skin shed in one piece or several pieces at intervals
5 Lay soft shelled eggs or young born alive in a membranous sac
6 Lung breathing
There are four groups
Lizards - Short-legged long-bodied reptiles
Taped tail Size varies from 4- inch long fence
swift to 10 foot Kamodo dragon
Snakes - Legates cousins of lizards
Turtles - Armored shells
Crocodilians - Crocodiles Alligators Caimans
REPTILE VOCABULARY
Antivenin An antidote to the venom of
venomous snakes produced by inoculating
horses with small doses of venom Horses build
up an immunity or resistance The horsersquos
blood is used to make the antivenin
Blue Stage Refers to the condition of a snake
prior to shedding
Carapace Dorsal (covering the back) shell
Constrictor A term used in describing a snake
that kills its prey by constriction
Ectothermic Not able to control body
temperature (Cold-blooded) Dependent upon
environment to control body temperature
Egg Tooth A sharp projection located in front
of nose on upper jaw Used by infant reptiles to
cut through eggshell
Fangs Grooved or tubular teeth used to inject
venom
Hemotoxin Venom that attacks the blood
Herpetologist A specialist in reptiles
Jacobsonrsquos Organ A tastesmell sense organ
with two small openings located on roof of
mouth
Thermal Pit A heat sensory pit on side of head
between nostril and eye Allows snakes to track
warm-blooded animals and to strike accurately
especially at night Found only in venomous
snakes known as pit vipers
Neurotoxin Venom that attacks the nervous
system
Oviparous Lays egg
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31
Ovoviviparous Give birth to live young Egg
developed in female and then deposited as a
living young
Plastron Ventral (covering the belly) shell
Reticulated Net-like pattern on skin
Scales Folds of skin covering reptiles
Scutes Single section of shell each sell is made
up of many scutes
Toxic Poisonous
Toxin Poison
Undulating Type of snake locomotion typical of
most snakes - Leaves ldquoSrdquo shape track
Venom Poisonous fluid secreted from glands
and transmitted by bite or sting
Venomous Describes animal containing venom
gland
Nuts amp Bolts of Reptiles
Most reptiles are carnivores (eat meat) Many will eat only live food Some are herbivores (eat
plant material) as well as insectivores (eat insects)
Reptiles often found in water or underground for protection from predators and to help
regulate body temperature Air temperature can change quickly but water and soil
temperature are more constant therefore it helps to regulate the reptiles body temperature
Because they are ectothermic many reptiles live in places that are warm year round In colder
climates reptiles hibernate underground below the freeze line
Most reptile lay eggs and are called oviparous Eggs are buried in sand soil rotted logs etc and
kept warm only by heart from the sun or from rotting vegetation Very few reptiles stay around
to protect their eggs Some reptiles keep their eggs inside their bodies until they hatch and
produce live young (ovoviviparous) Example - garter snakes Very few reptiles care for or feed
their young Young are precocial able to look after themselves minutes after they hatch
Most snakes are harmless Even snakes that are venomous will not bite unless they are
cornered or stepped on Snakes are good and necessary animals They help control potential
destructive populations of rodents
Listed below are the orders and examples of common species found in Nebraska
ORDER CHELONIA Basic Characteristics
1 Contains all forms of turtles and tortoises
2 Has body enclosed in a shell made of
modified horny scales and bone Shell made of
two parts Carapace - upper part covering
animalrsquos back Plastron-under part covering
animalrsquos stomach amp chest
3Ribs and most of vertebrae attached to shell
4 Neck long and flexible and can usually be
withdrawn into shell
5 Have no teeth but jaws outfitted with horny
beaks
6 All lay eggs Usually bury eggs in pit in sand or soil Hatchlings must dig themselves to the surface
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32
Examples of Turtles found in Nebraska Snapping Turtle (Chelydra serpentina)
Blandingrsquos Turtle (Emydoidea (Emys)
blandingii) Protected Species
False Map Turtle (Graptemys
pseudogeographica) Protected Species
Ornate Box Turtle (Terrapene ornata)
Smooth Softshell (Apalone mutica)
Spiny Softshell (Apalone spinifer
SUBORDER LACERTILA (lizards) Basic Characteristics
1 Dry scaly skin clawed feet external ear
openings
2Have movable eyelids - snakes do not
3 Males and females often show different
coloration
4 Generally diurnal but many nocturnal
(geckos night lizards Gila Monsters)
5 Courtship brief fertilization is internal
6 Most are egg layers
Examples of Lizards of Nebraska
Six-line Racerunner (Cnemidophorus sexlineatus Five-line Skink (Eumeces fasciatus)
Many-lined Skink (Eumeces mulitvirgatus)
Great Plains Skink (Eumeces obsoletus)
Slender Glass Lizard (Ophisaurus attenautus)
Lesser Earless Lizard (Holbrookia maculate)
Northern Prairie Lizard (fence lizard)
(Sceloporus undulates)
SUBORDER SERPENTES (Snakes) Basic Characteristics
1 Elongated scaly bodies (to protect from water
loss) no limbs external ear opening or eyelids
(eye covered with a clear scale)
2 Terrestrial subterranean arboreal
amphibious
3 Carnivores swallow prey whole
4 Continue to grow throughout their lives
6 Hibernate in colder climates
7 Males locate females by scent
8 Internal fertilization
9 Some lay eggs others bear live young
11 Vipers (venomous snakes) have heat-
sensing organs called thermal pits
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33
12 Teeth slanted back If one is lost another drops down in itrsquos place
Examples of snakes found in Nebraska
Black Rat Snake (Elaphe obsoleta)
Great Plains Rat Snake (Elaphe guttata)
Bullsnake (Pituophis catenifer)
Common Kingsnake (Lampropeltis getula)
Eastern Hognose Snake (Heterodon
platyrhinos)
Western Hognose Snake (Heterodon nasicus)
Glossy Snake (Arizona elegans)
Milk Snake (Lampropeltis triangulum)
Plains Garter Snake (Thamnophis radix)
Common Garter Snake (Thamnophis sirtalis)
Racer (Coluber constrictor)
Pit Vipers
Copperhead (Agkistrodon contortrix) found in extreme southeast Nebraska
Massasauga (Sistrurus catenatus) Found in southeast Nebraska Protected Species
Prairie Rattlesnake (Crotalus viridis) Found in central and western parts of the state
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Page | 34
Birds What Makes a Bird a Bird IMPORTANT CHARACTERISTICS
So what makes a bird a bird All birds share one common characteristic that no other animal has and
that is FEATHERS Other characteristics include
Maintain high constant body temperature Endotherms (warm-blooded)
Possess toothless beaks or bills
All lay hard-shelled eggs (oviparous)
Air sacs in birdrsquos body give buoyancy
Generally bones are hollow Decreases body weight
Four-chambered heart
Lend Me Your Ear Yes birds have ears but they are missing the pinna or outside part of the ear that collects sound Birds
have feather-covered openings on both sides of the head just behind the eyes Owls and other night-
flying birds have off-setting ears that allow them to pinpoint the exact position of prey
Can birds smell We are not quite sure how well most birds smell We do know vultures use the sense of smell to find
their dinner The champion bird sniffer belongs to kiwi found in New Zealand They are able to sniff out earthworms Some diving birds like cormorants cannot even breathe through their nostrils because they are sealed Ocean birds have special glands in their noses which eliminates salt from the salty water they drink
Eggs Birds lay hard-shelled eggs made mostly of carbon carbonate The hard shell keeps the egg from drying
out and allows parents to sit on it without damaging the developing chick Though the shells are hard it
does not mean that they are non-porous Microscopic pores allow the embryo to ldquobreatherdquo Carbon
dioxide and oxygen can pass through the shell
Eggs come in all sizes colors and patterns We believe that the different colors and patterns are
intended as camouflage Blue and green eggs are found in nests that are in the shade Patterned eggs
blend in with vegetation and stones and white eggs are normally found in cavities
The shape of eggs also depends on where a bird nests The most common shape is oval A pointed egg
is usually found near ledges Round eggs are generally found in highly secure nests
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Page | 35
Commonly Seen Bird Families of Nebraska
Grebes (Family Podicipediae ndash rump foot)
WHAT TO LOOK FOR
Sleek diving waterbirds - small to medium size
Most have sharp pointed bills with fairly long necks short wings and almost no tail
Have lobed toes and legs set far back on body
Common Nebraska species - Pied-billed horned eared western and Clark grebes
Pelicans (Family Pelecanidae ndash an ax)
WHAT TO LOOK FOR
Very large waterbirds
Huge bills with large distensible pouches
Most are white with black flight feathers ndash wingspan 6-9 feet
Common Nebraska species ndash American White Pelican
Cormorants (Family Phalacrocoracidae ndash bald raven)
WHAT TO LOOK FOR
Large diving waterbird shaped like an elongated goose
Long neck and long bill hooked at the end
Wing span 3-5 feet Mostly dark in color
Common Nebraska species ndash Double-crested cormorant
Herons Egrets and Bitterns (Family Ardeidae - )
WHAT TO LOOK FOR
Medium to large wading birds
Usually with long legs bills and S-shaped neck
Short rounded tails
Common Nebraska species ndash American and least bitterns great and snowy egrets little
blue egret cattle egret great blue green black-crowned night and
yellow-crowned night herons
Ibises (and Spoonbills) (Family Threskiornithidae ndash sacred bird)
WHAT TO LOOK FOR
Medium to large wading birds
Long necks and legs with a duck-like body
Long tapering down-curved bill Common Nebraska species ndash white-faced ibis
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Page | 36
Vultures (Family Cathartidae ndash cleanser)
WHAT TO LOOK FOR
Large soaring scavengers
Resemble eagles and large hawks in flight
Head and neck void of feathers bill hooked
Hold wings in a raised V-shape (dihedral)
Common Nebraska species ndash turkey vulture
Duck Geese and Swans (Family Anatidae ndash waterfowl)
WHAT TO LOOK FOR
Medium to large waterbirds
Large heads with conspicuous and horizontally flattened bills
Long necks heavy bodies relative short tails webbed feet and long wingspan Major differences between duck geese and swans
Ducks
Smallest of the three Have a soft swelling about the nostrils called a cere
Males of most ducks are easily separated from females by their gaudier plumage Feathers are
molted twice a year
Most males change into nuptial plumage after pair formation in the fall There may be some
modification of shape of a single feather or entire regions of plumage
Most species are sexually mature at 9 - 11 months
Males take no part in incubation
Geese
Neck shorter than body
Lore (area between eye and bill) feathered and more bluntly triangular than ducksrsquo
Sexes are similar
Permanent pair bonding
Molt once per year postnuptially
Sexually mature at 3 years
Males protect female clutch and brood after hatching
Young stay with parents for almost a year
Legs of most geese are farther forward under the belly than those of typical swans and ducks
Swans
Longest necks - necks slightly longer than body
Lore is naked
Sexes are similar
Molt once per year postnuptially - parents molt one after the other so one is able to fly
Young are carried on parentsrsquo backs
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Page | 37
Sexually mature at 4 -5 years
Hawks and Allies (Family Accipitridae ndash to grasp or take)
Medium to very large diurnal raptors
Hooked beak strong legs and sharp talons
Buteos (buzzard hawks)
Stocky with broad wings wide tails
Soar and wheel high in the sky
Common Nebraska species ndash red-shouldered broad-winged Swainsonrsquos red-tailed
ferruginous rough-legged hawks
Accipiters (true hawks)
Small heads short rounded wings longish tail slender bodies
Fly with several rapid beats and a glide Common Nebraska species ndash sharp-shinned hawk Cooperrsquos hawk northern goshawk
Harriers
Slim body with slim round-tipped wings
Fly in open country gliding low with wings lifted in a V (dihedral)
Species in Nebraska - northern harrier
Kites
Small falcon shaped buoyant gliders not power-fliers
Common Nebraska species ndash Mississippi Kite
Osprey
Soar high on long swept-back wings
Broad tail short-headed appearance
Often travel in pairs
Eagles
Large very broad bodied with broad long plank-like wings massive head and bill
Soar steadily holding wings flat out to the side
Powerful wing beat on upstroke wings raised high Common Nebraska species ndash bald and golden
Falcons (and caracaras) (Family Falconidae - )
WHAT TO LOOK FOR
Small to large compact fast-flying raptors
Long pointed wings bent at the wrist - Strong rapid wing strokes
Common Nebraska species ndash American kestrel gyrfalcon peregrine falcon prairie falcon
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Page | 38
Grouse Turkeys and Pheasants (Family Phasianidae ndash cock or fowl-like bird)
WHAT TO LOOK FOR
Ground dwelling birds with feather nostrils
Short strong bills and short rounded wings
Flight strong but brief
Males perform elaborate courting displays
Common Nebraska species ndash ring-necked pheasant sharp-tailed grouse greater
prairie chicken wild turkey
New World Quail ( Family Odontophoridae ndash bearing teeth)
WHAT TO LOOK FOR
Ground dwelling bird found in brushy habitat and other dense low foliage
Chunky rounded bodies and crests or head plumes
Chicken-like bill short rounded wings
Common Nebraska species - northern bobwhite
Rails and Coots (Family Rallidae - )
WHAT TO LOOK FOR
Marsh birds with short tails and stubby wings
Secretive and identified chiefly by call and habitat
Rails are laterally flattened ldquoThin as a railrdquo Coots are plumper and gregarious
Common Nebraska species ndash yellow rail black rail king rail Virginia rail sora common
moorhen American coot
Cranes (Family Gruidae - )
WHAT TO LOOK FOR
Tall stately wetland birds with long necks and long bills
Tertial flight feathers droop over rump in a bustle when standing
Fly with necks fully extended
Circle in thermals like raptors
Common Nebraska species - sandhill and whooping cranes
Plovers and Killdeer (Family Charadriidae ndash nocturnal waterbird)
WHAT TO LOOK FOR
Small to medium shorebirds that dart across the ground stop and then take off again Upright posture with medium length legs and long pointed wings
Rounded head large eyes thick neck with a short thick bill
Common Nebraska species ndash black-billed American golden snowy semipalmated piping
plovers and killdeer
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Page | 39
Stilts and Avocets (Family Recurviostridae- bent bill)
WHAT TO LOOK FOR
Tall slim shorebirds
Long thin bill very long slender legs long neck striking black-and-white plumage Stilts have straight bills avocets have re-curved bills
Common Nebraska species ndash American avocets black-necked stilt
Sandpipers and Phalaropes and Allies (Family Scolopacidae ndash woodcock)
WHAT TO LOOK FOR
Diverse group of shorebirds
Long toes and long tapered wings
Bill and leg length varies but bill more slender than a ploverrsquos
Plumage browns grays and whites with reds and oranges during breeding season
All but one species have short elevated hind toe
Species found in Nebraska include common snipe ruddy turnstone phalaropes sandpipers
woodcocks godwits whimbrels willets etc
Dowitchers
WHAT TO LOOK FOR
Medium sized chunky dark shorebird
Long straight bills and distinct pale eyebrows
Feed in mud or shallow water in a rapid jabbing motion
Phalaropes
WHAT TO LOOK FOR
Often spin like a top in water when feeding
Female larger and more colorful than male
Male tends incubates and cares for chicks
Common Nebraska species ndash Wilsonrsquos and red-necked phalaropes
Gulls Terns and Allies (Family Laridae ndashsea birds)
Gulls
WHAT TO LOOK FOR
More robust with wider wings and longer legs than terns
Bill slightly hooked tail square or rounded - Seldom Dive
Common Nebraska species ndash Pomarine Jaeger Franklinrsquos little Bonapartersquos ring-
billed California Herring Thayerrsquos lesser black-backed glaucous
Sabinersquos gulls black-legged kittiwake
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Page | 40
Terns
WHAT TO LOOK FOR
Graceful more streamline than gulls
Usually has a forked tail ndash most whitish with black cap
Sharp-pointed bill - Hoover and dive headfirst for fish
Common Nebraska species ndash Caspian common Foresterrsquos terns
Pigeons and Doves (Family Columbidae ndash dove)
WHAT TO LOOK FOR
Plump fast flying cooing voice
Short legs and necks and small heads short bills
Tail fan-like rounded or pointed
Pigeons larger than doves
Common Nebraska species ndash rock mourning Eurasian collared doves
Cuckoos Roadrunners and Anis (Family Cuculidae - )
WHAT TO LOOK FOR
Slender with a long tail at least half of the birdrsquos total length
Fairly large sturdy decurved (curving down) bill
2 toes forward 2 back (zygodactyls)
Common Nebraska species - black-billed cuckoo and yellow-billed cuckoo
Barn Owls (Family Tytonidae -)
WHAT TO LOOK FOR
Slim medium sized night hunter
Legs are long and sparsely feathered
Large head with large forward-facing immovable eyes
Heart-shaped face hooked beak and ghostly appearance
Typical Owls (Family Stigidae ndash night bird)
WHAT TO LOOK FOR
Generally night hunters
Large heads flatten face with large forward-facing immovable eyes hooked beak
Mottled appearance some with feather tuffs upright stance
Common Nebraska species ndash eastern screech great horned burrowing barred long-eared
short-eared northern saw-whet owls
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 41
Nighthawks and Nightjars (Family Caprimulgidae ndashgoat sucker)
WHAT TO LOOK FOR
Nocturnal or crepuscular
Big tail large eyes tiny bills surrounding a large gaping mouth
By day sit horizontally on limb or on ground
Easiest to identify by voice
Common Nebraska species ndash common nighthawk common poorwill chuck-willrsquos-widow
Whip-poor-will
Swifts (Family Apodidae ndash without feet)
WHAT TO LOOK FOR
Small to medium sized aerial foragers ndashspend most of life flying
Long sickle-shaped wings bending close to body and extremely short legs
Eat bathe drink and sometime mate in the air
Common Nebraska species - chimney swift white-throated swift
Hummingbirds (Family Trochilidae ndash small bird)
WHAT TO LOOK FOR
Tiny body long slender bill
Distinctive blur and hum of hovering wings
Jewel-like throat feather found on male
Common Nebraska species ndash ruby-throated broad-tailed and rufous hummingbirds
Kingfishers (Family Alcedinidae - kingfisher)
WHAT TO LOOK FOR
Small to medium size
Thickset with short neck and tail small feet
Large head with a ragged crest and long strong bill
Sit on lines and low branches near water or hovers above water
Plunges head first into water to catch fish
Common Nebraska species ndash belted kingfisher
Woodpeckers (Family Picidae ndash woodpecker)
WHAT TO LOOK FOR
Arboreal (tree) birds
Vertical posture creep up trees
Strong chisel-like bill short legs stiff tail feathers rounded wings
Undulating flight pattern and characteristic bill drumming
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 42
Common Nebraska species ndash Lewisrsquos red-headed red-bellied hairy downy woodpeckers
yellow-bellied and red-naped sapsuckers northern flicker
THE PASSERINES Feet adapted to perching
Tyrant Flycatchers (Family Tyrannidae - lord ruler king)
WHAT TO LOOK FOR
Small to medium perching bird
Large head broad flattened bill pointed wings short legs
Bristly ldquowhiskersrdquo at base of bill
Sit upright on exposed branch and dart out to catch insects
Common Nebraska species - flycatchers pewees kingbirds phoebes kingbirds
Shrikes (Family Laniidae ndash butcher)
WHAT TO LOOK FOR
ldquoButcher birdsrdquo ndash impale prey on thorns (may be to attract a mate and mark territory)
Robin-size bird with hooked bill and masked face with hawk-like behavior
Black gray and white birds
Common Nebraska species - northern and loggerhead shrike
Vireos (Family Vireondae ndash small bird)
WHAT TO LOOK FOR
Small olive- or gray-backed bird with short sturdy cylindrical slightly hooked bill
Can have wing bars and eye-rings or have eye stripes and no wing bars
Often confused with warblers but are chunkier bigger headed thicker billed
Common Nebraska species ndash white-eyed Bellrsquos yellow-throated plumbeous
Cassinrsquos blue-headed warbling Philadelphia red-eyed
Crows and Jays (Family Corvidae ndash raven)
WHAT TO LOOK FOR
Large perching bird with strong longish all-purpose bill to handle variety of foods
Nostrils covered with feathers
Legs scaled in front and smooth behind
Harsh voice and noisy
Bold gregarious
Common Nebraska species - black-billed magpie American crow
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 43
Larks (Family Alauidae ndash lark)
WHAT TO LOOK FOR
Ground dwellers of open fields ndash seldom seen in trees and shrub
Walk rather than hop have an elongated hind toe
Slender billed seed and insect eaters
Yellowwhite face with black facemask horns and breast band
Has musical song often sung in display flight
Common Nebraska species ndash horned lark
Swallows and Martins (Family Hirundinidae ndash swallow)
WHAT TO LOOK FOR
Slim streamline bodies with long pointed angled wings
Tail forked or squared legs and feet inconspicuous
Bill short and wide
Fluid aerialists ndash dart about catching insects
Flocks perch in long rows on branches and lines
Common Nebraska species ndash purple martin northern rough wing bank cliff barn swallows
Chickadees and Titmice (Family Paridae - )
WHAT TO LOOK FOR
Small plump sociable birds with short bills and wings
Active agile ndash often hang upside down to feed
Many times roam in little bands (often leading the group) in search of food
Chickadee ndash no tuff of feathers on head Titmice ndash tufted Common Nebraska species ndash black-capped chickadee tufted titmouse
Nuthatches (Family Sittidae ndash birds that peck bark of tree)
WHAT TO LOOK FOR
Small stout tree-climbers with slightly upturned strong woodpecker-like bills
Stubby squared off tails
Walk down trees headfirst Common Nebraska species ndash red-breasted and white-breasted nuthatches
Creepers (Family Certhiidae -)
WHAT TO LOOK FOR
Small slim tree-dwellers with stiff tails and slender downward curving bill
Primarily brown
Common Nebraska species ndash brown creeper
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 44
Wrens (Family Troglodytidae ndash cave dweller
WHAT TO LOOK FOR
Small stumpy energetic brown birds
Bill slightly down turned loud song
Tails often in ldquocockedrdquo or up-tilted position
Common Nebraska species ndash rock house winter marsh wrens
Kinglets (Family Regulidae -)
WHAT TO LOOK FOR
TINY very active songbirds ndash only certain hummingbirds smaller
Can hover will feeding
Greenish plumage with bright colored crowns Short tails
Common Nebraska species ndash ruby-crowned and golden-crowned kinglets
Gnatcatchers (and Old World Warblers) (Family Sylviidae - )
WHAT TO LOOK FOR
Small birds with slender pointed bills surrounded by rectal bristles
Drab plumage with seasonally changing head patterns
In constant motion
Common Nebraska species ndash blue-gray gnatcatcher
Thrushes (Family Turdidae -)
WHAT TO LOOK FOR
Large-eyed upright postured songbirds - known for their singing ability
Bill is slender straight but not sharp
Often hop along the ground looking for food
Common Nebraska species ndash eastern bluebird veery gray-cheeked Swainsonrsquos hermit
wood thrush American robin
Mockingbirds and Thrashers (Family Mimidae ndash imitator mimic)
WHAT TO LOOK FOR
Well known for their vocal and mimicking ability
Have short rounded wings long legs and tails
Long down-curved bills
Common Nebraska species ndash gray catbird northern mockingbird brown thrasher
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 45
Starlings (and Mynas) (Family Sturnidae - )
WHAT TO LOOK FOR
Medium sized chunky glossy birds with short tails sharp bills
Short triangular to rounded wings
Gregarious bold birds
Pipits (and Wagtails) (Family Motacillidae -)
WHAT TO LOOK FOR
Slender billed brownish ground dwellers with long back toe
Walk briskly rather than hop along the ground
Most species bob their tails up and down
Common Nebraska species ndash American pipit
Waxwings (Family Bombycillidae ndash silk tail)
WHAT TO LOOK FOR
Birds with sleek crest that can be erected
Plump-bodied birds with pointed wings with red waxy tips of secondaries
Bill is small wide and notched high thin calls
Square tail with terminal yellow band
Common Nebraska species ndash Bohemian and cedar waxwings
Wood Warblers (Family Parulidae -)
WHAT TO LOOK FOR
Brightly colored (mostly yellow) birds
Smaller than sparrows with thin needle-like bills
Common Nebraska species ndash approx 34 warblers ovenbirds yellow-breasted chats and
waterthrush
New World Sparrows (Family Emberizidae -)
WHAT TO LOOK FOR
Small to medium-sized birds - often brown streaked appearance
Rounded wings cone-shaped bills
Common Nebraska species ndash 20 sparrows towhees longspurs dark-eyed juncos snow and
lark buntings
Cardinals and Allies (Family Cardinalidae )
WHAT TO LOOK FOR
Medium to large songbirds
Have large cone-shaped bills
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 46
Males often very colorful
Common Nebraska species ndash northern cardinals rose-breasted and black-headed grosbeaks
indigo bunting dickcissel
Blackbirds Orioles and Allies (Family Icteridae)
WHAT TO LOOK FOR
Medium to large songbirds with strong straight bills
Strong-direct flight
Plumage varies from iridescent black to yellow to orange
Common Nebraska species ndash Bobolink eastern and western meadowlarks red-winged and
rusty blackbirds common and great-tailed grackles orchard Baltimore and
Bullockrsquos orioles brown-headed cowbird
Finches and Allies (Family Fringillidae)
WHAT TO LOOK FOR
Small to medium songbirds
Have conical bills and forked relatively short tails
Fly fast and undulate through the air giving high-pitched calls in flight
Common Nebraska species ndash gray-crowned rosy purple Cassinrsquos house finches red
crossbill white-winged crossbill common redpoll pine siskin American goldfinch
evening grosbeak
Old World Sparrows (Family Passeridae)
WHAT TO LOOK FOR
Stouter bodies shorter legs and thicker bills than native sparrows
Have a simple song repeating single elements with no particular rhythm or beginning
And end vocalize all day and year-round
Common Nebraska species ndash house sparrow (introduced)
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 47
Geology and Natural History of Nebraska
Being Developed by Jon Garbisch Cedar Point Biological Station jgarbisch2unledu
bull Geological history of Nebraska
bull Present geological formation of regions
bull General soil types
bull Geological landforms and related habitats
What we currently use
Theme
Nebraska geology formed over millions of years through the erosion of mountains the deposition of
sediments and the flow of water and ice shaping the landscape that we call home
Goal
Attendees will develop an understanding of the natural processes that influenced and built Nebraska
and in so doing develop a greater appreciation for the geology and how it relates to all other aspects of
the statersquos identity
Objective(s)
The Master Naturalists attendees will be able to use the knowledge they have gained to better
understand the surface and subsurface geology at any location in the state that they may find
themselves working
How will it be measured
Attendees will be able to use the knowledge gained to actively interpret general Nebraska geology by
completing activities in the form of hand-out diagrams biostratigraphic fossil correlations
interpretation of rock type hand specimens and visual description of the Geology on the trail at Camp
Brewster Fontenelle Forest
Introduction
Nebraska geology formed over millions of years through the erosion of mountains the deposition of
sediments and the flow of water and ice shaping the landscape that we call home (Hand out agenda)
Geology is rooted in the 3 rock groups that exist on planet Earth and so familiarity with
o these groups gives us a solid foundation for all other geologic interpretation
A half hour will be spent handling examples from each rock group
o 3 groups 3 tables with one rock type on each table each group spends 10 minutes at
each table
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 48
The Geologic Time Scale is a record over time of the Earths major geologic events and we
can use it to help us understand how and when Nebraska took shape
The natural agents of change which have shaped our state include oceans rivers wind
o and ice
The geologic time periods in Nebraska are represented by rock layers (or not) which occur all
around the state and have been named so that no matter where you are in the state you can
correlate the strata to the time scale (fossilsisotopes)
6 Geologic Principles will be discussed so that when the MN is in the field they can be used as an
aid in basic geologic interpretation
Conclusion
Nebraska geology formed over millions of years through the erosion of mountains the deposition of
sediments and the flow of water and ice shaping the landscape that we call home Geology supplies us
a record of the events that have shaped our Earth by learning the language in which the Earth script is
written we will be able to interpret and share the story of our state of Nebraska This understanding will
aid in us in relating to other areas influential and important to the state
Places to Go (places to see examples of Nebraska geology)
a Agate Fossil Beds National Monument Lower Miocene fossil mammal site including abundant body fossils of ancient mammals and prominent fossil rodent burrows
b Ashfall State Park Upper Miocene fossil mammal assemblage found in ash derived from an eruption of a predecessor to the Yellowstone volcanic field c Chimney Rock National Historic Site Oligocene and Lower Miocene continental sedimentary rocks deposited as sediments by wind and steams
d Hummel Park (Omaha) outcrops of Pleistocene glacial till and loess
e Lincoln area Capitol Beach Lake and history of saline waters and salt industry flooding history of Antelope and Salt creeks building stones in downtown area brick industry University of Nebraska State Museum
f Louisville area outcrops of Upper Pennsylvanian marine sedimentary rocks
g Valentine area and Niobrara National Wildlife Refuge Niobrara River Canyon and Cenozoic stratigraphy
h Niobrara State Park Upper Cretaceous marine sedimentary rocks (Niobrara Formation and Pierre Shale) landslides along Missouri River anthropogenic changes in Missouri River Niobrara River and Mormon Canal
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 49
i Downtown Omaha removal of loess from hills in downtown area engineering of Missouri River (eg groins bank armoring etc) visible at Bob Kerrey Memorial Bridge deep bedrock water wells at old industrial sites
j Platte River State Park Upper Pennsylvanian marine sedimentary rocks and overlook of Platte River
k Ponca State Park Upper Cretaceous marine sedimentary rocks (uppermost Dakota Formation through Greenhorn Limestone)
l Rock Creek State Historical Park middle Cretaceous Dakota Formationmdashfluvio-estuarine continental deposits
m Schramm Park Upper Pennsylvanian marine sedimentary rocks
n Scotia and Happy Jack Chalk Mine Upper Miocene lake deposit In Ogallala Group
o Scotts Bluff National Monument Oligocene and Lower Miocene continental sedimentary rocks deposited as sediments by wind and steams
p Smith Falls State ParkCenozoic stratigraphy Niobrara River waterfalls as knick points
q Toadstool Park and nearby areas continental sedimentary rocks of upper Eocene Chadron Formation Pine Ridge escarpment Trailside Museum and Ft Robinson State Park
r Weeping Water area Upper Pennsylvanian marine sedimentary rocks
s Wildcat RidgeHillsescarpment on Oligocene and Lower Miocene continental sedimentary rocks deeply eroded into canyons buttes and pinnacles by stream erosion during and after the Late Pliocene
t Indian Cave State Park and Iron Horse Trail south of Peru Upper Pennsylvanian Indian Cave Sandstone (fluvio-estuarine deposit) and sandstone cave
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 50
North American Model and Outdoor Skills Developed by Jeff Rawlinson Assistant Division Administrator Information and Education Nebraska Game and Parks Commission jeffrawlinsonnebraskagov
OUR North American Model of Conservation
Perhaps no other story is more compelling and more important in American history as that of how
our natural resources came to be one of the most important elements in our lives The history of our citizenryrsquos strong land ethic ties us to the natural world long after other nations have forgone this relationship We value how the common person from a common family can participate in the thrill of the chase experiencing wildness to its fullest
The North American Model of Conservation is a philosophy that the United States and Canada have
developed to manage wildlife in a sustainable way Historians debate how this land ethic began Some
say our model of conservation began in 1937 with the passage of the PittmanRobertson Act a move that provided funding for wildlife conservation at the national and state level The source of this funding came from the sale of hunting and shooting equipment Others may say that it began when the conservation giant President Theodore Roosevelt brought management of natural resources to the
political forefront Others would argue our Model of conservation was birthed under the Magna Charta which transferred the ownership of wildlife from the King of England and the English nobles to the all of
the people of England In reality however our Model has been under development for several hundred years combining what we have learned from other nations peoples cultures and experiences to shape a philosophy ingrained in our culture supported by hunters anglers and shooting sports enthusiasts
benefiting all wildlife and wild lands in the United States
First Wildlife Managers The concept of managing wildlife or natural resources was not conceived by our young nation For
thousands of years humanity has been manipulating and controlling the land and all its inhabitants to benefit our needs Ever since the first hunter followed that wooly creature across the Bering Straight embarking on an epic journey that would result in settling of North America man has ldquomanagedrdquo
wildlife in North America
Throughout history many leaders have shown some element of concern or conservation ethic towards wildlife The great Kublai Khan grandson of Genghis Khan and founder of the Yuan Dynasty in China forbade harvesting of many species of wildlife during critical reproductive months of March
through August so species could ldquoincrease and multiplyrdquo Conservation of wildlife is even found in Mosaic Law in Deuteronomy 226 representing some of the first written wildlife management idealsmdashldquo If you come across a birdrsquos nest in any tree or on the ground with young ones or eggs and
the mother sitting on the young or on the eggs you shall not take the mother with the youngrdquo (English Standard Version 2001)
As populations expanded throughout Europe wildlife resources fell under ownership of powerful kings
who enacted harsh punishments for anyone found taking the kingrsquos game In 1215 a rebellion against King John of England resulted in the Magna Charta transferring ownership of lands and game from the crown to the people This ldquoprivatizingrdquo of wildlife ownership had profound impacts America over 500 years later
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 51
Era Of Abundance (1600 ndash 1850) When our forefathers first landed on the eastern shores of America they brought with them science
religion and a new hope They found plentiful game and soon began a relationship with the land that provided them with many of their daily needs Wildlife was viewed as a limitless resource in a relatively untapped land These early settlers had left Europe where few had access to wildlife and entered a world where everyone had access Furs feathers hides all had value to this young country In 1776 the Declaration of Independence revoked the Kingrsquos rights to land and people in this new world After a
bloody war led by revolutionaries such as Washington Hamilton Jefferson and Adams the United States gained its independence and the land and wildlife belonged to everyone
Era Of Exploitation (1850 ndash 1900)
The 1800s brought a commercialization of our wildlife resources Market hunting and habitat
destruction began to decimate wildlife populations such as the American Bison and Passenger Pigeon After the American Revolutionary War and the Civial Warmdashwhich nearly destroyed our ldquodemocratic
experimentrdquo all togethermdashfew people were looking after the interest of wildlife and even fewer rules
existed governing the management of a resource everyone had ownership of yet no one had responsibility for
The railroad provided settlers with the means to access new lands expanding the markets for meats hides and fur Advancements in technology such as the repeating rifle further aided the unbridled
destruction of wildlife resources Yet throughout this era something positive was growing The people of this new nation were developing a relationship with the land By 1842 a Supreme Court ruling had huge impacts on this developing model of conservation resulting in a Public Trust Doctrine that would
further outline a model for conserving our natural resources Conservation was developing some direction but had no money or laws to support it
Era Of Protection (19001930) The early 1900s brought an industrial boom Abuse of natural resources had taken its toll and throughout the Nation and evidence of this abuse could be seen in the loss of species such as the
passenger pigeon near loss of the American bison and in many large mammals including whitetailed deer and our once numerous waterfowl species America was becoming an economic giant yet through
the roar of machines both political and metal a small voice could be heard It was the hunter and their voice was of concern for the direction our wildlife resources were heading Conservation minded men and women had continued a relationship with the land and the wildlife
Era of Game Management (1930 ndash 1966) The ldquodirty thirtiesrdquo were marked by the dust bowl and an impoverished nation Agricultural practices
unchecked by environmental stewardship had left the Nationrsquos heartland in ecological peril Politically the conservation movement was supported by the footings laid by Theodore Roosevelt New federal acts moved forward to provide for environmental protection due to the outcry of hunters in panic over the vanishing wildlife resources of the Nation
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 52
Wildlife conservation had support yet it lacked the science to properly manage our Nationrsquos resources A young biologist name Aldo Leopold changed all this with his writings including the book Game
Management which led to Universities across the country developing wildlife conservation programs These programs spawned a new breed of professional game managers who utilized science to support management methods that ultimately lead to the greatest wildlife conservation success story in the world In 1937 the PittmanRobertson Act provided thousands of jobs for young professionals along with ldquogame wardensrdquo supported by individual states to further the development of the Conservation Model
which now had science and funding to support it
Era of Environmental Management (1966 ndash Present) Science and funding led to a broadening view of conservation as focus shifted from managing ldquogame
animalsrdquo to managing the entire biota (environment and all living things in it) Further federal acts such
as the Endangered Species Act of 1966 and the National Environmental Policy Act of 1969 provided greater protection for species by a nation that had finally changed its course providing time to review
and perfect conservation efforts Recent acts such as the 1980 Farm Bill continued the effort to help
landowners provide quality habitat for wildlife and hunters by providing incentives to landowners to set aside highly erosive lands and plant them into wildlife habitat (grasslands) that benefit wildlife and hunters
The story of our unique model of conservation is still being written New challenges today threaten our
coveted resources and new professionals are entering the arena to further the plight of our Nationrsquos wildlife and hunting heritage
Seven Pillars of the Model
Seven main pillars have been highlighted as the foundation of support for the North American Model
of Conservation These include
The Public Trust The wildlife of the United States are owned by the people This is very different from the European Model where wildlife is privately owned The North American Model recognizes wildlife as a public
resource that is so important it can not be owned or managed by any one segment of our society but rather managed by professional state and federal entities for the benefit of all This concept known as
the Public Trust Doctrine began development in 1842 when the Supreme Court ruled that the Magna Charta had settled the question of who owns fish and wildlife and that King Charles II did not have the authority to give away the ldquodominion and propertyrdquo of lands in colonial America The court further ruled that since the American Revolution the people held public trust responsibilities for fish and wildlife except for rights specified in the US Constitution
Prohibition on Commerce
It was the hunter who brought forth stringent laws that protected wildlife from peril in the 19th
and 20th
centuries Because we all own and appreciate our wildlife as a national resource they should never find themselves on the public market to the highest bidder This path led to a largescale loss of many species
including the Passenger Pigeon and the near loss of the American bison As our country was developing these practices were common as people moved west in search of prosperity capitalizing on a land seemingly untouched by the modern world Today many laws in place serve to protect our most
valuable resourceshellipour wildlife
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 53
Democratic Rule of Law Each citizen of this great nation has the ability and responsibility to engage in healthy politics that serve
to support and protect sound wildlife conservation measures Our first conservation measures in this Country habitat restoration simple harvest restrictions and bag limits came from hunters people who respected the game they pursued and loved the wild places they chased them in The North American Model of conservation is built upon active public involvement instilling a value for wildlife in all citizens
Hunting Opportunity for All The Model was developed on the premise that all people regardless of political or economic standing could participate in and feel the thrill of the chase It is this unique Model that provides us with wildlife opportunities for all Americans Imagine how important this was to our fore fathers who left a brutal
King in England where only the aristocracy had any dream of pursuing wild creatures in wild places Our
wildlife laws ensure that each generation that comes after us will have the same opportunity to enjoy and appreciate wildlife
Nonfrivolous Use Our management of wildlife depends on a citizenry that loves and appreciates the wild creatures and the habitats necessary to their survival and our quality of life Wildlife may be utilized under strict rule of
law including utilizing the wildlife once harvested to its best potential Killing wildlife for the sake of killing can only lead to the numbing of hearts to wildlife and a profound lack of respect for our most
precious resources
International Resources
It was not until the 20th
century that hunters and wildlife lovers understood the importance of
managing wildlife at a much larger scale This became readily apparent with the passage of the
Migratory Bird Treaty Act of 1918 where nations came together to manage wildlife resources as a
collective Wildlife species do not recognize national or state boundaries Governments must work together to be effective in managing wildlife for the benefit of all The United States has made great
strides in this area with Mexico and Canada Our wildlife is not only a resource to us but to all continents they may call home throughout the year Our biologists must think globally to be effective locally
Scientific Management Although Theodore Roosevelt brought conservation to the political forefront it was a young forester from Iowa that made the study of wildlife management a science Aldo Leopold is considered by many
as the ldquofather of wildlife managementrdquo due to his tireless efforts to develop curriculum for future wildlife biologists Today our biologists earn their opportunity to manage wildlife through prominent
Bachelor Masters and Doctorate degree programs from Universities around the world Wildlife must be managed using fact science and the latest research We are constantly learning and adapting to new technology and changing environments For such an important resource we cannot afford to have it any other way
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 54
Nebraska Master Naturalist Specializations Certifying as a Specialist ldquoFollow your own natural geniusrdquo wrote Thoreau ldquoand it will not fail to show you a fresh prospect every hourrdquo Many of us learn by doing When our curiosity and interests carry us into deeper study of a given subject it can be helpful to have clear opportunities to pursue Thus the Nebraska Master Naturalist Program offers specialized voluntary training for those who are hungry to develop and apply their particular skill and personal understanding on behalf of our natural legacy Specializations are designed to create collaborators leaders and mentors in four key areas
Interpretation and Outreach
Outdoor Skills and Recreation
Resource Management
Citizen Science Master Naturalist Certification Requirements Annual Requirement o 8 Hours Training Annually o 20 Hours of Volunteerism Annually Master Naturalist Specialization Requirement One Time Requirement o 20 Hours of Training Total Specific to Specialization Annual Requirement o Additional 20 Hours of Volunteerism Annually Specific to Specialization (does not include initial Certification annual requirement hours)
OUTDOOR SKILLS AND RECREATION SPECIALIZATION The purpose of OUTDOOR SKILLS AND RECREATION is to promote activity and development of skills in the outdoor pursuits associated with natural resources Specializations are designed to create collaborators leaders and mentors in particular areas A Certified Nebraska Master Naturalist can complete the Outdoor Recreation Specializationby meeting the following requirements Complete at least one of the workshops or certification‐leading trainings listed below If specialized training is not listed below it can be approved upon request by the Master Naturalist Program Committee Specialized Training Options ‐
Hunter Education Instructor Certification 13 hrs
National 4‐H Shooting Sports Instructor Certification 32 hrs
Nebraska 4‐H Shooting Sports Shotgun Certification 12 hrs
Nebraska 4‐H Shooting Sports Archery Certification 12 hrs
Nebraska 4‐H Shooting Sports Rifle Certification 12 hrs
Nebraska 4‐H Shooting Sports Pistol Certification 12 hrs
Nebraska 4‐H Shooting Sports Muzzleloader Certification 12 hrs
National Archery in the Schools Program Basic Archery Instructor 4 hrs
NRA Range OfficerMaster Certification 8 hrs
Hunt Master Training Instructor 4 hrs
NRA Shooting Instructor 16 hrs
NRA Shotgun Instructor 16 hrs
NRA Rifle Instructor 16 hrs
Boater Education Instructor 12 hrs
Youth Fishing Instructor 5 hrs
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 55
American Canoe Association National CanoeKayak Instructor 16‐32hrs
National Camp SchoolBoy Scouts 16‐24 hrs
Wood Badge TrainingBoy Scouts 16‐24 hrs
Merit Badge Counselor TrainingBoy Scouts 2‐16 hrs
Conservation Leaders for Tomorrow 35 hrs
Wilderness First Aid 16‐32 hrs
Professional Trappers College 40 hrs
American Camp Association Instructor Training 8‐40 hrs
American Red Cross Instructor Training 2‐16 hrs
American Sailing Association Instructor Training 16‐24 hrs
Certified Horsemanship Association Instructor Training 24‐40 hrs
Leave No Trace Master Educator Training 40 hrs
National Outdoor Leadership School 280 hrs
Camp Cook School 32‐96 hrs
Professional Association of Diving Instructors Training 32‐96 hrs
Professional Mountain Bike Association Instructor Training 24 hrs
League of American Bicyclists Instructor Certification 24 hrs
Hunting
Shooting
Fishing
Trapping
Camping
Outdoor Cooking
Orienteering
Geocaching
Photography
Wildlife Viewing
Hiking
Biking
Birding
Becoming an Outdoors‐Woman Program
Wilderness First Aid
Wilderness Survival
Leave No Trace Educator
Service Options ndash Provide a minimum of 20 hours of service annually in the following or similar areas
4‐H leader and youth training outdoor recreation
Scout leader and youth training outdoor recreation
Wild About Nature
Flying WILD Educator or Facilitator Workshop
Becoming an Outdoors Woman (BOW)
Beyond Becoming an Outdoors Woman (BOW)
Family Camp
Learn to Hunt Program
National Archery in the Schools Program BAI training or greater
Mentor HuntHunt Masters Training
After School Programs
Others ndash Upon approval
Outdoor discovery programs volunteer
CRO at a shooting event
Assist with National or State shooting sports competitions
Family fishing day
Design or write a brochure
Develop or contribute to a website
Develop or contribute to a social networking site
Design or write a newsletter
Assist in fundraising
Plan an event or festival
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 56
Interpretation amp Education- Developed By Lindsay Rogers Nebraska Game amp Parks
Commission
Do not try to satisfy your vanity by teaching a great many things Awaken peoplersquos curiosity It is
enough to open minds do not overload them Put there just a spark If there is some good
inflammable stuff it will catch firerdquo
- Anatole France in The Earth Speaks
Session Objectives
To help participants understand the role education plays in sounds ecological conservation
To help participants learn about past and present conservationist and interpretive educators
To help participants learn components of quality education and interpretation
To have participants partake in quality interpretive education
To make sure participants understand that their role is to light the spark and awaken curiosityhellip not spew facts
Lecture Requirements
1 What is interpretation (5 minutes) a What does ldquointerpretrdquo mean b National Association of Interpretation definition of ldquointerpretationrdquo
i Interpretation is a mission-based communication process that forges emotional and intellectual connection between the interests of the audience and the meanings inherent to the resource
c Freeman Tilden Interpreting Our Heritage 1957 i Interpretation is an educational activity which aims to reveal meanings
and relationships through the use of original objects by first-hand experience and by illustrative media rather than simply to communicate factual information
d Components of interpretation i pleasurable or enjoyable
ii relevant to the world iii organized iv themed v sparks an interest
vi includes information but does not stop there links information to the world
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 57
vii age appropriate viii taught to someone not at them
2 What is education (5 minutes)
a What does it mean to ldquoeducaterdquo someone b John Dewey Democracy amp Education 2944
i Education in its general sense is a form of learning in which the knowledge skills and habits of a group of people are transferred from one generation to the next through teaching training or research
c Components of education i - generally presented to someone but not always
ii enjoyable sometimes iii provides knowledge and facts iv can make connections but not always v organized and themed
d Both education and interpretation are important they work together
3 Conservationists (10 minutes) a Jon Muir
i Immigrated from Scotland to Wisconsin in 1849 ii Attended the University of Wisconsin studies botany amp geology
iii Moved to the western US mainly the Sierra Nevada area iv Believed humans were part of the interconnected natural world v Advocated for the preservation of natural areas
vi Co-founded the Sierra Club b Aldo Leopold
i Iowa native attended Yale University ii After college he joined the US Forest Service was stationed in Arizona
and New Mexico iii Developed theories of land ethics the need for biodiversity and an
appreciation for wilderness areas iv Moved to Wisconsin in 1924 became a professor at the University of
Wisconsin v Regarded as the ldquoFather of Conservationrdquo
c Gifford Pinchot i Born in Connecticut in 1905
ii Studied at Yale studies forestry in France iii Named chief of the Division of Forestry (later to become the US Forest
Service) iv First chief of the US Forest Service greatly improved forest
management and increased the size of Forest Service lands
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 58
v Managed forests for the greatest good for the greatest number Pinchot added the phrase in the long run to emphasize that forest management consists of long-term decisions
d Steven Mather i Born in California attended Berkley University
ii Worked for the Pacific Coast Borax Company where he had a talent for promotion Started a competing company made millions
iii When revisiting Sequoia and Yosemite National Parks in 1914 he was appalled by the conditions of the national parks
iv Joined the Department of the Interior as the head of parks later created the National Parks System
v Professionalized the National Parks and helped to greatly grow protected lands
e Rachel Carson i Born in Pennsylvania in 1907 attended John Hopkins University for
graduate school ii Went to work for the US Bureau of Fisheries (later to become the US
Fish amp Wildlife Service) iii Wrote Silent Spring in 1962 The book created an awaking for Americanrsquos
to their responsibility to the environment and wildlife The book lead to the US Government banning the use of DDT
f Theodore Roosevelt i Born in 1858 in New York New York was a sickly child who stayed inside
studying natural history ii An avid outdoorsman he spent much time in the South Dakota Badlands
iii Became President in 1901 with the assignation of President McKinley iv Among many major accomplishments as president he started the
National Parks was instrumental in conserving about 230 million acres
4 Naturalist Interpreters (10 minutes) a Freeman Tilden
i Born 1883 worked as a newspaper columnist and author ii At age 58 he began working with the National Parks Service
iii While traveling to various National Parks he became concerned with the quality of interpretation
iv Wrote Interpreting Our Heritage in 1957 outlines 6 principles to quality interpretation forever changed the field of interpretation
b William Lewis i Worked as a ranger naturalist and interpreter trainer for the National
Parks Service ii Developed the approach of ldquoThematic Interpretationrdquo which requires the
interpreter to choose a central theme (major point) to guide the development of a program
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 59
iii Wrote Interpreting For Park Visitors c Sam Ham
i Director of Center for International Training and Outreach at the University of Idaho
ii Work has focused on applying communication theory to environmental conservation interpretation and on nature-based tourism and guide training
iii Wrote Environmental Interpretation (1992) d Ted Cable
i Professor of Park Management and Conservation at Kansas State University
ii Co-authored Interpreting Cultural and Natural Resources (2003) and Interpretation for the 21st Century Fifteen Guiding Principles for Interpreting Nature and Culture (2002)
5 Conducting an Interpretative Program Try and Fail (60 minutes + 120 minutes of activities throughouthellip see list of Suggested Activities below)
a Experiential Learning i The first time you tried to walk you failed The first time you rode a bike
you failed This is called experiential learning The first time you attempt an educational or interpretation program you will fail thatrsquos how we learn
ii Donrsquot be afraid to fail b Ask Questions about the ProgramPresentation before you commit to leading it c Plan your Program
i Generally I want my presentation to be about Specifically however I want to tell my audience about After hearing my presentation I want my audience to understand (what is the big picture you want them to take home)
1 You do not need (or want) to teach your audience everything you know your job is to light the spark
ii What will your tangibles and intangibles be 1 Tangibles are those things you can touch things you use to teach
when teaching a Examples include a tree a mammal pelt a skull a live
animal a prairie 2 Intangibles involve connecting the tangibles to concepts and the
ideas they represent intangibles are the meanings the relationships the processes the ideas the feelings and the beliefs
a Examples include food webs ecosystem health entropy ecology
iii People remember themes they forget facts
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 60
iv Plan for an organized presentation 1 Think about your overall theme smaller parts of the program and
your transitions v Stick to your theme
vi Determine what type of presentation you will have 1 PowerPoint (avoid) 2 Podium Presentation (avoid) 3 Active taking a hike playing a game etc 4 Hands-on touching feeling trying hearing smelling
vii Think about all the different kinds of learners 1 verbal-linguistic 2 logical-mathematical 3 visual-spatial 4 kinesthetic 5 musical-rhythmic 6 interpersonal (groups) 7 intrapersonal (individual) 8 naturalist
d Know your role as an educator 1 Provide facts and relationships not opinions 2 Allow participants to determine their own opinions and beliefs
using the facts amp relationships you provide them 3 PLAY ldquoFIRST IMPRESSIONSrdquo
e Prepare Prepare Prepare 1 Know the type of space and area you will have (indoor vs
outdoor small space vs vast area etc) 2 Plan for more that you are told 3 Plan for the weather (always expect it to be windy in Nebraska)
f Questions i Ask good questions
1 Is this a fox Vs How do you know this is a fox 2 Do you have any questions Vs What questions do you have
ii Be prepared for quality questions 1 What are the implications for describe the impact of what are
the reasons for iii Be prepared for ldquogoodrdquo questions
1 Do you have ewoks in the forest If a Mountain Lion and an Eagle were to fight who would win
2 Take all questions seriously Answer seriously g Model what you want to see the students do
i If you want a group of students to catch insects help them get active with them
ii This is true when working with children and adults
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 61
1 Working alongside students validates them and their learning h Be enthusiastic show your passion
i This is another form of modeling what you want to see in your students ii We need to excite students (no matter their age) about conservation
nature and the outdoors iii Have fun
6 Take Home Lesson Light the Spark and Donrsquot Be Afraid to Fail
Suggested Activities (amp potential mandatory activities)
Throughout the lesson conduct multiple games andor activities to model good interpretation
Suggested games include but are not limited to
1 Oh Deer (Project WILD) 2 First Impressions (to be done during section 5) (Project WILD) 3 The Long Haul (Project WET) 4 Sum of the Parts (Project WET) 5 Water Quality Ask the Bugs (Project WET) 6 Adaptation Artistry (Flying WILD) or Fashion a Fish (Aquatic Project WILD) 7 Avian Antics (Flying WILD) 8 Pollinators Meet Your Plants (Nebraska Project WILD wwwnebraskaprojectwildorg) 9 Scavenger Hunts (Nebraska Project WILD wwwnebraskaprojectwildorg)
Suggested Post-Readings
Interpreting Our Heritage Freeman Tilden 1957 (4th edition 2008)
ISBN-13 978-0807858677
Interpreting for Park Visitors William Lewis 1981
ISBN-13 978-0890620793
Environmental Interpretation Sam Ham 1992
ISBN-13 978-1555919023
Interpretation for the 21st Century Fifteen Guiding Principles for Interpreting Nature and
Culture Larry Beck amp Ted Cable 2002
ISBN-13 978-1571675224
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 62
Interpretation-Making a Difference on Purpose Sam Ham 2013
ISBN-13 978-1555917425
Foundations of Interpretation Curriculum Content Narrative National Parks Service 2007
httpwwwnpsgovidpinterp101foundationscurriculumpdf
Websites
National Association of Interpretation
wwwinterpnetcom
North American Association for Environmental Education
wwwnaaeeorg
Nebraska Alliance for Conservation and Environment Education
wwwnaceeorg
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 63
Safety in the Field
Developed by Rich Hawes Nebraska Master Naturalist rdhawes26msncom
Objectives
Raise awareness of Risk Managementassessment as part of event planning
Guidelines to safe activities for participants presenters and the environment
Present Leave No Trace Principals as part of all outdoor activities
Present resources for additional training or certification for outdoor activities
Hands on activities to encourage interest and to provoke thought and discussion
Hazards of the area
Outdoor hiking safety
Stewardship of the land and natural resources
Being flexible and working with ldquowhat you haverdquo
Outline
1 Outdoor Activities ndash Whatrsquos The Worst That Can Happen An Introduction to Event Planning and Risk Management
2 Leave No Trace Principals
3 Trip planning and Logistics
4 Health amp Safety
5 Youth Protection
6 Age Appropriate Activities
7 Resource Training and Certifications
a Standard First Aid CPRAED Wilderness First Aid
b Shooting Sports - Range Safety Officer or Instructor
c Hunter Safety Instructor
d Climbing COPE and Zip Lines
e Water Safety Instructor Life Guard Small Boat Handling
f Leave No Trace Trainer or Master Educator
g Tread Lightly Tread Trainer or Master Tread Trainer
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 64
Suggested Activities
CPR Scenario
First Aid Scenario
Weather Scenario
Lost Scenario
Online Resources
American Camp Association
Boy Scouts of America
Youth Protection
Safe Swim Defense
Safety Afloat
Climb On Safely
Weather Safety
Trek On Safely
(etc)
Leave No Trace
Nebraska Game amp Parks
Hunter Safety
Boating Rules amp Regs
National Rifle Association
(Archery groups)
American Red Cross
(wilderness medicine group(s))
NOLS
Tread Lightly
US Coast Guard
NEBRASKA MASTER NATURALIST Explore Contribute Connect
28
AMPHIBIANS
Basic Characteristics
1 Skin naked No scales or hair
2 Eggs do not have shells but are jelly like
Laid in clusters always in water
3 Ectodermic
4 Can breathe through permeable skin
5 Spend all or part of life in water
6 Adults are carnivores Size of head
determines size of prey
7 Incomplete lung development
DIFFERENCES BETWEEN REPTILES AND AMPHIBIANS
Reptiles
1 Ectodermic
2 Covered with scales or plates
3 Shed skin
4 Most not do not live in or around water
Amphibians
1 Ectodermic
2 Smooth slimy skin without scales
3 Do not shed skin
4 Spend all or part of life in water
5 Go through metamorphose
Listed below are the orders and examples of common species found in Nebraska
More Species found in Core Curriculum Binder
Salamanders (Order Urodela)
Small-mouth Salamander (Ambystoma
texanum) Occurs in eastern Nebraksa
Tiger Salamander (A tigrinum) Occurs
throughout the state
Frogs and Toads (Order Anura) Thirteen species occur in Nebraska
Pelobatidae or Spadefoot Family
Plains Spadefoot (Spea bombifrons) Occurs throughout Nebraska expect southeast
Ranidae or True Frog Family Plains Leopard Frog (Rana blairi)
Northern Leopard Frog (Rana pipiens)
Bullfrog (Rana catesbeiana
Microhylidae or Narrow-mouthed Family Plains Narrowmouth Toad (Gastrophryne olivacea)
NEBRASKA MASTER NATURALIST Explore Contribute Connect
29
Bufonidae or Toad Family
American Toad (Bufo americanus) Occurs only
in eastern part of the state
Great Plains Toad (Bufo cognatus) Occurs
throughout the state
Woodhousersquos Toad (Bufo woodhousei) Occurs
throughout the state
Hylidae or Tree Frogs
Northern Cricket Frog (Acris crepitans) East
and central Nebraska
Western Striped Chorus Frog (Pseudacris
triseriata amp P maculata) Occurs throughout the
state
Copes Gray Treefrog (Hyla chrysoscelis) Found
in eastern part of state
Resources Reptiles and Amphibians of Nebraska ndash herpetology database httpsnrsunleduherpneb
NEBRASKA MASTER NATURALIST Explore Contribute Connect
30
REPTILES Basic Characteristics
1 Ectothermic (cold-blooded) Body temperature is the same as the temperature of its surroundings
2 Dry skin covered with scales or plates
3 Teeth if present are needle-like or conical
4 Skin shed in one piece or several pieces at intervals
5 Lay soft shelled eggs or young born alive in a membranous sac
6 Lung breathing
There are four groups
Lizards - Short-legged long-bodied reptiles
Taped tail Size varies from 4- inch long fence
swift to 10 foot Kamodo dragon
Snakes - Legates cousins of lizards
Turtles - Armored shells
Crocodilians - Crocodiles Alligators Caimans
REPTILE VOCABULARY
Antivenin An antidote to the venom of
venomous snakes produced by inoculating
horses with small doses of venom Horses build
up an immunity or resistance The horsersquos
blood is used to make the antivenin
Blue Stage Refers to the condition of a snake
prior to shedding
Carapace Dorsal (covering the back) shell
Constrictor A term used in describing a snake
that kills its prey by constriction
Ectothermic Not able to control body
temperature (Cold-blooded) Dependent upon
environment to control body temperature
Egg Tooth A sharp projection located in front
of nose on upper jaw Used by infant reptiles to
cut through eggshell
Fangs Grooved or tubular teeth used to inject
venom
Hemotoxin Venom that attacks the blood
Herpetologist A specialist in reptiles
Jacobsonrsquos Organ A tastesmell sense organ
with two small openings located on roof of
mouth
Thermal Pit A heat sensory pit on side of head
between nostril and eye Allows snakes to track
warm-blooded animals and to strike accurately
especially at night Found only in venomous
snakes known as pit vipers
Neurotoxin Venom that attacks the nervous
system
Oviparous Lays egg
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31
Ovoviviparous Give birth to live young Egg
developed in female and then deposited as a
living young
Plastron Ventral (covering the belly) shell
Reticulated Net-like pattern on skin
Scales Folds of skin covering reptiles
Scutes Single section of shell each sell is made
up of many scutes
Toxic Poisonous
Toxin Poison
Undulating Type of snake locomotion typical of
most snakes - Leaves ldquoSrdquo shape track
Venom Poisonous fluid secreted from glands
and transmitted by bite or sting
Venomous Describes animal containing venom
gland
Nuts amp Bolts of Reptiles
Most reptiles are carnivores (eat meat) Many will eat only live food Some are herbivores (eat
plant material) as well as insectivores (eat insects)
Reptiles often found in water or underground for protection from predators and to help
regulate body temperature Air temperature can change quickly but water and soil
temperature are more constant therefore it helps to regulate the reptiles body temperature
Because they are ectothermic many reptiles live in places that are warm year round In colder
climates reptiles hibernate underground below the freeze line
Most reptile lay eggs and are called oviparous Eggs are buried in sand soil rotted logs etc and
kept warm only by heart from the sun or from rotting vegetation Very few reptiles stay around
to protect their eggs Some reptiles keep their eggs inside their bodies until they hatch and
produce live young (ovoviviparous) Example - garter snakes Very few reptiles care for or feed
their young Young are precocial able to look after themselves minutes after they hatch
Most snakes are harmless Even snakes that are venomous will not bite unless they are
cornered or stepped on Snakes are good and necessary animals They help control potential
destructive populations of rodents
Listed below are the orders and examples of common species found in Nebraska
ORDER CHELONIA Basic Characteristics
1 Contains all forms of turtles and tortoises
2 Has body enclosed in a shell made of
modified horny scales and bone Shell made of
two parts Carapace - upper part covering
animalrsquos back Plastron-under part covering
animalrsquos stomach amp chest
3Ribs and most of vertebrae attached to shell
4 Neck long and flexible and can usually be
withdrawn into shell
5 Have no teeth but jaws outfitted with horny
beaks
6 All lay eggs Usually bury eggs in pit in sand or soil Hatchlings must dig themselves to the surface
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32
Examples of Turtles found in Nebraska Snapping Turtle (Chelydra serpentina)
Blandingrsquos Turtle (Emydoidea (Emys)
blandingii) Protected Species
False Map Turtle (Graptemys
pseudogeographica) Protected Species
Ornate Box Turtle (Terrapene ornata)
Smooth Softshell (Apalone mutica)
Spiny Softshell (Apalone spinifer
SUBORDER LACERTILA (lizards) Basic Characteristics
1 Dry scaly skin clawed feet external ear
openings
2Have movable eyelids - snakes do not
3 Males and females often show different
coloration
4 Generally diurnal but many nocturnal
(geckos night lizards Gila Monsters)
5 Courtship brief fertilization is internal
6 Most are egg layers
Examples of Lizards of Nebraska
Six-line Racerunner (Cnemidophorus sexlineatus Five-line Skink (Eumeces fasciatus)
Many-lined Skink (Eumeces mulitvirgatus)
Great Plains Skink (Eumeces obsoletus)
Slender Glass Lizard (Ophisaurus attenautus)
Lesser Earless Lizard (Holbrookia maculate)
Northern Prairie Lizard (fence lizard)
(Sceloporus undulates)
SUBORDER SERPENTES (Snakes) Basic Characteristics
1 Elongated scaly bodies (to protect from water
loss) no limbs external ear opening or eyelids
(eye covered with a clear scale)
2 Terrestrial subterranean arboreal
amphibious
3 Carnivores swallow prey whole
4 Continue to grow throughout their lives
6 Hibernate in colder climates
7 Males locate females by scent
8 Internal fertilization
9 Some lay eggs others bear live young
11 Vipers (venomous snakes) have heat-
sensing organs called thermal pits
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33
12 Teeth slanted back If one is lost another drops down in itrsquos place
Examples of snakes found in Nebraska
Black Rat Snake (Elaphe obsoleta)
Great Plains Rat Snake (Elaphe guttata)
Bullsnake (Pituophis catenifer)
Common Kingsnake (Lampropeltis getula)
Eastern Hognose Snake (Heterodon
platyrhinos)
Western Hognose Snake (Heterodon nasicus)
Glossy Snake (Arizona elegans)
Milk Snake (Lampropeltis triangulum)
Plains Garter Snake (Thamnophis radix)
Common Garter Snake (Thamnophis sirtalis)
Racer (Coluber constrictor)
Pit Vipers
Copperhead (Agkistrodon contortrix) found in extreme southeast Nebraska
Massasauga (Sistrurus catenatus) Found in southeast Nebraska Protected Species
Prairie Rattlesnake (Crotalus viridis) Found in central and western parts of the state
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 34
Birds What Makes a Bird a Bird IMPORTANT CHARACTERISTICS
So what makes a bird a bird All birds share one common characteristic that no other animal has and
that is FEATHERS Other characteristics include
Maintain high constant body temperature Endotherms (warm-blooded)
Possess toothless beaks or bills
All lay hard-shelled eggs (oviparous)
Air sacs in birdrsquos body give buoyancy
Generally bones are hollow Decreases body weight
Four-chambered heart
Lend Me Your Ear Yes birds have ears but they are missing the pinna or outside part of the ear that collects sound Birds
have feather-covered openings on both sides of the head just behind the eyes Owls and other night-
flying birds have off-setting ears that allow them to pinpoint the exact position of prey
Can birds smell We are not quite sure how well most birds smell We do know vultures use the sense of smell to find
their dinner The champion bird sniffer belongs to kiwi found in New Zealand They are able to sniff out earthworms Some diving birds like cormorants cannot even breathe through their nostrils because they are sealed Ocean birds have special glands in their noses which eliminates salt from the salty water they drink
Eggs Birds lay hard-shelled eggs made mostly of carbon carbonate The hard shell keeps the egg from drying
out and allows parents to sit on it without damaging the developing chick Though the shells are hard it
does not mean that they are non-porous Microscopic pores allow the embryo to ldquobreatherdquo Carbon
dioxide and oxygen can pass through the shell
Eggs come in all sizes colors and patterns We believe that the different colors and patterns are
intended as camouflage Blue and green eggs are found in nests that are in the shade Patterned eggs
blend in with vegetation and stones and white eggs are normally found in cavities
The shape of eggs also depends on where a bird nests The most common shape is oval A pointed egg
is usually found near ledges Round eggs are generally found in highly secure nests
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 35
Commonly Seen Bird Families of Nebraska
Grebes (Family Podicipediae ndash rump foot)
WHAT TO LOOK FOR
Sleek diving waterbirds - small to medium size
Most have sharp pointed bills with fairly long necks short wings and almost no tail
Have lobed toes and legs set far back on body
Common Nebraska species - Pied-billed horned eared western and Clark grebes
Pelicans (Family Pelecanidae ndash an ax)
WHAT TO LOOK FOR
Very large waterbirds
Huge bills with large distensible pouches
Most are white with black flight feathers ndash wingspan 6-9 feet
Common Nebraska species ndash American White Pelican
Cormorants (Family Phalacrocoracidae ndash bald raven)
WHAT TO LOOK FOR
Large diving waterbird shaped like an elongated goose
Long neck and long bill hooked at the end
Wing span 3-5 feet Mostly dark in color
Common Nebraska species ndash Double-crested cormorant
Herons Egrets and Bitterns (Family Ardeidae - )
WHAT TO LOOK FOR
Medium to large wading birds
Usually with long legs bills and S-shaped neck
Short rounded tails
Common Nebraska species ndash American and least bitterns great and snowy egrets little
blue egret cattle egret great blue green black-crowned night and
yellow-crowned night herons
Ibises (and Spoonbills) (Family Threskiornithidae ndash sacred bird)
WHAT TO LOOK FOR
Medium to large wading birds
Long necks and legs with a duck-like body
Long tapering down-curved bill Common Nebraska species ndash white-faced ibis
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Page | 36
Vultures (Family Cathartidae ndash cleanser)
WHAT TO LOOK FOR
Large soaring scavengers
Resemble eagles and large hawks in flight
Head and neck void of feathers bill hooked
Hold wings in a raised V-shape (dihedral)
Common Nebraska species ndash turkey vulture
Duck Geese and Swans (Family Anatidae ndash waterfowl)
WHAT TO LOOK FOR
Medium to large waterbirds
Large heads with conspicuous and horizontally flattened bills
Long necks heavy bodies relative short tails webbed feet and long wingspan Major differences between duck geese and swans
Ducks
Smallest of the three Have a soft swelling about the nostrils called a cere
Males of most ducks are easily separated from females by their gaudier plumage Feathers are
molted twice a year
Most males change into nuptial plumage after pair formation in the fall There may be some
modification of shape of a single feather or entire regions of plumage
Most species are sexually mature at 9 - 11 months
Males take no part in incubation
Geese
Neck shorter than body
Lore (area between eye and bill) feathered and more bluntly triangular than ducksrsquo
Sexes are similar
Permanent pair bonding
Molt once per year postnuptially
Sexually mature at 3 years
Males protect female clutch and brood after hatching
Young stay with parents for almost a year
Legs of most geese are farther forward under the belly than those of typical swans and ducks
Swans
Longest necks - necks slightly longer than body
Lore is naked
Sexes are similar
Molt once per year postnuptially - parents molt one after the other so one is able to fly
Young are carried on parentsrsquo backs
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 37
Sexually mature at 4 -5 years
Hawks and Allies (Family Accipitridae ndash to grasp or take)
Medium to very large diurnal raptors
Hooked beak strong legs and sharp talons
Buteos (buzzard hawks)
Stocky with broad wings wide tails
Soar and wheel high in the sky
Common Nebraska species ndash red-shouldered broad-winged Swainsonrsquos red-tailed
ferruginous rough-legged hawks
Accipiters (true hawks)
Small heads short rounded wings longish tail slender bodies
Fly with several rapid beats and a glide Common Nebraska species ndash sharp-shinned hawk Cooperrsquos hawk northern goshawk
Harriers
Slim body with slim round-tipped wings
Fly in open country gliding low with wings lifted in a V (dihedral)
Species in Nebraska - northern harrier
Kites
Small falcon shaped buoyant gliders not power-fliers
Common Nebraska species ndash Mississippi Kite
Osprey
Soar high on long swept-back wings
Broad tail short-headed appearance
Often travel in pairs
Eagles
Large very broad bodied with broad long plank-like wings massive head and bill
Soar steadily holding wings flat out to the side
Powerful wing beat on upstroke wings raised high Common Nebraska species ndash bald and golden
Falcons (and caracaras) (Family Falconidae - )
WHAT TO LOOK FOR
Small to large compact fast-flying raptors
Long pointed wings bent at the wrist - Strong rapid wing strokes
Common Nebraska species ndash American kestrel gyrfalcon peregrine falcon prairie falcon
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 38
Grouse Turkeys and Pheasants (Family Phasianidae ndash cock or fowl-like bird)
WHAT TO LOOK FOR
Ground dwelling birds with feather nostrils
Short strong bills and short rounded wings
Flight strong but brief
Males perform elaborate courting displays
Common Nebraska species ndash ring-necked pheasant sharp-tailed grouse greater
prairie chicken wild turkey
New World Quail ( Family Odontophoridae ndash bearing teeth)
WHAT TO LOOK FOR
Ground dwelling bird found in brushy habitat and other dense low foliage
Chunky rounded bodies and crests or head plumes
Chicken-like bill short rounded wings
Common Nebraska species - northern bobwhite
Rails and Coots (Family Rallidae - )
WHAT TO LOOK FOR
Marsh birds with short tails and stubby wings
Secretive and identified chiefly by call and habitat
Rails are laterally flattened ldquoThin as a railrdquo Coots are plumper and gregarious
Common Nebraska species ndash yellow rail black rail king rail Virginia rail sora common
moorhen American coot
Cranes (Family Gruidae - )
WHAT TO LOOK FOR
Tall stately wetland birds with long necks and long bills
Tertial flight feathers droop over rump in a bustle when standing
Fly with necks fully extended
Circle in thermals like raptors
Common Nebraska species - sandhill and whooping cranes
Plovers and Killdeer (Family Charadriidae ndash nocturnal waterbird)
WHAT TO LOOK FOR
Small to medium shorebirds that dart across the ground stop and then take off again Upright posture with medium length legs and long pointed wings
Rounded head large eyes thick neck with a short thick bill
Common Nebraska species ndash black-billed American golden snowy semipalmated piping
plovers and killdeer
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Page | 39
Stilts and Avocets (Family Recurviostridae- bent bill)
WHAT TO LOOK FOR
Tall slim shorebirds
Long thin bill very long slender legs long neck striking black-and-white plumage Stilts have straight bills avocets have re-curved bills
Common Nebraska species ndash American avocets black-necked stilt
Sandpipers and Phalaropes and Allies (Family Scolopacidae ndash woodcock)
WHAT TO LOOK FOR
Diverse group of shorebirds
Long toes and long tapered wings
Bill and leg length varies but bill more slender than a ploverrsquos
Plumage browns grays and whites with reds and oranges during breeding season
All but one species have short elevated hind toe
Species found in Nebraska include common snipe ruddy turnstone phalaropes sandpipers
woodcocks godwits whimbrels willets etc
Dowitchers
WHAT TO LOOK FOR
Medium sized chunky dark shorebird
Long straight bills and distinct pale eyebrows
Feed in mud or shallow water in a rapid jabbing motion
Phalaropes
WHAT TO LOOK FOR
Often spin like a top in water when feeding
Female larger and more colorful than male
Male tends incubates and cares for chicks
Common Nebraska species ndash Wilsonrsquos and red-necked phalaropes
Gulls Terns and Allies (Family Laridae ndashsea birds)
Gulls
WHAT TO LOOK FOR
More robust with wider wings and longer legs than terns
Bill slightly hooked tail square or rounded - Seldom Dive
Common Nebraska species ndash Pomarine Jaeger Franklinrsquos little Bonapartersquos ring-
billed California Herring Thayerrsquos lesser black-backed glaucous
Sabinersquos gulls black-legged kittiwake
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 40
Terns
WHAT TO LOOK FOR
Graceful more streamline than gulls
Usually has a forked tail ndash most whitish with black cap
Sharp-pointed bill - Hoover and dive headfirst for fish
Common Nebraska species ndash Caspian common Foresterrsquos terns
Pigeons and Doves (Family Columbidae ndash dove)
WHAT TO LOOK FOR
Plump fast flying cooing voice
Short legs and necks and small heads short bills
Tail fan-like rounded or pointed
Pigeons larger than doves
Common Nebraska species ndash rock mourning Eurasian collared doves
Cuckoos Roadrunners and Anis (Family Cuculidae - )
WHAT TO LOOK FOR
Slender with a long tail at least half of the birdrsquos total length
Fairly large sturdy decurved (curving down) bill
2 toes forward 2 back (zygodactyls)
Common Nebraska species - black-billed cuckoo and yellow-billed cuckoo
Barn Owls (Family Tytonidae -)
WHAT TO LOOK FOR
Slim medium sized night hunter
Legs are long and sparsely feathered
Large head with large forward-facing immovable eyes
Heart-shaped face hooked beak and ghostly appearance
Typical Owls (Family Stigidae ndash night bird)
WHAT TO LOOK FOR
Generally night hunters
Large heads flatten face with large forward-facing immovable eyes hooked beak
Mottled appearance some with feather tuffs upright stance
Common Nebraska species ndash eastern screech great horned burrowing barred long-eared
short-eared northern saw-whet owls
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 41
Nighthawks and Nightjars (Family Caprimulgidae ndashgoat sucker)
WHAT TO LOOK FOR
Nocturnal or crepuscular
Big tail large eyes tiny bills surrounding a large gaping mouth
By day sit horizontally on limb or on ground
Easiest to identify by voice
Common Nebraska species ndash common nighthawk common poorwill chuck-willrsquos-widow
Whip-poor-will
Swifts (Family Apodidae ndash without feet)
WHAT TO LOOK FOR
Small to medium sized aerial foragers ndashspend most of life flying
Long sickle-shaped wings bending close to body and extremely short legs
Eat bathe drink and sometime mate in the air
Common Nebraska species - chimney swift white-throated swift
Hummingbirds (Family Trochilidae ndash small bird)
WHAT TO LOOK FOR
Tiny body long slender bill
Distinctive blur and hum of hovering wings
Jewel-like throat feather found on male
Common Nebraska species ndash ruby-throated broad-tailed and rufous hummingbirds
Kingfishers (Family Alcedinidae - kingfisher)
WHAT TO LOOK FOR
Small to medium size
Thickset with short neck and tail small feet
Large head with a ragged crest and long strong bill
Sit on lines and low branches near water or hovers above water
Plunges head first into water to catch fish
Common Nebraska species ndash belted kingfisher
Woodpeckers (Family Picidae ndash woodpecker)
WHAT TO LOOK FOR
Arboreal (tree) birds
Vertical posture creep up trees
Strong chisel-like bill short legs stiff tail feathers rounded wings
Undulating flight pattern and characteristic bill drumming
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 42
Common Nebraska species ndash Lewisrsquos red-headed red-bellied hairy downy woodpeckers
yellow-bellied and red-naped sapsuckers northern flicker
THE PASSERINES Feet adapted to perching
Tyrant Flycatchers (Family Tyrannidae - lord ruler king)
WHAT TO LOOK FOR
Small to medium perching bird
Large head broad flattened bill pointed wings short legs
Bristly ldquowhiskersrdquo at base of bill
Sit upright on exposed branch and dart out to catch insects
Common Nebraska species - flycatchers pewees kingbirds phoebes kingbirds
Shrikes (Family Laniidae ndash butcher)
WHAT TO LOOK FOR
ldquoButcher birdsrdquo ndash impale prey on thorns (may be to attract a mate and mark territory)
Robin-size bird with hooked bill and masked face with hawk-like behavior
Black gray and white birds
Common Nebraska species - northern and loggerhead shrike
Vireos (Family Vireondae ndash small bird)
WHAT TO LOOK FOR
Small olive- or gray-backed bird with short sturdy cylindrical slightly hooked bill
Can have wing bars and eye-rings or have eye stripes and no wing bars
Often confused with warblers but are chunkier bigger headed thicker billed
Common Nebraska species ndash white-eyed Bellrsquos yellow-throated plumbeous
Cassinrsquos blue-headed warbling Philadelphia red-eyed
Crows and Jays (Family Corvidae ndash raven)
WHAT TO LOOK FOR
Large perching bird with strong longish all-purpose bill to handle variety of foods
Nostrils covered with feathers
Legs scaled in front and smooth behind
Harsh voice and noisy
Bold gregarious
Common Nebraska species - black-billed magpie American crow
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 43
Larks (Family Alauidae ndash lark)
WHAT TO LOOK FOR
Ground dwellers of open fields ndash seldom seen in trees and shrub
Walk rather than hop have an elongated hind toe
Slender billed seed and insect eaters
Yellowwhite face with black facemask horns and breast band
Has musical song often sung in display flight
Common Nebraska species ndash horned lark
Swallows and Martins (Family Hirundinidae ndash swallow)
WHAT TO LOOK FOR
Slim streamline bodies with long pointed angled wings
Tail forked or squared legs and feet inconspicuous
Bill short and wide
Fluid aerialists ndash dart about catching insects
Flocks perch in long rows on branches and lines
Common Nebraska species ndash purple martin northern rough wing bank cliff barn swallows
Chickadees and Titmice (Family Paridae - )
WHAT TO LOOK FOR
Small plump sociable birds with short bills and wings
Active agile ndash often hang upside down to feed
Many times roam in little bands (often leading the group) in search of food
Chickadee ndash no tuff of feathers on head Titmice ndash tufted Common Nebraska species ndash black-capped chickadee tufted titmouse
Nuthatches (Family Sittidae ndash birds that peck bark of tree)
WHAT TO LOOK FOR
Small stout tree-climbers with slightly upturned strong woodpecker-like bills
Stubby squared off tails
Walk down trees headfirst Common Nebraska species ndash red-breasted and white-breasted nuthatches
Creepers (Family Certhiidae -)
WHAT TO LOOK FOR
Small slim tree-dwellers with stiff tails and slender downward curving bill
Primarily brown
Common Nebraska species ndash brown creeper
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 44
Wrens (Family Troglodytidae ndash cave dweller
WHAT TO LOOK FOR
Small stumpy energetic brown birds
Bill slightly down turned loud song
Tails often in ldquocockedrdquo or up-tilted position
Common Nebraska species ndash rock house winter marsh wrens
Kinglets (Family Regulidae -)
WHAT TO LOOK FOR
TINY very active songbirds ndash only certain hummingbirds smaller
Can hover will feeding
Greenish plumage with bright colored crowns Short tails
Common Nebraska species ndash ruby-crowned and golden-crowned kinglets
Gnatcatchers (and Old World Warblers) (Family Sylviidae - )
WHAT TO LOOK FOR
Small birds with slender pointed bills surrounded by rectal bristles
Drab plumage with seasonally changing head patterns
In constant motion
Common Nebraska species ndash blue-gray gnatcatcher
Thrushes (Family Turdidae -)
WHAT TO LOOK FOR
Large-eyed upright postured songbirds - known for their singing ability
Bill is slender straight but not sharp
Often hop along the ground looking for food
Common Nebraska species ndash eastern bluebird veery gray-cheeked Swainsonrsquos hermit
wood thrush American robin
Mockingbirds and Thrashers (Family Mimidae ndash imitator mimic)
WHAT TO LOOK FOR
Well known for their vocal and mimicking ability
Have short rounded wings long legs and tails
Long down-curved bills
Common Nebraska species ndash gray catbird northern mockingbird brown thrasher
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 45
Starlings (and Mynas) (Family Sturnidae - )
WHAT TO LOOK FOR
Medium sized chunky glossy birds with short tails sharp bills
Short triangular to rounded wings
Gregarious bold birds
Pipits (and Wagtails) (Family Motacillidae -)
WHAT TO LOOK FOR
Slender billed brownish ground dwellers with long back toe
Walk briskly rather than hop along the ground
Most species bob their tails up and down
Common Nebraska species ndash American pipit
Waxwings (Family Bombycillidae ndash silk tail)
WHAT TO LOOK FOR
Birds with sleek crest that can be erected
Plump-bodied birds with pointed wings with red waxy tips of secondaries
Bill is small wide and notched high thin calls
Square tail with terminal yellow band
Common Nebraska species ndash Bohemian and cedar waxwings
Wood Warblers (Family Parulidae -)
WHAT TO LOOK FOR
Brightly colored (mostly yellow) birds
Smaller than sparrows with thin needle-like bills
Common Nebraska species ndash approx 34 warblers ovenbirds yellow-breasted chats and
waterthrush
New World Sparrows (Family Emberizidae -)
WHAT TO LOOK FOR
Small to medium-sized birds - often brown streaked appearance
Rounded wings cone-shaped bills
Common Nebraska species ndash 20 sparrows towhees longspurs dark-eyed juncos snow and
lark buntings
Cardinals and Allies (Family Cardinalidae )
WHAT TO LOOK FOR
Medium to large songbirds
Have large cone-shaped bills
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 46
Males often very colorful
Common Nebraska species ndash northern cardinals rose-breasted and black-headed grosbeaks
indigo bunting dickcissel
Blackbirds Orioles and Allies (Family Icteridae)
WHAT TO LOOK FOR
Medium to large songbirds with strong straight bills
Strong-direct flight
Plumage varies from iridescent black to yellow to orange
Common Nebraska species ndash Bobolink eastern and western meadowlarks red-winged and
rusty blackbirds common and great-tailed grackles orchard Baltimore and
Bullockrsquos orioles brown-headed cowbird
Finches and Allies (Family Fringillidae)
WHAT TO LOOK FOR
Small to medium songbirds
Have conical bills and forked relatively short tails
Fly fast and undulate through the air giving high-pitched calls in flight
Common Nebraska species ndash gray-crowned rosy purple Cassinrsquos house finches red
crossbill white-winged crossbill common redpoll pine siskin American goldfinch
evening grosbeak
Old World Sparrows (Family Passeridae)
WHAT TO LOOK FOR
Stouter bodies shorter legs and thicker bills than native sparrows
Have a simple song repeating single elements with no particular rhythm or beginning
And end vocalize all day and year-round
Common Nebraska species ndash house sparrow (introduced)
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 47
Geology and Natural History of Nebraska
Being Developed by Jon Garbisch Cedar Point Biological Station jgarbisch2unledu
bull Geological history of Nebraska
bull Present geological formation of regions
bull General soil types
bull Geological landforms and related habitats
What we currently use
Theme
Nebraska geology formed over millions of years through the erosion of mountains the deposition of
sediments and the flow of water and ice shaping the landscape that we call home
Goal
Attendees will develop an understanding of the natural processes that influenced and built Nebraska
and in so doing develop a greater appreciation for the geology and how it relates to all other aspects of
the statersquos identity
Objective(s)
The Master Naturalists attendees will be able to use the knowledge they have gained to better
understand the surface and subsurface geology at any location in the state that they may find
themselves working
How will it be measured
Attendees will be able to use the knowledge gained to actively interpret general Nebraska geology by
completing activities in the form of hand-out diagrams biostratigraphic fossil correlations
interpretation of rock type hand specimens and visual description of the Geology on the trail at Camp
Brewster Fontenelle Forest
Introduction
Nebraska geology formed over millions of years through the erosion of mountains the deposition of
sediments and the flow of water and ice shaping the landscape that we call home (Hand out agenda)
Geology is rooted in the 3 rock groups that exist on planet Earth and so familiarity with
o these groups gives us a solid foundation for all other geologic interpretation
A half hour will be spent handling examples from each rock group
o 3 groups 3 tables with one rock type on each table each group spends 10 minutes at
each table
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 48
The Geologic Time Scale is a record over time of the Earths major geologic events and we
can use it to help us understand how and when Nebraska took shape
The natural agents of change which have shaped our state include oceans rivers wind
o and ice
The geologic time periods in Nebraska are represented by rock layers (or not) which occur all
around the state and have been named so that no matter where you are in the state you can
correlate the strata to the time scale (fossilsisotopes)
6 Geologic Principles will be discussed so that when the MN is in the field they can be used as an
aid in basic geologic interpretation
Conclusion
Nebraska geology formed over millions of years through the erosion of mountains the deposition of
sediments and the flow of water and ice shaping the landscape that we call home Geology supplies us
a record of the events that have shaped our Earth by learning the language in which the Earth script is
written we will be able to interpret and share the story of our state of Nebraska This understanding will
aid in us in relating to other areas influential and important to the state
Places to Go (places to see examples of Nebraska geology)
a Agate Fossil Beds National Monument Lower Miocene fossil mammal site including abundant body fossils of ancient mammals and prominent fossil rodent burrows
b Ashfall State Park Upper Miocene fossil mammal assemblage found in ash derived from an eruption of a predecessor to the Yellowstone volcanic field c Chimney Rock National Historic Site Oligocene and Lower Miocene continental sedimentary rocks deposited as sediments by wind and steams
d Hummel Park (Omaha) outcrops of Pleistocene glacial till and loess
e Lincoln area Capitol Beach Lake and history of saline waters and salt industry flooding history of Antelope and Salt creeks building stones in downtown area brick industry University of Nebraska State Museum
f Louisville area outcrops of Upper Pennsylvanian marine sedimentary rocks
g Valentine area and Niobrara National Wildlife Refuge Niobrara River Canyon and Cenozoic stratigraphy
h Niobrara State Park Upper Cretaceous marine sedimentary rocks (Niobrara Formation and Pierre Shale) landslides along Missouri River anthropogenic changes in Missouri River Niobrara River and Mormon Canal
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 49
i Downtown Omaha removal of loess from hills in downtown area engineering of Missouri River (eg groins bank armoring etc) visible at Bob Kerrey Memorial Bridge deep bedrock water wells at old industrial sites
j Platte River State Park Upper Pennsylvanian marine sedimentary rocks and overlook of Platte River
k Ponca State Park Upper Cretaceous marine sedimentary rocks (uppermost Dakota Formation through Greenhorn Limestone)
l Rock Creek State Historical Park middle Cretaceous Dakota Formationmdashfluvio-estuarine continental deposits
m Schramm Park Upper Pennsylvanian marine sedimentary rocks
n Scotia and Happy Jack Chalk Mine Upper Miocene lake deposit In Ogallala Group
o Scotts Bluff National Monument Oligocene and Lower Miocene continental sedimentary rocks deposited as sediments by wind and steams
p Smith Falls State ParkCenozoic stratigraphy Niobrara River waterfalls as knick points
q Toadstool Park and nearby areas continental sedimentary rocks of upper Eocene Chadron Formation Pine Ridge escarpment Trailside Museum and Ft Robinson State Park
r Weeping Water area Upper Pennsylvanian marine sedimentary rocks
s Wildcat RidgeHillsescarpment on Oligocene and Lower Miocene continental sedimentary rocks deeply eroded into canyons buttes and pinnacles by stream erosion during and after the Late Pliocene
t Indian Cave State Park and Iron Horse Trail south of Peru Upper Pennsylvanian Indian Cave Sandstone (fluvio-estuarine deposit) and sandstone cave
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 50
North American Model and Outdoor Skills Developed by Jeff Rawlinson Assistant Division Administrator Information and Education Nebraska Game and Parks Commission jeffrawlinsonnebraskagov
OUR North American Model of Conservation
Perhaps no other story is more compelling and more important in American history as that of how
our natural resources came to be one of the most important elements in our lives The history of our citizenryrsquos strong land ethic ties us to the natural world long after other nations have forgone this relationship We value how the common person from a common family can participate in the thrill of the chase experiencing wildness to its fullest
The North American Model of Conservation is a philosophy that the United States and Canada have
developed to manage wildlife in a sustainable way Historians debate how this land ethic began Some
say our model of conservation began in 1937 with the passage of the PittmanRobertson Act a move that provided funding for wildlife conservation at the national and state level The source of this funding came from the sale of hunting and shooting equipment Others may say that it began when the conservation giant President Theodore Roosevelt brought management of natural resources to the
political forefront Others would argue our Model of conservation was birthed under the Magna Charta which transferred the ownership of wildlife from the King of England and the English nobles to the all of
the people of England In reality however our Model has been under development for several hundred years combining what we have learned from other nations peoples cultures and experiences to shape a philosophy ingrained in our culture supported by hunters anglers and shooting sports enthusiasts
benefiting all wildlife and wild lands in the United States
First Wildlife Managers The concept of managing wildlife or natural resources was not conceived by our young nation For
thousands of years humanity has been manipulating and controlling the land and all its inhabitants to benefit our needs Ever since the first hunter followed that wooly creature across the Bering Straight embarking on an epic journey that would result in settling of North America man has ldquomanagedrdquo
wildlife in North America
Throughout history many leaders have shown some element of concern or conservation ethic towards wildlife The great Kublai Khan grandson of Genghis Khan and founder of the Yuan Dynasty in China forbade harvesting of many species of wildlife during critical reproductive months of March
through August so species could ldquoincrease and multiplyrdquo Conservation of wildlife is even found in Mosaic Law in Deuteronomy 226 representing some of the first written wildlife management idealsmdashldquo If you come across a birdrsquos nest in any tree or on the ground with young ones or eggs and
the mother sitting on the young or on the eggs you shall not take the mother with the youngrdquo (English Standard Version 2001)
As populations expanded throughout Europe wildlife resources fell under ownership of powerful kings
who enacted harsh punishments for anyone found taking the kingrsquos game In 1215 a rebellion against King John of England resulted in the Magna Charta transferring ownership of lands and game from the crown to the people This ldquoprivatizingrdquo of wildlife ownership had profound impacts America over 500 years later
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 51
Era Of Abundance (1600 ndash 1850) When our forefathers first landed on the eastern shores of America they brought with them science
religion and a new hope They found plentiful game and soon began a relationship with the land that provided them with many of their daily needs Wildlife was viewed as a limitless resource in a relatively untapped land These early settlers had left Europe where few had access to wildlife and entered a world where everyone had access Furs feathers hides all had value to this young country In 1776 the Declaration of Independence revoked the Kingrsquos rights to land and people in this new world After a
bloody war led by revolutionaries such as Washington Hamilton Jefferson and Adams the United States gained its independence and the land and wildlife belonged to everyone
Era Of Exploitation (1850 ndash 1900)
The 1800s brought a commercialization of our wildlife resources Market hunting and habitat
destruction began to decimate wildlife populations such as the American Bison and Passenger Pigeon After the American Revolutionary War and the Civial Warmdashwhich nearly destroyed our ldquodemocratic
experimentrdquo all togethermdashfew people were looking after the interest of wildlife and even fewer rules
existed governing the management of a resource everyone had ownership of yet no one had responsibility for
The railroad provided settlers with the means to access new lands expanding the markets for meats hides and fur Advancements in technology such as the repeating rifle further aided the unbridled
destruction of wildlife resources Yet throughout this era something positive was growing The people of this new nation were developing a relationship with the land By 1842 a Supreme Court ruling had huge impacts on this developing model of conservation resulting in a Public Trust Doctrine that would
further outline a model for conserving our natural resources Conservation was developing some direction but had no money or laws to support it
Era Of Protection (19001930) The early 1900s brought an industrial boom Abuse of natural resources had taken its toll and throughout the Nation and evidence of this abuse could be seen in the loss of species such as the
passenger pigeon near loss of the American bison and in many large mammals including whitetailed deer and our once numerous waterfowl species America was becoming an economic giant yet through
the roar of machines both political and metal a small voice could be heard It was the hunter and their voice was of concern for the direction our wildlife resources were heading Conservation minded men and women had continued a relationship with the land and the wildlife
Era of Game Management (1930 ndash 1966) The ldquodirty thirtiesrdquo were marked by the dust bowl and an impoverished nation Agricultural practices
unchecked by environmental stewardship had left the Nationrsquos heartland in ecological peril Politically the conservation movement was supported by the footings laid by Theodore Roosevelt New federal acts moved forward to provide for environmental protection due to the outcry of hunters in panic over the vanishing wildlife resources of the Nation
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 52
Wildlife conservation had support yet it lacked the science to properly manage our Nationrsquos resources A young biologist name Aldo Leopold changed all this with his writings including the book Game
Management which led to Universities across the country developing wildlife conservation programs These programs spawned a new breed of professional game managers who utilized science to support management methods that ultimately lead to the greatest wildlife conservation success story in the world In 1937 the PittmanRobertson Act provided thousands of jobs for young professionals along with ldquogame wardensrdquo supported by individual states to further the development of the Conservation Model
which now had science and funding to support it
Era of Environmental Management (1966 ndash Present) Science and funding led to a broadening view of conservation as focus shifted from managing ldquogame
animalsrdquo to managing the entire biota (environment and all living things in it) Further federal acts such
as the Endangered Species Act of 1966 and the National Environmental Policy Act of 1969 provided greater protection for species by a nation that had finally changed its course providing time to review
and perfect conservation efforts Recent acts such as the 1980 Farm Bill continued the effort to help
landowners provide quality habitat for wildlife and hunters by providing incentives to landowners to set aside highly erosive lands and plant them into wildlife habitat (grasslands) that benefit wildlife and hunters
The story of our unique model of conservation is still being written New challenges today threaten our
coveted resources and new professionals are entering the arena to further the plight of our Nationrsquos wildlife and hunting heritage
Seven Pillars of the Model
Seven main pillars have been highlighted as the foundation of support for the North American Model
of Conservation These include
The Public Trust The wildlife of the United States are owned by the people This is very different from the European Model where wildlife is privately owned The North American Model recognizes wildlife as a public
resource that is so important it can not be owned or managed by any one segment of our society but rather managed by professional state and federal entities for the benefit of all This concept known as
the Public Trust Doctrine began development in 1842 when the Supreme Court ruled that the Magna Charta had settled the question of who owns fish and wildlife and that King Charles II did not have the authority to give away the ldquodominion and propertyrdquo of lands in colonial America The court further ruled that since the American Revolution the people held public trust responsibilities for fish and wildlife except for rights specified in the US Constitution
Prohibition on Commerce
It was the hunter who brought forth stringent laws that protected wildlife from peril in the 19th
and 20th
centuries Because we all own and appreciate our wildlife as a national resource they should never find themselves on the public market to the highest bidder This path led to a largescale loss of many species
including the Passenger Pigeon and the near loss of the American bison As our country was developing these practices were common as people moved west in search of prosperity capitalizing on a land seemingly untouched by the modern world Today many laws in place serve to protect our most
valuable resourceshellipour wildlife
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 53
Democratic Rule of Law Each citizen of this great nation has the ability and responsibility to engage in healthy politics that serve
to support and protect sound wildlife conservation measures Our first conservation measures in this Country habitat restoration simple harvest restrictions and bag limits came from hunters people who respected the game they pursued and loved the wild places they chased them in The North American Model of conservation is built upon active public involvement instilling a value for wildlife in all citizens
Hunting Opportunity for All The Model was developed on the premise that all people regardless of political or economic standing could participate in and feel the thrill of the chase It is this unique Model that provides us with wildlife opportunities for all Americans Imagine how important this was to our fore fathers who left a brutal
King in England where only the aristocracy had any dream of pursuing wild creatures in wild places Our
wildlife laws ensure that each generation that comes after us will have the same opportunity to enjoy and appreciate wildlife
Nonfrivolous Use Our management of wildlife depends on a citizenry that loves and appreciates the wild creatures and the habitats necessary to their survival and our quality of life Wildlife may be utilized under strict rule of
law including utilizing the wildlife once harvested to its best potential Killing wildlife for the sake of killing can only lead to the numbing of hearts to wildlife and a profound lack of respect for our most
precious resources
International Resources
It was not until the 20th
century that hunters and wildlife lovers understood the importance of
managing wildlife at a much larger scale This became readily apparent with the passage of the
Migratory Bird Treaty Act of 1918 where nations came together to manage wildlife resources as a
collective Wildlife species do not recognize national or state boundaries Governments must work together to be effective in managing wildlife for the benefit of all The United States has made great
strides in this area with Mexico and Canada Our wildlife is not only a resource to us but to all continents they may call home throughout the year Our biologists must think globally to be effective locally
Scientific Management Although Theodore Roosevelt brought conservation to the political forefront it was a young forester from Iowa that made the study of wildlife management a science Aldo Leopold is considered by many
as the ldquofather of wildlife managementrdquo due to his tireless efforts to develop curriculum for future wildlife biologists Today our biologists earn their opportunity to manage wildlife through prominent
Bachelor Masters and Doctorate degree programs from Universities around the world Wildlife must be managed using fact science and the latest research We are constantly learning and adapting to new technology and changing environments For such an important resource we cannot afford to have it any other way
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 54
Nebraska Master Naturalist Specializations Certifying as a Specialist ldquoFollow your own natural geniusrdquo wrote Thoreau ldquoand it will not fail to show you a fresh prospect every hourrdquo Many of us learn by doing When our curiosity and interests carry us into deeper study of a given subject it can be helpful to have clear opportunities to pursue Thus the Nebraska Master Naturalist Program offers specialized voluntary training for those who are hungry to develop and apply their particular skill and personal understanding on behalf of our natural legacy Specializations are designed to create collaborators leaders and mentors in four key areas
Interpretation and Outreach
Outdoor Skills and Recreation
Resource Management
Citizen Science Master Naturalist Certification Requirements Annual Requirement o 8 Hours Training Annually o 20 Hours of Volunteerism Annually Master Naturalist Specialization Requirement One Time Requirement o 20 Hours of Training Total Specific to Specialization Annual Requirement o Additional 20 Hours of Volunteerism Annually Specific to Specialization (does not include initial Certification annual requirement hours)
OUTDOOR SKILLS AND RECREATION SPECIALIZATION The purpose of OUTDOOR SKILLS AND RECREATION is to promote activity and development of skills in the outdoor pursuits associated with natural resources Specializations are designed to create collaborators leaders and mentors in particular areas A Certified Nebraska Master Naturalist can complete the Outdoor Recreation Specializationby meeting the following requirements Complete at least one of the workshops or certification‐leading trainings listed below If specialized training is not listed below it can be approved upon request by the Master Naturalist Program Committee Specialized Training Options ‐
Hunter Education Instructor Certification 13 hrs
National 4‐H Shooting Sports Instructor Certification 32 hrs
Nebraska 4‐H Shooting Sports Shotgun Certification 12 hrs
Nebraska 4‐H Shooting Sports Archery Certification 12 hrs
Nebraska 4‐H Shooting Sports Rifle Certification 12 hrs
Nebraska 4‐H Shooting Sports Pistol Certification 12 hrs
Nebraska 4‐H Shooting Sports Muzzleloader Certification 12 hrs
National Archery in the Schools Program Basic Archery Instructor 4 hrs
NRA Range OfficerMaster Certification 8 hrs
Hunt Master Training Instructor 4 hrs
NRA Shooting Instructor 16 hrs
NRA Shotgun Instructor 16 hrs
NRA Rifle Instructor 16 hrs
Boater Education Instructor 12 hrs
Youth Fishing Instructor 5 hrs
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 55
American Canoe Association National CanoeKayak Instructor 16‐32hrs
National Camp SchoolBoy Scouts 16‐24 hrs
Wood Badge TrainingBoy Scouts 16‐24 hrs
Merit Badge Counselor TrainingBoy Scouts 2‐16 hrs
Conservation Leaders for Tomorrow 35 hrs
Wilderness First Aid 16‐32 hrs
Professional Trappers College 40 hrs
American Camp Association Instructor Training 8‐40 hrs
American Red Cross Instructor Training 2‐16 hrs
American Sailing Association Instructor Training 16‐24 hrs
Certified Horsemanship Association Instructor Training 24‐40 hrs
Leave No Trace Master Educator Training 40 hrs
National Outdoor Leadership School 280 hrs
Camp Cook School 32‐96 hrs
Professional Association of Diving Instructors Training 32‐96 hrs
Professional Mountain Bike Association Instructor Training 24 hrs
League of American Bicyclists Instructor Certification 24 hrs
Hunting
Shooting
Fishing
Trapping
Camping
Outdoor Cooking
Orienteering
Geocaching
Photography
Wildlife Viewing
Hiking
Biking
Birding
Becoming an Outdoors‐Woman Program
Wilderness First Aid
Wilderness Survival
Leave No Trace Educator
Service Options ndash Provide a minimum of 20 hours of service annually in the following or similar areas
4‐H leader and youth training outdoor recreation
Scout leader and youth training outdoor recreation
Wild About Nature
Flying WILD Educator or Facilitator Workshop
Becoming an Outdoors Woman (BOW)
Beyond Becoming an Outdoors Woman (BOW)
Family Camp
Learn to Hunt Program
National Archery in the Schools Program BAI training or greater
Mentor HuntHunt Masters Training
After School Programs
Others ndash Upon approval
Outdoor discovery programs volunteer
CRO at a shooting event
Assist with National or State shooting sports competitions
Family fishing day
Design or write a brochure
Develop or contribute to a website
Develop or contribute to a social networking site
Design or write a newsletter
Assist in fundraising
Plan an event or festival
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 56
Interpretation amp Education- Developed By Lindsay Rogers Nebraska Game amp Parks
Commission
Do not try to satisfy your vanity by teaching a great many things Awaken peoplersquos curiosity It is
enough to open minds do not overload them Put there just a spark If there is some good
inflammable stuff it will catch firerdquo
- Anatole France in The Earth Speaks
Session Objectives
To help participants understand the role education plays in sounds ecological conservation
To help participants learn about past and present conservationist and interpretive educators
To help participants learn components of quality education and interpretation
To have participants partake in quality interpretive education
To make sure participants understand that their role is to light the spark and awaken curiosityhellip not spew facts
Lecture Requirements
1 What is interpretation (5 minutes) a What does ldquointerpretrdquo mean b National Association of Interpretation definition of ldquointerpretationrdquo
i Interpretation is a mission-based communication process that forges emotional and intellectual connection between the interests of the audience and the meanings inherent to the resource
c Freeman Tilden Interpreting Our Heritage 1957 i Interpretation is an educational activity which aims to reveal meanings
and relationships through the use of original objects by first-hand experience and by illustrative media rather than simply to communicate factual information
d Components of interpretation i pleasurable or enjoyable
ii relevant to the world iii organized iv themed v sparks an interest
vi includes information but does not stop there links information to the world
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 57
vii age appropriate viii taught to someone not at them
2 What is education (5 minutes)
a What does it mean to ldquoeducaterdquo someone b John Dewey Democracy amp Education 2944
i Education in its general sense is a form of learning in which the knowledge skills and habits of a group of people are transferred from one generation to the next through teaching training or research
c Components of education i - generally presented to someone but not always
ii enjoyable sometimes iii provides knowledge and facts iv can make connections but not always v organized and themed
d Both education and interpretation are important they work together
3 Conservationists (10 minutes) a Jon Muir
i Immigrated from Scotland to Wisconsin in 1849 ii Attended the University of Wisconsin studies botany amp geology
iii Moved to the western US mainly the Sierra Nevada area iv Believed humans were part of the interconnected natural world v Advocated for the preservation of natural areas
vi Co-founded the Sierra Club b Aldo Leopold
i Iowa native attended Yale University ii After college he joined the US Forest Service was stationed in Arizona
and New Mexico iii Developed theories of land ethics the need for biodiversity and an
appreciation for wilderness areas iv Moved to Wisconsin in 1924 became a professor at the University of
Wisconsin v Regarded as the ldquoFather of Conservationrdquo
c Gifford Pinchot i Born in Connecticut in 1905
ii Studied at Yale studies forestry in France iii Named chief of the Division of Forestry (later to become the US Forest
Service) iv First chief of the US Forest Service greatly improved forest
management and increased the size of Forest Service lands
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 58
v Managed forests for the greatest good for the greatest number Pinchot added the phrase in the long run to emphasize that forest management consists of long-term decisions
d Steven Mather i Born in California attended Berkley University
ii Worked for the Pacific Coast Borax Company where he had a talent for promotion Started a competing company made millions
iii When revisiting Sequoia and Yosemite National Parks in 1914 he was appalled by the conditions of the national parks
iv Joined the Department of the Interior as the head of parks later created the National Parks System
v Professionalized the National Parks and helped to greatly grow protected lands
e Rachel Carson i Born in Pennsylvania in 1907 attended John Hopkins University for
graduate school ii Went to work for the US Bureau of Fisheries (later to become the US
Fish amp Wildlife Service) iii Wrote Silent Spring in 1962 The book created an awaking for Americanrsquos
to their responsibility to the environment and wildlife The book lead to the US Government banning the use of DDT
f Theodore Roosevelt i Born in 1858 in New York New York was a sickly child who stayed inside
studying natural history ii An avid outdoorsman he spent much time in the South Dakota Badlands
iii Became President in 1901 with the assignation of President McKinley iv Among many major accomplishments as president he started the
National Parks was instrumental in conserving about 230 million acres
4 Naturalist Interpreters (10 minutes) a Freeman Tilden
i Born 1883 worked as a newspaper columnist and author ii At age 58 he began working with the National Parks Service
iii While traveling to various National Parks he became concerned with the quality of interpretation
iv Wrote Interpreting Our Heritage in 1957 outlines 6 principles to quality interpretation forever changed the field of interpretation
b William Lewis i Worked as a ranger naturalist and interpreter trainer for the National
Parks Service ii Developed the approach of ldquoThematic Interpretationrdquo which requires the
interpreter to choose a central theme (major point) to guide the development of a program
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 59
iii Wrote Interpreting For Park Visitors c Sam Ham
i Director of Center for International Training and Outreach at the University of Idaho
ii Work has focused on applying communication theory to environmental conservation interpretation and on nature-based tourism and guide training
iii Wrote Environmental Interpretation (1992) d Ted Cable
i Professor of Park Management and Conservation at Kansas State University
ii Co-authored Interpreting Cultural and Natural Resources (2003) and Interpretation for the 21st Century Fifteen Guiding Principles for Interpreting Nature and Culture (2002)
5 Conducting an Interpretative Program Try and Fail (60 minutes + 120 minutes of activities throughouthellip see list of Suggested Activities below)
a Experiential Learning i The first time you tried to walk you failed The first time you rode a bike
you failed This is called experiential learning The first time you attempt an educational or interpretation program you will fail thatrsquos how we learn
ii Donrsquot be afraid to fail b Ask Questions about the ProgramPresentation before you commit to leading it c Plan your Program
i Generally I want my presentation to be about Specifically however I want to tell my audience about After hearing my presentation I want my audience to understand (what is the big picture you want them to take home)
1 You do not need (or want) to teach your audience everything you know your job is to light the spark
ii What will your tangibles and intangibles be 1 Tangibles are those things you can touch things you use to teach
when teaching a Examples include a tree a mammal pelt a skull a live
animal a prairie 2 Intangibles involve connecting the tangibles to concepts and the
ideas they represent intangibles are the meanings the relationships the processes the ideas the feelings and the beliefs
a Examples include food webs ecosystem health entropy ecology
iii People remember themes they forget facts
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 60
iv Plan for an organized presentation 1 Think about your overall theme smaller parts of the program and
your transitions v Stick to your theme
vi Determine what type of presentation you will have 1 PowerPoint (avoid) 2 Podium Presentation (avoid) 3 Active taking a hike playing a game etc 4 Hands-on touching feeling trying hearing smelling
vii Think about all the different kinds of learners 1 verbal-linguistic 2 logical-mathematical 3 visual-spatial 4 kinesthetic 5 musical-rhythmic 6 interpersonal (groups) 7 intrapersonal (individual) 8 naturalist
d Know your role as an educator 1 Provide facts and relationships not opinions 2 Allow participants to determine their own opinions and beliefs
using the facts amp relationships you provide them 3 PLAY ldquoFIRST IMPRESSIONSrdquo
e Prepare Prepare Prepare 1 Know the type of space and area you will have (indoor vs
outdoor small space vs vast area etc) 2 Plan for more that you are told 3 Plan for the weather (always expect it to be windy in Nebraska)
f Questions i Ask good questions
1 Is this a fox Vs How do you know this is a fox 2 Do you have any questions Vs What questions do you have
ii Be prepared for quality questions 1 What are the implications for describe the impact of what are
the reasons for iii Be prepared for ldquogoodrdquo questions
1 Do you have ewoks in the forest If a Mountain Lion and an Eagle were to fight who would win
2 Take all questions seriously Answer seriously g Model what you want to see the students do
i If you want a group of students to catch insects help them get active with them
ii This is true when working with children and adults
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 61
1 Working alongside students validates them and their learning h Be enthusiastic show your passion
i This is another form of modeling what you want to see in your students ii We need to excite students (no matter their age) about conservation
nature and the outdoors iii Have fun
6 Take Home Lesson Light the Spark and Donrsquot Be Afraid to Fail
Suggested Activities (amp potential mandatory activities)
Throughout the lesson conduct multiple games andor activities to model good interpretation
Suggested games include but are not limited to
1 Oh Deer (Project WILD) 2 First Impressions (to be done during section 5) (Project WILD) 3 The Long Haul (Project WET) 4 Sum of the Parts (Project WET) 5 Water Quality Ask the Bugs (Project WET) 6 Adaptation Artistry (Flying WILD) or Fashion a Fish (Aquatic Project WILD) 7 Avian Antics (Flying WILD) 8 Pollinators Meet Your Plants (Nebraska Project WILD wwwnebraskaprojectwildorg) 9 Scavenger Hunts (Nebraska Project WILD wwwnebraskaprojectwildorg)
Suggested Post-Readings
Interpreting Our Heritage Freeman Tilden 1957 (4th edition 2008)
ISBN-13 978-0807858677
Interpreting for Park Visitors William Lewis 1981
ISBN-13 978-0890620793
Environmental Interpretation Sam Ham 1992
ISBN-13 978-1555919023
Interpretation for the 21st Century Fifteen Guiding Principles for Interpreting Nature and
Culture Larry Beck amp Ted Cable 2002
ISBN-13 978-1571675224
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 62
Interpretation-Making a Difference on Purpose Sam Ham 2013
ISBN-13 978-1555917425
Foundations of Interpretation Curriculum Content Narrative National Parks Service 2007
httpwwwnpsgovidpinterp101foundationscurriculumpdf
Websites
National Association of Interpretation
wwwinterpnetcom
North American Association for Environmental Education
wwwnaaeeorg
Nebraska Alliance for Conservation and Environment Education
wwwnaceeorg
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 63
Safety in the Field
Developed by Rich Hawes Nebraska Master Naturalist rdhawes26msncom
Objectives
Raise awareness of Risk Managementassessment as part of event planning
Guidelines to safe activities for participants presenters and the environment
Present Leave No Trace Principals as part of all outdoor activities
Present resources for additional training or certification for outdoor activities
Hands on activities to encourage interest and to provoke thought and discussion
Hazards of the area
Outdoor hiking safety
Stewardship of the land and natural resources
Being flexible and working with ldquowhat you haverdquo
Outline
1 Outdoor Activities ndash Whatrsquos The Worst That Can Happen An Introduction to Event Planning and Risk Management
2 Leave No Trace Principals
3 Trip planning and Logistics
4 Health amp Safety
5 Youth Protection
6 Age Appropriate Activities
7 Resource Training and Certifications
a Standard First Aid CPRAED Wilderness First Aid
b Shooting Sports - Range Safety Officer or Instructor
c Hunter Safety Instructor
d Climbing COPE and Zip Lines
e Water Safety Instructor Life Guard Small Boat Handling
f Leave No Trace Trainer or Master Educator
g Tread Lightly Tread Trainer or Master Tread Trainer
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 64
Suggested Activities
CPR Scenario
First Aid Scenario
Weather Scenario
Lost Scenario
Online Resources
American Camp Association
Boy Scouts of America
Youth Protection
Safe Swim Defense
Safety Afloat
Climb On Safely
Weather Safety
Trek On Safely
(etc)
Leave No Trace
Nebraska Game amp Parks
Hunter Safety
Boating Rules amp Regs
National Rifle Association
(Archery groups)
American Red Cross
(wilderness medicine group(s))
NOLS
Tread Lightly
US Coast Guard
NEBRASKA MASTER NATURALIST Explore Contribute Connect
29
Bufonidae or Toad Family
American Toad (Bufo americanus) Occurs only
in eastern part of the state
Great Plains Toad (Bufo cognatus) Occurs
throughout the state
Woodhousersquos Toad (Bufo woodhousei) Occurs
throughout the state
Hylidae or Tree Frogs
Northern Cricket Frog (Acris crepitans) East
and central Nebraska
Western Striped Chorus Frog (Pseudacris
triseriata amp P maculata) Occurs throughout the
state
Copes Gray Treefrog (Hyla chrysoscelis) Found
in eastern part of state
Resources Reptiles and Amphibians of Nebraska ndash herpetology database httpsnrsunleduherpneb
NEBRASKA MASTER NATURALIST Explore Contribute Connect
30
REPTILES Basic Characteristics
1 Ectothermic (cold-blooded) Body temperature is the same as the temperature of its surroundings
2 Dry skin covered with scales or plates
3 Teeth if present are needle-like or conical
4 Skin shed in one piece or several pieces at intervals
5 Lay soft shelled eggs or young born alive in a membranous sac
6 Lung breathing
There are four groups
Lizards - Short-legged long-bodied reptiles
Taped tail Size varies from 4- inch long fence
swift to 10 foot Kamodo dragon
Snakes - Legates cousins of lizards
Turtles - Armored shells
Crocodilians - Crocodiles Alligators Caimans
REPTILE VOCABULARY
Antivenin An antidote to the venom of
venomous snakes produced by inoculating
horses with small doses of venom Horses build
up an immunity or resistance The horsersquos
blood is used to make the antivenin
Blue Stage Refers to the condition of a snake
prior to shedding
Carapace Dorsal (covering the back) shell
Constrictor A term used in describing a snake
that kills its prey by constriction
Ectothermic Not able to control body
temperature (Cold-blooded) Dependent upon
environment to control body temperature
Egg Tooth A sharp projection located in front
of nose on upper jaw Used by infant reptiles to
cut through eggshell
Fangs Grooved or tubular teeth used to inject
venom
Hemotoxin Venom that attacks the blood
Herpetologist A specialist in reptiles
Jacobsonrsquos Organ A tastesmell sense organ
with two small openings located on roof of
mouth
Thermal Pit A heat sensory pit on side of head
between nostril and eye Allows snakes to track
warm-blooded animals and to strike accurately
especially at night Found only in venomous
snakes known as pit vipers
Neurotoxin Venom that attacks the nervous
system
Oviparous Lays egg
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31
Ovoviviparous Give birth to live young Egg
developed in female and then deposited as a
living young
Plastron Ventral (covering the belly) shell
Reticulated Net-like pattern on skin
Scales Folds of skin covering reptiles
Scutes Single section of shell each sell is made
up of many scutes
Toxic Poisonous
Toxin Poison
Undulating Type of snake locomotion typical of
most snakes - Leaves ldquoSrdquo shape track
Venom Poisonous fluid secreted from glands
and transmitted by bite or sting
Venomous Describes animal containing venom
gland
Nuts amp Bolts of Reptiles
Most reptiles are carnivores (eat meat) Many will eat only live food Some are herbivores (eat
plant material) as well as insectivores (eat insects)
Reptiles often found in water or underground for protection from predators and to help
regulate body temperature Air temperature can change quickly but water and soil
temperature are more constant therefore it helps to regulate the reptiles body temperature
Because they are ectothermic many reptiles live in places that are warm year round In colder
climates reptiles hibernate underground below the freeze line
Most reptile lay eggs and are called oviparous Eggs are buried in sand soil rotted logs etc and
kept warm only by heart from the sun or from rotting vegetation Very few reptiles stay around
to protect their eggs Some reptiles keep their eggs inside their bodies until they hatch and
produce live young (ovoviviparous) Example - garter snakes Very few reptiles care for or feed
their young Young are precocial able to look after themselves minutes after they hatch
Most snakes are harmless Even snakes that are venomous will not bite unless they are
cornered or stepped on Snakes are good and necessary animals They help control potential
destructive populations of rodents
Listed below are the orders and examples of common species found in Nebraska
ORDER CHELONIA Basic Characteristics
1 Contains all forms of turtles and tortoises
2 Has body enclosed in a shell made of
modified horny scales and bone Shell made of
two parts Carapace - upper part covering
animalrsquos back Plastron-under part covering
animalrsquos stomach amp chest
3Ribs and most of vertebrae attached to shell
4 Neck long and flexible and can usually be
withdrawn into shell
5 Have no teeth but jaws outfitted with horny
beaks
6 All lay eggs Usually bury eggs in pit in sand or soil Hatchlings must dig themselves to the surface
NEBRASKA MASTER NATURALIST Explore Contribute Connect
32
Examples of Turtles found in Nebraska Snapping Turtle (Chelydra serpentina)
Blandingrsquos Turtle (Emydoidea (Emys)
blandingii) Protected Species
False Map Turtle (Graptemys
pseudogeographica) Protected Species
Ornate Box Turtle (Terrapene ornata)
Smooth Softshell (Apalone mutica)
Spiny Softshell (Apalone spinifer
SUBORDER LACERTILA (lizards) Basic Characteristics
1 Dry scaly skin clawed feet external ear
openings
2Have movable eyelids - snakes do not
3 Males and females often show different
coloration
4 Generally diurnal but many nocturnal
(geckos night lizards Gila Monsters)
5 Courtship brief fertilization is internal
6 Most are egg layers
Examples of Lizards of Nebraska
Six-line Racerunner (Cnemidophorus sexlineatus Five-line Skink (Eumeces fasciatus)
Many-lined Skink (Eumeces mulitvirgatus)
Great Plains Skink (Eumeces obsoletus)
Slender Glass Lizard (Ophisaurus attenautus)
Lesser Earless Lizard (Holbrookia maculate)
Northern Prairie Lizard (fence lizard)
(Sceloporus undulates)
SUBORDER SERPENTES (Snakes) Basic Characteristics
1 Elongated scaly bodies (to protect from water
loss) no limbs external ear opening or eyelids
(eye covered with a clear scale)
2 Terrestrial subterranean arboreal
amphibious
3 Carnivores swallow prey whole
4 Continue to grow throughout their lives
6 Hibernate in colder climates
7 Males locate females by scent
8 Internal fertilization
9 Some lay eggs others bear live young
11 Vipers (venomous snakes) have heat-
sensing organs called thermal pits
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33
12 Teeth slanted back If one is lost another drops down in itrsquos place
Examples of snakes found in Nebraska
Black Rat Snake (Elaphe obsoleta)
Great Plains Rat Snake (Elaphe guttata)
Bullsnake (Pituophis catenifer)
Common Kingsnake (Lampropeltis getula)
Eastern Hognose Snake (Heterodon
platyrhinos)
Western Hognose Snake (Heterodon nasicus)
Glossy Snake (Arizona elegans)
Milk Snake (Lampropeltis triangulum)
Plains Garter Snake (Thamnophis radix)
Common Garter Snake (Thamnophis sirtalis)
Racer (Coluber constrictor)
Pit Vipers
Copperhead (Agkistrodon contortrix) found in extreme southeast Nebraska
Massasauga (Sistrurus catenatus) Found in southeast Nebraska Protected Species
Prairie Rattlesnake (Crotalus viridis) Found in central and western parts of the state
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 34
Birds What Makes a Bird a Bird IMPORTANT CHARACTERISTICS
So what makes a bird a bird All birds share one common characteristic that no other animal has and
that is FEATHERS Other characteristics include
Maintain high constant body temperature Endotherms (warm-blooded)
Possess toothless beaks or bills
All lay hard-shelled eggs (oviparous)
Air sacs in birdrsquos body give buoyancy
Generally bones are hollow Decreases body weight
Four-chambered heart
Lend Me Your Ear Yes birds have ears but they are missing the pinna or outside part of the ear that collects sound Birds
have feather-covered openings on both sides of the head just behind the eyes Owls and other night-
flying birds have off-setting ears that allow them to pinpoint the exact position of prey
Can birds smell We are not quite sure how well most birds smell We do know vultures use the sense of smell to find
their dinner The champion bird sniffer belongs to kiwi found in New Zealand They are able to sniff out earthworms Some diving birds like cormorants cannot even breathe through their nostrils because they are sealed Ocean birds have special glands in their noses which eliminates salt from the salty water they drink
Eggs Birds lay hard-shelled eggs made mostly of carbon carbonate The hard shell keeps the egg from drying
out and allows parents to sit on it without damaging the developing chick Though the shells are hard it
does not mean that they are non-porous Microscopic pores allow the embryo to ldquobreatherdquo Carbon
dioxide and oxygen can pass through the shell
Eggs come in all sizes colors and patterns We believe that the different colors and patterns are
intended as camouflage Blue and green eggs are found in nests that are in the shade Patterned eggs
blend in with vegetation and stones and white eggs are normally found in cavities
The shape of eggs also depends on where a bird nests The most common shape is oval A pointed egg
is usually found near ledges Round eggs are generally found in highly secure nests
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 35
Commonly Seen Bird Families of Nebraska
Grebes (Family Podicipediae ndash rump foot)
WHAT TO LOOK FOR
Sleek diving waterbirds - small to medium size
Most have sharp pointed bills with fairly long necks short wings and almost no tail
Have lobed toes and legs set far back on body
Common Nebraska species - Pied-billed horned eared western and Clark grebes
Pelicans (Family Pelecanidae ndash an ax)
WHAT TO LOOK FOR
Very large waterbirds
Huge bills with large distensible pouches
Most are white with black flight feathers ndash wingspan 6-9 feet
Common Nebraska species ndash American White Pelican
Cormorants (Family Phalacrocoracidae ndash bald raven)
WHAT TO LOOK FOR
Large diving waterbird shaped like an elongated goose
Long neck and long bill hooked at the end
Wing span 3-5 feet Mostly dark in color
Common Nebraska species ndash Double-crested cormorant
Herons Egrets and Bitterns (Family Ardeidae - )
WHAT TO LOOK FOR
Medium to large wading birds
Usually with long legs bills and S-shaped neck
Short rounded tails
Common Nebraska species ndash American and least bitterns great and snowy egrets little
blue egret cattle egret great blue green black-crowned night and
yellow-crowned night herons
Ibises (and Spoonbills) (Family Threskiornithidae ndash sacred bird)
WHAT TO LOOK FOR
Medium to large wading birds
Long necks and legs with a duck-like body
Long tapering down-curved bill Common Nebraska species ndash white-faced ibis
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 36
Vultures (Family Cathartidae ndash cleanser)
WHAT TO LOOK FOR
Large soaring scavengers
Resemble eagles and large hawks in flight
Head and neck void of feathers bill hooked
Hold wings in a raised V-shape (dihedral)
Common Nebraska species ndash turkey vulture
Duck Geese and Swans (Family Anatidae ndash waterfowl)
WHAT TO LOOK FOR
Medium to large waterbirds
Large heads with conspicuous and horizontally flattened bills
Long necks heavy bodies relative short tails webbed feet and long wingspan Major differences between duck geese and swans
Ducks
Smallest of the three Have a soft swelling about the nostrils called a cere
Males of most ducks are easily separated from females by their gaudier plumage Feathers are
molted twice a year
Most males change into nuptial plumage after pair formation in the fall There may be some
modification of shape of a single feather or entire regions of plumage
Most species are sexually mature at 9 - 11 months
Males take no part in incubation
Geese
Neck shorter than body
Lore (area between eye and bill) feathered and more bluntly triangular than ducksrsquo
Sexes are similar
Permanent pair bonding
Molt once per year postnuptially
Sexually mature at 3 years
Males protect female clutch and brood after hatching
Young stay with parents for almost a year
Legs of most geese are farther forward under the belly than those of typical swans and ducks
Swans
Longest necks - necks slightly longer than body
Lore is naked
Sexes are similar
Molt once per year postnuptially - parents molt one after the other so one is able to fly
Young are carried on parentsrsquo backs
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 37
Sexually mature at 4 -5 years
Hawks and Allies (Family Accipitridae ndash to grasp or take)
Medium to very large diurnal raptors
Hooked beak strong legs and sharp talons
Buteos (buzzard hawks)
Stocky with broad wings wide tails
Soar and wheel high in the sky
Common Nebraska species ndash red-shouldered broad-winged Swainsonrsquos red-tailed
ferruginous rough-legged hawks
Accipiters (true hawks)
Small heads short rounded wings longish tail slender bodies
Fly with several rapid beats and a glide Common Nebraska species ndash sharp-shinned hawk Cooperrsquos hawk northern goshawk
Harriers
Slim body with slim round-tipped wings
Fly in open country gliding low with wings lifted in a V (dihedral)
Species in Nebraska - northern harrier
Kites
Small falcon shaped buoyant gliders not power-fliers
Common Nebraska species ndash Mississippi Kite
Osprey
Soar high on long swept-back wings
Broad tail short-headed appearance
Often travel in pairs
Eagles
Large very broad bodied with broad long plank-like wings massive head and bill
Soar steadily holding wings flat out to the side
Powerful wing beat on upstroke wings raised high Common Nebraska species ndash bald and golden
Falcons (and caracaras) (Family Falconidae - )
WHAT TO LOOK FOR
Small to large compact fast-flying raptors
Long pointed wings bent at the wrist - Strong rapid wing strokes
Common Nebraska species ndash American kestrel gyrfalcon peregrine falcon prairie falcon
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 38
Grouse Turkeys and Pheasants (Family Phasianidae ndash cock or fowl-like bird)
WHAT TO LOOK FOR
Ground dwelling birds with feather nostrils
Short strong bills and short rounded wings
Flight strong but brief
Males perform elaborate courting displays
Common Nebraska species ndash ring-necked pheasant sharp-tailed grouse greater
prairie chicken wild turkey
New World Quail ( Family Odontophoridae ndash bearing teeth)
WHAT TO LOOK FOR
Ground dwelling bird found in brushy habitat and other dense low foliage
Chunky rounded bodies and crests or head plumes
Chicken-like bill short rounded wings
Common Nebraska species - northern bobwhite
Rails and Coots (Family Rallidae - )
WHAT TO LOOK FOR
Marsh birds with short tails and stubby wings
Secretive and identified chiefly by call and habitat
Rails are laterally flattened ldquoThin as a railrdquo Coots are plumper and gregarious
Common Nebraska species ndash yellow rail black rail king rail Virginia rail sora common
moorhen American coot
Cranes (Family Gruidae - )
WHAT TO LOOK FOR
Tall stately wetland birds with long necks and long bills
Tertial flight feathers droop over rump in a bustle when standing
Fly with necks fully extended
Circle in thermals like raptors
Common Nebraska species - sandhill and whooping cranes
Plovers and Killdeer (Family Charadriidae ndash nocturnal waterbird)
WHAT TO LOOK FOR
Small to medium shorebirds that dart across the ground stop and then take off again Upright posture with medium length legs and long pointed wings
Rounded head large eyes thick neck with a short thick bill
Common Nebraska species ndash black-billed American golden snowy semipalmated piping
plovers and killdeer
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Page | 39
Stilts and Avocets (Family Recurviostridae- bent bill)
WHAT TO LOOK FOR
Tall slim shorebirds
Long thin bill very long slender legs long neck striking black-and-white plumage Stilts have straight bills avocets have re-curved bills
Common Nebraska species ndash American avocets black-necked stilt
Sandpipers and Phalaropes and Allies (Family Scolopacidae ndash woodcock)
WHAT TO LOOK FOR
Diverse group of shorebirds
Long toes and long tapered wings
Bill and leg length varies but bill more slender than a ploverrsquos
Plumage browns grays and whites with reds and oranges during breeding season
All but one species have short elevated hind toe
Species found in Nebraska include common snipe ruddy turnstone phalaropes sandpipers
woodcocks godwits whimbrels willets etc
Dowitchers
WHAT TO LOOK FOR
Medium sized chunky dark shorebird
Long straight bills and distinct pale eyebrows
Feed in mud or shallow water in a rapid jabbing motion
Phalaropes
WHAT TO LOOK FOR
Often spin like a top in water when feeding
Female larger and more colorful than male
Male tends incubates and cares for chicks
Common Nebraska species ndash Wilsonrsquos and red-necked phalaropes
Gulls Terns and Allies (Family Laridae ndashsea birds)
Gulls
WHAT TO LOOK FOR
More robust with wider wings and longer legs than terns
Bill slightly hooked tail square or rounded - Seldom Dive
Common Nebraska species ndash Pomarine Jaeger Franklinrsquos little Bonapartersquos ring-
billed California Herring Thayerrsquos lesser black-backed glaucous
Sabinersquos gulls black-legged kittiwake
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 40
Terns
WHAT TO LOOK FOR
Graceful more streamline than gulls
Usually has a forked tail ndash most whitish with black cap
Sharp-pointed bill - Hoover and dive headfirst for fish
Common Nebraska species ndash Caspian common Foresterrsquos terns
Pigeons and Doves (Family Columbidae ndash dove)
WHAT TO LOOK FOR
Plump fast flying cooing voice
Short legs and necks and small heads short bills
Tail fan-like rounded or pointed
Pigeons larger than doves
Common Nebraska species ndash rock mourning Eurasian collared doves
Cuckoos Roadrunners and Anis (Family Cuculidae - )
WHAT TO LOOK FOR
Slender with a long tail at least half of the birdrsquos total length
Fairly large sturdy decurved (curving down) bill
2 toes forward 2 back (zygodactyls)
Common Nebraska species - black-billed cuckoo and yellow-billed cuckoo
Barn Owls (Family Tytonidae -)
WHAT TO LOOK FOR
Slim medium sized night hunter
Legs are long and sparsely feathered
Large head with large forward-facing immovable eyes
Heart-shaped face hooked beak and ghostly appearance
Typical Owls (Family Stigidae ndash night bird)
WHAT TO LOOK FOR
Generally night hunters
Large heads flatten face with large forward-facing immovable eyes hooked beak
Mottled appearance some with feather tuffs upright stance
Common Nebraska species ndash eastern screech great horned burrowing barred long-eared
short-eared northern saw-whet owls
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 41
Nighthawks and Nightjars (Family Caprimulgidae ndashgoat sucker)
WHAT TO LOOK FOR
Nocturnal or crepuscular
Big tail large eyes tiny bills surrounding a large gaping mouth
By day sit horizontally on limb or on ground
Easiest to identify by voice
Common Nebraska species ndash common nighthawk common poorwill chuck-willrsquos-widow
Whip-poor-will
Swifts (Family Apodidae ndash without feet)
WHAT TO LOOK FOR
Small to medium sized aerial foragers ndashspend most of life flying
Long sickle-shaped wings bending close to body and extremely short legs
Eat bathe drink and sometime mate in the air
Common Nebraska species - chimney swift white-throated swift
Hummingbirds (Family Trochilidae ndash small bird)
WHAT TO LOOK FOR
Tiny body long slender bill
Distinctive blur and hum of hovering wings
Jewel-like throat feather found on male
Common Nebraska species ndash ruby-throated broad-tailed and rufous hummingbirds
Kingfishers (Family Alcedinidae - kingfisher)
WHAT TO LOOK FOR
Small to medium size
Thickset with short neck and tail small feet
Large head with a ragged crest and long strong bill
Sit on lines and low branches near water or hovers above water
Plunges head first into water to catch fish
Common Nebraska species ndash belted kingfisher
Woodpeckers (Family Picidae ndash woodpecker)
WHAT TO LOOK FOR
Arboreal (tree) birds
Vertical posture creep up trees
Strong chisel-like bill short legs stiff tail feathers rounded wings
Undulating flight pattern and characteristic bill drumming
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 42
Common Nebraska species ndash Lewisrsquos red-headed red-bellied hairy downy woodpeckers
yellow-bellied and red-naped sapsuckers northern flicker
THE PASSERINES Feet adapted to perching
Tyrant Flycatchers (Family Tyrannidae - lord ruler king)
WHAT TO LOOK FOR
Small to medium perching bird
Large head broad flattened bill pointed wings short legs
Bristly ldquowhiskersrdquo at base of bill
Sit upright on exposed branch and dart out to catch insects
Common Nebraska species - flycatchers pewees kingbirds phoebes kingbirds
Shrikes (Family Laniidae ndash butcher)
WHAT TO LOOK FOR
ldquoButcher birdsrdquo ndash impale prey on thorns (may be to attract a mate and mark territory)
Robin-size bird with hooked bill and masked face with hawk-like behavior
Black gray and white birds
Common Nebraska species - northern and loggerhead shrike
Vireos (Family Vireondae ndash small bird)
WHAT TO LOOK FOR
Small olive- or gray-backed bird with short sturdy cylindrical slightly hooked bill
Can have wing bars and eye-rings or have eye stripes and no wing bars
Often confused with warblers but are chunkier bigger headed thicker billed
Common Nebraska species ndash white-eyed Bellrsquos yellow-throated plumbeous
Cassinrsquos blue-headed warbling Philadelphia red-eyed
Crows and Jays (Family Corvidae ndash raven)
WHAT TO LOOK FOR
Large perching bird with strong longish all-purpose bill to handle variety of foods
Nostrils covered with feathers
Legs scaled in front and smooth behind
Harsh voice and noisy
Bold gregarious
Common Nebraska species - black-billed magpie American crow
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 43
Larks (Family Alauidae ndash lark)
WHAT TO LOOK FOR
Ground dwellers of open fields ndash seldom seen in trees and shrub
Walk rather than hop have an elongated hind toe
Slender billed seed and insect eaters
Yellowwhite face with black facemask horns and breast band
Has musical song often sung in display flight
Common Nebraska species ndash horned lark
Swallows and Martins (Family Hirundinidae ndash swallow)
WHAT TO LOOK FOR
Slim streamline bodies with long pointed angled wings
Tail forked or squared legs and feet inconspicuous
Bill short and wide
Fluid aerialists ndash dart about catching insects
Flocks perch in long rows on branches and lines
Common Nebraska species ndash purple martin northern rough wing bank cliff barn swallows
Chickadees and Titmice (Family Paridae - )
WHAT TO LOOK FOR
Small plump sociable birds with short bills and wings
Active agile ndash often hang upside down to feed
Many times roam in little bands (often leading the group) in search of food
Chickadee ndash no tuff of feathers on head Titmice ndash tufted Common Nebraska species ndash black-capped chickadee tufted titmouse
Nuthatches (Family Sittidae ndash birds that peck bark of tree)
WHAT TO LOOK FOR
Small stout tree-climbers with slightly upturned strong woodpecker-like bills
Stubby squared off tails
Walk down trees headfirst Common Nebraska species ndash red-breasted and white-breasted nuthatches
Creepers (Family Certhiidae -)
WHAT TO LOOK FOR
Small slim tree-dwellers with stiff tails and slender downward curving bill
Primarily brown
Common Nebraska species ndash brown creeper
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 44
Wrens (Family Troglodytidae ndash cave dweller
WHAT TO LOOK FOR
Small stumpy energetic brown birds
Bill slightly down turned loud song
Tails often in ldquocockedrdquo or up-tilted position
Common Nebraska species ndash rock house winter marsh wrens
Kinglets (Family Regulidae -)
WHAT TO LOOK FOR
TINY very active songbirds ndash only certain hummingbirds smaller
Can hover will feeding
Greenish plumage with bright colored crowns Short tails
Common Nebraska species ndash ruby-crowned and golden-crowned kinglets
Gnatcatchers (and Old World Warblers) (Family Sylviidae - )
WHAT TO LOOK FOR
Small birds with slender pointed bills surrounded by rectal bristles
Drab plumage with seasonally changing head patterns
In constant motion
Common Nebraska species ndash blue-gray gnatcatcher
Thrushes (Family Turdidae -)
WHAT TO LOOK FOR
Large-eyed upright postured songbirds - known for their singing ability
Bill is slender straight but not sharp
Often hop along the ground looking for food
Common Nebraska species ndash eastern bluebird veery gray-cheeked Swainsonrsquos hermit
wood thrush American robin
Mockingbirds and Thrashers (Family Mimidae ndash imitator mimic)
WHAT TO LOOK FOR
Well known for their vocal and mimicking ability
Have short rounded wings long legs and tails
Long down-curved bills
Common Nebraska species ndash gray catbird northern mockingbird brown thrasher
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 45
Starlings (and Mynas) (Family Sturnidae - )
WHAT TO LOOK FOR
Medium sized chunky glossy birds with short tails sharp bills
Short triangular to rounded wings
Gregarious bold birds
Pipits (and Wagtails) (Family Motacillidae -)
WHAT TO LOOK FOR
Slender billed brownish ground dwellers with long back toe
Walk briskly rather than hop along the ground
Most species bob their tails up and down
Common Nebraska species ndash American pipit
Waxwings (Family Bombycillidae ndash silk tail)
WHAT TO LOOK FOR
Birds with sleek crest that can be erected
Plump-bodied birds with pointed wings with red waxy tips of secondaries
Bill is small wide and notched high thin calls
Square tail with terminal yellow band
Common Nebraska species ndash Bohemian and cedar waxwings
Wood Warblers (Family Parulidae -)
WHAT TO LOOK FOR
Brightly colored (mostly yellow) birds
Smaller than sparrows with thin needle-like bills
Common Nebraska species ndash approx 34 warblers ovenbirds yellow-breasted chats and
waterthrush
New World Sparrows (Family Emberizidae -)
WHAT TO LOOK FOR
Small to medium-sized birds - often brown streaked appearance
Rounded wings cone-shaped bills
Common Nebraska species ndash 20 sparrows towhees longspurs dark-eyed juncos snow and
lark buntings
Cardinals and Allies (Family Cardinalidae )
WHAT TO LOOK FOR
Medium to large songbirds
Have large cone-shaped bills
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 46
Males often very colorful
Common Nebraska species ndash northern cardinals rose-breasted and black-headed grosbeaks
indigo bunting dickcissel
Blackbirds Orioles and Allies (Family Icteridae)
WHAT TO LOOK FOR
Medium to large songbirds with strong straight bills
Strong-direct flight
Plumage varies from iridescent black to yellow to orange
Common Nebraska species ndash Bobolink eastern and western meadowlarks red-winged and
rusty blackbirds common and great-tailed grackles orchard Baltimore and
Bullockrsquos orioles brown-headed cowbird
Finches and Allies (Family Fringillidae)
WHAT TO LOOK FOR
Small to medium songbirds
Have conical bills and forked relatively short tails
Fly fast and undulate through the air giving high-pitched calls in flight
Common Nebraska species ndash gray-crowned rosy purple Cassinrsquos house finches red
crossbill white-winged crossbill common redpoll pine siskin American goldfinch
evening grosbeak
Old World Sparrows (Family Passeridae)
WHAT TO LOOK FOR
Stouter bodies shorter legs and thicker bills than native sparrows
Have a simple song repeating single elements with no particular rhythm or beginning
And end vocalize all day and year-round
Common Nebraska species ndash house sparrow (introduced)
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 47
Geology and Natural History of Nebraska
Being Developed by Jon Garbisch Cedar Point Biological Station jgarbisch2unledu
bull Geological history of Nebraska
bull Present geological formation of regions
bull General soil types
bull Geological landforms and related habitats
What we currently use
Theme
Nebraska geology formed over millions of years through the erosion of mountains the deposition of
sediments and the flow of water and ice shaping the landscape that we call home
Goal
Attendees will develop an understanding of the natural processes that influenced and built Nebraska
and in so doing develop a greater appreciation for the geology and how it relates to all other aspects of
the statersquos identity
Objective(s)
The Master Naturalists attendees will be able to use the knowledge they have gained to better
understand the surface and subsurface geology at any location in the state that they may find
themselves working
How will it be measured
Attendees will be able to use the knowledge gained to actively interpret general Nebraska geology by
completing activities in the form of hand-out diagrams biostratigraphic fossil correlations
interpretation of rock type hand specimens and visual description of the Geology on the trail at Camp
Brewster Fontenelle Forest
Introduction
Nebraska geology formed over millions of years through the erosion of mountains the deposition of
sediments and the flow of water and ice shaping the landscape that we call home (Hand out agenda)
Geology is rooted in the 3 rock groups that exist on planet Earth and so familiarity with
o these groups gives us a solid foundation for all other geologic interpretation
A half hour will be spent handling examples from each rock group
o 3 groups 3 tables with one rock type on each table each group spends 10 minutes at
each table
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 48
The Geologic Time Scale is a record over time of the Earths major geologic events and we
can use it to help us understand how and when Nebraska took shape
The natural agents of change which have shaped our state include oceans rivers wind
o and ice
The geologic time periods in Nebraska are represented by rock layers (or not) which occur all
around the state and have been named so that no matter where you are in the state you can
correlate the strata to the time scale (fossilsisotopes)
6 Geologic Principles will be discussed so that when the MN is in the field they can be used as an
aid in basic geologic interpretation
Conclusion
Nebraska geology formed over millions of years through the erosion of mountains the deposition of
sediments and the flow of water and ice shaping the landscape that we call home Geology supplies us
a record of the events that have shaped our Earth by learning the language in which the Earth script is
written we will be able to interpret and share the story of our state of Nebraska This understanding will
aid in us in relating to other areas influential and important to the state
Places to Go (places to see examples of Nebraska geology)
a Agate Fossil Beds National Monument Lower Miocene fossil mammal site including abundant body fossils of ancient mammals and prominent fossil rodent burrows
b Ashfall State Park Upper Miocene fossil mammal assemblage found in ash derived from an eruption of a predecessor to the Yellowstone volcanic field c Chimney Rock National Historic Site Oligocene and Lower Miocene continental sedimentary rocks deposited as sediments by wind and steams
d Hummel Park (Omaha) outcrops of Pleistocene glacial till and loess
e Lincoln area Capitol Beach Lake and history of saline waters and salt industry flooding history of Antelope and Salt creeks building stones in downtown area brick industry University of Nebraska State Museum
f Louisville area outcrops of Upper Pennsylvanian marine sedimentary rocks
g Valentine area and Niobrara National Wildlife Refuge Niobrara River Canyon and Cenozoic stratigraphy
h Niobrara State Park Upper Cretaceous marine sedimentary rocks (Niobrara Formation and Pierre Shale) landslides along Missouri River anthropogenic changes in Missouri River Niobrara River and Mormon Canal
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 49
i Downtown Omaha removal of loess from hills in downtown area engineering of Missouri River (eg groins bank armoring etc) visible at Bob Kerrey Memorial Bridge deep bedrock water wells at old industrial sites
j Platte River State Park Upper Pennsylvanian marine sedimentary rocks and overlook of Platte River
k Ponca State Park Upper Cretaceous marine sedimentary rocks (uppermost Dakota Formation through Greenhorn Limestone)
l Rock Creek State Historical Park middle Cretaceous Dakota Formationmdashfluvio-estuarine continental deposits
m Schramm Park Upper Pennsylvanian marine sedimentary rocks
n Scotia and Happy Jack Chalk Mine Upper Miocene lake deposit In Ogallala Group
o Scotts Bluff National Monument Oligocene and Lower Miocene continental sedimentary rocks deposited as sediments by wind and steams
p Smith Falls State ParkCenozoic stratigraphy Niobrara River waterfalls as knick points
q Toadstool Park and nearby areas continental sedimentary rocks of upper Eocene Chadron Formation Pine Ridge escarpment Trailside Museum and Ft Robinson State Park
r Weeping Water area Upper Pennsylvanian marine sedimentary rocks
s Wildcat RidgeHillsescarpment on Oligocene and Lower Miocene continental sedimentary rocks deeply eroded into canyons buttes and pinnacles by stream erosion during and after the Late Pliocene
t Indian Cave State Park and Iron Horse Trail south of Peru Upper Pennsylvanian Indian Cave Sandstone (fluvio-estuarine deposit) and sandstone cave
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 50
North American Model and Outdoor Skills Developed by Jeff Rawlinson Assistant Division Administrator Information and Education Nebraska Game and Parks Commission jeffrawlinsonnebraskagov
OUR North American Model of Conservation
Perhaps no other story is more compelling and more important in American history as that of how
our natural resources came to be one of the most important elements in our lives The history of our citizenryrsquos strong land ethic ties us to the natural world long after other nations have forgone this relationship We value how the common person from a common family can participate in the thrill of the chase experiencing wildness to its fullest
The North American Model of Conservation is a philosophy that the United States and Canada have
developed to manage wildlife in a sustainable way Historians debate how this land ethic began Some
say our model of conservation began in 1937 with the passage of the PittmanRobertson Act a move that provided funding for wildlife conservation at the national and state level The source of this funding came from the sale of hunting and shooting equipment Others may say that it began when the conservation giant President Theodore Roosevelt brought management of natural resources to the
political forefront Others would argue our Model of conservation was birthed under the Magna Charta which transferred the ownership of wildlife from the King of England and the English nobles to the all of
the people of England In reality however our Model has been under development for several hundred years combining what we have learned from other nations peoples cultures and experiences to shape a philosophy ingrained in our culture supported by hunters anglers and shooting sports enthusiasts
benefiting all wildlife and wild lands in the United States
First Wildlife Managers The concept of managing wildlife or natural resources was not conceived by our young nation For
thousands of years humanity has been manipulating and controlling the land and all its inhabitants to benefit our needs Ever since the first hunter followed that wooly creature across the Bering Straight embarking on an epic journey that would result in settling of North America man has ldquomanagedrdquo
wildlife in North America
Throughout history many leaders have shown some element of concern or conservation ethic towards wildlife The great Kublai Khan grandson of Genghis Khan and founder of the Yuan Dynasty in China forbade harvesting of many species of wildlife during critical reproductive months of March
through August so species could ldquoincrease and multiplyrdquo Conservation of wildlife is even found in Mosaic Law in Deuteronomy 226 representing some of the first written wildlife management idealsmdashldquo If you come across a birdrsquos nest in any tree or on the ground with young ones or eggs and
the mother sitting on the young or on the eggs you shall not take the mother with the youngrdquo (English Standard Version 2001)
As populations expanded throughout Europe wildlife resources fell under ownership of powerful kings
who enacted harsh punishments for anyone found taking the kingrsquos game In 1215 a rebellion against King John of England resulted in the Magna Charta transferring ownership of lands and game from the crown to the people This ldquoprivatizingrdquo of wildlife ownership had profound impacts America over 500 years later
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 51
Era Of Abundance (1600 ndash 1850) When our forefathers first landed on the eastern shores of America they brought with them science
religion and a new hope They found plentiful game and soon began a relationship with the land that provided them with many of their daily needs Wildlife was viewed as a limitless resource in a relatively untapped land These early settlers had left Europe where few had access to wildlife and entered a world where everyone had access Furs feathers hides all had value to this young country In 1776 the Declaration of Independence revoked the Kingrsquos rights to land and people in this new world After a
bloody war led by revolutionaries such as Washington Hamilton Jefferson and Adams the United States gained its independence and the land and wildlife belonged to everyone
Era Of Exploitation (1850 ndash 1900)
The 1800s brought a commercialization of our wildlife resources Market hunting and habitat
destruction began to decimate wildlife populations such as the American Bison and Passenger Pigeon After the American Revolutionary War and the Civial Warmdashwhich nearly destroyed our ldquodemocratic
experimentrdquo all togethermdashfew people were looking after the interest of wildlife and even fewer rules
existed governing the management of a resource everyone had ownership of yet no one had responsibility for
The railroad provided settlers with the means to access new lands expanding the markets for meats hides and fur Advancements in technology such as the repeating rifle further aided the unbridled
destruction of wildlife resources Yet throughout this era something positive was growing The people of this new nation were developing a relationship with the land By 1842 a Supreme Court ruling had huge impacts on this developing model of conservation resulting in a Public Trust Doctrine that would
further outline a model for conserving our natural resources Conservation was developing some direction but had no money or laws to support it
Era Of Protection (19001930) The early 1900s brought an industrial boom Abuse of natural resources had taken its toll and throughout the Nation and evidence of this abuse could be seen in the loss of species such as the
passenger pigeon near loss of the American bison and in many large mammals including whitetailed deer and our once numerous waterfowl species America was becoming an economic giant yet through
the roar of machines both political and metal a small voice could be heard It was the hunter and their voice was of concern for the direction our wildlife resources were heading Conservation minded men and women had continued a relationship with the land and the wildlife
Era of Game Management (1930 ndash 1966) The ldquodirty thirtiesrdquo were marked by the dust bowl and an impoverished nation Agricultural practices
unchecked by environmental stewardship had left the Nationrsquos heartland in ecological peril Politically the conservation movement was supported by the footings laid by Theodore Roosevelt New federal acts moved forward to provide for environmental protection due to the outcry of hunters in panic over the vanishing wildlife resources of the Nation
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 52
Wildlife conservation had support yet it lacked the science to properly manage our Nationrsquos resources A young biologist name Aldo Leopold changed all this with his writings including the book Game
Management which led to Universities across the country developing wildlife conservation programs These programs spawned a new breed of professional game managers who utilized science to support management methods that ultimately lead to the greatest wildlife conservation success story in the world In 1937 the PittmanRobertson Act provided thousands of jobs for young professionals along with ldquogame wardensrdquo supported by individual states to further the development of the Conservation Model
which now had science and funding to support it
Era of Environmental Management (1966 ndash Present) Science and funding led to a broadening view of conservation as focus shifted from managing ldquogame
animalsrdquo to managing the entire biota (environment and all living things in it) Further federal acts such
as the Endangered Species Act of 1966 and the National Environmental Policy Act of 1969 provided greater protection for species by a nation that had finally changed its course providing time to review
and perfect conservation efforts Recent acts such as the 1980 Farm Bill continued the effort to help
landowners provide quality habitat for wildlife and hunters by providing incentives to landowners to set aside highly erosive lands and plant them into wildlife habitat (grasslands) that benefit wildlife and hunters
The story of our unique model of conservation is still being written New challenges today threaten our
coveted resources and new professionals are entering the arena to further the plight of our Nationrsquos wildlife and hunting heritage
Seven Pillars of the Model
Seven main pillars have been highlighted as the foundation of support for the North American Model
of Conservation These include
The Public Trust The wildlife of the United States are owned by the people This is very different from the European Model where wildlife is privately owned The North American Model recognizes wildlife as a public
resource that is so important it can not be owned or managed by any one segment of our society but rather managed by professional state and federal entities for the benefit of all This concept known as
the Public Trust Doctrine began development in 1842 when the Supreme Court ruled that the Magna Charta had settled the question of who owns fish and wildlife and that King Charles II did not have the authority to give away the ldquodominion and propertyrdquo of lands in colonial America The court further ruled that since the American Revolution the people held public trust responsibilities for fish and wildlife except for rights specified in the US Constitution
Prohibition on Commerce
It was the hunter who brought forth stringent laws that protected wildlife from peril in the 19th
and 20th
centuries Because we all own and appreciate our wildlife as a national resource they should never find themselves on the public market to the highest bidder This path led to a largescale loss of many species
including the Passenger Pigeon and the near loss of the American bison As our country was developing these practices were common as people moved west in search of prosperity capitalizing on a land seemingly untouched by the modern world Today many laws in place serve to protect our most
valuable resourceshellipour wildlife
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 53
Democratic Rule of Law Each citizen of this great nation has the ability and responsibility to engage in healthy politics that serve
to support and protect sound wildlife conservation measures Our first conservation measures in this Country habitat restoration simple harvest restrictions and bag limits came from hunters people who respected the game they pursued and loved the wild places they chased them in The North American Model of conservation is built upon active public involvement instilling a value for wildlife in all citizens
Hunting Opportunity for All The Model was developed on the premise that all people regardless of political or economic standing could participate in and feel the thrill of the chase It is this unique Model that provides us with wildlife opportunities for all Americans Imagine how important this was to our fore fathers who left a brutal
King in England where only the aristocracy had any dream of pursuing wild creatures in wild places Our
wildlife laws ensure that each generation that comes after us will have the same opportunity to enjoy and appreciate wildlife
Nonfrivolous Use Our management of wildlife depends on a citizenry that loves and appreciates the wild creatures and the habitats necessary to their survival and our quality of life Wildlife may be utilized under strict rule of
law including utilizing the wildlife once harvested to its best potential Killing wildlife for the sake of killing can only lead to the numbing of hearts to wildlife and a profound lack of respect for our most
precious resources
International Resources
It was not until the 20th
century that hunters and wildlife lovers understood the importance of
managing wildlife at a much larger scale This became readily apparent with the passage of the
Migratory Bird Treaty Act of 1918 where nations came together to manage wildlife resources as a
collective Wildlife species do not recognize national or state boundaries Governments must work together to be effective in managing wildlife for the benefit of all The United States has made great
strides in this area with Mexico and Canada Our wildlife is not only a resource to us but to all continents they may call home throughout the year Our biologists must think globally to be effective locally
Scientific Management Although Theodore Roosevelt brought conservation to the political forefront it was a young forester from Iowa that made the study of wildlife management a science Aldo Leopold is considered by many
as the ldquofather of wildlife managementrdquo due to his tireless efforts to develop curriculum for future wildlife biologists Today our biologists earn their opportunity to manage wildlife through prominent
Bachelor Masters and Doctorate degree programs from Universities around the world Wildlife must be managed using fact science and the latest research We are constantly learning and adapting to new technology and changing environments For such an important resource we cannot afford to have it any other way
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 54
Nebraska Master Naturalist Specializations Certifying as a Specialist ldquoFollow your own natural geniusrdquo wrote Thoreau ldquoand it will not fail to show you a fresh prospect every hourrdquo Many of us learn by doing When our curiosity and interests carry us into deeper study of a given subject it can be helpful to have clear opportunities to pursue Thus the Nebraska Master Naturalist Program offers specialized voluntary training for those who are hungry to develop and apply their particular skill and personal understanding on behalf of our natural legacy Specializations are designed to create collaborators leaders and mentors in four key areas
Interpretation and Outreach
Outdoor Skills and Recreation
Resource Management
Citizen Science Master Naturalist Certification Requirements Annual Requirement o 8 Hours Training Annually o 20 Hours of Volunteerism Annually Master Naturalist Specialization Requirement One Time Requirement o 20 Hours of Training Total Specific to Specialization Annual Requirement o Additional 20 Hours of Volunteerism Annually Specific to Specialization (does not include initial Certification annual requirement hours)
OUTDOOR SKILLS AND RECREATION SPECIALIZATION The purpose of OUTDOOR SKILLS AND RECREATION is to promote activity and development of skills in the outdoor pursuits associated with natural resources Specializations are designed to create collaborators leaders and mentors in particular areas A Certified Nebraska Master Naturalist can complete the Outdoor Recreation Specializationby meeting the following requirements Complete at least one of the workshops or certification‐leading trainings listed below If specialized training is not listed below it can be approved upon request by the Master Naturalist Program Committee Specialized Training Options ‐
Hunter Education Instructor Certification 13 hrs
National 4‐H Shooting Sports Instructor Certification 32 hrs
Nebraska 4‐H Shooting Sports Shotgun Certification 12 hrs
Nebraska 4‐H Shooting Sports Archery Certification 12 hrs
Nebraska 4‐H Shooting Sports Rifle Certification 12 hrs
Nebraska 4‐H Shooting Sports Pistol Certification 12 hrs
Nebraska 4‐H Shooting Sports Muzzleloader Certification 12 hrs
National Archery in the Schools Program Basic Archery Instructor 4 hrs
NRA Range OfficerMaster Certification 8 hrs
Hunt Master Training Instructor 4 hrs
NRA Shooting Instructor 16 hrs
NRA Shotgun Instructor 16 hrs
NRA Rifle Instructor 16 hrs
Boater Education Instructor 12 hrs
Youth Fishing Instructor 5 hrs
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 55
American Canoe Association National CanoeKayak Instructor 16‐32hrs
National Camp SchoolBoy Scouts 16‐24 hrs
Wood Badge TrainingBoy Scouts 16‐24 hrs
Merit Badge Counselor TrainingBoy Scouts 2‐16 hrs
Conservation Leaders for Tomorrow 35 hrs
Wilderness First Aid 16‐32 hrs
Professional Trappers College 40 hrs
American Camp Association Instructor Training 8‐40 hrs
American Red Cross Instructor Training 2‐16 hrs
American Sailing Association Instructor Training 16‐24 hrs
Certified Horsemanship Association Instructor Training 24‐40 hrs
Leave No Trace Master Educator Training 40 hrs
National Outdoor Leadership School 280 hrs
Camp Cook School 32‐96 hrs
Professional Association of Diving Instructors Training 32‐96 hrs
Professional Mountain Bike Association Instructor Training 24 hrs
League of American Bicyclists Instructor Certification 24 hrs
Hunting
Shooting
Fishing
Trapping
Camping
Outdoor Cooking
Orienteering
Geocaching
Photography
Wildlife Viewing
Hiking
Biking
Birding
Becoming an Outdoors‐Woman Program
Wilderness First Aid
Wilderness Survival
Leave No Trace Educator
Service Options ndash Provide a minimum of 20 hours of service annually in the following or similar areas
4‐H leader and youth training outdoor recreation
Scout leader and youth training outdoor recreation
Wild About Nature
Flying WILD Educator or Facilitator Workshop
Becoming an Outdoors Woman (BOW)
Beyond Becoming an Outdoors Woman (BOW)
Family Camp
Learn to Hunt Program
National Archery in the Schools Program BAI training or greater
Mentor HuntHunt Masters Training
After School Programs
Others ndash Upon approval
Outdoor discovery programs volunteer
CRO at a shooting event
Assist with National or State shooting sports competitions
Family fishing day
Design or write a brochure
Develop or contribute to a website
Develop or contribute to a social networking site
Design or write a newsletter
Assist in fundraising
Plan an event or festival
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 56
Interpretation amp Education- Developed By Lindsay Rogers Nebraska Game amp Parks
Commission
Do not try to satisfy your vanity by teaching a great many things Awaken peoplersquos curiosity It is
enough to open minds do not overload them Put there just a spark If there is some good
inflammable stuff it will catch firerdquo
- Anatole France in The Earth Speaks
Session Objectives
To help participants understand the role education plays in sounds ecological conservation
To help participants learn about past and present conservationist and interpretive educators
To help participants learn components of quality education and interpretation
To have participants partake in quality interpretive education
To make sure participants understand that their role is to light the spark and awaken curiosityhellip not spew facts
Lecture Requirements
1 What is interpretation (5 minutes) a What does ldquointerpretrdquo mean b National Association of Interpretation definition of ldquointerpretationrdquo
i Interpretation is a mission-based communication process that forges emotional and intellectual connection between the interests of the audience and the meanings inherent to the resource
c Freeman Tilden Interpreting Our Heritage 1957 i Interpretation is an educational activity which aims to reveal meanings
and relationships through the use of original objects by first-hand experience and by illustrative media rather than simply to communicate factual information
d Components of interpretation i pleasurable or enjoyable
ii relevant to the world iii organized iv themed v sparks an interest
vi includes information but does not stop there links information to the world
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 57
vii age appropriate viii taught to someone not at them
2 What is education (5 minutes)
a What does it mean to ldquoeducaterdquo someone b John Dewey Democracy amp Education 2944
i Education in its general sense is a form of learning in which the knowledge skills and habits of a group of people are transferred from one generation to the next through teaching training or research
c Components of education i - generally presented to someone but not always
ii enjoyable sometimes iii provides knowledge and facts iv can make connections but not always v organized and themed
d Both education and interpretation are important they work together
3 Conservationists (10 minutes) a Jon Muir
i Immigrated from Scotland to Wisconsin in 1849 ii Attended the University of Wisconsin studies botany amp geology
iii Moved to the western US mainly the Sierra Nevada area iv Believed humans were part of the interconnected natural world v Advocated for the preservation of natural areas
vi Co-founded the Sierra Club b Aldo Leopold
i Iowa native attended Yale University ii After college he joined the US Forest Service was stationed in Arizona
and New Mexico iii Developed theories of land ethics the need for biodiversity and an
appreciation for wilderness areas iv Moved to Wisconsin in 1924 became a professor at the University of
Wisconsin v Regarded as the ldquoFather of Conservationrdquo
c Gifford Pinchot i Born in Connecticut in 1905
ii Studied at Yale studies forestry in France iii Named chief of the Division of Forestry (later to become the US Forest
Service) iv First chief of the US Forest Service greatly improved forest
management and increased the size of Forest Service lands
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 58
v Managed forests for the greatest good for the greatest number Pinchot added the phrase in the long run to emphasize that forest management consists of long-term decisions
d Steven Mather i Born in California attended Berkley University
ii Worked for the Pacific Coast Borax Company where he had a talent for promotion Started a competing company made millions
iii When revisiting Sequoia and Yosemite National Parks in 1914 he was appalled by the conditions of the national parks
iv Joined the Department of the Interior as the head of parks later created the National Parks System
v Professionalized the National Parks and helped to greatly grow protected lands
e Rachel Carson i Born in Pennsylvania in 1907 attended John Hopkins University for
graduate school ii Went to work for the US Bureau of Fisheries (later to become the US
Fish amp Wildlife Service) iii Wrote Silent Spring in 1962 The book created an awaking for Americanrsquos
to their responsibility to the environment and wildlife The book lead to the US Government banning the use of DDT
f Theodore Roosevelt i Born in 1858 in New York New York was a sickly child who stayed inside
studying natural history ii An avid outdoorsman he spent much time in the South Dakota Badlands
iii Became President in 1901 with the assignation of President McKinley iv Among many major accomplishments as president he started the
National Parks was instrumental in conserving about 230 million acres
4 Naturalist Interpreters (10 minutes) a Freeman Tilden
i Born 1883 worked as a newspaper columnist and author ii At age 58 he began working with the National Parks Service
iii While traveling to various National Parks he became concerned with the quality of interpretation
iv Wrote Interpreting Our Heritage in 1957 outlines 6 principles to quality interpretation forever changed the field of interpretation
b William Lewis i Worked as a ranger naturalist and interpreter trainer for the National
Parks Service ii Developed the approach of ldquoThematic Interpretationrdquo which requires the
interpreter to choose a central theme (major point) to guide the development of a program
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 59
iii Wrote Interpreting For Park Visitors c Sam Ham
i Director of Center for International Training and Outreach at the University of Idaho
ii Work has focused on applying communication theory to environmental conservation interpretation and on nature-based tourism and guide training
iii Wrote Environmental Interpretation (1992) d Ted Cable
i Professor of Park Management and Conservation at Kansas State University
ii Co-authored Interpreting Cultural and Natural Resources (2003) and Interpretation for the 21st Century Fifteen Guiding Principles for Interpreting Nature and Culture (2002)
5 Conducting an Interpretative Program Try and Fail (60 minutes + 120 minutes of activities throughouthellip see list of Suggested Activities below)
a Experiential Learning i The first time you tried to walk you failed The first time you rode a bike
you failed This is called experiential learning The first time you attempt an educational or interpretation program you will fail thatrsquos how we learn
ii Donrsquot be afraid to fail b Ask Questions about the ProgramPresentation before you commit to leading it c Plan your Program
i Generally I want my presentation to be about Specifically however I want to tell my audience about After hearing my presentation I want my audience to understand (what is the big picture you want them to take home)
1 You do not need (or want) to teach your audience everything you know your job is to light the spark
ii What will your tangibles and intangibles be 1 Tangibles are those things you can touch things you use to teach
when teaching a Examples include a tree a mammal pelt a skull a live
animal a prairie 2 Intangibles involve connecting the tangibles to concepts and the
ideas they represent intangibles are the meanings the relationships the processes the ideas the feelings and the beliefs
a Examples include food webs ecosystem health entropy ecology
iii People remember themes they forget facts
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 60
iv Plan for an organized presentation 1 Think about your overall theme smaller parts of the program and
your transitions v Stick to your theme
vi Determine what type of presentation you will have 1 PowerPoint (avoid) 2 Podium Presentation (avoid) 3 Active taking a hike playing a game etc 4 Hands-on touching feeling trying hearing smelling
vii Think about all the different kinds of learners 1 verbal-linguistic 2 logical-mathematical 3 visual-spatial 4 kinesthetic 5 musical-rhythmic 6 interpersonal (groups) 7 intrapersonal (individual) 8 naturalist
d Know your role as an educator 1 Provide facts and relationships not opinions 2 Allow participants to determine their own opinions and beliefs
using the facts amp relationships you provide them 3 PLAY ldquoFIRST IMPRESSIONSrdquo
e Prepare Prepare Prepare 1 Know the type of space and area you will have (indoor vs
outdoor small space vs vast area etc) 2 Plan for more that you are told 3 Plan for the weather (always expect it to be windy in Nebraska)
f Questions i Ask good questions
1 Is this a fox Vs How do you know this is a fox 2 Do you have any questions Vs What questions do you have
ii Be prepared for quality questions 1 What are the implications for describe the impact of what are
the reasons for iii Be prepared for ldquogoodrdquo questions
1 Do you have ewoks in the forest If a Mountain Lion and an Eagle were to fight who would win
2 Take all questions seriously Answer seriously g Model what you want to see the students do
i If you want a group of students to catch insects help them get active with them
ii This is true when working with children and adults
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 61
1 Working alongside students validates them and their learning h Be enthusiastic show your passion
i This is another form of modeling what you want to see in your students ii We need to excite students (no matter their age) about conservation
nature and the outdoors iii Have fun
6 Take Home Lesson Light the Spark and Donrsquot Be Afraid to Fail
Suggested Activities (amp potential mandatory activities)
Throughout the lesson conduct multiple games andor activities to model good interpretation
Suggested games include but are not limited to
1 Oh Deer (Project WILD) 2 First Impressions (to be done during section 5) (Project WILD) 3 The Long Haul (Project WET) 4 Sum of the Parts (Project WET) 5 Water Quality Ask the Bugs (Project WET) 6 Adaptation Artistry (Flying WILD) or Fashion a Fish (Aquatic Project WILD) 7 Avian Antics (Flying WILD) 8 Pollinators Meet Your Plants (Nebraska Project WILD wwwnebraskaprojectwildorg) 9 Scavenger Hunts (Nebraska Project WILD wwwnebraskaprojectwildorg)
Suggested Post-Readings
Interpreting Our Heritage Freeman Tilden 1957 (4th edition 2008)
ISBN-13 978-0807858677
Interpreting for Park Visitors William Lewis 1981
ISBN-13 978-0890620793
Environmental Interpretation Sam Ham 1992
ISBN-13 978-1555919023
Interpretation for the 21st Century Fifteen Guiding Principles for Interpreting Nature and
Culture Larry Beck amp Ted Cable 2002
ISBN-13 978-1571675224
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 62
Interpretation-Making a Difference on Purpose Sam Ham 2013
ISBN-13 978-1555917425
Foundations of Interpretation Curriculum Content Narrative National Parks Service 2007
httpwwwnpsgovidpinterp101foundationscurriculumpdf
Websites
National Association of Interpretation
wwwinterpnetcom
North American Association for Environmental Education
wwwnaaeeorg
Nebraska Alliance for Conservation and Environment Education
wwwnaceeorg
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 63
Safety in the Field
Developed by Rich Hawes Nebraska Master Naturalist rdhawes26msncom
Objectives
Raise awareness of Risk Managementassessment as part of event planning
Guidelines to safe activities for participants presenters and the environment
Present Leave No Trace Principals as part of all outdoor activities
Present resources for additional training or certification for outdoor activities
Hands on activities to encourage interest and to provoke thought and discussion
Hazards of the area
Outdoor hiking safety
Stewardship of the land and natural resources
Being flexible and working with ldquowhat you haverdquo
Outline
1 Outdoor Activities ndash Whatrsquos The Worst That Can Happen An Introduction to Event Planning and Risk Management
2 Leave No Trace Principals
3 Trip planning and Logistics
4 Health amp Safety
5 Youth Protection
6 Age Appropriate Activities
7 Resource Training and Certifications
a Standard First Aid CPRAED Wilderness First Aid
b Shooting Sports - Range Safety Officer or Instructor
c Hunter Safety Instructor
d Climbing COPE and Zip Lines
e Water Safety Instructor Life Guard Small Boat Handling
f Leave No Trace Trainer or Master Educator
g Tread Lightly Tread Trainer or Master Tread Trainer
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 64
Suggested Activities
CPR Scenario
First Aid Scenario
Weather Scenario
Lost Scenario
Online Resources
American Camp Association
Boy Scouts of America
Youth Protection
Safe Swim Defense
Safety Afloat
Climb On Safely
Weather Safety
Trek On Safely
(etc)
Leave No Trace
Nebraska Game amp Parks
Hunter Safety
Boating Rules amp Regs
National Rifle Association
(Archery groups)
American Red Cross
(wilderness medicine group(s))
NOLS
Tread Lightly
US Coast Guard
NEBRASKA MASTER NATURALIST Explore Contribute Connect
30
REPTILES Basic Characteristics
1 Ectothermic (cold-blooded) Body temperature is the same as the temperature of its surroundings
2 Dry skin covered with scales or plates
3 Teeth if present are needle-like or conical
4 Skin shed in one piece or several pieces at intervals
5 Lay soft shelled eggs or young born alive in a membranous sac
6 Lung breathing
There are four groups
Lizards - Short-legged long-bodied reptiles
Taped tail Size varies from 4- inch long fence
swift to 10 foot Kamodo dragon
Snakes - Legates cousins of lizards
Turtles - Armored shells
Crocodilians - Crocodiles Alligators Caimans
REPTILE VOCABULARY
Antivenin An antidote to the venom of
venomous snakes produced by inoculating
horses with small doses of venom Horses build
up an immunity or resistance The horsersquos
blood is used to make the antivenin
Blue Stage Refers to the condition of a snake
prior to shedding
Carapace Dorsal (covering the back) shell
Constrictor A term used in describing a snake
that kills its prey by constriction
Ectothermic Not able to control body
temperature (Cold-blooded) Dependent upon
environment to control body temperature
Egg Tooth A sharp projection located in front
of nose on upper jaw Used by infant reptiles to
cut through eggshell
Fangs Grooved or tubular teeth used to inject
venom
Hemotoxin Venom that attacks the blood
Herpetologist A specialist in reptiles
Jacobsonrsquos Organ A tastesmell sense organ
with two small openings located on roof of
mouth
Thermal Pit A heat sensory pit on side of head
between nostril and eye Allows snakes to track
warm-blooded animals and to strike accurately
especially at night Found only in venomous
snakes known as pit vipers
Neurotoxin Venom that attacks the nervous
system
Oviparous Lays egg
NEBRASKA MASTER NATURALIST Explore Contribute Connect
31
Ovoviviparous Give birth to live young Egg
developed in female and then deposited as a
living young
Plastron Ventral (covering the belly) shell
Reticulated Net-like pattern on skin
Scales Folds of skin covering reptiles
Scutes Single section of shell each sell is made
up of many scutes
Toxic Poisonous
Toxin Poison
Undulating Type of snake locomotion typical of
most snakes - Leaves ldquoSrdquo shape track
Venom Poisonous fluid secreted from glands
and transmitted by bite or sting
Venomous Describes animal containing venom
gland
Nuts amp Bolts of Reptiles
Most reptiles are carnivores (eat meat) Many will eat only live food Some are herbivores (eat
plant material) as well as insectivores (eat insects)
Reptiles often found in water or underground for protection from predators and to help
regulate body temperature Air temperature can change quickly but water and soil
temperature are more constant therefore it helps to regulate the reptiles body temperature
Because they are ectothermic many reptiles live in places that are warm year round In colder
climates reptiles hibernate underground below the freeze line
Most reptile lay eggs and are called oviparous Eggs are buried in sand soil rotted logs etc and
kept warm only by heart from the sun or from rotting vegetation Very few reptiles stay around
to protect their eggs Some reptiles keep their eggs inside their bodies until they hatch and
produce live young (ovoviviparous) Example - garter snakes Very few reptiles care for or feed
their young Young are precocial able to look after themselves minutes after they hatch
Most snakes are harmless Even snakes that are venomous will not bite unless they are
cornered or stepped on Snakes are good and necessary animals They help control potential
destructive populations of rodents
Listed below are the orders and examples of common species found in Nebraska
ORDER CHELONIA Basic Characteristics
1 Contains all forms of turtles and tortoises
2 Has body enclosed in a shell made of
modified horny scales and bone Shell made of
two parts Carapace - upper part covering
animalrsquos back Plastron-under part covering
animalrsquos stomach amp chest
3Ribs and most of vertebrae attached to shell
4 Neck long and flexible and can usually be
withdrawn into shell
5 Have no teeth but jaws outfitted with horny
beaks
6 All lay eggs Usually bury eggs in pit in sand or soil Hatchlings must dig themselves to the surface
NEBRASKA MASTER NATURALIST Explore Contribute Connect
32
Examples of Turtles found in Nebraska Snapping Turtle (Chelydra serpentina)
Blandingrsquos Turtle (Emydoidea (Emys)
blandingii) Protected Species
False Map Turtle (Graptemys
pseudogeographica) Protected Species
Ornate Box Turtle (Terrapene ornata)
Smooth Softshell (Apalone mutica)
Spiny Softshell (Apalone spinifer
SUBORDER LACERTILA (lizards) Basic Characteristics
1 Dry scaly skin clawed feet external ear
openings
2Have movable eyelids - snakes do not
3 Males and females often show different
coloration
4 Generally diurnal but many nocturnal
(geckos night lizards Gila Monsters)
5 Courtship brief fertilization is internal
6 Most are egg layers
Examples of Lizards of Nebraska
Six-line Racerunner (Cnemidophorus sexlineatus Five-line Skink (Eumeces fasciatus)
Many-lined Skink (Eumeces mulitvirgatus)
Great Plains Skink (Eumeces obsoletus)
Slender Glass Lizard (Ophisaurus attenautus)
Lesser Earless Lizard (Holbrookia maculate)
Northern Prairie Lizard (fence lizard)
(Sceloporus undulates)
SUBORDER SERPENTES (Snakes) Basic Characteristics
1 Elongated scaly bodies (to protect from water
loss) no limbs external ear opening or eyelids
(eye covered with a clear scale)
2 Terrestrial subterranean arboreal
amphibious
3 Carnivores swallow prey whole
4 Continue to grow throughout their lives
6 Hibernate in colder climates
7 Males locate females by scent
8 Internal fertilization
9 Some lay eggs others bear live young
11 Vipers (venomous snakes) have heat-
sensing organs called thermal pits
NEBRASKA MASTER NATURALIST Explore Contribute Connect
33
12 Teeth slanted back If one is lost another drops down in itrsquos place
Examples of snakes found in Nebraska
Black Rat Snake (Elaphe obsoleta)
Great Plains Rat Snake (Elaphe guttata)
Bullsnake (Pituophis catenifer)
Common Kingsnake (Lampropeltis getula)
Eastern Hognose Snake (Heterodon
platyrhinos)
Western Hognose Snake (Heterodon nasicus)
Glossy Snake (Arizona elegans)
Milk Snake (Lampropeltis triangulum)
Plains Garter Snake (Thamnophis radix)
Common Garter Snake (Thamnophis sirtalis)
Racer (Coluber constrictor)
Pit Vipers
Copperhead (Agkistrodon contortrix) found in extreme southeast Nebraska
Massasauga (Sistrurus catenatus) Found in southeast Nebraska Protected Species
Prairie Rattlesnake (Crotalus viridis) Found in central and western parts of the state
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 34
Birds What Makes a Bird a Bird IMPORTANT CHARACTERISTICS
So what makes a bird a bird All birds share one common characteristic that no other animal has and
that is FEATHERS Other characteristics include
Maintain high constant body temperature Endotherms (warm-blooded)
Possess toothless beaks or bills
All lay hard-shelled eggs (oviparous)
Air sacs in birdrsquos body give buoyancy
Generally bones are hollow Decreases body weight
Four-chambered heart
Lend Me Your Ear Yes birds have ears but they are missing the pinna or outside part of the ear that collects sound Birds
have feather-covered openings on both sides of the head just behind the eyes Owls and other night-
flying birds have off-setting ears that allow them to pinpoint the exact position of prey
Can birds smell We are not quite sure how well most birds smell We do know vultures use the sense of smell to find
their dinner The champion bird sniffer belongs to kiwi found in New Zealand They are able to sniff out earthworms Some diving birds like cormorants cannot even breathe through their nostrils because they are sealed Ocean birds have special glands in their noses which eliminates salt from the salty water they drink
Eggs Birds lay hard-shelled eggs made mostly of carbon carbonate The hard shell keeps the egg from drying
out and allows parents to sit on it without damaging the developing chick Though the shells are hard it
does not mean that they are non-porous Microscopic pores allow the embryo to ldquobreatherdquo Carbon
dioxide and oxygen can pass through the shell
Eggs come in all sizes colors and patterns We believe that the different colors and patterns are
intended as camouflage Blue and green eggs are found in nests that are in the shade Patterned eggs
blend in with vegetation and stones and white eggs are normally found in cavities
The shape of eggs also depends on where a bird nests The most common shape is oval A pointed egg
is usually found near ledges Round eggs are generally found in highly secure nests
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 35
Commonly Seen Bird Families of Nebraska
Grebes (Family Podicipediae ndash rump foot)
WHAT TO LOOK FOR
Sleek diving waterbirds - small to medium size
Most have sharp pointed bills with fairly long necks short wings and almost no tail
Have lobed toes and legs set far back on body
Common Nebraska species - Pied-billed horned eared western and Clark grebes
Pelicans (Family Pelecanidae ndash an ax)
WHAT TO LOOK FOR
Very large waterbirds
Huge bills with large distensible pouches
Most are white with black flight feathers ndash wingspan 6-9 feet
Common Nebraska species ndash American White Pelican
Cormorants (Family Phalacrocoracidae ndash bald raven)
WHAT TO LOOK FOR
Large diving waterbird shaped like an elongated goose
Long neck and long bill hooked at the end
Wing span 3-5 feet Mostly dark in color
Common Nebraska species ndash Double-crested cormorant
Herons Egrets and Bitterns (Family Ardeidae - )
WHAT TO LOOK FOR
Medium to large wading birds
Usually with long legs bills and S-shaped neck
Short rounded tails
Common Nebraska species ndash American and least bitterns great and snowy egrets little
blue egret cattle egret great blue green black-crowned night and
yellow-crowned night herons
Ibises (and Spoonbills) (Family Threskiornithidae ndash sacred bird)
WHAT TO LOOK FOR
Medium to large wading birds
Long necks and legs with a duck-like body
Long tapering down-curved bill Common Nebraska species ndash white-faced ibis
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 36
Vultures (Family Cathartidae ndash cleanser)
WHAT TO LOOK FOR
Large soaring scavengers
Resemble eagles and large hawks in flight
Head and neck void of feathers bill hooked
Hold wings in a raised V-shape (dihedral)
Common Nebraska species ndash turkey vulture
Duck Geese and Swans (Family Anatidae ndash waterfowl)
WHAT TO LOOK FOR
Medium to large waterbirds
Large heads with conspicuous and horizontally flattened bills
Long necks heavy bodies relative short tails webbed feet and long wingspan Major differences between duck geese and swans
Ducks
Smallest of the three Have a soft swelling about the nostrils called a cere
Males of most ducks are easily separated from females by their gaudier plumage Feathers are
molted twice a year
Most males change into nuptial plumage after pair formation in the fall There may be some
modification of shape of a single feather or entire regions of plumage
Most species are sexually mature at 9 - 11 months
Males take no part in incubation
Geese
Neck shorter than body
Lore (area between eye and bill) feathered and more bluntly triangular than ducksrsquo
Sexes are similar
Permanent pair bonding
Molt once per year postnuptially
Sexually mature at 3 years
Males protect female clutch and brood after hatching
Young stay with parents for almost a year
Legs of most geese are farther forward under the belly than those of typical swans and ducks
Swans
Longest necks - necks slightly longer than body
Lore is naked
Sexes are similar
Molt once per year postnuptially - parents molt one after the other so one is able to fly
Young are carried on parentsrsquo backs
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 37
Sexually mature at 4 -5 years
Hawks and Allies (Family Accipitridae ndash to grasp or take)
Medium to very large diurnal raptors
Hooked beak strong legs and sharp talons
Buteos (buzzard hawks)
Stocky with broad wings wide tails
Soar and wheel high in the sky
Common Nebraska species ndash red-shouldered broad-winged Swainsonrsquos red-tailed
ferruginous rough-legged hawks
Accipiters (true hawks)
Small heads short rounded wings longish tail slender bodies
Fly with several rapid beats and a glide Common Nebraska species ndash sharp-shinned hawk Cooperrsquos hawk northern goshawk
Harriers
Slim body with slim round-tipped wings
Fly in open country gliding low with wings lifted in a V (dihedral)
Species in Nebraska - northern harrier
Kites
Small falcon shaped buoyant gliders not power-fliers
Common Nebraska species ndash Mississippi Kite
Osprey
Soar high on long swept-back wings
Broad tail short-headed appearance
Often travel in pairs
Eagles
Large very broad bodied with broad long plank-like wings massive head and bill
Soar steadily holding wings flat out to the side
Powerful wing beat on upstroke wings raised high Common Nebraska species ndash bald and golden
Falcons (and caracaras) (Family Falconidae - )
WHAT TO LOOK FOR
Small to large compact fast-flying raptors
Long pointed wings bent at the wrist - Strong rapid wing strokes
Common Nebraska species ndash American kestrel gyrfalcon peregrine falcon prairie falcon
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 38
Grouse Turkeys and Pheasants (Family Phasianidae ndash cock or fowl-like bird)
WHAT TO LOOK FOR
Ground dwelling birds with feather nostrils
Short strong bills and short rounded wings
Flight strong but brief
Males perform elaborate courting displays
Common Nebraska species ndash ring-necked pheasant sharp-tailed grouse greater
prairie chicken wild turkey
New World Quail ( Family Odontophoridae ndash bearing teeth)
WHAT TO LOOK FOR
Ground dwelling bird found in brushy habitat and other dense low foliage
Chunky rounded bodies and crests or head plumes
Chicken-like bill short rounded wings
Common Nebraska species - northern bobwhite
Rails and Coots (Family Rallidae - )
WHAT TO LOOK FOR
Marsh birds with short tails and stubby wings
Secretive and identified chiefly by call and habitat
Rails are laterally flattened ldquoThin as a railrdquo Coots are plumper and gregarious
Common Nebraska species ndash yellow rail black rail king rail Virginia rail sora common
moorhen American coot
Cranes (Family Gruidae - )
WHAT TO LOOK FOR
Tall stately wetland birds with long necks and long bills
Tertial flight feathers droop over rump in a bustle when standing
Fly with necks fully extended
Circle in thermals like raptors
Common Nebraska species - sandhill and whooping cranes
Plovers and Killdeer (Family Charadriidae ndash nocturnal waterbird)
WHAT TO LOOK FOR
Small to medium shorebirds that dart across the ground stop and then take off again Upright posture with medium length legs and long pointed wings
Rounded head large eyes thick neck with a short thick bill
Common Nebraska species ndash black-billed American golden snowy semipalmated piping
plovers and killdeer
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 39
Stilts and Avocets (Family Recurviostridae- bent bill)
WHAT TO LOOK FOR
Tall slim shorebirds
Long thin bill very long slender legs long neck striking black-and-white plumage Stilts have straight bills avocets have re-curved bills
Common Nebraska species ndash American avocets black-necked stilt
Sandpipers and Phalaropes and Allies (Family Scolopacidae ndash woodcock)
WHAT TO LOOK FOR
Diverse group of shorebirds
Long toes and long tapered wings
Bill and leg length varies but bill more slender than a ploverrsquos
Plumage browns grays and whites with reds and oranges during breeding season
All but one species have short elevated hind toe
Species found in Nebraska include common snipe ruddy turnstone phalaropes sandpipers
woodcocks godwits whimbrels willets etc
Dowitchers
WHAT TO LOOK FOR
Medium sized chunky dark shorebird
Long straight bills and distinct pale eyebrows
Feed in mud or shallow water in a rapid jabbing motion
Phalaropes
WHAT TO LOOK FOR
Often spin like a top in water when feeding
Female larger and more colorful than male
Male tends incubates and cares for chicks
Common Nebraska species ndash Wilsonrsquos and red-necked phalaropes
Gulls Terns and Allies (Family Laridae ndashsea birds)
Gulls
WHAT TO LOOK FOR
More robust with wider wings and longer legs than terns
Bill slightly hooked tail square or rounded - Seldom Dive
Common Nebraska species ndash Pomarine Jaeger Franklinrsquos little Bonapartersquos ring-
billed California Herring Thayerrsquos lesser black-backed glaucous
Sabinersquos gulls black-legged kittiwake
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 40
Terns
WHAT TO LOOK FOR
Graceful more streamline than gulls
Usually has a forked tail ndash most whitish with black cap
Sharp-pointed bill - Hoover and dive headfirst for fish
Common Nebraska species ndash Caspian common Foresterrsquos terns
Pigeons and Doves (Family Columbidae ndash dove)
WHAT TO LOOK FOR
Plump fast flying cooing voice
Short legs and necks and small heads short bills
Tail fan-like rounded or pointed
Pigeons larger than doves
Common Nebraska species ndash rock mourning Eurasian collared doves
Cuckoos Roadrunners and Anis (Family Cuculidae - )
WHAT TO LOOK FOR
Slender with a long tail at least half of the birdrsquos total length
Fairly large sturdy decurved (curving down) bill
2 toes forward 2 back (zygodactyls)
Common Nebraska species - black-billed cuckoo and yellow-billed cuckoo
Barn Owls (Family Tytonidae -)
WHAT TO LOOK FOR
Slim medium sized night hunter
Legs are long and sparsely feathered
Large head with large forward-facing immovable eyes
Heart-shaped face hooked beak and ghostly appearance
Typical Owls (Family Stigidae ndash night bird)
WHAT TO LOOK FOR
Generally night hunters
Large heads flatten face with large forward-facing immovable eyes hooked beak
Mottled appearance some with feather tuffs upright stance
Common Nebraska species ndash eastern screech great horned burrowing barred long-eared
short-eared northern saw-whet owls
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 41
Nighthawks and Nightjars (Family Caprimulgidae ndashgoat sucker)
WHAT TO LOOK FOR
Nocturnal or crepuscular
Big tail large eyes tiny bills surrounding a large gaping mouth
By day sit horizontally on limb or on ground
Easiest to identify by voice
Common Nebraska species ndash common nighthawk common poorwill chuck-willrsquos-widow
Whip-poor-will
Swifts (Family Apodidae ndash without feet)
WHAT TO LOOK FOR
Small to medium sized aerial foragers ndashspend most of life flying
Long sickle-shaped wings bending close to body and extremely short legs
Eat bathe drink and sometime mate in the air
Common Nebraska species - chimney swift white-throated swift
Hummingbirds (Family Trochilidae ndash small bird)
WHAT TO LOOK FOR
Tiny body long slender bill
Distinctive blur and hum of hovering wings
Jewel-like throat feather found on male
Common Nebraska species ndash ruby-throated broad-tailed and rufous hummingbirds
Kingfishers (Family Alcedinidae - kingfisher)
WHAT TO LOOK FOR
Small to medium size
Thickset with short neck and tail small feet
Large head with a ragged crest and long strong bill
Sit on lines and low branches near water or hovers above water
Plunges head first into water to catch fish
Common Nebraska species ndash belted kingfisher
Woodpeckers (Family Picidae ndash woodpecker)
WHAT TO LOOK FOR
Arboreal (tree) birds
Vertical posture creep up trees
Strong chisel-like bill short legs stiff tail feathers rounded wings
Undulating flight pattern and characteristic bill drumming
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 42
Common Nebraska species ndash Lewisrsquos red-headed red-bellied hairy downy woodpeckers
yellow-bellied and red-naped sapsuckers northern flicker
THE PASSERINES Feet adapted to perching
Tyrant Flycatchers (Family Tyrannidae - lord ruler king)
WHAT TO LOOK FOR
Small to medium perching bird
Large head broad flattened bill pointed wings short legs
Bristly ldquowhiskersrdquo at base of bill
Sit upright on exposed branch and dart out to catch insects
Common Nebraska species - flycatchers pewees kingbirds phoebes kingbirds
Shrikes (Family Laniidae ndash butcher)
WHAT TO LOOK FOR
ldquoButcher birdsrdquo ndash impale prey on thorns (may be to attract a mate and mark territory)
Robin-size bird with hooked bill and masked face with hawk-like behavior
Black gray and white birds
Common Nebraska species - northern and loggerhead shrike
Vireos (Family Vireondae ndash small bird)
WHAT TO LOOK FOR
Small olive- or gray-backed bird with short sturdy cylindrical slightly hooked bill
Can have wing bars and eye-rings or have eye stripes and no wing bars
Often confused with warblers but are chunkier bigger headed thicker billed
Common Nebraska species ndash white-eyed Bellrsquos yellow-throated plumbeous
Cassinrsquos blue-headed warbling Philadelphia red-eyed
Crows and Jays (Family Corvidae ndash raven)
WHAT TO LOOK FOR
Large perching bird with strong longish all-purpose bill to handle variety of foods
Nostrils covered with feathers
Legs scaled in front and smooth behind
Harsh voice and noisy
Bold gregarious
Common Nebraska species - black-billed magpie American crow
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 43
Larks (Family Alauidae ndash lark)
WHAT TO LOOK FOR
Ground dwellers of open fields ndash seldom seen in trees and shrub
Walk rather than hop have an elongated hind toe
Slender billed seed and insect eaters
Yellowwhite face with black facemask horns and breast band
Has musical song often sung in display flight
Common Nebraska species ndash horned lark
Swallows and Martins (Family Hirundinidae ndash swallow)
WHAT TO LOOK FOR
Slim streamline bodies with long pointed angled wings
Tail forked or squared legs and feet inconspicuous
Bill short and wide
Fluid aerialists ndash dart about catching insects
Flocks perch in long rows on branches and lines
Common Nebraska species ndash purple martin northern rough wing bank cliff barn swallows
Chickadees and Titmice (Family Paridae - )
WHAT TO LOOK FOR
Small plump sociable birds with short bills and wings
Active agile ndash often hang upside down to feed
Many times roam in little bands (often leading the group) in search of food
Chickadee ndash no tuff of feathers on head Titmice ndash tufted Common Nebraska species ndash black-capped chickadee tufted titmouse
Nuthatches (Family Sittidae ndash birds that peck bark of tree)
WHAT TO LOOK FOR
Small stout tree-climbers with slightly upturned strong woodpecker-like bills
Stubby squared off tails
Walk down trees headfirst Common Nebraska species ndash red-breasted and white-breasted nuthatches
Creepers (Family Certhiidae -)
WHAT TO LOOK FOR
Small slim tree-dwellers with stiff tails and slender downward curving bill
Primarily brown
Common Nebraska species ndash brown creeper
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 44
Wrens (Family Troglodytidae ndash cave dweller
WHAT TO LOOK FOR
Small stumpy energetic brown birds
Bill slightly down turned loud song
Tails often in ldquocockedrdquo or up-tilted position
Common Nebraska species ndash rock house winter marsh wrens
Kinglets (Family Regulidae -)
WHAT TO LOOK FOR
TINY very active songbirds ndash only certain hummingbirds smaller
Can hover will feeding
Greenish plumage with bright colored crowns Short tails
Common Nebraska species ndash ruby-crowned and golden-crowned kinglets
Gnatcatchers (and Old World Warblers) (Family Sylviidae - )
WHAT TO LOOK FOR
Small birds with slender pointed bills surrounded by rectal bristles
Drab plumage with seasonally changing head patterns
In constant motion
Common Nebraska species ndash blue-gray gnatcatcher
Thrushes (Family Turdidae -)
WHAT TO LOOK FOR
Large-eyed upright postured songbirds - known for their singing ability
Bill is slender straight but not sharp
Often hop along the ground looking for food
Common Nebraska species ndash eastern bluebird veery gray-cheeked Swainsonrsquos hermit
wood thrush American robin
Mockingbirds and Thrashers (Family Mimidae ndash imitator mimic)
WHAT TO LOOK FOR
Well known for their vocal and mimicking ability
Have short rounded wings long legs and tails
Long down-curved bills
Common Nebraska species ndash gray catbird northern mockingbird brown thrasher
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 45
Starlings (and Mynas) (Family Sturnidae - )
WHAT TO LOOK FOR
Medium sized chunky glossy birds with short tails sharp bills
Short triangular to rounded wings
Gregarious bold birds
Pipits (and Wagtails) (Family Motacillidae -)
WHAT TO LOOK FOR
Slender billed brownish ground dwellers with long back toe
Walk briskly rather than hop along the ground
Most species bob their tails up and down
Common Nebraska species ndash American pipit
Waxwings (Family Bombycillidae ndash silk tail)
WHAT TO LOOK FOR
Birds with sleek crest that can be erected
Plump-bodied birds with pointed wings with red waxy tips of secondaries
Bill is small wide and notched high thin calls
Square tail with terminal yellow band
Common Nebraska species ndash Bohemian and cedar waxwings
Wood Warblers (Family Parulidae -)
WHAT TO LOOK FOR
Brightly colored (mostly yellow) birds
Smaller than sparrows with thin needle-like bills
Common Nebraska species ndash approx 34 warblers ovenbirds yellow-breasted chats and
waterthrush
New World Sparrows (Family Emberizidae -)
WHAT TO LOOK FOR
Small to medium-sized birds - often brown streaked appearance
Rounded wings cone-shaped bills
Common Nebraska species ndash 20 sparrows towhees longspurs dark-eyed juncos snow and
lark buntings
Cardinals and Allies (Family Cardinalidae )
WHAT TO LOOK FOR
Medium to large songbirds
Have large cone-shaped bills
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 46
Males often very colorful
Common Nebraska species ndash northern cardinals rose-breasted and black-headed grosbeaks
indigo bunting dickcissel
Blackbirds Orioles and Allies (Family Icteridae)
WHAT TO LOOK FOR
Medium to large songbirds with strong straight bills
Strong-direct flight
Plumage varies from iridescent black to yellow to orange
Common Nebraska species ndash Bobolink eastern and western meadowlarks red-winged and
rusty blackbirds common and great-tailed grackles orchard Baltimore and
Bullockrsquos orioles brown-headed cowbird
Finches and Allies (Family Fringillidae)
WHAT TO LOOK FOR
Small to medium songbirds
Have conical bills and forked relatively short tails
Fly fast and undulate through the air giving high-pitched calls in flight
Common Nebraska species ndash gray-crowned rosy purple Cassinrsquos house finches red
crossbill white-winged crossbill common redpoll pine siskin American goldfinch
evening grosbeak
Old World Sparrows (Family Passeridae)
WHAT TO LOOK FOR
Stouter bodies shorter legs and thicker bills than native sparrows
Have a simple song repeating single elements with no particular rhythm or beginning
And end vocalize all day and year-round
Common Nebraska species ndash house sparrow (introduced)
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 47
Geology and Natural History of Nebraska
Being Developed by Jon Garbisch Cedar Point Biological Station jgarbisch2unledu
bull Geological history of Nebraska
bull Present geological formation of regions
bull General soil types
bull Geological landforms and related habitats
What we currently use
Theme
Nebraska geology formed over millions of years through the erosion of mountains the deposition of
sediments and the flow of water and ice shaping the landscape that we call home
Goal
Attendees will develop an understanding of the natural processes that influenced and built Nebraska
and in so doing develop a greater appreciation for the geology and how it relates to all other aspects of
the statersquos identity
Objective(s)
The Master Naturalists attendees will be able to use the knowledge they have gained to better
understand the surface and subsurface geology at any location in the state that they may find
themselves working
How will it be measured
Attendees will be able to use the knowledge gained to actively interpret general Nebraska geology by
completing activities in the form of hand-out diagrams biostratigraphic fossil correlations
interpretation of rock type hand specimens and visual description of the Geology on the trail at Camp
Brewster Fontenelle Forest
Introduction
Nebraska geology formed over millions of years through the erosion of mountains the deposition of
sediments and the flow of water and ice shaping the landscape that we call home (Hand out agenda)
Geology is rooted in the 3 rock groups that exist on planet Earth and so familiarity with
o these groups gives us a solid foundation for all other geologic interpretation
A half hour will be spent handling examples from each rock group
o 3 groups 3 tables with one rock type on each table each group spends 10 minutes at
each table
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 48
The Geologic Time Scale is a record over time of the Earths major geologic events and we
can use it to help us understand how and when Nebraska took shape
The natural agents of change which have shaped our state include oceans rivers wind
o and ice
The geologic time periods in Nebraska are represented by rock layers (or not) which occur all
around the state and have been named so that no matter where you are in the state you can
correlate the strata to the time scale (fossilsisotopes)
6 Geologic Principles will be discussed so that when the MN is in the field they can be used as an
aid in basic geologic interpretation
Conclusion
Nebraska geology formed over millions of years through the erosion of mountains the deposition of
sediments and the flow of water and ice shaping the landscape that we call home Geology supplies us
a record of the events that have shaped our Earth by learning the language in which the Earth script is
written we will be able to interpret and share the story of our state of Nebraska This understanding will
aid in us in relating to other areas influential and important to the state
Places to Go (places to see examples of Nebraska geology)
a Agate Fossil Beds National Monument Lower Miocene fossil mammal site including abundant body fossils of ancient mammals and prominent fossil rodent burrows
b Ashfall State Park Upper Miocene fossil mammal assemblage found in ash derived from an eruption of a predecessor to the Yellowstone volcanic field c Chimney Rock National Historic Site Oligocene and Lower Miocene continental sedimentary rocks deposited as sediments by wind and steams
d Hummel Park (Omaha) outcrops of Pleistocene glacial till and loess
e Lincoln area Capitol Beach Lake and history of saline waters and salt industry flooding history of Antelope and Salt creeks building stones in downtown area brick industry University of Nebraska State Museum
f Louisville area outcrops of Upper Pennsylvanian marine sedimentary rocks
g Valentine area and Niobrara National Wildlife Refuge Niobrara River Canyon and Cenozoic stratigraphy
h Niobrara State Park Upper Cretaceous marine sedimentary rocks (Niobrara Formation and Pierre Shale) landslides along Missouri River anthropogenic changes in Missouri River Niobrara River and Mormon Canal
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 49
i Downtown Omaha removal of loess from hills in downtown area engineering of Missouri River (eg groins bank armoring etc) visible at Bob Kerrey Memorial Bridge deep bedrock water wells at old industrial sites
j Platte River State Park Upper Pennsylvanian marine sedimentary rocks and overlook of Platte River
k Ponca State Park Upper Cretaceous marine sedimentary rocks (uppermost Dakota Formation through Greenhorn Limestone)
l Rock Creek State Historical Park middle Cretaceous Dakota Formationmdashfluvio-estuarine continental deposits
m Schramm Park Upper Pennsylvanian marine sedimentary rocks
n Scotia and Happy Jack Chalk Mine Upper Miocene lake deposit In Ogallala Group
o Scotts Bluff National Monument Oligocene and Lower Miocene continental sedimentary rocks deposited as sediments by wind and steams
p Smith Falls State ParkCenozoic stratigraphy Niobrara River waterfalls as knick points
q Toadstool Park and nearby areas continental sedimentary rocks of upper Eocene Chadron Formation Pine Ridge escarpment Trailside Museum and Ft Robinson State Park
r Weeping Water area Upper Pennsylvanian marine sedimentary rocks
s Wildcat RidgeHillsescarpment on Oligocene and Lower Miocene continental sedimentary rocks deeply eroded into canyons buttes and pinnacles by stream erosion during and after the Late Pliocene
t Indian Cave State Park and Iron Horse Trail south of Peru Upper Pennsylvanian Indian Cave Sandstone (fluvio-estuarine deposit) and sandstone cave
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 50
North American Model and Outdoor Skills Developed by Jeff Rawlinson Assistant Division Administrator Information and Education Nebraska Game and Parks Commission jeffrawlinsonnebraskagov
OUR North American Model of Conservation
Perhaps no other story is more compelling and more important in American history as that of how
our natural resources came to be one of the most important elements in our lives The history of our citizenryrsquos strong land ethic ties us to the natural world long after other nations have forgone this relationship We value how the common person from a common family can participate in the thrill of the chase experiencing wildness to its fullest
The North American Model of Conservation is a philosophy that the United States and Canada have
developed to manage wildlife in a sustainable way Historians debate how this land ethic began Some
say our model of conservation began in 1937 with the passage of the PittmanRobertson Act a move that provided funding for wildlife conservation at the national and state level The source of this funding came from the sale of hunting and shooting equipment Others may say that it began when the conservation giant President Theodore Roosevelt brought management of natural resources to the
political forefront Others would argue our Model of conservation was birthed under the Magna Charta which transferred the ownership of wildlife from the King of England and the English nobles to the all of
the people of England In reality however our Model has been under development for several hundred years combining what we have learned from other nations peoples cultures and experiences to shape a philosophy ingrained in our culture supported by hunters anglers and shooting sports enthusiasts
benefiting all wildlife and wild lands in the United States
First Wildlife Managers The concept of managing wildlife or natural resources was not conceived by our young nation For
thousands of years humanity has been manipulating and controlling the land and all its inhabitants to benefit our needs Ever since the first hunter followed that wooly creature across the Bering Straight embarking on an epic journey that would result in settling of North America man has ldquomanagedrdquo
wildlife in North America
Throughout history many leaders have shown some element of concern or conservation ethic towards wildlife The great Kublai Khan grandson of Genghis Khan and founder of the Yuan Dynasty in China forbade harvesting of many species of wildlife during critical reproductive months of March
through August so species could ldquoincrease and multiplyrdquo Conservation of wildlife is even found in Mosaic Law in Deuteronomy 226 representing some of the first written wildlife management idealsmdashldquo If you come across a birdrsquos nest in any tree or on the ground with young ones or eggs and
the mother sitting on the young or on the eggs you shall not take the mother with the youngrdquo (English Standard Version 2001)
As populations expanded throughout Europe wildlife resources fell under ownership of powerful kings
who enacted harsh punishments for anyone found taking the kingrsquos game In 1215 a rebellion against King John of England resulted in the Magna Charta transferring ownership of lands and game from the crown to the people This ldquoprivatizingrdquo of wildlife ownership had profound impacts America over 500 years later
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 51
Era Of Abundance (1600 ndash 1850) When our forefathers first landed on the eastern shores of America they brought with them science
religion and a new hope They found plentiful game and soon began a relationship with the land that provided them with many of their daily needs Wildlife was viewed as a limitless resource in a relatively untapped land These early settlers had left Europe where few had access to wildlife and entered a world where everyone had access Furs feathers hides all had value to this young country In 1776 the Declaration of Independence revoked the Kingrsquos rights to land and people in this new world After a
bloody war led by revolutionaries such as Washington Hamilton Jefferson and Adams the United States gained its independence and the land and wildlife belonged to everyone
Era Of Exploitation (1850 ndash 1900)
The 1800s brought a commercialization of our wildlife resources Market hunting and habitat
destruction began to decimate wildlife populations such as the American Bison and Passenger Pigeon After the American Revolutionary War and the Civial Warmdashwhich nearly destroyed our ldquodemocratic
experimentrdquo all togethermdashfew people were looking after the interest of wildlife and even fewer rules
existed governing the management of a resource everyone had ownership of yet no one had responsibility for
The railroad provided settlers with the means to access new lands expanding the markets for meats hides and fur Advancements in technology such as the repeating rifle further aided the unbridled
destruction of wildlife resources Yet throughout this era something positive was growing The people of this new nation were developing a relationship with the land By 1842 a Supreme Court ruling had huge impacts on this developing model of conservation resulting in a Public Trust Doctrine that would
further outline a model for conserving our natural resources Conservation was developing some direction but had no money or laws to support it
Era Of Protection (19001930) The early 1900s brought an industrial boom Abuse of natural resources had taken its toll and throughout the Nation and evidence of this abuse could be seen in the loss of species such as the
passenger pigeon near loss of the American bison and in many large mammals including whitetailed deer and our once numerous waterfowl species America was becoming an economic giant yet through
the roar of machines both political and metal a small voice could be heard It was the hunter and their voice was of concern for the direction our wildlife resources were heading Conservation minded men and women had continued a relationship with the land and the wildlife
Era of Game Management (1930 ndash 1966) The ldquodirty thirtiesrdquo were marked by the dust bowl and an impoverished nation Agricultural practices
unchecked by environmental stewardship had left the Nationrsquos heartland in ecological peril Politically the conservation movement was supported by the footings laid by Theodore Roosevelt New federal acts moved forward to provide for environmental protection due to the outcry of hunters in panic over the vanishing wildlife resources of the Nation
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 52
Wildlife conservation had support yet it lacked the science to properly manage our Nationrsquos resources A young biologist name Aldo Leopold changed all this with his writings including the book Game
Management which led to Universities across the country developing wildlife conservation programs These programs spawned a new breed of professional game managers who utilized science to support management methods that ultimately lead to the greatest wildlife conservation success story in the world In 1937 the PittmanRobertson Act provided thousands of jobs for young professionals along with ldquogame wardensrdquo supported by individual states to further the development of the Conservation Model
which now had science and funding to support it
Era of Environmental Management (1966 ndash Present) Science and funding led to a broadening view of conservation as focus shifted from managing ldquogame
animalsrdquo to managing the entire biota (environment and all living things in it) Further federal acts such
as the Endangered Species Act of 1966 and the National Environmental Policy Act of 1969 provided greater protection for species by a nation that had finally changed its course providing time to review
and perfect conservation efforts Recent acts such as the 1980 Farm Bill continued the effort to help
landowners provide quality habitat for wildlife and hunters by providing incentives to landowners to set aside highly erosive lands and plant them into wildlife habitat (grasslands) that benefit wildlife and hunters
The story of our unique model of conservation is still being written New challenges today threaten our
coveted resources and new professionals are entering the arena to further the plight of our Nationrsquos wildlife and hunting heritage
Seven Pillars of the Model
Seven main pillars have been highlighted as the foundation of support for the North American Model
of Conservation These include
The Public Trust The wildlife of the United States are owned by the people This is very different from the European Model where wildlife is privately owned The North American Model recognizes wildlife as a public
resource that is so important it can not be owned or managed by any one segment of our society but rather managed by professional state and federal entities for the benefit of all This concept known as
the Public Trust Doctrine began development in 1842 when the Supreme Court ruled that the Magna Charta had settled the question of who owns fish and wildlife and that King Charles II did not have the authority to give away the ldquodominion and propertyrdquo of lands in colonial America The court further ruled that since the American Revolution the people held public trust responsibilities for fish and wildlife except for rights specified in the US Constitution
Prohibition on Commerce
It was the hunter who brought forth stringent laws that protected wildlife from peril in the 19th
and 20th
centuries Because we all own and appreciate our wildlife as a national resource they should never find themselves on the public market to the highest bidder This path led to a largescale loss of many species
including the Passenger Pigeon and the near loss of the American bison As our country was developing these practices were common as people moved west in search of prosperity capitalizing on a land seemingly untouched by the modern world Today many laws in place serve to protect our most
valuable resourceshellipour wildlife
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 53
Democratic Rule of Law Each citizen of this great nation has the ability and responsibility to engage in healthy politics that serve
to support and protect sound wildlife conservation measures Our first conservation measures in this Country habitat restoration simple harvest restrictions and bag limits came from hunters people who respected the game they pursued and loved the wild places they chased them in The North American Model of conservation is built upon active public involvement instilling a value for wildlife in all citizens
Hunting Opportunity for All The Model was developed on the premise that all people regardless of political or economic standing could participate in and feel the thrill of the chase It is this unique Model that provides us with wildlife opportunities for all Americans Imagine how important this was to our fore fathers who left a brutal
King in England where only the aristocracy had any dream of pursuing wild creatures in wild places Our
wildlife laws ensure that each generation that comes after us will have the same opportunity to enjoy and appreciate wildlife
Nonfrivolous Use Our management of wildlife depends on a citizenry that loves and appreciates the wild creatures and the habitats necessary to their survival and our quality of life Wildlife may be utilized under strict rule of
law including utilizing the wildlife once harvested to its best potential Killing wildlife for the sake of killing can only lead to the numbing of hearts to wildlife and a profound lack of respect for our most
precious resources
International Resources
It was not until the 20th
century that hunters and wildlife lovers understood the importance of
managing wildlife at a much larger scale This became readily apparent with the passage of the
Migratory Bird Treaty Act of 1918 where nations came together to manage wildlife resources as a
collective Wildlife species do not recognize national or state boundaries Governments must work together to be effective in managing wildlife for the benefit of all The United States has made great
strides in this area with Mexico and Canada Our wildlife is not only a resource to us but to all continents they may call home throughout the year Our biologists must think globally to be effective locally
Scientific Management Although Theodore Roosevelt brought conservation to the political forefront it was a young forester from Iowa that made the study of wildlife management a science Aldo Leopold is considered by many
as the ldquofather of wildlife managementrdquo due to his tireless efforts to develop curriculum for future wildlife biologists Today our biologists earn their opportunity to manage wildlife through prominent
Bachelor Masters and Doctorate degree programs from Universities around the world Wildlife must be managed using fact science and the latest research We are constantly learning and adapting to new technology and changing environments For such an important resource we cannot afford to have it any other way
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 54
Nebraska Master Naturalist Specializations Certifying as a Specialist ldquoFollow your own natural geniusrdquo wrote Thoreau ldquoand it will not fail to show you a fresh prospect every hourrdquo Many of us learn by doing When our curiosity and interests carry us into deeper study of a given subject it can be helpful to have clear opportunities to pursue Thus the Nebraska Master Naturalist Program offers specialized voluntary training for those who are hungry to develop and apply their particular skill and personal understanding on behalf of our natural legacy Specializations are designed to create collaborators leaders and mentors in four key areas
Interpretation and Outreach
Outdoor Skills and Recreation
Resource Management
Citizen Science Master Naturalist Certification Requirements Annual Requirement o 8 Hours Training Annually o 20 Hours of Volunteerism Annually Master Naturalist Specialization Requirement One Time Requirement o 20 Hours of Training Total Specific to Specialization Annual Requirement o Additional 20 Hours of Volunteerism Annually Specific to Specialization (does not include initial Certification annual requirement hours)
OUTDOOR SKILLS AND RECREATION SPECIALIZATION The purpose of OUTDOOR SKILLS AND RECREATION is to promote activity and development of skills in the outdoor pursuits associated with natural resources Specializations are designed to create collaborators leaders and mentors in particular areas A Certified Nebraska Master Naturalist can complete the Outdoor Recreation Specializationby meeting the following requirements Complete at least one of the workshops or certification‐leading trainings listed below If specialized training is not listed below it can be approved upon request by the Master Naturalist Program Committee Specialized Training Options ‐
Hunter Education Instructor Certification 13 hrs
National 4‐H Shooting Sports Instructor Certification 32 hrs
Nebraska 4‐H Shooting Sports Shotgun Certification 12 hrs
Nebraska 4‐H Shooting Sports Archery Certification 12 hrs
Nebraska 4‐H Shooting Sports Rifle Certification 12 hrs
Nebraska 4‐H Shooting Sports Pistol Certification 12 hrs
Nebraska 4‐H Shooting Sports Muzzleloader Certification 12 hrs
National Archery in the Schools Program Basic Archery Instructor 4 hrs
NRA Range OfficerMaster Certification 8 hrs
Hunt Master Training Instructor 4 hrs
NRA Shooting Instructor 16 hrs
NRA Shotgun Instructor 16 hrs
NRA Rifle Instructor 16 hrs
Boater Education Instructor 12 hrs
Youth Fishing Instructor 5 hrs
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 55
American Canoe Association National CanoeKayak Instructor 16‐32hrs
National Camp SchoolBoy Scouts 16‐24 hrs
Wood Badge TrainingBoy Scouts 16‐24 hrs
Merit Badge Counselor TrainingBoy Scouts 2‐16 hrs
Conservation Leaders for Tomorrow 35 hrs
Wilderness First Aid 16‐32 hrs
Professional Trappers College 40 hrs
American Camp Association Instructor Training 8‐40 hrs
American Red Cross Instructor Training 2‐16 hrs
American Sailing Association Instructor Training 16‐24 hrs
Certified Horsemanship Association Instructor Training 24‐40 hrs
Leave No Trace Master Educator Training 40 hrs
National Outdoor Leadership School 280 hrs
Camp Cook School 32‐96 hrs
Professional Association of Diving Instructors Training 32‐96 hrs
Professional Mountain Bike Association Instructor Training 24 hrs
League of American Bicyclists Instructor Certification 24 hrs
Hunting
Shooting
Fishing
Trapping
Camping
Outdoor Cooking
Orienteering
Geocaching
Photography
Wildlife Viewing
Hiking
Biking
Birding
Becoming an Outdoors‐Woman Program
Wilderness First Aid
Wilderness Survival
Leave No Trace Educator
Service Options ndash Provide a minimum of 20 hours of service annually in the following or similar areas
4‐H leader and youth training outdoor recreation
Scout leader and youth training outdoor recreation
Wild About Nature
Flying WILD Educator or Facilitator Workshop
Becoming an Outdoors Woman (BOW)
Beyond Becoming an Outdoors Woman (BOW)
Family Camp
Learn to Hunt Program
National Archery in the Schools Program BAI training or greater
Mentor HuntHunt Masters Training
After School Programs
Others ndash Upon approval
Outdoor discovery programs volunteer
CRO at a shooting event
Assist with National or State shooting sports competitions
Family fishing day
Design or write a brochure
Develop or contribute to a website
Develop or contribute to a social networking site
Design or write a newsletter
Assist in fundraising
Plan an event or festival
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 56
Interpretation amp Education- Developed By Lindsay Rogers Nebraska Game amp Parks
Commission
Do not try to satisfy your vanity by teaching a great many things Awaken peoplersquos curiosity It is
enough to open minds do not overload them Put there just a spark If there is some good
inflammable stuff it will catch firerdquo
- Anatole France in The Earth Speaks
Session Objectives
To help participants understand the role education plays in sounds ecological conservation
To help participants learn about past and present conservationist and interpretive educators
To help participants learn components of quality education and interpretation
To have participants partake in quality interpretive education
To make sure participants understand that their role is to light the spark and awaken curiosityhellip not spew facts
Lecture Requirements
1 What is interpretation (5 minutes) a What does ldquointerpretrdquo mean b National Association of Interpretation definition of ldquointerpretationrdquo
i Interpretation is a mission-based communication process that forges emotional and intellectual connection between the interests of the audience and the meanings inherent to the resource
c Freeman Tilden Interpreting Our Heritage 1957 i Interpretation is an educational activity which aims to reveal meanings
and relationships through the use of original objects by first-hand experience and by illustrative media rather than simply to communicate factual information
d Components of interpretation i pleasurable or enjoyable
ii relevant to the world iii organized iv themed v sparks an interest
vi includes information but does not stop there links information to the world
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 57
vii age appropriate viii taught to someone not at them
2 What is education (5 minutes)
a What does it mean to ldquoeducaterdquo someone b John Dewey Democracy amp Education 2944
i Education in its general sense is a form of learning in which the knowledge skills and habits of a group of people are transferred from one generation to the next through teaching training or research
c Components of education i - generally presented to someone but not always
ii enjoyable sometimes iii provides knowledge and facts iv can make connections but not always v organized and themed
d Both education and interpretation are important they work together
3 Conservationists (10 minutes) a Jon Muir
i Immigrated from Scotland to Wisconsin in 1849 ii Attended the University of Wisconsin studies botany amp geology
iii Moved to the western US mainly the Sierra Nevada area iv Believed humans were part of the interconnected natural world v Advocated for the preservation of natural areas
vi Co-founded the Sierra Club b Aldo Leopold
i Iowa native attended Yale University ii After college he joined the US Forest Service was stationed in Arizona
and New Mexico iii Developed theories of land ethics the need for biodiversity and an
appreciation for wilderness areas iv Moved to Wisconsin in 1924 became a professor at the University of
Wisconsin v Regarded as the ldquoFather of Conservationrdquo
c Gifford Pinchot i Born in Connecticut in 1905
ii Studied at Yale studies forestry in France iii Named chief of the Division of Forestry (later to become the US Forest
Service) iv First chief of the US Forest Service greatly improved forest
management and increased the size of Forest Service lands
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 58
v Managed forests for the greatest good for the greatest number Pinchot added the phrase in the long run to emphasize that forest management consists of long-term decisions
d Steven Mather i Born in California attended Berkley University
ii Worked for the Pacific Coast Borax Company where he had a talent for promotion Started a competing company made millions
iii When revisiting Sequoia and Yosemite National Parks in 1914 he was appalled by the conditions of the national parks
iv Joined the Department of the Interior as the head of parks later created the National Parks System
v Professionalized the National Parks and helped to greatly grow protected lands
e Rachel Carson i Born in Pennsylvania in 1907 attended John Hopkins University for
graduate school ii Went to work for the US Bureau of Fisheries (later to become the US
Fish amp Wildlife Service) iii Wrote Silent Spring in 1962 The book created an awaking for Americanrsquos
to their responsibility to the environment and wildlife The book lead to the US Government banning the use of DDT
f Theodore Roosevelt i Born in 1858 in New York New York was a sickly child who stayed inside
studying natural history ii An avid outdoorsman he spent much time in the South Dakota Badlands
iii Became President in 1901 with the assignation of President McKinley iv Among many major accomplishments as president he started the
National Parks was instrumental in conserving about 230 million acres
4 Naturalist Interpreters (10 minutes) a Freeman Tilden
i Born 1883 worked as a newspaper columnist and author ii At age 58 he began working with the National Parks Service
iii While traveling to various National Parks he became concerned with the quality of interpretation
iv Wrote Interpreting Our Heritage in 1957 outlines 6 principles to quality interpretation forever changed the field of interpretation
b William Lewis i Worked as a ranger naturalist and interpreter trainer for the National
Parks Service ii Developed the approach of ldquoThematic Interpretationrdquo which requires the
interpreter to choose a central theme (major point) to guide the development of a program
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 59
iii Wrote Interpreting For Park Visitors c Sam Ham
i Director of Center for International Training and Outreach at the University of Idaho
ii Work has focused on applying communication theory to environmental conservation interpretation and on nature-based tourism and guide training
iii Wrote Environmental Interpretation (1992) d Ted Cable
i Professor of Park Management and Conservation at Kansas State University
ii Co-authored Interpreting Cultural and Natural Resources (2003) and Interpretation for the 21st Century Fifteen Guiding Principles for Interpreting Nature and Culture (2002)
5 Conducting an Interpretative Program Try and Fail (60 minutes + 120 minutes of activities throughouthellip see list of Suggested Activities below)
a Experiential Learning i The first time you tried to walk you failed The first time you rode a bike
you failed This is called experiential learning The first time you attempt an educational or interpretation program you will fail thatrsquos how we learn
ii Donrsquot be afraid to fail b Ask Questions about the ProgramPresentation before you commit to leading it c Plan your Program
i Generally I want my presentation to be about Specifically however I want to tell my audience about After hearing my presentation I want my audience to understand (what is the big picture you want them to take home)
1 You do not need (or want) to teach your audience everything you know your job is to light the spark
ii What will your tangibles and intangibles be 1 Tangibles are those things you can touch things you use to teach
when teaching a Examples include a tree a mammal pelt a skull a live
animal a prairie 2 Intangibles involve connecting the tangibles to concepts and the
ideas they represent intangibles are the meanings the relationships the processes the ideas the feelings and the beliefs
a Examples include food webs ecosystem health entropy ecology
iii People remember themes they forget facts
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 60
iv Plan for an organized presentation 1 Think about your overall theme smaller parts of the program and
your transitions v Stick to your theme
vi Determine what type of presentation you will have 1 PowerPoint (avoid) 2 Podium Presentation (avoid) 3 Active taking a hike playing a game etc 4 Hands-on touching feeling trying hearing smelling
vii Think about all the different kinds of learners 1 verbal-linguistic 2 logical-mathematical 3 visual-spatial 4 kinesthetic 5 musical-rhythmic 6 interpersonal (groups) 7 intrapersonal (individual) 8 naturalist
d Know your role as an educator 1 Provide facts and relationships not opinions 2 Allow participants to determine their own opinions and beliefs
using the facts amp relationships you provide them 3 PLAY ldquoFIRST IMPRESSIONSrdquo
e Prepare Prepare Prepare 1 Know the type of space and area you will have (indoor vs
outdoor small space vs vast area etc) 2 Plan for more that you are told 3 Plan for the weather (always expect it to be windy in Nebraska)
f Questions i Ask good questions
1 Is this a fox Vs How do you know this is a fox 2 Do you have any questions Vs What questions do you have
ii Be prepared for quality questions 1 What are the implications for describe the impact of what are
the reasons for iii Be prepared for ldquogoodrdquo questions
1 Do you have ewoks in the forest If a Mountain Lion and an Eagle were to fight who would win
2 Take all questions seriously Answer seriously g Model what you want to see the students do
i If you want a group of students to catch insects help them get active with them
ii This is true when working with children and adults
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 61
1 Working alongside students validates them and their learning h Be enthusiastic show your passion
i This is another form of modeling what you want to see in your students ii We need to excite students (no matter their age) about conservation
nature and the outdoors iii Have fun
6 Take Home Lesson Light the Spark and Donrsquot Be Afraid to Fail
Suggested Activities (amp potential mandatory activities)
Throughout the lesson conduct multiple games andor activities to model good interpretation
Suggested games include but are not limited to
1 Oh Deer (Project WILD) 2 First Impressions (to be done during section 5) (Project WILD) 3 The Long Haul (Project WET) 4 Sum of the Parts (Project WET) 5 Water Quality Ask the Bugs (Project WET) 6 Adaptation Artistry (Flying WILD) or Fashion a Fish (Aquatic Project WILD) 7 Avian Antics (Flying WILD) 8 Pollinators Meet Your Plants (Nebraska Project WILD wwwnebraskaprojectwildorg) 9 Scavenger Hunts (Nebraska Project WILD wwwnebraskaprojectwildorg)
Suggested Post-Readings
Interpreting Our Heritage Freeman Tilden 1957 (4th edition 2008)
ISBN-13 978-0807858677
Interpreting for Park Visitors William Lewis 1981
ISBN-13 978-0890620793
Environmental Interpretation Sam Ham 1992
ISBN-13 978-1555919023
Interpretation for the 21st Century Fifteen Guiding Principles for Interpreting Nature and
Culture Larry Beck amp Ted Cable 2002
ISBN-13 978-1571675224
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 62
Interpretation-Making a Difference on Purpose Sam Ham 2013
ISBN-13 978-1555917425
Foundations of Interpretation Curriculum Content Narrative National Parks Service 2007
httpwwwnpsgovidpinterp101foundationscurriculumpdf
Websites
National Association of Interpretation
wwwinterpnetcom
North American Association for Environmental Education
wwwnaaeeorg
Nebraska Alliance for Conservation and Environment Education
wwwnaceeorg
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 63
Safety in the Field
Developed by Rich Hawes Nebraska Master Naturalist rdhawes26msncom
Objectives
Raise awareness of Risk Managementassessment as part of event planning
Guidelines to safe activities for participants presenters and the environment
Present Leave No Trace Principals as part of all outdoor activities
Present resources for additional training or certification for outdoor activities
Hands on activities to encourage interest and to provoke thought and discussion
Hazards of the area
Outdoor hiking safety
Stewardship of the land and natural resources
Being flexible and working with ldquowhat you haverdquo
Outline
1 Outdoor Activities ndash Whatrsquos The Worst That Can Happen An Introduction to Event Planning and Risk Management
2 Leave No Trace Principals
3 Trip planning and Logistics
4 Health amp Safety
5 Youth Protection
6 Age Appropriate Activities
7 Resource Training and Certifications
a Standard First Aid CPRAED Wilderness First Aid
b Shooting Sports - Range Safety Officer or Instructor
c Hunter Safety Instructor
d Climbing COPE and Zip Lines
e Water Safety Instructor Life Guard Small Boat Handling
f Leave No Trace Trainer or Master Educator
g Tread Lightly Tread Trainer or Master Tread Trainer
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 64
Suggested Activities
CPR Scenario
First Aid Scenario
Weather Scenario
Lost Scenario
Online Resources
American Camp Association
Boy Scouts of America
Youth Protection
Safe Swim Defense
Safety Afloat
Climb On Safely
Weather Safety
Trek On Safely
(etc)
Leave No Trace
Nebraska Game amp Parks
Hunter Safety
Boating Rules amp Regs
National Rifle Association
(Archery groups)
American Red Cross
(wilderness medicine group(s))
NOLS
Tread Lightly
US Coast Guard
NEBRASKA MASTER NATURALIST Explore Contribute Connect
31
Ovoviviparous Give birth to live young Egg
developed in female and then deposited as a
living young
Plastron Ventral (covering the belly) shell
Reticulated Net-like pattern on skin
Scales Folds of skin covering reptiles
Scutes Single section of shell each sell is made
up of many scutes
Toxic Poisonous
Toxin Poison
Undulating Type of snake locomotion typical of
most snakes - Leaves ldquoSrdquo shape track
Venom Poisonous fluid secreted from glands
and transmitted by bite or sting
Venomous Describes animal containing venom
gland
Nuts amp Bolts of Reptiles
Most reptiles are carnivores (eat meat) Many will eat only live food Some are herbivores (eat
plant material) as well as insectivores (eat insects)
Reptiles often found in water or underground for protection from predators and to help
regulate body temperature Air temperature can change quickly but water and soil
temperature are more constant therefore it helps to regulate the reptiles body temperature
Because they are ectothermic many reptiles live in places that are warm year round In colder
climates reptiles hibernate underground below the freeze line
Most reptile lay eggs and are called oviparous Eggs are buried in sand soil rotted logs etc and
kept warm only by heart from the sun or from rotting vegetation Very few reptiles stay around
to protect their eggs Some reptiles keep their eggs inside their bodies until they hatch and
produce live young (ovoviviparous) Example - garter snakes Very few reptiles care for or feed
their young Young are precocial able to look after themselves minutes after they hatch
Most snakes are harmless Even snakes that are venomous will not bite unless they are
cornered or stepped on Snakes are good and necessary animals They help control potential
destructive populations of rodents
Listed below are the orders and examples of common species found in Nebraska
ORDER CHELONIA Basic Characteristics
1 Contains all forms of turtles and tortoises
2 Has body enclosed in a shell made of
modified horny scales and bone Shell made of
two parts Carapace - upper part covering
animalrsquos back Plastron-under part covering
animalrsquos stomach amp chest
3Ribs and most of vertebrae attached to shell
4 Neck long and flexible and can usually be
withdrawn into shell
5 Have no teeth but jaws outfitted with horny
beaks
6 All lay eggs Usually bury eggs in pit in sand or soil Hatchlings must dig themselves to the surface
NEBRASKA MASTER NATURALIST Explore Contribute Connect
32
Examples of Turtles found in Nebraska Snapping Turtle (Chelydra serpentina)
Blandingrsquos Turtle (Emydoidea (Emys)
blandingii) Protected Species
False Map Turtle (Graptemys
pseudogeographica) Protected Species
Ornate Box Turtle (Terrapene ornata)
Smooth Softshell (Apalone mutica)
Spiny Softshell (Apalone spinifer
SUBORDER LACERTILA (lizards) Basic Characteristics
1 Dry scaly skin clawed feet external ear
openings
2Have movable eyelids - snakes do not
3 Males and females often show different
coloration
4 Generally diurnal but many nocturnal
(geckos night lizards Gila Monsters)
5 Courtship brief fertilization is internal
6 Most are egg layers
Examples of Lizards of Nebraska
Six-line Racerunner (Cnemidophorus sexlineatus Five-line Skink (Eumeces fasciatus)
Many-lined Skink (Eumeces mulitvirgatus)
Great Plains Skink (Eumeces obsoletus)
Slender Glass Lizard (Ophisaurus attenautus)
Lesser Earless Lizard (Holbrookia maculate)
Northern Prairie Lizard (fence lizard)
(Sceloporus undulates)
SUBORDER SERPENTES (Snakes) Basic Characteristics
1 Elongated scaly bodies (to protect from water
loss) no limbs external ear opening or eyelids
(eye covered with a clear scale)
2 Terrestrial subterranean arboreal
amphibious
3 Carnivores swallow prey whole
4 Continue to grow throughout their lives
6 Hibernate in colder climates
7 Males locate females by scent
8 Internal fertilization
9 Some lay eggs others bear live young
11 Vipers (venomous snakes) have heat-
sensing organs called thermal pits
NEBRASKA MASTER NATURALIST Explore Contribute Connect
33
12 Teeth slanted back If one is lost another drops down in itrsquos place
Examples of snakes found in Nebraska
Black Rat Snake (Elaphe obsoleta)
Great Plains Rat Snake (Elaphe guttata)
Bullsnake (Pituophis catenifer)
Common Kingsnake (Lampropeltis getula)
Eastern Hognose Snake (Heterodon
platyrhinos)
Western Hognose Snake (Heterodon nasicus)
Glossy Snake (Arizona elegans)
Milk Snake (Lampropeltis triangulum)
Plains Garter Snake (Thamnophis radix)
Common Garter Snake (Thamnophis sirtalis)
Racer (Coluber constrictor)
Pit Vipers
Copperhead (Agkistrodon contortrix) found in extreme southeast Nebraska
Massasauga (Sistrurus catenatus) Found in southeast Nebraska Protected Species
Prairie Rattlesnake (Crotalus viridis) Found in central and western parts of the state
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 34
Birds What Makes a Bird a Bird IMPORTANT CHARACTERISTICS
So what makes a bird a bird All birds share one common characteristic that no other animal has and
that is FEATHERS Other characteristics include
Maintain high constant body temperature Endotherms (warm-blooded)
Possess toothless beaks or bills
All lay hard-shelled eggs (oviparous)
Air sacs in birdrsquos body give buoyancy
Generally bones are hollow Decreases body weight
Four-chambered heart
Lend Me Your Ear Yes birds have ears but they are missing the pinna or outside part of the ear that collects sound Birds
have feather-covered openings on both sides of the head just behind the eyes Owls and other night-
flying birds have off-setting ears that allow them to pinpoint the exact position of prey
Can birds smell We are not quite sure how well most birds smell We do know vultures use the sense of smell to find
their dinner The champion bird sniffer belongs to kiwi found in New Zealand They are able to sniff out earthworms Some diving birds like cormorants cannot even breathe through their nostrils because they are sealed Ocean birds have special glands in their noses which eliminates salt from the salty water they drink
Eggs Birds lay hard-shelled eggs made mostly of carbon carbonate The hard shell keeps the egg from drying
out and allows parents to sit on it without damaging the developing chick Though the shells are hard it
does not mean that they are non-porous Microscopic pores allow the embryo to ldquobreatherdquo Carbon
dioxide and oxygen can pass through the shell
Eggs come in all sizes colors and patterns We believe that the different colors and patterns are
intended as camouflage Blue and green eggs are found in nests that are in the shade Patterned eggs
blend in with vegetation and stones and white eggs are normally found in cavities
The shape of eggs also depends on where a bird nests The most common shape is oval A pointed egg
is usually found near ledges Round eggs are generally found in highly secure nests
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 35
Commonly Seen Bird Families of Nebraska
Grebes (Family Podicipediae ndash rump foot)
WHAT TO LOOK FOR
Sleek diving waterbirds - small to medium size
Most have sharp pointed bills with fairly long necks short wings and almost no tail
Have lobed toes and legs set far back on body
Common Nebraska species - Pied-billed horned eared western and Clark grebes
Pelicans (Family Pelecanidae ndash an ax)
WHAT TO LOOK FOR
Very large waterbirds
Huge bills with large distensible pouches
Most are white with black flight feathers ndash wingspan 6-9 feet
Common Nebraska species ndash American White Pelican
Cormorants (Family Phalacrocoracidae ndash bald raven)
WHAT TO LOOK FOR
Large diving waterbird shaped like an elongated goose
Long neck and long bill hooked at the end
Wing span 3-5 feet Mostly dark in color
Common Nebraska species ndash Double-crested cormorant
Herons Egrets and Bitterns (Family Ardeidae - )
WHAT TO LOOK FOR
Medium to large wading birds
Usually with long legs bills and S-shaped neck
Short rounded tails
Common Nebraska species ndash American and least bitterns great and snowy egrets little
blue egret cattle egret great blue green black-crowned night and
yellow-crowned night herons
Ibises (and Spoonbills) (Family Threskiornithidae ndash sacred bird)
WHAT TO LOOK FOR
Medium to large wading birds
Long necks and legs with a duck-like body
Long tapering down-curved bill Common Nebraska species ndash white-faced ibis
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 36
Vultures (Family Cathartidae ndash cleanser)
WHAT TO LOOK FOR
Large soaring scavengers
Resemble eagles and large hawks in flight
Head and neck void of feathers bill hooked
Hold wings in a raised V-shape (dihedral)
Common Nebraska species ndash turkey vulture
Duck Geese and Swans (Family Anatidae ndash waterfowl)
WHAT TO LOOK FOR
Medium to large waterbirds
Large heads with conspicuous and horizontally flattened bills
Long necks heavy bodies relative short tails webbed feet and long wingspan Major differences between duck geese and swans
Ducks
Smallest of the three Have a soft swelling about the nostrils called a cere
Males of most ducks are easily separated from females by their gaudier plumage Feathers are
molted twice a year
Most males change into nuptial plumage after pair formation in the fall There may be some
modification of shape of a single feather or entire regions of plumage
Most species are sexually mature at 9 - 11 months
Males take no part in incubation
Geese
Neck shorter than body
Lore (area between eye and bill) feathered and more bluntly triangular than ducksrsquo
Sexes are similar
Permanent pair bonding
Molt once per year postnuptially
Sexually mature at 3 years
Males protect female clutch and brood after hatching
Young stay with parents for almost a year
Legs of most geese are farther forward under the belly than those of typical swans and ducks
Swans
Longest necks - necks slightly longer than body
Lore is naked
Sexes are similar
Molt once per year postnuptially - parents molt one after the other so one is able to fly
Young are carried on parentsrsquo backs
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 37
Sexually mature at 4 -5 years
Hawks and Allies (Family Accipitridae ndash to grasp or take)
Medium to very large diurnal raptors
Hooked beak strong legs and sharp talons
Buteos (buzzard hawks)
Stocky with broad wings wide tails
Soar and wheel high in the sky
Common Nebraska species ndash red-shouldered broad-winged Swainsonrsquos red-tailed
ferruginous rough-legged hawks
Accipiters (true hawks)
Small heads short rounded wings longish tail slender bodies
Fly with several rapid beats and a glide Common Nebraska species ndash sharp-shinned hawk Cooperrsquos hawk northern goshawk
Harriers
Slim body with slim round-tipped wings
Fly in open country gliding low with wings lifted in a V (dihedral)
Species in Nebraska - northern harrier
Kites
Small falcon shaped buoyant gliders not power-fliers
Common Nebraska species ndash Mississippi Kite
Osprey
Soar high on long swept-back wings
Broad tail short-headed appearance
Often travel in pairs
Eagles
Large very broad bodied with broad long plank-like wings massive head and bill
Soar steadily holding wings flat out to the side
Powerful wing beat on upstroke wings raised high Common Nebraska species ndash bald and golden
Falcons (and caracaras) (Family Falconidae - )
WHAT TO LOOK FOR
Small to large compact fast-flying raptors
Long pointed wings bent at the wrist - Strong rapid wing strokes
Common Nebraska species ndash American kestrel gyrfalcon peregrine falcon prairie falcon
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 38
Grouse Turkeys and Pheasants (Family Phasianidae ndash cock or fowl-like bird)
WHAT TO LOOK FOR
Ground dwelling birds with feather nostrils
Short strong bills and short rounded wings
Flight strong but brief
Males perform elaborate courting displays
Common Nebraska species ndash ring-necked pheasant sharp-tailed grouse greater
prairie chicken wild turkey
New World Quail ( Family Odontophoridae ndash bearing teeth)
WHAT TO LOOK FOR
Ground dwelling bird found in brushy habitat and other dense low foliage
Chunky rounded bodies and crests or head plumes
Chicken-like bill short rounded wings
Common Nebraska species - northern bobwhite
Rails and Coots (Family Rallidae - )
WHAT TO LOOK FOR
Marsh birds with short tails and stubby wings
Secretive and identified chiefly by call and habitat
Rails are laterally flattened ldquoThin as a railrdquo Coots are plumper and gregarious
Common Nebraska species ndash yellow rail black rail king rail Virginia rail sora common
moorhen American coot
Cranes (Family Gruidae - )
WHAT TO LOOK FOR
Tall stately wetland birds with long necks and long bills
Tertial flight feathers droop over rump in a bustle when standing
Fly with necks fully extended
Circle in thermals like raptors
Common Nebraska species - sandhill and whooping cranes
Plovers and Killdeer (Family Charadriidae ndash nocturnal waterbird)
WHAT TO LOOK FOR
Small to medium shorebirds that dart across the ground stop and then take off again Upright posture with medium length legs and long pointed wings
Rounded head large eyes thick neck with a short thick bill
Common Nebraska species ndash black-billed American golden snowy semipalmated piping
plovers and killdeer
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 39
Stilts and Avocets (Family Recurviostridae- bent bill)
WHAT TO LOOK FOR
Tall slim shorebirds
Long thin bill very long slender legs long neck striking black-and-white plumage Stilts have straight bills avocets have re-curved bills
Common Nebraska species ndash American avocets black-necked stilt
Sandpipers and Phalaropes and Allies (Family Scolopacidae ndash woodcock)
WHAT TO LOOK FOR
Diverse group of shorebirds
Long toes and long tapered wings
Bill and leg length varies but bill more slender than a ploverrsquos
Plumage browns grays and whites with reds and oranges during breeding season
All but one species have short elevated hind toe
Species found in Nebraska include common snipe ruddy turnstone phalaropes sandpipers
woodcocks godwits whimbrels willets etc
Dowitchers
WHAT TO LOOK FOR
Medium sized chunky dark shorebird
Long straight bills and distinct pale eyebrows
Feed in mud or shallow water in a rapid jabbing motion
Phalaropes
WHAT TO LOOK FOR
Often spin like a top in water when feeding
Female larger and more colorful than male
Male tends incubates and cares for chicks
Common Nebraska species ndash Wilsonrsquos and red-necked phalaropes
Gulls Terns and Allies (Family Laridae ndashsea birds)
Gulls
WHAT TO LOOK FOR
More robust with wider wings and longer legs than terns
Bill slightly hooked tail square or rounded - Seldom Dive
Common Nebraska species ndash Pomarine Jaeger Franklinrsquos little Bonapartersquos ring-
billed California Herring Thayerrsquos lesser black-backed glaucous
Sabinersquos gulls black-legged kittiwake
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 40
Terns
WHAT TO LOOK FOR
Graceful more streamline than gulls
Usually has a forked tail ndash most whitish with black cap
Sharp-pointed bill - Hoover and dive headfirst for fish
Common Nebraska species ndash Caspian common Foresterrsquos terns
Pigeons and Doves (Family Columbidae ndash dove)
WHAT TO LOOK FOR
Plump fast flying cooing voice
Short legs and necks and small heads short bills
Tail fan-like rounded or pointed
Pigeons larger than doves
Common Nebraska species ndash rock mourning Eurasian collared doves
Cuckoos Roadrunners and Anis (Family Cuculidae - )
WHAT TO LOOK FOR
Slender with a long tail at least half of the birdrsquos total length
Fairly large sturdy decurved (curving down) bill
2 toes forward 2 back (zygodactyls)
Common Nebraska species - black-billed cuckoo and yellow-billed cuckoo
Barn Owls (Family Tytonidae -)
WHAT TO LOOK FOR
Slim medium sized night hunter
Legs are long and sparsely feathered
Large head with large forward-facing immovable eyes
Heart-shaped face hooked beak and ghostly appearance
Typical Owls (Family Stigidae ndash night bird)
WHAT TO LOOK FOR
Generally night hunters
Large heads flatten face with large forward-facing immovable eyes hooked beak
Mottled appearance some with feather tuffs upright stance
Common Nebraska species ndash eastern screech great horned burrowing barred long-eared
short-eared northern saw-whet owls
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 41
Nighthawks and Nightjars (Family Caprimulgidae ndashgoat sucker)
WHAT TO LOOK FOR
Nocturnal or crepuscular
Big tail large eyes tiny bills surrounding a large gaping mouth
By day sit horizontally on limb or on ground
Easiest to identify by voice
Common Nebraska species ndash common nighthawk common poorwill chuck-willrsquos-widow
Whip-poor-will
Swifts (Family Apodidae ndash without feet)
WHAT TO LOOK FOR
Small to medium sized aerial foragers ndashspend most of life flying
Long sickle-shaped wings bending close to body and extremely short legs
Eat bathe drink and sometime mate in the air
Common Nebraska species - chimney swift white-throated swift
Hummingbirds (Family Trochilidae ndash small bird)
WHAT TO LOOK FOR
Tiny body long slender bill
Distinctive blur and hum of hovering wings
Jewel-like throat feather found on male
Common Nebraska species ndash ruby-throated broad-tailed and rufous hummingbirds
Kingfishers (Family Alcedinidae - kingfisher)
WHAT TO LOOK FOR
Small to medium size
Thickset with short neck and tail small feet
Large head with a ragged crest and long strong bill
Sit on lines and low branches near water or hovers above water
Plunges head first into water to catch fish
Common Nebraska species ndash belted kingfisher
Woodpeckers (Family Picidae ndash woodpecker)
WHAT TO LOOK FOR
Arboreal (tree) birds
Vertical posture creep up trees
Strong chisel-like bill short legs stiff tail feathers rounded wings
Undulating flight pattern and characteristic bill drumming
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 42
Common Nebraska species ndash Lewisrsquos red-headed red-bellied hairy downy woodpeckers
yellow-bellied and red-naped sapsuckers northern flicker
THE PASSERINES Feet adapted to perching
Tyrant Flycatchers (Family Tyrannidae - lord ruler king)
WHAT TO LOOK FOR
Small to medium perching bird
Large head broad flattened bill pointed wings short legs
Bristly ldquowhiskersrdquo at base of bill
Sit upright on exposed branch and dart out to catch insects
Common Nebraska species - flycatchers pewees kingbirds phoebes kingbirds
Shrikes (Family Laniidae ndash butcher)
WHAT TO LOOK FOR
ldquoButcher birdsrdquo ndash impale prey on thorns (may be to attract a mate and mark territory)
Robin-size bird with hooked bill and masked face with hawk-like behavior
Black gray and white birds
Common Nebraska species - northern and loggerhead shrike
Vireos (Family Vireondae ndash small bird)
WHAT TO LOOK FOR
Small olive- or gray-backed bird with short sturdy cylindrical slightly hooked bill
Can have wing bars and eye-rings or have eye stripes and no wing bars
Often confused with warblers but are chunkier bigger headed thicker billed
Common Nebraska species ndash white-eyed Bellrsquos yellow-throated plumbeous
Cassinrsquos blue-headed warbling Philadelphia red-eyed
Crows and Jays (Family Corvidae ndash raven)
WHAT TO LOOK FOR
Large perching bird with strong longish all-purpose bill to handle variety of foods
Nostrils covered with feathers
Legs scaled in front and smooth behind
Harsh voice and noisy
Bold gregarious
Common Nebraska species - black-billed magpie American crow
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 43
Larks (Family Alauidae ndash lark)
WHAT TO LOOK FOR
Ground dwellers of open fields ndash seldom seen in trees and shrub
Walk rather than hop have an elongated hind toe
Slender billed seed and insect eaters
Yellowwhite face with black facemask horns and breast band
Has musical song often sung in display flight
Common Nebraska species ndash horned lark
Swallows and Martins (Family Hirundinidae ndash swallow)
WHAT TO LOOK FOR
Slim streamline bodies with long pointed angled wings
Tail forked or squared legs and feet inconspicuous
Bill short and wide
Fluid aerialists ndash dart about catching insects
Flocks perch in long rows on branches and lines
Common Nebraska species ndash purple martin northern rough wing bank cliff barn swallows
Chickadees and Titmice (Family Paridae - )
WHAT TO LOOK FOR
Small plump sociable birds with short bills and wings
Active agile ndash often hang upside down to feed
Many times roam in little bands (often leading the group) in search of food
Chickadee ndash no tuff of feathers on head Titmice ndash tufted Common Nebraska species ndash black-capped chickadee tufted titmouse
Nuthatches (Family Sittidae ndash birds that peck bark of tree)
WHAT TO LOOK FOR
Small stout tree-climbers with slightly upturned strong woodpecker-like bills
Stubby squared off tails
Walk down trees headfirst Common Nebraska species ndash red-breasted and white-breasted nuthatches
Creepers (Family Certhiidae -)
WHAT TO LOOK FOR
Small slim tree-dwellers with stiff tails and slender downward curving bill
Primarily brown
Common Nebraska species ndash brown creeper
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 44
Wrens (Family Troglodytidae ndash cave dweller
WHAT TO LOOK FOR
Small stumpy energetic brown birds
Bill slightly down turned loud song
Tails often in ldquocockedrdquo or up-tilted position
Common Nebraska species ndash rock house winter marsh wrens
Kinglets (Family Regulidae -)
WHAT TO LOOK FOR
TINY very active songbirds ndash only certain hummingbirds smaller
Can hover will feeding
Greenish plumage with bright colored crowns Short tails
Common Nebraska species ndash ruby-crowned and golden-crowned kinglets
Gnatcatchers (and Old World Warblers) (Family Sylviidae - )
WHAT TO LOOK FOR
Small birds with slender pointed bills surrounded by rectal bristles
Drab plumage with seasonally changing head patterns
In constant motion
Common Nebraska species ndash blue-gray gnatcatcher
Thrushes (Family Turdidae -)
WHAT TO LOOK FOR
Large-eyed upright postured songbirds - known for their singing ability
Bill is slender straight but not sharp
Often hop along the ground looking for food
Common Nebraska species ndash eastern bluebird veery gray-cheeked Swainsonrsquos hermit
wood thrush American robin
Mockingbirds and Thrashers (Family Mimidae ndash imitator mimic)
WHAT TO LOOK FOR
Well known for their vocal and mimicking ability
Have short rounded wings long legs and tails
Long down-curved bills
Common Nebraska species ndash gray catbird northern mockingbird brown thrasher
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 45
Starlings (and Mynas) (Family Sturnidae - )
WHAT TO LOOK FOR
Medium sized chunky glossy birds with short tails sharp bills
Short triangular to rounded wings
Gregarious bold birds
Pipits (and Wagtails) (Family Motacillidae -)
WHAT TO LOOK FOR
Slender billed brownish ground dwellers with long back toe
Walk briskly rather than hop along the ground
Most species bob their tails up and down
Common Nebraska species ndash American pipit
Waxwings (Family Bombycillidae ndash silk tail)
WHAT TO LOOK FOR
Birds with sleek crest that can be erected
Plump-bodied birds with pointed wings with red waxy tips of secondaries
Bill is small wide and notched high thin calls
Square tail with terminal yellow band
Common Nebraska species ndash Bohemian and cedar waxwings
Wood Warblers (Family Parulidae -)
WHAT TO LOOK FOR
Brightly colored (mostly yellow) birds
Smaller than sparrows with thin needle-like bills
Common Nebraska species ndash approx 34 warblers ovenbirds yellow-breasted chats and
waterthrush
New World Sparrows (Family Emberizidae -)
WHAT TO LOOK FOR
Small to medium-sized birds - often brown streaked appearance
Rounded wings cone-shaped bills
Common Nebraska species ndash 20 sparrows towhees longspurs dark-eyed juncos snow and
lark buntings
Cardinals and Allies (Family Cardinalidae )
WHAT TO LOOK FOR
Medium to large songbirds
Have large cone-shaped bills
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 46
Males often very colorful
Common Nebraska species ndash northern cardinals rose-breasted and black-headed grosbeaks
indigo bunting dickcissel
Blackbirds Orioles and Allies (Family Icteridae)
WHAT TO LOOK FOR
Medium to large songbirds with strong straight bills
Strong-direct flight
Plumage varies from iridescent black to yellow to orange
Common Nebraska species ndash Bobolink eastern and western meadowlarks red-winged and
rusty blackbirds common and great-tailed grackles orchard Baltimore and
Bullockrsquos orioles brown-headed cowbird
Finches and Allies (Family Fringillidae)
WHAT TO LOOK FOR
Small to medium songbirds
Have conical bills and forked relatively short tails
Fly fast and undulate through the air giving high-pitched calls in flight
Common Nebraska species ndash gray-crowned rosy purple Cassinrsquos house finches red
crossbill white-winged crossbill common redpoll pine siskin American goldfinch
evening grosbeak
Old World Sparrows (Family Passeridae)
WHAT TO LOOK FOR
Stouter bodies shorter legs and thicker bills than native sparrows
Have a simple song repeating single elements with no particular rhythm or beginning
And end vocalize all day and year-round
Common Nebraska species ndash house sparrow (introduced)
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 47
Geology and Natural History of Nebraska
Being Developed by Jon Garbisch Cedar Point Biological Station jgarbisch2unledu
bull Geological history of Nebraska
bull Present geological formation of regions
bull General soil types
bull Geological landforms and related habitats
What we currently use
Theme
Nebraska geology formed over millions of years through the erosion of mountains the deposition of
sediments and the flow of water and ice shaping the landscape that we call home
Goal
Attendees will develop an understanding of the natural processes that influenced and built Nebraska
and in so doing develop a greater appreciation for the geology and how it relates to all other aspects of
the statersquos identity
Objective(s)
The Master Naturalists attendees will be able to use the knowledge they have gained to better
understand the surface and subsurface geology at any location in the state that they may find
themselves working
How will it be measured
Attendees will be able to use the knowledge gained to actively interpret general Nebraska geology by
completing activities in the form of hand-out diagrams biostratigraphic fossil correlations
interpretation of rock type hand specimens and visual description of the Geology on the trail at Camp
Brewster Fontenelle Forest
Introduction
Nebraska geology formed over millions of years through the erosion of mountains the deposition of
sediments and the flow of water and ice shaping the landscape that we call home (Hand out agenda)
Geology is rooted in the 3 rock groups that exist on planet Earth and so familiarity with
o these groups gives us a solid foundation for all other geologic interpretation
A half hour will be spent handling examples from each rock group
o 3 groups 3 tables with one rock type on each table each group spends 10 minutes at
each table
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 48
The Geologic Time Scale is a record over time of the Earths major geologic events and we
can use it to help us understand how and when Nebraska took shape
The natural agents of change which have shaped our state include oceans rivers wind
o and ice
The geologic time periods in Nebraska are represented by rock layers (or not) which occur all
around the state and have been named so that no matter where you are in the state you can
correlate the strata to the time scale (fossilsisotopes)
6 Geologic Principles will be discussed so that when the MN is in the field they can be used as an
aid in basic geologic interpretation
Conclusion
Nebraska geology formed over millions of years through the erosion of mountains the deposition of
sediments and the flow of water and ice shaping the landscape that we call home Geology supplies us
a record of the events that have shaped our Earth by learning the language in which the Earth script is
written we will be able to interpret and share the story of our state of Nebraska This understanding will
aid in us in relating to other areas influential and important to the state
Places to Go (places to see examples of Nebraska geology)
a Agate Fossil Beds National Monument Lower Miocene fossil mammal site including abundant body fossils of ancient mammals and prominent fossil rodent burrows
b Ashfall State Park Upper Miocene fossil mammal assemblage found in ash derived from an eruption of a predecessor to the Yellowstone volcanic field c Chimney Rock National Historic Site Oligocene and Lower Miocene continental sedimentary rocks deposited as sediments by wind and steams
d Hummel Park (Omaha) outcrops of Pleistocene glacial till and loess
e Lincoln area Capitol Beach Lake and history of saline waters and salt industry flooding history of Antelope and Salt creeks building stones in downtown area brick industry University of Nebraska State Museum
f Louisville area outcrops of Upper Pennsylvanian marine sedimentary rocks
g Valentine area and Niobrara National Wildlife Refuge Niobrara River Canyon and Cenozoic stratigraphy
h Niobrara State Park Upper Cretaceous marine sedimentary rocks (Niobrara Formation and Pierre Shale) landslides along Missouri River anthropogenic changes in Missouri River Niobrara River and Mormon Canal
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 49
i Downtown Omaha removal of loess from hills in downtown area engineering of Missouri River (eg groins bank armoring etc) visible at Bob Kerrey Memorial Bridge deep bedrock water wells at old industrial sites
j Platte River State Park Upper Pennsylvanian marine sedimentary rocks and overlook of Platte River
k Ponca State Park Upper Cretaceous marine sedimentary rocks (uppermost Dakota Formation through Greenhorn Limestone)
l Rock Creek State Historical Park middle Cretaceous Dakota Formationmdashfluvio-estuarine continental deposits
m Schramm Park Upper Pennsylvanian marine sedimentary rocks
n Scotia and Happy Jack Chalk Mine Upper Miocene lake deposit In Ogallala Group
o Scotts Bluff National Monument Oligocene and Lower Miocene continental sedimentary rocks deposited as sediments by wind and steams
p Smith Falls State ParkCenozoic stratigraphy Niobrara River waterfalls as knick points
q Toadstool Park and nearby areas continental sedimentary rocks of upper Eocene Chadron Formation Pine Ridge escarpment Trailside Museum and Ft Robinson State Park
r Weeping Water area Upper Pennsylvanian marine sedimentary rocks
s Wildcat RidgeHillsescarpment on Oligocene and Lower Miocene continental sedimentary rocks deeply eroded into canyons buttes and pinnacles by stream erosion during and after the Late Pliocene
t Indian Cave State Park and Iron Horse Trail south of Peru Upper Pennsylvanian Indian Cave Sandstone (fluvio-estuarine deposit) and sandstone cave
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 50
North American Model and Outdoor Skills Developed by Jeff Rawlinson Assistant Division Administrator Information and Education Nebraska Game and Parks Commission jeffrawlinsonnebraskagov
OUR North American Model of Conservation
Perhaps no other story is more compelling and more important in American history as that of how
our natural resources came to be one of the most important elements in our lives The history of our citizenryrsquos strong land ethic ties us to the natural world long after other nations have forgone this relationship We value how the common person from a common family can participate in the thrill of the chase experiencing wildness to its fullest
The North American Model of Conservation is a philosophy that the United States and Canada have
developed to manage wildlife in a sustainable way Historians debate how this land ethic began Some
say our model of conservation began in 1937 with the passage of the PittmanRobertson Act a move that provided funding for wildlife conservation at the national and state level The source of this funding came from the sale of hunting and shooting equipment Others may say that it began when the conservation giant President Theodore Roosevelt brought management of natural resources to the
political forefront Others would argue our Model of conservation was birthed under the Magna Charta which transferred the ownership of wildlife from the King of England and the English nobles to the all of
the people of England In reality however our Model has been under development for several hundred years combining what we have learned from other nations peoples cultures and experiences to shape a philosophy ingrained in our culture supported by hunters anglers and shooting sports enthusiasts
benefiting all wildlife and wild lands in the United States
First Wildlife Managers The concept of managing wildlife or natural resources was not conceived by our young nation For
thousands of years humanity has been manipulating and controlling the land and all its inhabitants to benefit our needs Ever since the first hunter followed that wooly creature across the Bering Straight embarking on an epic journey that would result in settling of North America man has ldquomanagedrdquo
wildlife in North America
Throughout history many leaders have shown some element of concern or conservation ethic towards wildlife The great Kublai Khan grandson of Genghis Khan and founder of the Yuan Dynasty in China forbade harvesting of many species of wildlife during critical reproductive months of March
through August so species could ldquoincrease and multiplyrdquo Conservation of wildlife is even found in Mosaic Law in Deuteronomy 226 representing some of the first written wildlife management idealsmdashldquo If you come across a birdrsquos nest in any tree or on the ground with young ones or eggs and
the mother sitting on the young or on the eggs you shall not take the mother with the youngrdquo (English Standard Version 2001)
As populations expanded throughout Europe wildlife resources fell under ownership of powerful kings
who enacted harsh punishments for anyone found taking the kingrsquos game In 1215 a rebellion against King John of England resulted in the Magna Charta transferring ownership of lands and game from the crown to the people This ldquoprivatizingrdquo of wildlife ownership had profound impacts America over 500 years later
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 51
Era Of Abundance (1600 ndash 1850) When our forefathers first landed on the eastern shores of America they brought with them science
religion and a new hope They found plentiful game and soon began a relationship with the land that provided them with many of their daily needs Wildlife was viewed as a limitless resource in a relatively untapped land These early settlers had left Europe where few had access to wildlife and entered a world where everyone had access Furs feathers hides all had value to this young country In 1776 the Declaration of Independence revoked the Kingrsquos rights to land and people in this new world After a
bloody war led by revolutionaries such as Washington Hamilton Jefferson and Adams the United States gained its independence and the land and wildlife belonged to everyone
Era Of Exploitation (1850 ndash 1900)
The 1800s brought a commercialization of our wildlife resources Market hunting and habitat
destruction began to decimate wildlife populations such as the American Bison and Passenger Pigeon After the American Revolutionary War and the Civial Warmdashwhich nearly destroyed our ldquodemocratic
experimentrdquo all togethermdashfew people were looking after the interest of wildlife and even fewer rules
existed governing the management of a resource everyone had ownership of yet no one had responsibility for
The railroad provided settlers with the means to access new lands expanding the markets for meats hides and fur Advancements in technology such as the repeating rifle further aided the unbridled
destruction of wildlife resources Yet throughout this era something positive was growing The people of this new nation were developing a relationship with the land By 1842 a Supreme Court ruling had huge impacts on this developing model of conservation resulting in a Public Trust Doctrine that would
further outline a model for conserving our natural resources Conservation was developing some direction but had no money or laws to support it
Era Of Protection (19001930) The early 1900s brought an industrial boom Abuse of natural resources had taken its toll and throughout the Nation and evidence of this abuse could be seen in the loss of species such as the
passenger pigeon near loss of the American bison and in many large mammals including whitetailed deer and our once numerous waterfowl species America was becoming an economic giant yet through
the roar of machines both political and metal a small voice could be heard It was the hunter and their voice was of concern for the direction our wildlife resources were heading Conservation minded men and women had continued a relationship with the land and the wildlife
Era of Game Management (1930 ndash 1966) The ldquodirty thirtiesrdquo were marked by the dust bowl and an impoverished nation Agricultural practices
unchecked by environmental stewardship had left the Nationrsquos heartland in ecological peril Politically the conservation movement was supported by the footings laid by Theodore Roosevelt New federal acts moved forward to provide for environmental protection due to the outcry of hunters in panic over the vanishing wildlife resources of the Nation
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 52
Wildlife conservation had support yet it lacked the science to properly manage our Nationrsquos resources A young biologist name Aldo Leopold changed all this with his writings including the book Game
Management which led to Universities across the country developing wildlife conservation programs These programs spawned a new breed of professional game managers who utilized science to support management methods that ultimately lead to the greatest wildlife conservation success story in the world In 1937 the PittmanRobertson Act provided thousands of jobs for young professionals along with ldquogame wardensrdquo supported by individual states to further the development of the Conservation Model
which now had science and funding to support it
Era of Environmental Management (1966 ndash Present) Science and funding led to a broadening view of conservation as focus shifted from managing ldquogame
animalsrdquo to managing the entire biota (environment and all living things in it) Further federal acts such
as the Endangered Species Act of 1966 and the National Environmental Policy Act of 1969 provided greater protection for species by a nation that had finally changed its course providing time to review
and perfect conservation efforts Recent acts such as the 1980 Farm Bill continued the effort to help
landowners provide quality habitat for wildlife and hunters by providing incentives to landowners to set aside highly erosive lands and plant them into wildlife habitat (grasslands) that benefit wildlife and hunters
The story of our unique model of conservation is still being written New challenges today threaten our
coveted resources and new professionals are entering the arena to further the plight of our Nationrsquos wildlife and hunting heritage
Seven Pillars of the Model
Seven main pillars have been highlighted as the foundation of support for the North American Model
of Conservation These include
The Public Trust The wildlife of the United States are owned by the people This is very different from the European Model where wildlife is privately owned The North American Model recognizes wildlife as a public
resource that is so important it can not be owned or managed by any one segment of our society but rather managed by professional state and federal entities for the benefit of all This concept known as
the Public Trust Doctrine began development in 1842 when the Supreme Court ruled that the Magna Charta had settled the question of who owns fish and wildlife and that King Charles II did not have the authority to give away the ldquodominion and propertyrdquo of lands in colonial America The court further ruled that since the American Revolution the people held public trust responsibilities for fish and wildlife except for rights specified in the US Constitution
Prohibition on Commerce
It was the hunter who brought forth stringent laws that protected wildlife from peril in the 19th
and 20th
centuries Because we all own and appreciate our wildlife as a national resource they should never find themselves on the public market to the highest bidder This path led to a largescale loss of many species
including the Passenger Pigeon and the near loss of the American bison As our country was developing these practices were common as people moved west in search of prosperity capitalizing on a land seemingly untouched by the modern world Today many laws in place serve to protect our most
valuable resourceshellipour wildlife
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 53
Democratic Rule of Law Each citizen of this great nation has the ability and responsibility to engage in healthy politics that serve
to support and protect sound wildlife conservation measures Our first conservation measures in this Country habitat restoration simple harvest restrictions and bag limits came from hunters people who respected the game they pursued and loved the wild places they chased them in The North American Model of conservation is built upon active public involvement instilling a value for wildlife in all citizens
Hunting Opportunity for All The Model was developed on the premise that all people regardless of political or economic standing could participate in and feel the thrill of the chase It is this unique Model that provides us with wildlife opportunities for all Americans Imagine how important this was to our fore fathers who left a brutal
King in England where only the aristocracy had any dream of pursuing wild creatures in wild places Our
wildlife laws ensure that each generation that comes after us will have the same opportunity to enjoy and appreciate wildlife
Nonfrivolous Use Our management of wildlife depends on a citizenry that loves and appreciates the wild creatures and the habitats necessary to their survival and our quality of life Wildlife may be utilized under strict rule of
law including utilizing the wildlife once harvested to its best potential Killing wildlife for the sake of killing can only lead to the numbing of hearts to wildlife and a profound lack of respect for our most
precious resources
International Resources
It was not until the 20th
century that hunters and wildlife lovers understood the importance of
managing wildlife at a much larger scale This became readily apparent with the passage of the
Migratory Bird Treaty Act of 1918 where nations came together to manage wildlife resources as a
collective Wildlife species do not recognize national or state boundaries Governments must work together to be effective in managing wildlife for the benefit of all The United States has made great
strides in this area with Mexico and Canada Our wildlife is not only a resource to us but to all continents they may call home throughout the year Our biologists must think globally to be effective locally
Scientific Management Although Theodore Roosevelt brought conservation to the political forefront it was a young forester from Iowa that made the study of wildlife management a science Aldo Leopold is considered by many
as the ldquofather of wildlife managementrdquo due to his tireless efforts to develop curriculum for future wildlife biologists Today our biologists earn their opportunity to manage wildlife through prominent
Bachelor Masters and Doctorate degree programs from Universities around the world Wildlife must be managed using fact science and the latest research We are constantly learning and adapting to new technology and changing environments For such an important resource we cannot afford to have it any other way
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 54
Nebraska Master Naturalist Specializations Certifying as a Specialist ldquoFollow your own natural geniusrdquo wrote Thoreau ldquoand it will not fail to show you a fresh prospect every hourrdquo Many of us learn by doing When our curiosity and interests carry us into deeper study of a given subject it can be helpful to have clear opportunities to pursue Thus the Nebraska Master Naturalist Program offers specialized voluntary training for those who are hungry to develop and apply their particular skill and personal understanding on behalf of our natural legacy Specializations are designed to create collaborators leaders and mentors in four key areas
Interpretation and Outreach
Outdoor Skills and Recreation
Resource Management
Citizen Science Master Naturalist Certification Requirements Annual Requirement o 8 Hours Training Annually o 20 Hours of Volunteerism Annually Master Naturalist Specialization Requirement One Time Requirement o 20 Hours of Training Total Specific to Specialization Annual Requirement o Additional 20 Hours of Volunteerism Annually Specific to Specialization (does not include initial Certification annual requirement hours)
OUTDOOR SKILLS AND RECREATION SPECIALIZATION The purpose of OUTDOOR SKILLS AND RECREATION is to promote activity and development of skills in the outdoor pursuits associated with natural resources Specializations are designed to create collaborators leaders and mentors in particular areas A Certified Nebraska Master Naturalist can complete the Outdoor Recreation Specializationby meeting the following requirements Complete at least one of the workshops or certification‐leading trainings listed below If specialized training is not listed below it can be approved upon request by the Master Naturalist Program Committee Specialized Training Options ‐
Hunter Education Instructor Certification 13 hrs
National 4‐H Shooting Sports Instructor Certification 32 hrs
Nebraska 4‐H Shooting Sports Shotgun Certification 12 hrs
Nebraska 4‐H Shooting Sports Archery Certification 12 hrs
Nebraska 4‐H Shooting Sports Rifle Certification 12 hrs
Nebraska 4‐H Shooting Sports Pistol Certification 12 hrs
Nebraska 4‐H Shooting Sports Muzzleloader Certification 12 hrs
National Archery in the Schools Program Basic Archery Instructor 4 hrs
NRA Range OfficerMaster Certification 8 hrs
Hunt Master Training Instructor 4 hrs
NRA Shooting Instructor 16 hrs
NRA Shotgun Instructor 16 hrs
NRA Rifle Instructor 16 hrs
Boater Education Instructor 12 hrs
Youth Fishing Instructor 5 hrs
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 55
American Canoe Association National CanoeKayak Instructor 16‐32hrs
National Camp SchoolBoy Scouts 16‐24 hrs
Wood Badge TrainingBoy Scouts 16‐24 hrs
Merit Badge Counselor TrainingBoy Scouts 2‐16 hrs
Conservation Leaders for Tomorrow 35 hrs
Wilderness First Aid 16‐32 hrs
Professional Trappers College 40 hrs
American Camp Association Instructor Training 8‐40 hrs
American Red Cross Instructor Training 2‐16 hrs
American Sailing Association Instructor Training 16‐24 hrs
Certified Horsemanship Association Instructor Training 24‐40 hrs
Leave No Trace Master Educator Training 40 hrs
National Outdoor Leadership School 280 hrs
Camp Cook School 32‐96 hrs
Professional Association of Diving Instructors Training 32‐96 hrs
Professional Mountain Bike Association Instructor Training 24 hrs
League of American Bicyclists Instructor Certification 24 hrs
Hunting
Shooting
Fishing
Trapping
Camping
Outdoor Cooking
Orienteering
Geocaching
Photography
Wildlife Viewing
Hiking
Biking
Birding
Becoming an Outdoors‐Woman Program
Wilderness First Aid
Wilderness Survival
Leave No Trace Educator
Service Options ndash Provide a minimum of 20 hours of service annually in the following or similar areas
4‐H leader and youth training outdoor recreation
Scout leader and youth training outdoor recreation
Wild About Nature
Flying WILD Educator or Facilitator Workshop
Becoming an Outdoors Woman (BOW)
Beyond Becoming an Outdoors Woman (BOW)
Family Camp
Learn to Hunt Program
National Archery in the Schools Program BAI training or greater
Mentor HuntHunt Masters Training
After School Programs
Others ndash Upon approval
Outdoor discovery programs volunteer
CRO at a shooting event
Assist with National or State shooting sports competitions
Family fishing day
Design or write a brochure
Develop or contribute to a website
Develop or contribute to a social networking site
Design or write a newsletter
Assist in fundraising
Plan an event or festival
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 56
Interpretation amp Education- Developed By Lindsay Rogers Nebraska Game amp Parks
Commission
Do not try to satisfy your vanity by teaching a great many things Awaken peoplersquos curiosity It is
enough to open minds do not overload them Put there just a spark If there is some good
inflammable stuff it will catch firerdquo
- Anatole France in The Earth Speaks
Session Objectives
To help participants understand the role education plays in sounds ecological conservation
To help participants learn about past and present conservationist and interpretive educators
To help participants learn components of quality education and interpretation
To have participants partake in quality interpretive education
To make sure participants understand that their role is to light the spark and awaken curiosityhellip not spew facts
Lecture Requirements
1 What is interpretation (5 minutes) a What does ldquointerpretrdquo mean b National Association of Interpretation definition of ldquointerpretationrdquo
i Interpretation is a mission-based communication process that forges emotional and intellectual connection between the interests of the audience and the meanings inherent to the resource
c Freeman Tilden Interpreting Our Heritage 1957 i Interpretation is an educational activity which aims to reveal meanings
and relationships through the use of original objects by first-hand experience and by illustrative media rather than simply to communicate factual information
d Components of interpretation i pleasurable or enjoyable
ii relevant to the world iii organized iv themed v sparks an interest
vi includes information but does not stop there links information to the world
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 57
vii age appropriate viii taught to someone not at them
2 What is education (5 minutes)
a What does it mean to ldquoeducaterdquo someone b John Dewey Democracy amp Education 2944
i Education in its general sense is a form of learning in which the knowledge skills and habits of a group of people are transferred from one generation to the next through teaching training or research
c Components of education i - generally presented to someone but not always
ii enjoyable sometimes iii provides knowledge and facts iv can make connections but not always v organized and themed
d Both education and interpretation are important they work together
3 Conservationists (10 minutes) a Jon Muir
i Immigrated from Scotland to Wisconsin in 1849 ii Attended the University of Wisconsin studies botany amp geology
iii Moved to the western US mainly the Sierra Nevada area iv Believed humans were part of the interconnected natural world v Advocated for the preservation of natural areas
vi Co-founded the Sierra Club b Aldo Leopold
i Iowa native attended Yale University ii After college he joined the US Forest Service was stationed in Arizona
and New Mexico iii Developed theories of land ethics the need for biodiversity and an
appreciation for wilderness areas iv Moved to Wisconsin in 1924 became a professor at the University of
Wisconsin v Regarded as the ldquoFather of Conservationrdquo
c Gifford Pinchot i Born in Connecticut in 1905
ii Studied at Yale studies forestry in France iii Named chief of the Division of Forestry (later to become the US Forest
Service) iv First chief of the US Forest Service greatly improved forest
management and increased the size of Forest Service lands
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 58
v Managed forests for the greatest good for the greatest number Pinchot added the phrase in the long run to emphasize that forest management consists of long-term decisions
d Steven Mather i Born in California attended Berkley University
ii Worked for the Pacific Coast Borax Company where he had a talent for promotion Started a competing company made millions
iii When revisiting Sequoia and Yosemite National Parks in 1914 he was appalled by the conditions of the national parks
iv Joined the Department of the Interior as the head of parks later created the National Parks System
v Professionalized the National Parks and helped to greatly grow protected lands
e Rachel Carson i Born in Pennsylvania in 1907 attended John Hopkins University for
graduate school ii Went to work for the US Bureau of Fisheries (later to become the US
Fish amp Wildlife Service) iii Wrote Silent Spring in 1962 The book created an awaking for Americanrsquos
to their responsibility to the environment and wildlife The book lead to the US Government banning the use of DDT
f Theodore Roosevelt i Born in 1858 in New York New York was a sickly child who stayed inside
studying natural history ii An avid outdoorsman he spent much time in the South Dakota Badlands
iii Became President in 1901 with the assignation of President McKinley iv Among many major accomplishments as president he started the
National Parks was instrumental in conserving about 230 million acres
4 Naturalist Interpreters (10 minutes) a Freeman Tilden
i Born 1883 worked as a newspaper columnist and author ii At age 58 he began working with the National Parks Service
iii While traveling to various National Parks he became concerned with the quality of interpretation
iv Wrote Interpreting Our Heritage in 1957 outlines 6 principles to quality interpretation forever changed the field of interpretation
b William Lewis i Worked as a ranger naturalist and interpreter trainer for the National
Parks Service ii Developed the approach of ldquoThematic Interpretationrdquo which requires the
interpreter to choose a central theme (major point) to guide the development of a program
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 59
iii Wrote Interpreting For Park Visitors c Sam Ham
i Director of Center for International Training and Outreach at the University of Idaho
ii Work has focused on applying communication theory to environmental conservation interpretation and on nature-based tourism and guide training
iii Wrote Environmental Interpretation (1992) d Ted Cable
i Professor of Park Management and Conservation at Kansas State University
ii Co-authored Interpreting Cultural and Natural Resources (2003) and Interpretation for the 21st Century Fifteen Guiding Principles for Interpreting Nature and Culture (2002)
5 Conducting an Interpretative Program Try and Fail (60 minutes + 120 minutes of activities throughouthellip see list of Suggested Activities below)
a Experiential Learning i The first time you tried to walk you failed The first time you rode a bike
you failed This is called experiential learning The first time you attempt an educational or interpretation program you will fail thatrsquos how we learn
ii Donrsquot be afraid to fail b Ask Questions about the ProgramPresentation before you commit to leading it c Plan your Program
i Generally I want my presentation to be about Specifically however I want to tell my audience about After hearing my presentation I want my audience to understand (what is the big picture you want them to take home)
1 You do not need (or want) to teach your audience everything you know your job is to light the spark
ii What will your tangibles and intangibles be 1 Tangibles are those things you can touch things you use to teach
when teaching a Examples include a tree a mammal pelt a skull a live
animal a prairie 2 Intangibles involve connecting the tangibles to concepts and the
ideas they represent intangibles are the meanings the relationships the processes the ideas the feelings and the beliefs
a Examples include food webs ecosystem health entropy ecology
iii People remember themes they forget facts
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 60
iv Plan for an organized presentation 1 Think about your overall theme smaller parts of the program and
your transitions v Stick to your theme
vi Determine what type of presentation you will have 1 PowerPoint (avoid) 2 Podium Presentation (avoid) 3 Active taking a hike playing a game etc 4 Hands-on touching feeling trying hearing smelling
vii Think about all the different kinds of learners 1 verbal-linguistic 2 logical-mathematical 3 visual-spatial 4 kinesthetic 5 musical-rhythmic 6 interpersonal (groups) 7 intrapersonal (individual) 8 naturalist
d Know your role as an educator 1 Provide facts and relationships not opinions 2 Allow participants to determine their own opinions and beliefs
using the facts amp relationships you provide them 3 PLAY ldquoFIRST IMPRESSIONSrdquo
e Prepare Prepare Prepare 1 Know the type of space and area you will have (indoor vs
outdoor small space vs vast area etc) 2 Plan for more that you are told 3 Plan for the weather (always expect it to be windy in Nebraska)
f Questions i Ask good questions
1 Is this a fox Vs How do you know this is a fox 2 Do you have any questions Vs What questions do you have
ii Be prepared for quality questions 1 What are the implications for describe the impact of what are
the reasons for iii Be prepared for ldquogoodrdquo questions
1 Do you have ewoks in the forest If a Mountain Lion and an Eagle were to fight who would win
2 Take all questions seriously Answer seriously g Model what you want to see the students do
i If you want a group of students to catch insects help them get active with them
ii This is true when working with children and adults
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 61
1 Working alongside students validates them and their learning h Be enthusiastic show your passion
i This is another form of modeling what you want to see in your students ii We need to excite students (no matter their age) about conservation
nature and the outdoors iii Have fun
6 Take Home Lesson Light the Spark and Donrsquot Be Afraid to Fail
Suggested Activities (amp potential mandatory activities)
Throughout the lesson conduct multiple games andor activities to model good interpretation
Suggested games include but are not limited to
1 Oh Deer (Project WILD) 2 First Impressions (to be done during section 5) (Project WILD) 3 The Long Haul (Project WET) 4 Sum of the Parts (Project WET) 5 Water Quality Ask the Bugs (Project WET) 6 Adaptation Artistry (Flying WILD) or Fashion a Fish (Aquatic Project WILD) 7 Avian Antics (Flying WILD) 8 Pollinators Meet Your Plants (Nebraska Project WILD wwwnebraskaprojectwildorg) 9 Scavenger Hunts (Nebraska Project WILD wwwnebraskaprojectwildorg)
Suggested Post-Readings
Interpreting Our Heritage Freeman Tilden 1957 (4th edition 2008)
ISBN-13 978-0807858677
Interpreting for Park Visitors William Lewis 1981
ISBN-13 978-0890620793
Environmental Interpretation Sam Ham 1992
ISBN-13 978-1555919023
Interpretation for the 21st Century Fifteen Guiding Principles for Interpreting Nature and
Culture Larry Beck amp Ted Cable 2002
ISBN-13 978-1571675224
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 62
Interpretation-Making a Difference on Purpose Sam Ham 2013
ISBN-13 978-1555917425
Foundations of Interpretation Curriculum Content Narrative National Parks Service 2007
httpwwwnpsgovidpinterp101foundationscurriculumpdf
Websites
National Association of Interpretation
wwwinterpnetcom
North American Association for Environmental Education
wwwnaaeeorg
Nebraska Alliance for Conservation and Environment Education
wwwnaceeorg
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 63
Safety in the Field
Developed by Rich Hawes Nebraska Master Naturalist rdhawes26msncom
Objectives
Raise awareness of Risk Managementassessment as part of event planning
Guidelines to safe activities for participants presenters and the environment
Present Leave No Trace Principals as part of all outdoor activities
Present resources for additional training or certification for outdoor activities
Hands on activities to encourage interest and to provoke thought and discussion
Hazards of the area
Outdoor hiking safety
Stewardship of the land and natural resources
Being flexible and working with ldquowhat you haverdquo
Outline
1 Outdoor Activities ndash Whatrsquos The Worst That Can Happen An Introduction to Event Planning and Risk Management
2 Leave No Trace Principals
3 Trip planning and Logistics
4 Health amp Safety
5 Youth Protection
6 Age Appropriate Activities
7 Resource Training and Certifications
a Standard First Aid CPRAED Wilderness First Aid
b Shooting Sports - Range Safety Officer or Instructor
c Hunter Safety Instructor
d Climbing COPE and Zip Lines
e Water Safety Instructor Life Guard Small Boat Handling
f Leave No Trace Trainer or Master Educator
g Tread Lightly Tread Trainer or Master Tread Trainer
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 64
Suggested Activities
CPR Scenario
First Aid Scenario
Weather Scenario
Lost Scenario
Online Resources
American Camp Association
Boy Scouts of America
Youth Protection
Safe Swim Defense
Safety Afloat
Climb On Safely
Weather Safety
Trek On Safely
(etc)
Leave No Trace
Nebraska Game amp Parks
Hunter Safety
Boating Rules amp Regs
National Rifle Association
(Archery groups)
American Red Cross
(wilderness medicine group(s))
NOLS
Tread Lightly
US Coast Guard
NEBRASKA MASTER NATURALIST Explore Contribute Connect
32
Examples of Turtles found in Nebraska Snapping Turtle (Chelydra serpentina)
Blandingrsquos Turtle (Emydoidea (Emys)
blandingii) Protected Species
False Map Turtle (Graptemys
pseudogeographica) Protected Species
Ornate Box Turtle (Terrapene ornata)
Smooth Softshell (Apalone mutica)
Spiny Softshell (Apalone spinifer
SUBORDER LACERTILA (lizards) Basic Characteristics
1 Dry scaly skin clawed feet external ear
openings
2Have movable eyelids - snakes do not
3 Males and females often show different
coloration
4 Generally diurnal but many nocturnal
(geckos night lizards Gila Monsters)
5 Courtship brief fertilization is internal
6 Most are egg layers
Examples of Lizards of Nebraska
Six-line Racerunner (Cnemidophorus sexlineatus Five-line Skink (Eumeces fasciatus)
Many-lined Skink (Eumeces mulitvirgatus)
Great Plains Skink (Eumeces obsoletus)
Slender Glass Lizard (Ophisaurus attenautus)
Lesser Earless Lizard (Holbrookia maculate)
Northern Prairie Lizard (fence lizard)
(Sceloporus undulates)
SUBORDER SERPENTES (Snakes) Basic Characteristics
1 Elongated scaly bodies (to protect from water
loss) no limbs external ear opening or eyelids
(eye covered with a clear scale)
2 Terrestrial subterranean arboreal
amphibious
3 Carnivores swallow prey whole
4 Continue to grow throughout their lives
6 Hibernate in colder climates
7 Males locate females by scent
8 Internal fertilization
9 Some lay eggs others bear live young
11 Vipers (venomous snakes) have heat-
sensing organs called thermal pits
NEBRASKA MASTER NATURALIST Explore Contribute Connect
33
12 Teeth slanted back If one is lost another drops down in itrsquos place
Examples of snakes found in Nebraska
Black Rat Snake (Elaphe obsoleta)
Great Plains Rat Snake (Elaphe guttata)
Bullsnake (Pituophis catenifer)
Common Kingsnake (Lampropeltis getula)
Eastern Hognose Snake (Heterodon
platyrhinos)
Western Hognose Snake (Heterodon nasicus)
Glossy Snake (Arizona elegans)
Milk Snake (Lampropeltis triangulum)
Plains Garter Snake (Thamnophis radix)
Common Garter Snake (Thamnophis sirtalis)
Racer (Coluber constrictor)
Pit Vipers
Copperhead (Agkistrodon contortrix) found in extreme southeast Nebraska
Massasauga (Sistrurus catenatus) Found in southeast Nebraska Protected Species
Prairie Rattlesnake (Crotalus viridis) Found in central and western parts of the state
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 34
Birds What Makes a Bird a Bird IMPORTANT CHARACTERISTICS
So what makes a bird a bird All birds share one common characteristic that no other animal has and
that is FEATHERS Other characteristics include
Maintain high constant body temperature Endotherms (warm-blooded)
Possess toothless beaks or bills
All lay hard-shelled eggs (oviparous)
Air sacs in birdrsquos body give buoyancy
Generally bones are hollow Decreases body weight
Four-chambered heart
Lend Me Your Ear Yes birds have ears but they are missing the pinna or outside part of the ear that collects sound Birds
have feather-covered openings on both sides of the head just behind the eyes Owls and other night-
flying birds have off-setting ears that allow them to pinpoint the exact position of prey
Can birds smell We are not quite sure how well most birds smell We do know vultures use the sense of smell to find
their dinner The champion bird sniffer belongs to kiwi found in New Zealand They are able to sniff out earthworms Some diving birds like cormorants cannot even breathe through their nostrils because they are sealed Ocean birds have special glands in their noses which eliminates salt from the salty water they drink
Eggs Birds lay hard-shelled eggs made mostly of carbon carbonate The hard shell keeps the egg from drying
out and allows parents to sit on it without damaging the developing chick Though the shells are hard it
does not mean that they are non-porous Microscopic pores allow the embryo to ldquobreatherdquo Carbon
dioxide and oxygen can pass through the shell
Eggs come in all sizes colors and patterns We believe that the different colors and patterns are
intended as camouflage Blue and green eggs are found in nests that are in the shade Patterned eggs
blend in with vegetation and stones and white eggs are normally found in cavities
The shape of eggs also depends on where a bird nests The most common shape is oval A pointed egg
is usually found near ledges Round eggs are generally found in highly secure nests
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 35
Commonly Seen Bird Families of Nebraska
Grebes (Family Podicipediae ndash rump foot)
WHAT TO LOOK FOR
Sleek diving waterbirds - small to medium size
Most have sharp pointed bills with fairly long necks short wings and almost no tail
Have lobed toes and legs set far back on body
Common Nebraska species - Pied-billed horned eared western and Clark grebes
Pelicans (Family Pelecanidae ndash an ax)
WHAT TO LOOK FOR
Very large waterbirds
Huge bills with large distensible pouches
Most are white with black flight feathers ndash wingspan 6-9 feet
Common Nebraska species ndash American White Pelican
Cormorants (Family Phalacrocoracidae ndash bald raven)
WHAT TO LOOK FOR
Large diving waterbird shaped like an elongated goose
Long neck and long bill hooked at the end
Wing span 3-5 feet Mostly dark in color
Common Nebraska species ndash Double-crested cormorant
Herons Egrets and Bitterns (Family Ardeidae - )
WHAT TO LOOK FOR
Medium to large wading birds
Usually with long legs bills and S-shaped neck
Short rounded tails
Common Nebraska species ndash American and least bitterns great and snowy egrets little
blue egret cattle egret great blue green black-crowned night and
yellow-crowned night herons
Ibises (and Spoonbills) (Family Threskiornithidae ndash sacred bird)
WHAT TO LOOK FOR
Medium to large wading birds
Long necks and legs with a duck-like body
Long tapering down-curved bill Common Nebraska species ndash white-faced ibis
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 36
Vultures (Family Cathartidae ndash cleanser)
WHAT TO LOOK FOR
Large soaring scavengers
Resemble eagles and large hawks in flight
Head and neck void of feathers bill hooked
Hold wings in a raised V-shape (dihedral)
Common Nebraska species ndash turkey vulture
Duck Geese and Swans (Family Anatidae ndash waterfowl)
WHAT TO LOOK FOR
Medium to large waterbirds
Large heads with conspicuous and horizontally flattened bills
Long necks heavy bodies relative short tails webbed feet and long wingspan Major differences between duck geese and swans
Ducks
Smallest of the three Have a soft swelling about the nostrils called a cere
Males of most ducks are easily separated from females by their gaudier plumage Feathers are
molted twice a year
Most males change into nuptial plumage after pair formation in the fall There may be some
modification of shape of a single feather or entire regions of plumage
Most species are sexually mature at 9 - 11 months
Males take no part in incubation
Geese
Neck shorter than body
Lore (area between eye and bill) feathered and more bluntly triangular than ducksrsquo
Sexes are similar
Permanent pair bonding
Molt once per year postnuptially
Sexually mature at 3 years
Males protect female clutch and brood after hatching
Young stay with parents for almost a year
Legs of most geese are farther forward under the belly than those of typical swans and ducks
Swans
Longest necks - necks slightly longer than body
Lore is naked
Sexes are similar
Molt once per year postnuptially - parents molt one after the other so one is able to fly
Young are carried on parentsrsquo backs
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 37
Sexually mature at 4 -5 years
Hawks and Allies (Family Accipitridae ndash to grasp or take)
Medium to very large diurnal raptors
Hooked beak strong legs and sharp talons
Buteos (buzzard hawks)
Stocky with broad wings wide tails
Soar and wheel high in the sky
Common Nebraska species ndash red-shouldered broad-winged Swainsonrsquos red-tailed
ferruginous rough-legged hawks
Accipiters (true hawks)
Small heads short rounded wings longish tail slender bodies
Fly with several rapid beats and a glide Common Nebraska species ndash sharp-shinned hawk Cooperrsquos hawk northern goshawk
Harriers
Slim body with slim round-tipped wings
Fly in open country gliding low with wings lifted in a V (dihedral)
Species in Nebraska - northern harrier
Kites
Small falcon shaped buoyant gliders not power-fliers
Common Nebraska species ndash Mississippi Kite
Osprey
Soar high on long swept-back wings
Broad tail short-headed appearance
Often travel in pairs
Eagles
Large very broad bodied with broad long plank-like wings massive head and bill
Soar steadily holding wings flat out to the side
Powerful wing beat on upstroke wings raised high Common Nebraska species ndash bald and golden
Falcons (and caracaras) (Family Falconidae - )
WHAT TO LOOK FOR
Small to large compact fast-flying raptors
Long pointed wings bent at the wrist - Strong rapid wing strokes
Common Nebraska species ndash American kestrel gyrfalcon peregrine falcon prairie falcon
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 38
Grouse Turkeys and Pheasants (Family Phasianidae ndash cock or fowl-like bird)
WHAT TO LOOK FOR
Ground dwelling birds with feather nostrils
Short strong bills and short rounded wings
Flight strong but brief
Males perform elaborate courting displays
Common Nebraska species ndash ring-necked pheasant sharp-tailed grouse greater
prairie chicken wild turkey
New World Quail ( Family Odontophoridae ndash bearing teeth)
WHAT TO LOOK FOR
Ground dwelling bird found in brushy habitat and other dense low foliage
Chunky rounded bodies and crests or head plumes
Chicken-like bill short rounded wings
Common Nebraska species - northern bobwhite
Rails and Coots (Family Rallidae - )
WHAT TO LOOK FOR
Marsh birds with short tails and stubby wings
Secretive and identified chiefly by call and habitat
Rails are laterally flattened ldquoThin as a railrdquo Coots are plumper and gregarious
Common Nebraska species ndash yellow rail black rail king rail Virginia rail sora common
moorhen American coot
Cranes (Family Gruidae - )
WHAT TO LOOK FOR
Tall stately wetland birds with long necks and long bills
Tertial flight feathers droop over rump in a bustle when standing
Fly with necks fully extended
Circle in thermals like raptors
Common Nebraska species - sandhill and whooping cranes
Plovers and Killdeer (Family Charadriidae ndash nocturnal waterbird)
WHAT TO LOOK FOR
Small to medium shorebirds that dart across the ground stop and then take off again Upright posture with medium length legs and long pointed wings
Rounded head large eyes thick neck with a short thick bill
Common Nebraska species ndash black-billed American golden snowy semipalmated piping
plovers and killdeer
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 39
Stilts and Avocets (Family Recurviostridae- bent bill)
WHAT TO LOOK FOR
Tall slim shorebirds
Long thin bill very long slender legs long neck striking black-and-white plumage Stilts have straight bills avocets have re-curved bills
Common Nebraska species ndash American avocets black-necked stilt
Sandpipers and Phalaropes and Allies (Family Scolopacidae ndash woodcock)
WHAT TO LOOK FOR
Diverse group of shorebirds
Long toes and long tapered wings
Bill and leg length varies but bill more slender than a ploverrsquos
Plumage browns grays and whites with reds and oranges during breeding season
All but one species have short elevated hind toe
Species found in Nebraska include common snipe ruddy turnstone phalaropes sandpipers
woodcocks godwits whimbrels willets etc
Dowitchers
WHAT TO LOOK FOR
Medium sized chunky dark shorebird
Long straight bills and distinct pale eyebrows
Feed in mud or shallow water in a rapid jabbing motion
Phalaropes
WHAT TO LOOK FOR
Often spin like a top in water when feeding
Female larger and more colorful than male
Male tends incubates and cares for chicks
Common Nebraska species ndash Wilsonrsquos and red-necked phalaropes
Gulls Terns and Allies (Family Laridae ndashsea birds)
Gulls
WHAT TO LOOK FOR
More robust with wider wings and longer legs than terns
Bill slightly hooked tail square or rounded - Seldom Dive
Common Nebraska species ndash Pomarine Jaeger Franklinrsquos little Bonapartersquos ring-
billed California Herring Thayerrsquos lesser black-backed glaucous
Sabinersquos gulls black-legged kittiwake
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 40
Terns
WHAT TO LOOK FOR
Graceful more streamline than gulls
Usually has a forked tail ndash most whitish with black cap
Sharp-pointed bill - Hoover and dive headfirst for fish
Common Nebraska species ndash Caspian common Foresterrsquos terns
Pigeons and Doves (Family Columbidae ndash dove)
WHAT TO LOOK FOR
Plump fast flying cooing voice
Short legs and necks and small heads short bills
Tail fan-like rounded or pointed
Pigeons larger than doves
Common Nebraska species ndash rock mourning Eurasian collared doves
Cuckoos Roadrunners and Anis (Family Cuculidae - )
WHAT TO LOOK FOR
Slender with a long tail at least half of the birdrsquos total length
Fairly large sturdy decurved (curving down) bill
2 toes forward 2 back (zygodactyls)
Common Nebraska species - black-billed cuckoo and yellow-billed cuckoo
Barn Owls (Family Tytonidae -)
WHAT TO LOOK FOR
Slim medium sized night hunter
Legs are long and sparsely feathered
Large head with large forward-facing immovable eyes
Heart-shaped face hooked beak and ghostly appearance
Typical Owls (Family Stigidae ndash night bird)
WHAT TO LOOK FOR
Generally night hunters
Large heads flatten face with large forward-facing immovable eyes hooked beak
Mottled appearance some with feather tuffs upright stance
Common Nebraska species ndash eastern screech great horned burrowing barred long-eared
short-eared northern saw-whet owls
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 41
Nighthawks and Nightjars (Family Caprimulgidae ndashgoat sucker)
WHAT TO LOOK FOR
Nocturnal or crepuscular
Big tail large eyes tiny bills surrounding a large gaping mouth
By day sit horizontally on limb or on ground
Easiest to identify by voice
Common Nebraska species ndash common nighthawk common poorwill chuck-willrsquos-widow
Whip-poor-will
Swifts (Family Apodidae ndash without feet)
WHAT TO LOOK FOR
Small to medium sized aerial foragers ndashspend most of life flying
Long sickle-shaped wings bending close to body and extremely short legs
Eat bathe drink and sometime mate in the air
Common Nebraska species - chimney swift white-throated swift
Hummingbirds (Family Trochilidae ndash small bird)
WHAT TO LOOK FOR
Tiny body long slender bill
Distinctive blur and hum of hovering wings
Jewel-like throat feather found on male
Common Nebraska species ndash ruby-throated broad-tailed and rufous hummingbirds
Kingfishers (Family Alcedinidae - kingfisher)
WHAT TO LOOK FOR
Small to medium size
Thickset with short neck and tail small feet
Large head with a ragged crest and long strong bill
Sit on lines and low branches near water or hovers above water
Plunges head first into water to catch fish
Common Nebraska species ndash belted kingfisher
Woodpeckers (Family Picidae ndash woodpecker)
WHAT TO LOOK FOR
Arboreal (tree) birds
Vertical posture creep up trees
Strong chisel-like bill short legs stiff tail feathers rounded wings
Undulating flight pattern and characteristic bill drumming
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 42
Common Nebraska species ndash Lewisrsquos red-headed red-bellied hairy downy woodpeckers
yellow-bellied and red-naped sapsuckers northern flicker
THE PASSERINES Feet adapted to perching
Tyrant Flycatchers (Family Tyrannidae - lord ruler king)
WHAT TO LOOK FOR
Small to medium perching bird
Large head broad flattened bill pointed wings short legs
Bristly ldquowhiskersrdquo at base of bill
Sit upright on exposed branch and dart out to catch insects
Common Nebraska species - flycatchers pewees kingbirds phoebes kingbirds
Shrikes (Family Laniidae ndash butcher)
WHAT TO LOOK FOR
ldquoButcher birdsrdquo ndash impale prey on thorns (may be to attract a mate and mark territory)
Robin-size bird with hooked bill and masked face with hawk-like behavior
Black gray and white birds
Common Nebraska species - northern and loggerhead shrike
Vireos (Family Vireondae ndash small bird)
WHAT TO LOOK FOR
Small olive- or gray-backed bird with short sturdy cylindrical slightly hooked bill
Can have wing bars and eye-rings or have eye stripes and no wing bars
Often confused with warblers but are chunkier bigger headed thicker billed
Common Nebraska species ndash white-eyed Bellrsquos yellow-throated plumbeous
Cassinrsquos blue-headed warbling Philadelphia red-eyed
Crows and Jays (Family Corvidae ndash raven)
WHAT TO LOOK FOR
Large perching bird with strong longish all-purpose bill to handle variety of foods
Nostrils covered with feathers
Legs scaled in front and smooth behind
Harsh voice and noisy
Bold gregarious
Common Nebraska species - black-billed magpie American crow
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 43
Larks (Family Alauidae ndash lark)
WHAT TO LOOK FOR
Ground dwellers of open fields ndash seldom seen in trees and shrub
Walk rather than hop have an elongated hind toe
Slender billed seed and insect eaters
Yellowwhite face with black facemask horns and breast band
Has musical song often sung in display flight
Common Nebraska species ndash horned lark
Swallows and Martins (Family Hirundinidae ndash swallow)
WHAT TO LOOK FOR
Slim streamline bodies with long pointed angled wings
Tail forked or squared legs and feet inconspicuous
Bill short and wide
Fluid aerialists ndash dart about catching insects
Flocks perch in long rows on branches and lines
Common Nebraska species ndash purple martin northern rough wing bank cliff barn swallows
Chickadees and Titmice (Family Paridae - )
WHAT TO LOOK FOR
Small plump sociable birds with short bills and wings
Active agile ndash often hang upside down to feed
Many times roam in little bands (often leading the group) in search of food
Chickadee ndash no tuff of feathers on head Titmice ndash tufted Common Nebraska species ndash black-capped chickadee tufted titmouse
Nuthatches (Family Sittidae ndash birds that peck bark of tree)
WHAT TO LOOK FOR
Small stout tree-climbers with slightly upturned strong woodpecker-like bills
Stubby squared off tails
Walk down trees headfirst Common Nebraska species ndash red-breasted and white-breasted nuthatches
Creepers (Family Certhiidae -)
WHAT TO LOOK FOR
Small slim tree-dwellers with stiff tails and slender downward curving bill
Primarily brown
Common Nebraska species ndash brown creeper
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 44
Wrens (Family Troglodytidae ndash cave dweller
WHAT TO LOOK FOR
Small stumpy energetic brown birds
Bill slightly down turned loud song
Tails often in ldquocockedrdquo or up-tilted position
Common Nebraska species ndash rock house winter marsh wrens
Kinglets (Family Regulidae -)
WHAT TO LOOK FOR
TINY very active songbirds ndash only certain hummingbirds smaller
Can hover will feeding
Greenish plumage with bright colored crowns Short tails
Common Nebraska species ndash ruby-crowned and golden-crowned kinglets
Gnatcatchers (and Old World Warblers) (Family Sylviidae - )
WHAT TO LOOK FOR
Small birds with slender pointed bills surrounded by rectal bristles
Drab plumage with seasonally changing head patterns
In constant motion
Common Nebraska species ndash blue-gray gnatcatcher
Thrushes (Family Turdidae -)
WHAT TO LOOK FOR
Large-eyed upright postured songbirds - known for their singing ability
Bill is slender straight but not sharp
Often hop along the ground looking for food
Common Nebraska species ndash eastern bluebird veery gray-cheeked Swainsonrsquos hermit
wood thrush American robin
Mockingbirds and Thrashers (Family Mimidae ndash imitator mimic)
WHAT TO LOOK FOR
Well known for their vocal and mimicking ability
Have short rounded wings long legs and tails
Long down-curved bills
Common Nebraska species ndash gray catbird northern mockingbird brown thrasher
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 45
Starlings (and Mynas) (Family Sturnidae - )
WHAT TO LOOK FOR
Medium sized chunky glossy birds with short tails sharp bills
Short triangular to rounded wings
Gregarious bold birds
Pipits (and Wagtails) (Family Motacillidae -)
WHAT TO LOOK FOR
Slender billed brownish ground dwellers with long back toe
Walk briskly rather than hop along the ground
Most species bob their tails up and down
Common Nebraska species ndash American pipit
Waxwings (Family Bombycillidae ndash silk tail)
WHAT TO LOOK FOR
Birds with sleek crest that can be erected
Plump-bodied birds with pointed wings with red waxy tips of secondaries
Bill is small wide and notched high thin calls
Square tail with terminal yellow band
Common Nebraska species ndash Bohemian and cedar waxwings
Wood Warblers (Family Parulidae -)
WHAT TO LOOK FOR
Brightly colored (mostly yellow) birds
Smaller than sparrows with thin needle-like bills
Common Nebraska species ndash approx 34 warblers ovenbirds yellow-breasted chats and
waterthrush
New World Sparrows (Family Emberizidae -)
WHAT TO LOOK FOR
Small to medium-sized birds - often brown streaked appearance
Rounded wings cone-shaped bills
Common Nebraska species ndash 20 sparrows towhees longspurs dark-eyed juncos snow and
lark buntings
Cardinals and Allies (Family Cardinalidae )
WHAT TO LOOK FOR
Medium to large songbirds
Have large cone-shaped bills
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 46
Males often very colorful
Common Nebraska species ndash northern cardinals rose-breasted and black-headed grosbeaks
indigo bunting dickcissel
Blackbirds Orioles and Allies (Family Icteridae)
WHAT TO LOOK FOR
Medium to large songbirds with strong straight bills
Strong-direct flight
Plumage varies from iridescent black to yellow to orange
Common Nebraska species ndash Bobolink eastern and western meadowlarks red-winged and
rusty blackbirds common and great-tailed grackles orchard Baltimore and
Bullockrsquos orioles brown-headed cowbird
Finches and Allies (Family Fringillidae)
WHAT TO LOOK FOR
Small to medium songbirds
Have conical bills and forked relatively short tails
Fly fast and undulate through the air giving high-pitched calls in flight
Common Nebraska species ndash gray-crowned rosy purple Cassinrsquos house finches red
crossbill white-winged crossbill common redpoll pine siskin American goldfinch
evening grosbeak
Old World Sparrows (Family Passeridae)
WHAT TO LOOK FOR
Stouter bodies shorter legs and thicker bills than native sparrows
Have a simple song repeating single elements with no particular rhythm or beginning
And end vocalize all day and year-round
Common Nebraska species ndash house sparrow (introduced)
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 47
Geology and Natural History of Nebraska
Being Developed by Jon Garbisch Cedar Point Biological Station jgarbisch2unledu
bull Geological history of Nebraska
bull Present geological formation of regions
bull General soil types
bull Geological landforms and related habitats
What we currently use
Theme
Nebraska geology formed over millions of years through the erosion of mountains the deposition of
sediments and the flow of water and ice shaping the landscape that we call home
Goal
Attendees will develop an understanding of the natural processes that influenced and built Nebraska
and in so doing develop a greater appreciation for the geology and how it relates to all other aspects of
the statersquos identity
Objective(s)
The Master Naturalists attendees will be able to use the knowledge they have gained to better
understand the surface and subsurface geology at any location in the state that they may find
themselves working
How will it be measured
Attendees will be able to use the knowledge gained to actively interpret general Nebraska geology by
completing activities in the form of hand-out diagrams biostratigraphic fossil correlations
interpretation of rock type hand specimens and visual description of the Geology on the trail at Camp
Brewster Fontenelle Forest
Introduction
Nebraska geology formed over millions of years through the erosion of mountains the deposition of
sediments and the flow of water and ice shaping the landscape that we call home (Hand out agenda)
Geology is rooted in the 3 rock groups that exist on planet Earth and so familiarity with
o these groups gives us a solid foundation for all other geologic interpretation
A half hour will be spent handling examples from each rock group
o 3 groups 3 tables with one rock type on each table each group spends 10 minutes at
each table
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 48
The Geologic Time Scale is a record over time of the Earths major geologic events and we
can use it to help us understand how and when Nebraska took shape
The natural agents of change which have shaped our state include oceans rivers wind
o and ice
The geologic time periods in Nebraska are represented by rock layers (or not) which occur all
around the state and have been named so that no matter where you are in the state you can
correlate the strata to the time scale (fossilsisotopes)
6 Geologic Principles will be discussed so that when the MN is in the field they can be used as an
aid in basic geologic interpretation
Conclusion
Nebraska geology formed over millions of years through the erosion of mountains the deposition of
sediments and the flow of water and ice shaping the landscape that we call home Geology supplies us
a record of the events that have shaped our Earth by learning the language in which the Earth script is
written we will be able to interpret and share the story of our state of Nebraska This understanding will
aid in us in relating to other areas influential and important to the state
Places to Go (places to see examples of Nebraska geology)
a Agate Fossil Beds National Monument Lower Miocene fossil mammal site including abundant body fossils of ancient mammals and prominent fossil rodent burrows
b Ashfall State Park Upper Miocene fossil mammal assemblage found in ash derived from an eruption of a predecessor to the Yellowstone volcanic field c Chimney Rock National Historic Site Oligocene and Lower Miocene continental sedimentary rocks deposited as sediments by wind and steams
d Hummel Park (Omaha) outcrops of Pleistocene glacial till and loess
e Lincoln area Capitol Beach Lake and history of saline waters and salt industry flooding history of Antelope and Salt creeks building stones in downtown area brick industry University of Nebraska State Museum
f Louisville area outcrops of Upper Pennsylvanian marine sedimentary rocks
g Valentine area and Niobrara National Wildlife Refuge Niobrara River Canyon and Cenozoic stratigraphy
h Niobrara State Park Upper Cretaceous marine sedimentary rocks (Niobrara Formation and Pierre Shale) landslides along Missouri River anthropogenic changes in Missouri River Niobrara River and Mormon Canal
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 49
i Downtown Omaha removal of loess from hills in downtown area engineering of Missouri River (eg groins bank armoring etc) visible at Bob Kerrey Memorial Bridge deep bedrock water wells at old industrial sites
j Platte River State Park Upper Pennsylvanian marine sedimentary rocks and overlook of Platte River
k Ponca State Park Upper Cretaceous marine sedimentary rocks (uppermost Dakota Formation through Greenhorn Limestone)
l Rock Creek State Historical Park middle Cretaceous Dakota Formationmdashfluvio-estuarine continental deposits
m Schramm Park Upper Pennsylvanian marine sedimentary rocks
n Scotia and Happy Jack Chalk Mine Upper Miocene lake deposit In Ogallala Group
o Scotts Bluff National Monument Oligocene and Lower Miocene continental sedimentary rocks deposited as sediments by wind and steams
p Smith Falls State ParkCenozoic stratigraphy Niobrara River waterfalls as knick points
q Toadstool Park and nearby areas continental sedimentary rocks of upper Eocene Chadron Formation Pine Ridge escarpment Trailside Museum and Ft Robinson State Park
r Weeping Water area Upper Pennsylvanian marine sedimentary rocks
s Wildcat RidgeHillsescarpment on Oligocene and Lower Miocene continental sedimentary rocks deeply eroded into canyons buttes and pinnacles by stream erosion during and after the Late Pliocene
t Indian Cave State Park and Iron Horse Trail south of Peru Upper Pennsylvanian Indian Cave Sandstone (fluvio-estuarine deposit) and sandstone cave
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 50
North American Model and Outdoor Skills Developed by Jeff Rawlinson Assistant Division Administrator Information and Education Nebraska Game and Parks Commission jeffrawlinsonnebraskagov
OUR North American Model of Conservation
Perhaps no other story is more compelling and more important in American history as that of how
our natural resources came to be one of the most important elements in our lives The history of our citizenryrsquos strong land ethic ties us to the natural world long after other nations have forgone this relationship We value how the common person from a common family can participate in the thrill of the chase experiencing wildness to its fullest
The North American Model of Conservation is a philosophy that the United States and Canada have
developed to manage wildlife in a sustainable way Historians debate how this land ethic began Some
say our model of conservation began in 1937 with the passage of the PittmanRobertson Act a move that provided funding for wildlife conservation at the national and state level The source of this funding came from the sale of hunting and shooting equipment Others may say that it began when the conservation giant President Theodore Roosevelt brought management of natural resources to the
political forefront Others would argue our Model of conservation was birthed under the Magna Charta which transferred the ownership of wildlife from the King of England and the English nobles to the all of
the people of England In reality however our Model has been under development for several hundred years combining what we have learned from other nations peoples cultures and experiences to shape a philosophy ingrained in our culture supported by hunters anglers and shooting sports enthusiasts
benefiting all wildlife and wild lands in the United States
First Wildlife Managers The concept of managing wildlife or natural resources was not conceived by our young nation For
thousands of years humanity has been manipulating and controlling the land and all its inhabitants to benefit our needs Ever since the first hunter followed that wooly creature across the Bering Straight embarking on an epic journey that would result in settling of North America man has ldquomanagedrdquo
wildlife in North America
Throughout history many leaders have shown some element of concern or conservation ethic towards wildlife The great Kublai Khan grandson of Genghis Khan and founder of the Yuan Dynasty in China forbade harvesting of many species of wildlife during critical reproductive months of March
through August so species could ldquoincrease and multiplyrdquo Conservation of wildlife is even found in Mosaic Law in Deuteronomy 226 representing some of the first written wildlife management idealsmdashldquo If you come across a birdrsquos nest in any tree or on the ground with young ones or eggs and
the mother sitting on the young or on the eggs you shall not take the mother with the youngrdquo (English Standard Version 2001)
As populations expanded throughout Europe wildlife resources fell under ownership of powerful kings
who enacted harsh punishments for anyone found taking the kingrsquos game In 1215 a rebellion against King John of England resulted in the Magna Charta transferring ownership of lands and game from the crown to the people This ldquoprivatizingrdquo of wildlife ownership had profound impacts America over 500 years later
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 51
Era Of Abundance (1600 ndash 1850) When our forefathers first landed on the eastern shores of America they brought with them science
religion and a new hope They found plentiful game and soon began a relationship with the land that provided them with many of their daily needs Wildlife was viewed as a limitless resource in a relatively untapped land These early settlers had left Europe where few had access to wildlife and entered a world where everyone had access Furs feathers hides all had value to this young country In 1776 the Declaration of Independence revoked the Kingrsquos rights to land and people in this new world After a
bloody war led by revolutionaries such as Washington Hamilton Jefferson and Adams the United States gained its independence and the land and wildlife belonged to everyone
Era Of Exploitation (1850 ndash 1900)
The 1800s brought a commercialization of our wildlife resources Market hunting and habitat
destruction began to decimate wildlife populations such as the American Bison and Passenger Pigeon After the American Revolutionary War and the Civial Warmdashwhich nearly destroyed our ldquodemocratic
experimentrdquo all togethermdashfew people were looking after the interest of wildlife and even fewer rules
existed governing the management of a resource everyone had ownership of yet no one had responsibility for
The railroad provided settlers with the means to access new lands expanding the markets for meats hides and fur Advancements in technology such as the repeating rifle further aided the unbridled
destruction of wildlife resources Yet throughout this era something positive was growing The people of this new nation were developing a relationship with the land By 1842 a Supreme Court ruling had huge impacts on this developing model of conservation resulting in a Public Trust Doctrine that would
further outline a model for conserving our natural resources Conservation was developing some direction but had no money or laws to support it
Era Of Protection (19001930) The early 1900s brought an industrial boom Abuse of natural resources had taken its toll and throughout the Nation and evidence of this abuse could be seen in the loss of species such as the
passenger pigeon near loss of the American bison and in many large mammals including whitetailed deer and our once numerous waterfowl species America was becoming an economic giant yet through
the roar of machines both political and metal a small voice could be heard It was the hunter and their voice was of concern for the direction our wildlife resources were heading Conservation minded men and women had continued a relationship with the land and the wildlife
Era of Game Management (1930 ndash 1966) The ldquodirty thirtiesrdquo were marked by the dust bowl and an impoverished nation Agricultural practices
unchecked by environmental stewardship had left the Nationrsquos heartland in ecological peril Politically the conservation movement was supported by the footings laid by Theodore Roosevelt New federal acts moved forward to provide for environmental protection due to the outcry of hunters in panic over the vanishing wildlife resources of the Nation
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 52
Wildlife conservation had support yet it lacked the science to properly manage our Nationrsquos resources A young biologist name Aldo Leopold changed all this with his writings including the book Game
Management which led to Universities across the country developing wildlife conservation programs These programs spawned a new breed of professional game managers who utilized science to support management methods that ultimately lead to the greatest wildlife conservation success story in the world In 1937 the PittmanRobertson Act provided thousands of jobs for young professionals along with ldquogame wardensrdquo supported by individual states to further the development of the Conservation Model
which now had science and funding to support it
Era of Environmental Management (1966 ndash Present) Science and funding led to a broadening view of conservation as focus shifted from managing ldquogame
animalsrdquo to managing the entire biota (environment and all living things in it) Further federal acts such
as the Endangered Species Act of 1966 and the National Environmental Policy Act of 1969 provided greater protection for species by a nation that had finally changed its course providing time to review
and perfect conservation efforts Recent acts such as the 1980 Farm Bill continued the effort to help
landowners provide quality habitat for wildlife and hunters by providing incentives to landowners to set aside highly erosive lands and plant them into wildlife habitat (grasslands) that benefit wildlife and hunters
The story of our unique model of conservation is still being written New challenges today threaten our
coveted resources and new professionals are entering the arena to further the plight of our Nationrsquos wildlife and hunting heritage
Seven Pillars of the Model
Seven main pillars have been highlighted as the foundation of support for the North American Model
of Conservation These include
The Public Trust The wildlife of the United States are owned by the people This is very different from the European Model where wildlife is privately owned The North American Model recognizes wildlife as a public
resource that is so important it can not be owned or managed by any one segment of our society but rather managed by professional state and federal entities for the benefit of all This concept known as
the Public Trust Doctrine began development in 1842 when the Supreme Court ruled that the Magna Charta had settled the question of who owns fish and wildlife and that King Charles II did not have the authority to give away the ldquodominion and propertyrdquo of lands in colonial America The court further ruled that since the American Revolution the people held public trust responsibilities for fish and wildlife except for rights specified in the US Constitution
Prohibition on Commerce
It was the hunter who brought forth stringent laws that protected wildlife from peril in the 19th
and 20th
centuries Because we all own and appreciate our wildlife as a national resource they should never find themselves on the public market to the highest bidder This path led to a largescale loss of many species
including the Passenger Pigeon and the near loss of the American bison As our country was developing these practices were common as people moved west in search of prosperity capitalizing on a land seemingly untouched by the modern world Today many laws in place serve to protect our most
valuable resourceshellipour wildlife
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 53
Democratic Rule of Law Each citizen of this great nation has the ability and responsibility to engage in healthy politics that serve
to support and protect sound wildlife conservation measures Our first conservation measures in this Country habitat restoration simple harvest restrictions and bag limits came from hunters people who respected the game they pursued and loved the wild places they chased them in The North American Model of conservation is built upon active public involvement instilling a value for wildlife in all citizens
Hunting Opportunity for All The Model was developed on the premise that all people regardless of political or economic standing could participate in and feel the thrill of the chase It is this unique Model that provides us with wildlife opportunities for all Americans Imagine how important this was to our fore fathers who left a brutal
King in England where only the aristocracy had any dream of pursuing wild creatures in wild places Our
wildlife laws ensure that each generation that comes after us will have the same opportunity to enjoy and appreciate wildlife
Nonfrivolous Use Our management of wildlife depends on a citizenry that loves and appreciates the wild creatures and the habitats necessary to their survival and our quality of life Wildlife may be utilized under strict rule of
law including utilizing the wildlife once harvested to its best potential Killing wildlife for the sake of killing can only lead to the numbing of hearts to wildlife and a profound lack of respect for our most
precious resources
International Resources
It was not until the 20th
century that hunters and wildlife lovers understood the importance of
managing wildlife at a much larger scale This became readily apparent with the passage of the
Migratory Bird Treaty Act of 1918 where nations came together to manage wildlife resources as a
collective Wildlife species do not recognize national or state boundaries Governments must work together to be effective in managing wildlife for the benefit of all The United States has made great
strides in this area with Mexico and Canada Our wildlife is not only a resource to us but to all continents they may call home throughout the year Our biologists must think globally to be effective locally
Scientific Management Although Theodore Roosevelt brought conservation to the political forefront it was a young forester from Iowa that made the study of wildlife management a science Aldo Leopold is considered by many
as the ldquofather of wildlife managementrdquo due to his tireless efforts to develop curriculum for future wildlife biologists Today our biologists earn their opportunity to manage wildlife through prominent
Bachelor Masters and Doctorate degree programs from Universities around the world Wildlife must be managed using fact science and the latest research We are constantly learning and adapting to new technology and changing environments For such an important resource we cannot afford to have it any other way
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 54
Nebraska Master Naturalist Specializations Certifying as a Specialist ldquoFollow your own natural geniusrdquo wrote Thoreau ldquoand it will not fail to show you a fresh prospect every hourrdquo Many of us learn by doing When our curiosity and interests carry us into deeper study of a given subject it can be helpful to have clear opportunities to pursue Thus the Nebraska Master Naturalist Program offers specialized voluntary training for those who are hungry to develop and apply their particular skill and personal understanding on behalf of our natural legacy Specializations are designed to create collaborators leaders and mentors in four key areas
Interpretation and Outreach
Outdoor Skills and Recreation
Resource Management
Citizen Science Master Naturalist Certification Requirements Annual Requirement o 8 Hours Training Annually o 20 Hours of Volunteerism Annually Master Naturalist Specialization Requirement One Time Requirement o 20 Hours of Training Total Specific to Specialization Annual Requirement o Additional 20 Hours of Volunteerism Annually Specific to Specialization (does not include initial Certification annual requirement hours)
OUTDOOR SKILLS AND RECREATION SPECIALIZATION The purpose of OUTDOOR SKILLS AND RECREATION is to promote activity and development of skills in the outdoor pursuits associated with natural resources Specializations are designed to create collaborators leaders and mentors in particular areas A Certified Nebraska Master Naturalist can complete the Outdoor Recreation Specializationby meeting the following requirements Complete at least one of the workshops or certification‐leading trainings listed below If specialized training is not listed below it can be approved upon request by the Master Naturalist Program Committee Specialized Training Options ‐
Hunter Education Instructor Certification 13 hrs
National 4‐H Shooting Sports Instructor Certification 32 hrs
Nebraska 4‐H Shooting Sports Shotgun Certification 12 hrs
Nebraska 4‐H Shooting Sports Archery Certification 12 hrs
Nebraska 4‐H Shooting Sports Rifle Certification 12 hrs
Nebraska 4‐H Shooting Sports Pistol Certification 12 hrs
Nebraska 4‐H Shooting Sports Muzzleloader Certification 12 hrs
National Archery in the Schools Program Basic Archery Instructor 4 hrs
NRA Range OfficerMaster Certification 8 hrs
Hunt Master Training Instructor 4 hrs
NRA Shooting Instructor 16 hrs
NRA Shotgun Instructor 16 hrs
NRA Rifle Instructor 16 hrs
Boater Education Instructor 12 hrs
Youth Fishing Instructor 5 hrs
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 55
American Canoe Association National CanoeKayak Instructor 16‐32hrs
National Camp SchoolBoy Scouts 16‐24 hrs
Wood Badge TrainingBoy Scouts 16‐24 hrs
Merit Badge Counselor TrainingBoy Scouts 2‐16 hrs
Conservation Leaders for Tomorrow 35 hrs
Wilderness First Aid 16‐32 hrs
Professional Trappers College 40 hrs
American Camp Association Instructor Training 8‐40 hrs
American Red Cross Instructor Training 2‐16 hrs
American Sailing Association Instructor Training 16‐24 hrs
Certified Horsemanship Association Instructor Training 24‐40 hrs
Leave No Trace Master Educator Training 40 hrs
National Outdoor Leadership School 280 hrs
Camp Cook School 32‐96 hrs
Professional Association of Diving Instructors Training 32‐96 hrs
Professional Mountain Bike Association Instructor Training 24 hrs
League of American Bicyclists Instructor Certification 24 hrs
Hunting
Shooting
Fishing
Trapping
Camping
Outdoor Cooking
Orienteering
Geocaching
Photography
Wildlife Viewing
Hiking
Biking
Birding
Becoming an Outdoors‐Woman Program
Wilderness First Aid
Wilderness Survival
Leave No Trace Educator
Service Options ndash Provide a minimum of 20 hours of service annually in the following or similar areas
4‐H leader and youth training outdoor recreation
Scout leader and youth training outdoor recreation
Wild About Nature
Flying WILD Educator or Facilitator Workshop
Becoming an Outdoors Woman (BOW)
Beyond Becoming an Outdoors Woman (BOW)
Family Camp
Learn to Hunt Program
National Archery in the Schools Program BAI training or greater
Mentor HuntHunt Masters Training
After School Programs
Others ndash Upon approval
Outdoor discovery programs volunteer
CRO at a shooting event
Assist with National or State shooting sports competitions
Family fishing day
Design or write a brochure
Develop or contribute to a website
Develop or contribute to a social networking site
Design or write a newsletter
Assist in fundraising
Plan an event or festival
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 56
Interpretation amp Education- Developed By Lindsay Rogers Nebraska Game amp Parks
Commission
Do not try to satisfy your vanity by teaching a great many things Awaken peoplersquos curiosity It is
enough to open minds do not overload them Put there just a spark If there is some good
inflammable stuff it will catch firerdquo
- Anatole France in The Earth Speaks
Session Objectives
To help participants understand the role education plays in sounds ecological conservation
To help participants learn about past and present conservationist and interpretive educators
To help participants learn components of quality education and interpretation
To have participants partake in quality interpretive education
To make sure participants understand that their role is to light the spark and awaken curiosityhellip not spew facts
Lecture Requirements
1 What is interpretation (5 minutes) a What does ldquointerpretrdquo mean b National Association of Interpretation definition of ldquointerpretationrdquo
i Interpretation is a mission-based communication process that forges emotional and intellectual connection between the interests of the audience and the meanings inherent to the resource
c Freeman Tilden Interpreting Our Heritage 1957 i Interpretation is an educational activity which aims to reveal meanings
and relationships through the use of original objects by first-hand experience and by illustrative media rather than simply to communicate factual information
d Components of interpretation i pleasurable or enjoyable
ii relevant to the world iii organized iv themed v sparks an interest
vi includes information but does not stop there links information to the world
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 57
vii age appropriate viii taught to someone not at them
2 What is education (5 minutes)
a What does it mean to ldquoeducaterdquo someone b John Dewey Democracy amp Education 2944
i Education in its general sense is a form of learning in which the knowledge skills and habits of a group of people are transferred from one generation to the next through teaching training or research
c Components of education i - generally presented to someone but not always
ii enjoyable sometimes iii provides knowledge and facts iv can make connections but not always v organized and themed
d Both education and interpretation are important they work together
3 Conservationists (10 minutes) a Jon Muir
i Immigrated from Scotland to Wisconsin in 1849 ii Attended the University of Wisconsin studies botany amp geology
iii Moved to the western US mainly the Sierra Nevada area iv Believed humans were part of the interconnected natural world v Advocated for the preservation of natural areas
vi Co-founded the Sierra Club b Aldo Leopold
i Iowa native attended Yale University ii After college he joined the US Forest Service was stationed in Arizona
and New Mexico iii Developed theories of land ethics the need for biodiversity and an
appreciation for wilderness areas iv Moved to Wisconsin in 1924 became a professor at the University of
Wisconsin v Regarded as the ldquoFather of Conservationrdquo
c Gifford Pinchot i Born in Connecticut in 1905
ii Studied at Yale studies forestry in France iii Named chief of the Division of Forestry (later to become the US Forest
Service) iv First chief of the US Forest Service greatly improved forest
management and increased the size of Forest Service lands
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 58
v Managed forests for the greatest good for the greatest number Pinchot added the phrase in the long run to emphasize that forest management consists of long-term decisions
d Steven Mather i Born in California attended Berkley University
ii Worked for the Pacific Coast Borax Company where he had a talent for promotion Started a competing company made millions
iii When revisiting Sequoia and Yosemite National Parks in 1914 he was appalled by the conditions of the national parks
iv Joined the Department of the Interior as the head of parks later created the National Parks System
v Professionalized the National Parks and helped to greatly grow protected lands
e Rachel Carson i Born in Pennsylvania in 1907 attended John Hopkins University for
graduate school ii Went to work for the US Bureau of Fisheries (later to become the US
Fish amp Wildlife Service) iii Wrote Silent Spring in 1962 The book created an awaking for Americanrsquos
to their responsibility to the environment and wildlife The book lead to the US Government banning the use of DDT
f Theodore Roosevelt i Born in 1858 in New York New York was a sickly child who stayed inside
studying natural history ii An avid outdoorsman he spent much time in the South Dakota Badlands
iii Became President in 1901 with the assignation of President McKinley iv Among many major accomplishments as president he started the
National Parks was instrumental in conserving about 230 million acres
4 Naturalist Interpreters (10 minutes) a Freeman Tilden
i Born 1883 worked as a newspaper columnist and author ii At age 58 he began working with the National Parks Service
iii While traveling to various National Parks he became concerned with the quality of interpretation
iv Wrote Interpreting Our Heritage in 1957 outlines 6 principles to quality interpretation forever changed the field of interpretation
b William Lewis i Worked as a ranger naturalist and interpreter trainer for the National
Parks Service ii Developed the approach of ldquoThematic Interpretationrdquo which requires the
interpreter to choose a central theme (major point) to guide the development of a program
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 59
iii Wrote Interpreting For Park Visitors c Sam Ham
i Director of Center for International Training and Outreach at the University of Idaho
ii Work has focused on applying communication theory to environmental conservation interpretation and on nature-based tourism and guide training
iii Wrote Environmental Interpretation (1992) d Ted Cable
i Professor of Park Management and Conservation at Kansas State University
ii Co-authored Interpreting Cultural and Natural Resources (2003) and Interpretation for the 21st Century Fifteen Guiding Principles for Interpreting Nature and Culture (2002)
5 Conducting an Interpretative Program Try and Fail (60 minutes + 120 minutes of activities throughouthellip see list of Suggested Activities below)
a Experiential Learning i The first time you tried to walk you failed The first time you rode a bike
you failed This is called experiential learning The first time you attempt an educational or interpretation program you will fail thatrsquos how we learn
ii Donrsquot be afraid to fail b Ask Questions about the ProgramPresentation before you commit to leading it c Plan your Program
i Generally I want my presentation to be about Specifically however I want to tell my audience about After hearing my presentation I want my audience to understand (what is the big picture you want them to take home)
1 You do not need (or want) to teach your audience everything you know your job is to light the spark
ii What will your tangibles and intangibles be 1 Tangibles are those things you can touch things you use to teach
when teaching a Examples include a tree a mammal pelt a skull a live
animal a prairie 2 Intangibles involve connecting the tangibles to concepts and the
ideas they represent intangibles are the meanings the relationships the processes the ideas the feelings and the beliefs
a Examples include food webs ecosystem health entropy ecology
iii People remember themes they forget facts
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 60
iv Plan for an organized presentation 1 Think about your overall theme smaller parts of the program and
your transitions v Stick to your theme
vi Determine what type of presentation you will have 1 PowerPoint (avoid) 2 Podium Presentation (avoid) 3 Active taking a hike playing a game etc 4 Hands-on touching feeling trying hearing smelling
vii Think about all the different kinds of learners 1 verbal-linguistic 2 logical-mathematical 3 visual-spatial 4 kinesthetic 5 musical-rhythmic 6 interpersonal (groups) 7 intrapersonal (individual) 8 naturalist
d Know your role as an educator 1 Provide facts and relationships not opinions 2 Allow participants to determine their own opinions and beliefs
using the facts amp relationships you provide them 3 PLAY ldquoFIRST IMPRESSIONSrdquo
e Prepare Prepare Prepare 1 Know the type of space and area you will have (indoor vs
outdoor small space vs vast area etc) 2 Plan for more that you are told 3 Plan for the weather (always expect it to be windy in Nebraska)
f Questions i Ask good questions
1 Is this a fox Vs How do you know this is a fox 2 Do you have any questions Vs What questions do you have
ii Be prepared for quality questions 1 What are the implications for describe the impact of what are
the reasons for iii Be prepared for ldquogoodrdquo questions
1 Do you have ewoks in the forest If a Mountain Lion and an Eagle were to fight who would win
2 Take all questions seriously Answer seriously g Model what you want to see the students do
i If you want a group of students to catch insects help them get active with them
ii This is true when working with children and adults
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 61
1 Working alongside students validates them and their learning h Be enthusiastic show your passion
i This is another form of modeling what you want to see in your students ii We need to excite students (no matter their age) about conservation
nature and the outdoors iii Have fun
6 Take Home Lesson Light the Spark and Donrsquot Be Afraid to Fail
Suggested Activities (amp potential mandatory activities)
Throughout the lesson conduct multiple games andor activities to model good interpretation
Suggested games include but are not limited to
1 Oh Deer (Project WILD) 2 First Impressions (to be done during section 5) (Project WILD) 3 The Long Haul (Project WET) 4 Sum of the Parts (Project WET) 5 Water Quality Ask the Bugs (Project WET) 6 Adaptation Artistry (Flying WILD) or Fashion a Fish (Aquatic Project WILD) 7 Avian Antics (Flying WILD) 8 Pollinators Meet Your Plants (Nebraska Project WILD wwwnebraskaprojectwildorg) 9 Scavenger Hunts (Nebraska Project WILD wwwnebraskaprojectwildorg)
Suggested Post-Readings
Interpreting Our Heritage Freeman Tilden 1957 (4th edition 2008)
ISBN-13 978-0807858677
Interpreting for Park Visitors William Lewis 1981
ISBN-13 978-0890620793
Environmental Interpretation Sam Ham 1992
ISBN-13 978-1555919023
Interpretation for the 21st Century Fifteen Guiding Principles for Interpreting Nature and
Culture Larry Beck amp Ted Cable 2002
ISBN-13 978-1571675224
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 62
Interpretation-Making a Difference on Purpose Sam Ham 2013
ISBN-13 978-1555917425
Foundations of Interpretation Curriculum Content Narrative National Parks Service 2007
httpwwwnpsgovidpinterp101foundationscurriculumpdf
Websites
National Association of Interpretation
wwwinterpnetcom
North American Association for Environmental Education
wwwnaaeeorg
Nebraska Alliance for Conservation and Environment Education
wwwnaceeorg
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 63
Safety in the Field
Developed by Rich Hawes Nebraska Master Naturalist rdhawes26msncom
Objectives
Raise awareness of Risk Managementassessment as part of event planning
Guidelines to safe activities for participants presenters and the environment
Present Leave No Trace Principals as part of all outdoor activities
Present resources for additional training or certification for outdoor activities
Hands on activities to encourage interest and to provoke thought and discussion
Hazards of the area
Outdoor hiking safety
Stewardship of the land and natural resources
Being flexible and working with ldquowhat you haverdquo
Outline
1 Outdoor Activities ndash Whatrsquos The Worst That Can Happen An Introduction to Event Planning and Risk Management
2 Leave No Trace Principals
3 Trip planning and Logistics
4 Health amp Safety
5 Youth Protection
6 Age Appropriate Activities
7 Resource Training and Certifications
a Standard First Aid CPRAED Wilderness First Aid
b Shooting Sports - Range Safety Officer or Instructor
c Hunter Safety Instructor
d Climbing COPE and Zip Lines
e Water Safety Instructor Life Guard Small Boat Handling
f Leave No Trace Trainer or Master Educator
g Tread Lightly Tread Trainer or Master Tread Trainer
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 64
Suggested Activities
CPR Scenario
First Aid Scenario
Weather Scenario
Lost Scenario
Online Resources
American Camp Association
Boy Scouts of America
Youth Protection
Safe Swim Defense
Safety Afloat
Climb On Safely
Weather Safety
Trek On Safely
(etc)
Leave No Trace
Nebraska Game amp Parks
Hunter Safety
Boating Rules amp Regs
National Rifle Association
(Archery groups)
American Red Cross
(wilderness medicine group(s))
NOLS
Tread Lightly
US Coast Guard
NEBRASKA MASTER NATURALIST Explore Contribute Connect
33
12 Teeth slanted back If one is lost another drops down in itrsquos place
Examples of snakes found in Nebraska
Black Rat Snake (Elaphe obsoleta)
Great Plains Rat Snake (Elaphe guttata)
Bullsnake (Pituophis catenifer)
Common Kingsnake (Lampropeltis getula)
Eastern Hognose Snake (Heterodon
platyrhinos)
Western Hognose Snake (Heterodon nasicus)
Glossy Snake (Arizona elegans)
Milk Snake (Lampropeltis triangulum)
Plains Garter Snake (Thamnophis radix)
Common Garter Snake (Thamnophis sirtalis)
Racer (Coluber constrictor)
Pit Vipers
Copperhead (Agkistrodon contortrix) found in extreme southeast Nebraska
Massasauga (Sistrurus catenatus) Found in southeast Nebraska Protected Species
Prairie Rattlesnake (Crotalus viridis) Found in central and western parts of the state
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 34
Birds What Makes a Bird a Bird IMPORTANT CHARACTERISTICS
So what makes a bird a bird All birds share one common characteristic that no other animal has and
that is FEATHERS Other characteristics include
Maintain high constant body temperature Endotherms (warm-blooded)
Possess toothless beaks or bills
All lay hard-shelled eggs (oviparous)
Air sacs in birdrsquos body give buoyancy
Generally bones are hollow Decreases body weight
Four-chambered heart
Lend Me Your Ear Yes birds have ears but they are missing the pinna or outside part of the ear that collects sound Birds
have feather-covered openings on both sides of the head just behind the eyes Owls and other night-
flying birds have off-setting ears that allow them to pinpoint the exact position of prey
Can birds smell We are not quite sure how well most birds smell We do know vultures use the sense of smell to find
their dinner The champion bird sniffer belongs to kiwi found in New Zealand They are able to sniff out earthworms Some diving birds like cormorants cannot even breathe through their nostrils because they are sealed Ocean birds have special glands in their noses which eliminates salt from the salty water they drink
Eggs Birds lay hard-shelled eggs made mostly of carbon carbonate The hard shell keeps the egg from drying
out and allows parents to sit on it without damaging the developing chick Though the shells are hard it
does not mean that they are non-porous Microscopic pores allow the embryo to ldquobreatherdquo Carbon
dioxide and oxygen can pass through the shell
Eggs come in all sizes colors and patterns We believe that the different colors and patterns are
intended as camouflage Blue and green eggs are found in nests that are in the shade Patterned eggs
blend in with vegetation and stones and white eggs are normally found in cavities
The shape of eggs also depends on where a bird nests The most common shape is oval A pointed egg
is usually found near ledges Round eggs are generally found in highly secure nests
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 35
Commonly Seen Bird Families of Nebraska
Grebes (Family Podicipediae ndash rump foot)
WHAT TO LOOK FOR
Sleek diving waterbirds - small to medium size
Most have sharp pointed bills with fairly long necks short wings and almost no tail
Have lobed toes and legs set far back on body
Common Nebraska species - Pied-billed horned eared western and Clark grebes
Pelicans (Family Pelecanidae ndash an ax)
WHAT TO LOOK FOR
Very large waterbirds
Huge bills with large distensible pouches
Most are white with black flight feathers ndash wingspan 6-9 feet
Common Nebraska species ndash American White Pelican
Cormorants (Family Phalacrocoracidae ndash bald raven)
WHAT TO LOOK FOR
Large diving waterbird shaped like an elongated goose
Long neck and long bill hooked at the end
Wing span 3-5 feet Mostly dark in color
Common Nebraska species ndash Double-crested cormorant
Herons Egrets and Bitterns (Family Ardeidae - )
WHAT TO LOOK FOR
Medium to large wading birds
Usually with long legs bills and S-shaped neck
Short rounded tails
Common Nebraska species ndash American and least bitterns great and snowy egrets little
blue egret cattle egret great blue green black-crowned night and
yellow-crowned night herons
Ibises (and Spoonbills) (Family Threskiornithidae ndash sacred bird)
WHAT TO LOOK FOR
Medium to large wading birds
Long necks and legs with a duck-like body
Long tapering down-curved bill Common Nebraska species ndash white-faced ibis
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 36
Vultures (Family Cathartidae ndash cleanser)
WHAT TO LOOK FOR
Large soaring scavengers
Resemble eagles and large hawks in flight
Head and neck void of feathers bill hooked
Hold wings in a raised V-shape (dihedral)
Common Nebraska species ndash turkey vulture
Duck Geese and Swans (Family Anatidae ndash waterfowl)
WHAT TO LOOK FOR
Medium to large waterbirds
Large heads with conspicuous and horizontally flattened bills
Long necks heavy bodies relative short tails webbed feet and long wingspan Major differences between duck geese and swans
Ducks
Smallest of the three Have a soft swelling about the nostrils called a cere
Males of most ducks are easily separated from females by their gaudier plumage Feathers are
molted twice a year
Most males change into nuptial plumage after pair formation in the fall There may be some
modification of shape of a single feather or entire regions of plumage
Most species are sexually mature at 9 - 11 months
Males take no part in incubation
Geese
Neck shorter than body
Lore (area between eye and bill) feathered and more bluntly triangular than ducksrsquo
Sexes are similar
Permanent pair bonding
Molt once per year postnuptially
Sexually mature at 3 years
Males protect female clutch and brood after hatching
Young stay with parents for almost a year
Legs of most geese are farther forward under the belly than those of typical swans and ducks
Swans
Longest necks - necks slightly longer than body
Lore is naked
Sexes are similar
Molt once per year postnuptially - parents molt one after the other so one is able to fly
Young are carried on parentsrsquo backs
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 37
Sexually mature at 4 -5 years
Hawks and Allies (Family Accipitridae ndash to grasp or take)
Medium to very large diurnal raptors
Hooked beak strong legs and sharp talons
Buteos (buzzard hawks)
Stocky with broad wings wide tails
Soar and wheel high in the sky
Common Nebraska species ndash red-shouldered broad-winged Swainsonrsquos red-tailed
ferruginous rough-legged hawks
Accipiters (true hawks)
Small heads short rounded wings longish tail slender bodies
Fly with several rapid beats and a glide Common Nebraska species ndash sharp-shinned hawk Cooperrsquos hawk northern goshawk
Harriers
Slim body with slim round-tipped wings
Fly in open country gliding low with wings lifted in a V (dihedral)
Species in Nebraska - northern harrier
Kites
Small falcon shaped buoyant gliders not power-fliers
Common Nebraska species ndash Mississippi Kite
Osprey
Soar high on long swept-back wings
Broad tail short-headed appearance
Often travel in pairs
Eagles
Large very broad bodied with broad long plank-like wings massive head and bill
Soar steadily holding wings flat out to the side
Powerful wing beat on upstroke wings raised high Common Nebraska species ndash bald and golden
Falcons (and caracaras) (Family Falconidae - )
WHAT TO LOOK FOR
Small to large compact fast-flying raptors
Long pointed wings bent at the wrist - Strong rapid wing strokes
Common Nebraska species ndash American kestrel gyrfalcon peregrine falcon prairie falcon
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 38
Grouse Turkeys and Pheasants (Family Phasianidae ndash cock or fowl-like bird)
WHAT TO LOOK FOR
Ground dwelling birds with feather nostrils
Short strong bills and short rounded wings
Flight strong but brief
Males perform elaborate courting displays
Common Nebraska species ndash ring-necked pheasant sharp-tailed grouse greater
prairie chicken wild turkey
New World Quail ( Family Odontophoridae ndash bearing teeth)
WHAT TO LOOK FOR
Ground dwelling bird found in brushy habitat and other dense low foliage
Chunky rounded bodies and crests or head plumes
Chicken-like bill short rounded wings
Common Nebraska species - northern bobwhite
Rails and Coots (Family Rallidae - )
WHAT TO LOOK FOR
Marsh birds with short tails and stubby wings
Secretive and identified chiefly by call and habitat
Rails are laterally flattened ldquoThin as a railrdquo Coots are plumper and gregarious
Common Nebraska species ndash yellow rail black rail king rail Virginia rail sora common
moorhen American coot
Cranes (Family Gruidae - )
WHAT TO LOOK FOR
Tall stately wetland birds with long necks and long bills
Tertial flight feathers droop over rump in a bustle when standing
Fly with necks fully extended
Circle in thermals like raptors
Common Nebraska species - sandhill and whooping cranes
Plovers and Killdeer (Family Charadriidae ndash nocturnal waterbird)
WHAT TO LOOK FOR
Small to medium shorebirds that dart across the ground stop and then take off again Upright posture with medium length legs and long pointed wings
Rounded head large eyes thick neck with a short thick bill
Common Nebraska species ndash black-billed American golden snowy semipalmated piping
plovers and killdeer
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 39
Stilts and Avocets (Family Recurviostridae- bent bill)
WHAT TO LOOK FOR
Tall slim shorebirds
Long thin bill very long slender legs long neck striking black-and-white plumage Stilts have straight bills avocets have re-curved bills
Common Nebraska species ndash American avocets black-necked stilt
Sandpipers and Phalaropes and Allies (Family Scolopacidae ndash woodcock)
WHAT TO LOOK FOR
Diverse group of shorebirds
Long toes and long tapered wings
Bill and leg length varies but bill more slender than a ploverrsquos
Plumage browns grays and whites with reds and oranges during breeding season
All but one species have short elevated hind toe
Species found in Nebraska include common snipe ruddy turnstone phalaropes sandpipers
woodcocks godwits whimbrels willets etc
Dowitchers
WHAT TO LOOK FOR
Medium sized chunky dark shorebird
Long straight bills and distinct pale eyebrows
Feed in mud or shallow water in a rapid jabbing motion
Phalaropes
WHAT TO LOOK FOR
Often spin like a top in water when feeding
Female larger and more colorful than male
Male tends incubates and cares for chicks
Common Nebraska species ndash Wilsonrsquos and red-necked phalaropes
Gulls Terns and Allies (Family Laridae ndashsea birds)
Gulls
WHAT TO LOOK FOR
More robust with wider wings and longer legs than terns
Bill slightly hooked tail square or rounded - Seldom Dive
Common Nebraska species ndash Pomarine Jaeger Franklinrsquos little Bonapartersquos ring-
billed California Herring Thayerrsquos lesser black-backed glaucous
Sabinersquos gulls black-legged kittiwake
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 40
Terns
WHAT TO LOOK FOR
Graceful more streamline than gulls
Usually has a forked tail ndash most whitish with black cap
Sharp-pointed bill - Hoover and dive headfirst for fish
Common Nebraska species ndash Caspian common Foresterrsquos terns
Pigeons and Doves (Family Columbidae ndash dove)
WHAT TO LOOK FOR
Plump fast flying cooing voice
Short legs and necks and small heads short bills
Tail fan-like rounded or pointed
Pigeons larger than doves
Common Nebraska species ndash rock mourning Eurasian collared doves
Cuckoos Roadrunners and Anis (Family Cuculidae - )
WHAT TO LOOK FOR
Slender with a long tail at least half of the birdrsquos total length
Fairly large sturdy decurved (curving down) bill
2 toes forward 2 back (zygodactyls)
Common Nebraska species - black-billed cuckoo and yellow-billed cuckoo
Barn Owls (Family Tytonidae -)
WHAT TO LOOK FOR
Slim medium sized night hunter
Legs are long and sparsely feathered
Large head with large forward-facing immovable eyes
Heart-shaped face hooked beak and ghostly appearance
Typical Owls (Family Stigidae ndash night bird)
WHAT TO LOOK FOR
Generally night hunters
Large heads flatten face with large forward-facing immovable eyes hooked beak
Mottled appearance some with feather tuffs upright stance
Common Nebraska species ndash eastern screech great horned burrowing barred long-eared
short-eared northern saw-whet owls
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 41
Nighthawks and Nightjars (Family Caprimulgidae ndashgoat sucker)
WHAT TO LOOK FOR
Nocturnal or crepuscular
Big tail large eyes tiny bills surrounding a large gaping mouth
By day sit horizontally on limb or on ground
Easiest to identify by voice
Common Nebraska species ndash common nighthawk common poorwill chuck-willrsquos-widow
Whip-poor-will
Swifts (Family Apodidae ndash without feet)
WHAT TO LOOK FOR
Small to medium sized aerial foragers ndashspend most of life flying
Long sickle-shaped wings bending close to body and extremely short legs
Eat bathe drink and sometime mate in the air
Common Nebraska species - chimney swift white-throated swift
Hummingbirds (Family Trochilidae ndash small bird)
WHAT TO LOOK FOR
Tiny body long slender bill
Distinctive blur and hum of hovering wings
Jewel-like throat feather found on male
Common Nebraska species ndash ruby-throated broad-tailed and rufous hummingbirds
Kingfishers (Family Alcedinidae - kingfisher)
WHAT TO LOOK FOR
Small to medium size
Thickset with short neck and tail small feet
Large head with a ragged crest and long strong bill
Sit on lines and low branches near water or hovers above water
Plunges head first into water to catch fish
Common Nebraska species ndash belted kingfisher
Woodpeckers (Family Picidae ndash woodpecker)
WHAT TO LOOK FOR
Arboreal (tree) birds
Vertical posture creep up trees
Strong chisel-like bill short legs stiff tail feathers rounded wings
Undulating flight pattern and characteristic bill drumming
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 42
Common Nebraska species ndash Lewisrsquos red-headed red-bellied hairy downy woodpeckers
yellow-bellied and red-naped sapsuckers northern flicker
THE PASSERINES Feet adapted to perching
Tyrant Flycatchers (Family Tyrannidae - lord ruler king)
WHAT TO LOOK FOR
Small to medium perching bird
Large head broad flattened bill pointed wings short legs
Bristly ldquowhiskersrdquo at base of bill
Sit upright on exposed branch and dart out to catch insects
Common Nebraska species - flycatchers pewees kingbirds phoebes kingbirds
Shrikes (Family Laniidae ndash butcher)
WHAT TO LOOK FOR
ldquoButcher birdsrdquo ndash impale prey on thorns (may be to attract a mate and mark territory)
Robin-size bird with hooked bill and masked face with hawk-like behavior
Black gray and white birds
Common Nebraska species - northern and loggerhead shrike
Vireos (Family Vireondae ndash small bird)
WHAT TO LOOK FOR
Small olive- or gray-backed bird with short sturdy cylindrical slightly hooked bill
Can have wing bars and eye-rings or have eye stripes and no wing bars
Often confused with warblers but are chunkier bigger headed thicker billed
Common Nebraska species ndash white-eyed Bellrsquos yellow-throated plumbeous
Cassinrsquos blue-headed warbling Philadelphia red-eyed
Crows and Jays (Family Corvidae ndash raven)
WHAT TO LOOK FOR
Large perching bird with strong longish all-purpose bill to handle variety of foods
Nostrils covered with feathers
Legs scaled in front and smooth behind
Harsh voice and noisy
Bold gregarious
Common Nebraska species - black-billed magpie American crow
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 43
Larks (Family Alauidae ndash lark)
WHAT TO LOOK FOR
Ground dwellers of open fields ndash seldom seen in trees and shrub
Walk rather than hop have an elongated hind toe
Slender billed seed and insect eaters
Yellowwhite face with black facemask horns and breast band
Has musical song often sung in display flight
Common Nebraska species ndash horned lark
Swallows and Martins (Family Hirundinidae ndash swallow)
WHAT TO LOOK FOR
Slim streamline bodies with long pointed angled wings
Tail forked or squared legs and feet inconspicuous
Bill short and wide
Fluid aerialists ndash dart about catching insects
Flocks perch in long rows on branches and lines
Common Nebraska species ndash purple martin northern rough wing bank cliff barn swallows
Chickadees and Titmice (Family Paridae - )
WHAT TO LOOK FOR
Small plump sociable birds with short bills and wings
Active agile ndash often hang upside down to feed
Many times roam in little bands (often leading the group) in search of food
Chickadee ndash no tuff of feathers on head Titmice ndash tufted Common Nebraska species ndash black-capped chickadee tufted titmouse
Nuthatches (Family Sittidae ndash birds that peck bark of tree)
WHAT TO LOOK FOR
Small stout tree-climbers with slightly upturned strong woodpecker-like bills
Stubby squared off tails
Walk down trees headfirst Common Nebraska species ndash red-breasted and white-breasted nuthatches
Creepers (Family Certhiidae -)
WHAT TO LOOK FOR
Small slim tree-dwellers with stiff tails and slender downward curving bill
Primarily brown
Common Nebraska species ndash brown creeper
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 44
Wrens (Family Troglodytidae ndash cave dweller
WHAT TO LOOK FOR
Small stumpy energetic brown birds
Bill slightly down turned loud song
Tails often in ldquocockedrdquo or up-tilted position
Common Nebraska species ndash rock house winter marsh wrens
Kinglets (Family Regulidae -)
WHAT TO LOOK FOR
TINY very active songbirds ndash only certain hummingbirds smaller
Can hover will feeding
Greenish plumage with bright colored crowns Short tails
Common Nebraska species ndash ruby-crowned and golden-crowned kinglets
Gnatcatchers (and Old World Warblers) (Family Sylviidae - )
WHAT TO LOOK FOR
Small birds with slender pointed bills surrounded by rectal bristles
Drab plumage with seasonally changing head patterns
In constant motion
Common Nebraska species ndash blue-gray gnatcatcher
Thrushes (Family Turdidae -)
WHAT TO LOOK FOR
Large-eyed upright postured songbirds - known for their singing ability
Bill is slender straight but not sharp
Often hop along the ground looking for food
Common Nebraska species ndash eastern bluebird veery gray-cheeked Swainsonrsquos hermit
wood thrush American robin
Mockingbirds and Thrashers (Family Mimidae ndash imitator mimic)
WHAT TO LOOK FOR
Well known for their vocal and mimicking ability
Have short rounded wings long legs and tails
Long down-curved bills
Common Nebraska species ndash gray catbird northern mockingbird brown thrasher
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 45
Starlings (and Mynas) (Family Sturnidae - )
WHAT TO LOOK FOR
Medium sized chunky glossy birds with short tails sharp bills
Short triangular to rounded wings
Gregarious bold birds
Pipits (and Wagtails) (Family Motacillidae -)
WHAT TO LOOK FOR
Slender billed brownish ground dwellers with long back toe
Walk briskly rather than hop along the ground
Most species bob their tails up and down
Common Nebraska species ndash American pipit
Waxwings (Family Bombycillidae ndash silk tail)
WHAT TO LOOK FOR
Birds with sleek crest that can be erected
Plump-bodied birds with pointed wings with red waxy tips of secondaries
Bill is small wide and notched high thin calls
Square tail with terminal yellow band
Common Nebraska species ndash Bohemian and cedar waxwings
Wood Warblers (Family Parulidae -)
WHAT TO LOOK FOR
Brightly colored (mostly yellow) birds
Smaller than sparrows with thin needle-like bills
Common Nebraska species ndash approx 34 warblers ovenbirds yellow-breasted chats and
waterthrush
New World Sparrows (Family Emberizidae -)
WHAT TO LOOK FOR
Small to medium-sized birds - often brown streaked appearance
Rounded wings cone-shaped bills
Common Nebraska species ndash 20 sparrows towhees longspurs dark-eyed juncos snow and
lark buntings
Cardinals and Allies (Family Cardinalidae )
WHAT TO LOOK FOR
Medium to large songbirds
Have large cone-shaped bills
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 46
Males often very colorful
Common Nebraska species ndash northern cardinals rose-breasted and black-headed grosbeaks
indigo bunting dickcissel
Blackbirds Orioles and Allies (Family Icteridae)
WHAT TO LOOK FOR
Medium to large songbirds with strong straight bills
Strong-direct flight
Plumage varies from iridescent black to yellow to orange
Common Nebraska species ndash Bobolink eastern and western meadowlarks red-winged and
rusty blackbirds common and great-tailed grackles orchard Baltimore and
Bullockrsquos orioles brown-headed cowbird
Finches and Allies (Family Fringillidae)
WHAT TO LOOK FOR
Small to medium songbirds
Have conical bills and forked relatively short tails
Fly fast and undulate through the air giving high-pitched calls in flight
Common Nebraska species ndash gray-crowned rosy purple Cassinrsquos house finches red
crossbill white-winged crossbill common redpoll pine siskin American goldfinch
evening grosbeak
Old World Sparrows (Family Passeridae)
WHAT TO LOOK FOR
Stouter bodies shorter legs and thicker bills than native sparrows
Have a simple song repeating single elements with no particular rhythm or beginning
And end vocalize all day and year-round
Common Nebraska species ndash house sparrow (introduced)
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 47
Geology and Natural History of Nebraska
Being Developed by Jon Garbisch Cedar Point Biological Station jgarbisch2unledu
bull Geological history of Nebraska
bull Present geological formation of regions
bull General soil types
bull Geological landforms and related habitats
What we currently use
Theme
Nebraska geology formed over millions of years through the erosion of mountains the deposition of
sediments and the flow of water and ice shaping the landscape that we call home
Goal
Attendees will develop an understanding of the natural processes that influenced and built Nebraska
and in so doing develop a greater appreciation for the geology and how it relates to all other aspects of
the statersquos identity
Objective(s)
The Master Naturalists attendees will be able to use the knowledge they have gained to better
understand the surface and subsurface geology at any location in the state that they may find
themselves working
How will it be measured
Attendees will be able to use the knowledge gained to actively interpret general Nebraska geology by
completing activities in the form of hand-out diagrams biostratigraphic fossil correlations
interpretation of rock type hand specimens and visual description of the Geology on the trail at Camp
Brewster Fontenelle Forest
Introduction
Nebraska geology formed over millions of years through the erosion of mountains the deposition of
sediments and the flow of water and ice shaping the landscape that we call home (Hand out agenda)
Geology is rooted in the 3 rock groups that exist on planet Earth and so familiarity with
o these groups gives us a solid foundation for all other geologic interpretation
A half hour will be spent handling examples from each rock group
o 3 groups 3 tables with one rock type on each table each group spends 10 minutes at
each table
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 48
The Geologic Time Scale is a record over time of the Earths major geologic events and we
can use it to help us understand how and when Nebraska took shape
The natural agents of change which have shaped our state include oceans rivers wind
o and ice
The geologic time periods in Nebraska are represented by rock layers (or not) which occur all
around the state and have been named so that no matter where you are in the state you can
correlate the strata to the time scale (fossilsisotopes)
6 Geologic Principles will be discussed so that when the MN is in the field they can be used as an
aid in basic geologic interpretation
Conclusion
Nebraska geology formed over millions of years through the erosion of mountains the deposition of
sediments and the flow of water and ice shaping the landscape that we call home Geology supplies us
a record of the events that have shaped our Earth by learning the language in which the Earth script is
written we will be able to interpret and share the story of our state of Nebraska This understanding will
aid in us in relating to other areas influential and important to the state
Places to Go (places to see examples of Nebraska geology)
a Agate Fossil Beds National Monument Lower Miocene fossil mammal site including abundant body fossils of ancient mammals and prominent fossil rodent burrows
b Ashfall State Park Upper Miocene fossil mammal assemblage found in ash derived from an eruption of a predecessor to the Yellowstone volcanic field c Chimney Rock National Historic Site Oligocene and Lower Miocene continental sedimentary rocks deposited as sediments by wind and steams
d Hummel Park (Omaha) outcrops of Pleistocene glacial till and loess
e Lincoln area Capitol Beach Lake and history of saline waters and salt industry flooding history of Antelope and Salt creeks building stones in downtown area brick industry University of Nebraska State Museum
f Louisville area outcrops of Upper Pennsylvanian marine sedimentary rocks
g Valentine area and Niobrara National Wildlife Refuge Niobrara River Canyon and Cenozoic stratigraphy
h Niobrara State Park Upper Cretaceous marine sedimentary rocks (Niobrara Formation and Pierre Shale) landslides along Missouri River anthropogenic changes in Missouri River Niobrara River and Mormon Canal
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 49
i Downtown Omaha removal of loess from hills in downtown area engineering of Missouri River (eg groins bank armoring etc) visible at Bob Kerrey Memorial Bridge deep bedrock water wells at old industrial sites
j Platte River State Park Upper Pennsylvanian marine sedimentary rocks and overlook of Platte River
k Ponca State Park Upper Cretaceous marine sedimentary rocks (uppermost Dakota Formation through Greenhorn Limestone)
l Rock Creek State Historical Park middle Cretaceous Dakota Formationmdashfluvio-estuarine continental deposits
m Schramm Park Upper Pennsylvanian marine sedimentary rocks
n Scotia and Happy Jack Chalk Mine Upper Miocene lake deposit In Ogallala Group
o Scotts Bluff National Monument Oligocene and Lower Miocene continental sedimentary rocks deposited as sediments by wind and steams
p Smith Falls State ParkCenozoic stratigraphy Niobrara River waterfalls as knick points
q Toadstool Park and nearby areas continental sedimentary rocks of upper Eocene Chadron Formation Pine Ridge escarpment Trailside Museum and Ft Robinson State Park
r Weeping Water area Upper Pennsylvanian marine sedimentary rocks
s Wildcat RidgeHillsescarpment on Oligocene and Lower Miocene continental sedimentary rocks deeply eroded into canyons buttes and pinnacles by stream erosion during and after the Late Pliocene
t Indian Cave State Park and Iron Horse Trail south of Peru Upper Pennsylvanian Indian Cave Sandstone (fluvio-estuarine deposit) and sandstone cave
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 50
North American Model and Outdoor Skills Developed by Jeff Rawlinson Assistant Division Administrator Information and Education Nebraska Game and Parks Commission jeffrawlinsonnebraskagov
OUR North American Model of Conservation
Perhaps no other story is more compelling and more important in American history as that of how
our natural resources came to be one of the most important elements in our lives The history of our citizenryrsquos strong land ethic ties us to the natural world long after other nations have forgone this relationship We value how the common person from a common family can participate in the thrill of the chase experiencing wildness to its fullest
The North American Model of Conservation is a philosophy that the United States and Canada have
developed to manage wildlife in a sustainable way Historians debate how this land ethic began Some
say our model of conservation began in 1937 with the passage of the PittmanRobertson Act a move that provided funding for wildlife conservation at the national and state level The source of this funding came from the sale of hunting and shooting equipment Others may say that it began when the conservation giant President Theodore Roosevelt brought management of natural resources to the
political forefront Others would argue our Model of conservation was birthed under the Magna Charta which transferred the ownership of wildlife from the King of England and the English nobles to the all of
the people of England In reality however our Model has been under development for several hundred years combining what we have learned from other nations peoples cultures and experiences to shape a philosophy ingrained in our culture supported by hunters anglers and shooting sports enthusiasts
benefiting all wildlife and wild lands in the United States
First Wildlife Managers The concept of managing wildlife or natural resources was not conceived by our young nation For
thousands of years humanity has been manipulating and controlling the land and all its inhabitants to benefit our needs Ever since the first hunter followed that wooly creature across the Bering Straight embarking on an epic journey that would result in settling of North America man has ldquomanagedrdquo
wildlife in North America
Throughout history many leaders have shown some element of concern or conservation ethic towards wildlife The great Kublai Khan grandson of Genghis Khan and founder of the Yuan Dynasty in China forbade harvesting of many species of wildlife during critical reproductive months of March
through August so species could ldquoincrease and multiplyrdquo Conservation of wildlife is even found in Mosaic Law in Deuteronomy 226 representing some of the first written wildlife management idealsmdashldquo If you come across a birdrsquos nest in any tree or on the ground with young ones or eggs and
the mother sitting on the young or on the eggs you shall not take the mother with the youngrdquo (English Standard Version 2001)
As populations expanded throughout Europe wildlife resources fell under ownership of powerful kings
who enacted harsh punishments for anyone found taking the kingrsquos game In 1215 a rebellion against King John of England resulted in the Magna Charta transferring ownership of lands and game from the crown to the people This ldquoprivatizingrdquo of wildlife ownership had profound impacts America over 500 years later
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 51
Era Of Abundance (1600 ndash 1850) When our forefathers first landed on the eastern shores of America they brought with them science
religion and a new hope They found plentiful game and soon began a relationship with the land that provided them with many of their daily needs Wildlife was viewed as a limitless resource in a relatively untapped land These early settlers had left Europe where few had access to wildlife and entered a world where everyone had access Furs feathers hides all had value to this young country In 1776 the Declaration of Independence revoked the Kingrsquos rights to land and people in this new world After a
bloody war led by revolutionaries such as Washington Hamilton Jefferson and Adams the United States gained its independence and the land and wildlife belonged to everyone
Era Of Exploitation (1850 ndash 1900)
The 1800s brought a commercialization of our wildlife resources Market hunting and habitat
destruction began to decimate wildlife populations such as the American Bison and Passenger Pigeon After the American Revolutionary War and the Civial Warmdashwhich nearly destroyed our ldquodemocratic
experimentrdquo all togethermdashfew people were looking after the interest of wildlife and even fewer rules
existed governing the management of a resource everyone had ownership of yet no one had responsibility for
The railroad provided settlers with the means to access new lands expanding the markets for meats hides and fur Advancements in technology such as the repeating rifle further aided the unbridled
destruction of wildlife resources Yet throughout this era something positive was growing The people of this new nation were developing a relationship with the land By 1842 a Supreme Court ruling had huge impacts on this developing model of conservation resulting in a Public Trust Doctrine that would
further outline a model for conserving our natural resources Conservation was developing some direction but had no money or laws to support it
Era Of Protection (19001930) The early 1900s brought an industrial boom Abuse of natural resources had taken its toll and throughout the Nation and evidence of this abuse could be seen in the loss of species such as the
passenger pigeon near loss of the American bison and in many large mammals including whitetailed deer and our once numerous waterfowl species America was becoming an economic giant yet through
the roar of machines both political and metal a small voice could be heard It was the hunter and their voice was of concern for the direction our wildlife resources were heading Conservation minded men and women had continued a relationship with the land and the wildlife
Era of Game Management (1930 ndash 1966) The ldquodirty thirtiesrdquo were marked by the dust bowl and an impoverished nation Agricultural practices
unchecked by environmental stewardship had left the Nationrsquos heartland in ecological peril Politically the conservation movement was supported by the footings laid by Theodore Roosevelt New federal acts moved forward to provide for environmental protection due to the outcry of hunters in panic over the vanishing wildlife resources of the Nation
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 52
Wildlife conservation had support yet it lacked the science to properly manage our Nationrsquos resources A young biologist name Aldo Leopold changed all this with his writings including the book Game
Management which led to Universities across the country developing wildlife conservation programs These programs spawned a new breed of professional game managers who utilized science to support management methods that ultimately lead to the greatest wildlife conservation success story in the world In 1937 the PittmanRobertson Act provided thousands of jobs for young professionals along with ldquogame wardensrdquo supported by individual states to further the development of the Conservation Model
which now had science and funding to support it
Era of Environmental Management (1966 ndash Present) Science and funding led to a broadening view of conservation as focus shifted from managing ldquogame
animalsrdquo to managing the entire biota (environment and all living things in it) Further federal acts such
as the Endangered Species Act of 1966 and the National Environmental Policy Act of 1969 provided greater protection for species by a nation that had finally changed its course providing time to review
and perfect conservation efforts Recent acts such as the 1980 Farm Bill continued the effort to help
landowners provide quality habitat for wildlife and hunters by providing incentives to landowners to set aside highly erosive lands and plant them into wildlife habitat (grasslands) that benefit wildlife and hunters
The story of our unique model of conservation is still being written New challenges today threaten our
coveted resources and new professionals are entering the arena to further the plight of our Nationrsquos wildlife and hunting heritage
Seven Pillars of the Model
Seven main pillars have been highlighted as the foundation of support for the North American Model
of Conservation These include
The Public Trust The wildlife of the United States are owned by the people This is very different from the European Model where wildlife is privately owned The North American Model recognizes wildlife as a public
resource that is so important it can not be owned or managed by any one segment of our society but rather managed by professional state and federal entities for the benefit of all This concept known as
the Public Trust Doctrine began development in 1842 when the Supreme Court ruled that the Magna Charta had settled the question of who owns fish and wildlife and that King Charles II did not have the authority to give away the ldquodominion and propertyrdquo of lands in colonial America The court further ruled that since the American Revolution the people held public trust responsibilities for fish and wildlife except for rights specified in the US Constitution
Prohibition on Commerce
It was the hunter who brought forth stringent laws that protected wildlife from peril in the 19th
and 20th
centuries Because we all own and appreciate our wildlife as a national resource they should never find themselves on the public market to the highest bidder This path led to a largescale loss of many species
including the Passenger Pigeon and the near loss of the American bison As our country was developing these practices were common as people moved west in search of prosperity capitalizing on a land seemingly untouched by the modern world Today many laws in place serve to protect our most
valuable resourceshellipour wildlife
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 53
Democratic Rule of Law Each citizen of this great nation has the ability and responsibility to engage in healthy politics that serve
to support and protect sound wildlife conservation measures Our first conservation measures in this Country habitat restoration simple harvest restrictions and bag limits came from hunters people who respected the game they pursued and loved the wild places they chased them in The North American Model of conservation is built upon active public involvement instilling a value for wildlife in all citizens
Hunting Opportunity for All The Model was developed on the premise that all people regardless of political or economic standing could participate in and feel the thrill of the chase It is this unique Model that provides us with wildlife opportunities for all Americans Imagine how important this was to our fore fathers who left a brutal
King in England where only the aristocracy had any dream of pursuing wild creatures in wild places Our
wildlife laws ensure that each generation that comes after us will have the same opportunity to enjoy and appreciate wildlife
Nonfrivolous Use Our management of wildlife depends on a citizenry that loves and appreciates the wild creatures and the habitats necessary to their survival and our quality of life Wildlife may be utilized under strict rule of
law including utilizing the wildlife once harvested to its best potential Killing wildlife for the sake of killing can only lead to the numbing of hearts to wildlife and a profound lack of respect for our most
precious resources
International Resources
It was not until the 20th
century that hunters and wildlife lovers understood the importance of
managing wildlife at a much larger scale This became readily apparent with the passage of the
Migratory Bird Treaty Act of 1918 where nations came together to manage wildlife resources as a
collective Wildlife species do not recognize national or state boundaries Governments must work together to be effective in managing wildlife for the benefit of all The United States has made great
strides in this area with Mexico and Canada Our wildlife is not only a resource to us but to all continents they may call home throughout the year Our biologists must think globally to be effective locally
Scientific Management Although Theodore Roosevelt brought conservation to the political forefront it was a young forester from Iowa that made the study of wildlife management a science Aldo Leopold is considered by many
as the ldquofather of wildlife managementrdquo due to his tireless efforts to develop curriculum for future wildlife biologists Today our biologists earn their opportunity to manage wildlife through prominent
Bachelor Masters and Doctorate degree programs from Universities around the world Wildlife must be managed using fact science and the latest research We are constantly learning and adapting to new technology and changing environments For such an important resource we cannot afford to have it any other way
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 54
Nebraska Master Naturalist Specializations Certifying as a Specialist ldquoFollow your own natural geniusrdquo wrote Thoreau ldquoand it will not fail to show you a fresh prospect every hourrdquo Many of us learn by doing When our curiosity and interests carry us into deeper study of a given subject it can be helpful to have clear opportunities to pursue Thus the Nebraska Master Naturalist Program offers specialized voluntary training for those who are hungry to develop and apply their particular skill and personal understanding on behalf of our natural legacy Specializations are designed to create collaborators leaders and mentors in four key areas
Interpretation and Outreach
Outdoor Skills and Recreation
Resource Management
Citizen Science Master Naturalist Certification Requirements Annual Requirement o 8 Hours Training Annually o 20 Hours of Volunteerism Annually Master Naturalist Specialization Requirement One Time Requirement o 20 Hours of Training Total Specific to Specialization Annual Requirement o Additional 20 Hours of Volunteerism Annually Specific to Specialization (does not include initial Certification annual requirement hours)
OUTDOOR SKILLS AND RECREATION SPECIALIZATION The purpose of OUTDOOR SKILLS AND RECREATION is to promote activity and development of skills in the outdoor pursuits associated with natural resources Specializations are designed to create collaborators leaders and mentors in particular areas A Certified Nebraska Master Naturalist can complete the Outdoor Recreation Specializationby meeting the following requirements Complete at least one of the workshops or certification‐leading trainings listed below If specialized training is not listed below it can be approved upon request by the Master Naturalist Program Committee Specialized Training Options ‐
Hunter Education Instructor Certification 13 hrs
National 4‐H Shooting Sports Instructor Certification 32 hrs
Nebraska 4‐H Shooting Sports Shotgun Certification 12 hrs
Nebraska 4‐H Shooting Sports Archery Certification 12 hrs
Nebraska 4‐H Shooting Sports Rifle Certification 12 hrs
Nebraska 4‐H Shooting Sports Pistol Certification 12 hrs
Nebraska 4‐H Shooting Sports Muzzleloader Certification 12 hrs
National Archery in the Schools Program Basic Archery Instructor 4 hrs
NRA Range OfficerMaster Certification 8 hrs
Hunt Master Training Instructor 4 hrs
NRA Shooting Instructor 16 hrs
NRA Shotgun Instructor 16 hrs
NRA Rifle Instructor 16 hrs
Boater Education Instructor 12 hrs
Youth Fishing Instructor 5 hrs
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 55
American Canoe Association National CanoeKayak Instructor 16‐32hrs
National Camp SchoolBoy Scouts 16‐24 hrs
Wood Badge TrainingBoy Scouts 16‐24 hrs
Merit Badge Counselor TrainingBoy Scouts 2‐16 hrs
Conservation Leaders for Tomorrow 35 hrs
Wilderness First Aid 16‐32 hrs
Professional Trappers College 40 hrs
American Camp Association Instructor Training 8‐40 hrs
American Red Cross Instructor Training 2‐16 hrs
American Sailing Association Instructor Training 16‐24 hrs
Certified Horsemanship Association Instructor Training 24‐40 hrs
Leave No Trace Master Educator Training 40 hrs
National Outdoor Leadership School 280 hrs
Camp Cook School 32‐96 hrs
Professional Association of Diving Instructors Training 32‐96 hrs
Professional Mountain Bike Association Instructor Training 24 hrs
League of American Bicyclists Instructor Certification 24 hrs
Hunting
Shooting
Fishing
Trapping
Camping
Outdoor Cooking
Orienteering
Geocaching
Photography
Wildlife Viewing
Hiking
Biking
Birding
Becoming an Outdoors‐Woman Program
Wilderness First Aid
Wilderness Survival
Leave No Trace Educator
Service Options ndash Provide a minimum of 20 hours of service annually in the following or similar areas
4‐H leader and youth training outdoor recreation
Scout leader and youth training outdoor recreation
Wild About Nature
Flying WILD Educator or Facilitator Workshop
Becoming an Outdoors Woman (BOW)
Beyond Becoming an Outdoors Woman (BOW)
Family Camp
Learn to Hunt Program
National Archery in the Schools Program BAI training or greater
Mentor HuntHunt Masters Training
After School Programs
Others ndash Upon approval
Outdoor discovery programs volunteer
CRO at a shooting event
Assist with National or State shooting sports competitions
Family fishing day
Design or write a brochure
Develop or contribute to a website
Develop or contribute to a social networking site
Design or write a newsletter
Assist in fundraising
Plan an event or festival
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 56
Interpretation amp Education- Developed By Lindsay Rogers Nebraska Game amp Parks
Commission
Do not try to satisfy your vanity by teaching a great many things Awaken peoplersquos curiosity It is
enough to open minds do not overload them Put there just a spark If there is some good
inflammable stuff it will catch firerdquo
- Anatole France in The Earth Speaks
Session Objectives
To help participants understand the role education plays in sounds ecological conservation
To help participants learn about past and present conservationist and interpretive educators
To help participants learn components of quality education and interpretation
To have participants partake in quality interpretive education
To make sure participants understand that their role is to light the spark and awaken curiosityhellip not spew facts
Lecture Requirements
1 What is interpretation (5 minutes) a What does ldquointerpretrdquo mean b National Association of Interpretation definition of ldquointerpretationrdquo
i Interpretation is a mission-based communication process that forges emotional and intellectual connection between the interests of the audience and the meanings inherent to the resource
c Freeman Tilden Interpreting Our Heritage 1957 i Interpretation is an educational activity which aims to reveal meanings
and relationships through the use of original objects by first-hand experience and by illustrative media rather than simply to communicate factual information
d Components of interpretation i pleasurable or enjoyable
ii relevant to the world iii organized iv themed v sparks an interest
vi includes information but does not stop there links information to the world
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 57
vii age appropriate viii taught to someone not at them
2 What is education (5 minutes)
a What does it mean to ldquoeducaterdquo someone b John Dewey Democracy amp Education 2944
i Education in its general sense is a form of learning in which the knowledge skills and habits of a group of people are transferred from one generation to the next through teaching training or research
c Components of education i - generally presented to someone but not always
ii enjoyable sometimes iii provides knowledge and facts iv can make connections but not always v organized and themed
d Both education and interpretation are important they work together
3 Conservationists (10 minutes) a Jon Muir
i Immigrated from Scotland to Wisconsin in 1849 ii Attended the University of Wisconsin studies botany amp geology
iii Moved to the western US mainly the Sierra Nevada area iv Believed humans were part of the interconnected natural world v Advocated for the preservation of natural areas
vi Co-founded the Sierra Club b Aldo Leopold
i Iowa native attended Yale University ii After college he joined the US Forest Service was stationed in Arizona
and New Mexico iii Developed theories of land ethics the need for biodiversity and an
appreciation for wilderness areas iv Moved to Wisconsin in 1924 became a professor at the University of
Wisconsin v Regarded as the ldquoFather of Conservationrdquo
c Gifford Pinchot i Born in Connecticut in 1905
ii Studied at Yale studies forestry in France iii Named chief of the Division of Forestry (later to become the US Forest
Service) iv First chief of the US Forest Service greatly improved forest
management and increased the size of Forest Service lands
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 58
v Managed forests for the greatest good for the greatest number Pinchot added the phrase in the long run to emphasize that forest management consists of long-term decisions
d Steven Mather i Born in California attended Berkley University
ii Worked for the Pacific Coast Borax Company where he had a talent for promotion Started a competing company made millions
iii When revisiting Sequoia and Yosemite National Parks in 1914 he was appalled by the conditions of the national parks
iv Joined the Department of the Interior as the head of parks later created the National Parks System
v Professionalized the National Parks and helped to greatly grow protected lands
e Rachel Carson i Born in Pennsylvania in 1907 attended John Hopkins University for
graduate school ii Went to work for the US Bureau of Fisheries (later to become the US
Fish amp Wildlife Service) iii Wrote Silent Spring in 1962 The book created an awaking for Americanrsquos
to their responsibility to the environment and wildlife The book lead to the US Government banning the use of DDT
f Theodore Roosevelt i Born in 1858 in New York New York was a sickly child who stayed inside
studying natural history ii An avid outdoorsman he spent much time in the South Dakota Badlands
iii Became President in 1901 with the assignation of President McKinley iv Among many major accomplishments as president he started the
National Parks was instrumental in conserving about 230 million acres
4 Naturalist Interpreters (10 minutes) a Freeman Tilden
i Born 1883 worked as a newspaper columnist and author ii At age 58 he began working with the National Parks Service
iii While traveling to various National Parks he became concerned with the quality of interpretation
iv Wrote Interpreting Our Heritage in 1957 outlines 6 principles to quality interpretation forever changed the field of interpretation
b William Lewis i Worked as a ranger naturalist and interpreter trainer for the National
Parks Service ii Developed the approach of ldquoThematic Interpretationrdquo which requires the
interpreter to choose a central theme (major point) to guide the development of a program
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 59
iii Wrote Interpreting For Park Visitors c Sam Ham
i Director of Center for International Training and Outreach at the University of Idaho
ii Work has focused on applying communication theory to environmental conservation interpretation and on nature-based tourism and guide training
iii Wrote Environmental Interpretation (1992) d Ted Cable
i Professor of Park Management and Conservation at Kansas State University
ii Co-authored Interpreting Cultural and Natural Resources (2003) and Interpretation for the 21st Century Fifteen Guiding Principles for Interpreting Nature and Culture (2002)
5 Conducting an Interpretative Program Try and Fail (60 minutes + 120 minutes of activities throughouthellip see list of Suggested Activities below)
a Experiential Learning i The first time you tried to walk you failed The first time you rode a bike
you failed This is called experiential learning The first time you attempt an educational or interpretation program you will fail thatrsquos how we learn
ii Donrsquot be afraid to fail b Ask Questions about the ProgramPresentation before you commit to leading it c Plan your Program
i Generally I want my presentation to be about Specifically however I want to tell my audience about After hearing my presentation I want my audience to understand (what is the big picture you want them to take home)
1 You do not need (or want) to teach your audience everything you know your job is to light the spark
ii What will your tangibles and intangibles be 1 Tangibles are those things you can touch things you use to teach
when teaching a Examples include a tree a mammal pelt a skull a live
animal a prairie 2 Intangibles involve connecting the tangibles to concepts and the
ideas they represent intangibles are the meanings the relationships the processes the ideas the feelings and the beliefs
a Examples include food webs ecosystem health entropy ecology
iii People remember themes they forget facts
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 60
iv Plan for an organized presentation 1 Think about your overall theme smaller parts of the program and
your transitions v Stick to your theme
vi Determine what type of presentation you will have 1 PowerPoint (avoid) 2 Podium Presentation (avoid) 3 Active taking a hike playing a game etc 4 Hands-on touching feeling trying hearing smelling
vii Think about all the different kinds of learners 1 verbal-linguistic 2 logical-mathematical 3 visual-spatial 4 kinesthetic 5 musical-rhythmic 6 interpersonal (groups) 7 intrapersonal (individual) 8 naturalist
d Know your role as an educator 1 Provide facts and relationships not opinions 2 Allow participants to determine their own opinions and beliefs
using the facts amp relationships you provide them 3 PLAY ldquoFIRST IMPRESSIONSrdquo
e Prepare Prepare Prepare 1 Know the type of space and area you will have (indoor vs
outdoor small space vs vast area etc) 2 Plan for more that you are told 3 Plan for the weather (always expect it to be windy in Nebraska)
f Questions i Ask good questions
1 Is this a fox Vs How do you know this is a fox 2 Do you have any questions Vs What questions do you have
ii Be prepared for quality questions 1 What are the implications for describe the impact of what are
the reasons for iii Be prepared for ldquogoodrdquo questions
1 Do you have ewoks in the forest If a Mountain Lion and an Eagle were to fight who would win
2 Take all questions seriously Answer seriously g Model what you want to see the students do
i If you want a group of students to catch insects help them get active with them
ii This is true when working with children and adults
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 61
1 Working alongside students validates them and their learning h Be enthusiastic show your passion
i This is another form of modeling what you want to see in your students ii We need to excite students (no matter their age) about conservation
nature and the outdoors iii Have fun
6 Take Home Lesson Light the Spark and Donrsquot Be Afraid to Fail
Suggested Activities (amp potential mandatory activities)
Throughout the lesson conduct multiple games andor activities to model good interpretation
Suggested games include but are not limited to
1 Oh Deer (Project WILD) 2 First Impressions (to be done during section 5) (Project WILD) 3 The Long Haul (Project WET) 4 Sum of the Parts (Project WET) 5 Water Quality Ask the Bugs (Project WET) 6 Adaptation Artistry (Flying WILD) or Fashion a Fish (Aquatic Project WILD) 7 Avian Antics (Flying WILD) 8 Pollinators Meet Your Plants (Nebraska Project WILD wwwnebraskaprojectwildorg) 9 Scavenger Hunts (Nebraska Project WILD wwwnebraskaprojectwildorg)
Suggested Post-Readings
Interpreting Our Heritage Freeman Tilden 1957 (4th edition 2008)
ISBN-13 978-0807858677
Interpreting for Park Visitors William Lewis 1981
ISBN-13 978-0890620793
Environmental Interpretation Sam Ham 1992
ISBN-13 978-1555919023
Interpretation for the 21st Century Fifteen Guiding Principles for Interpreting Nature and
Culture Larry Beck amp Ted Cable 2002
ISBN-13 978-1571675224
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 62
Interpretation-Making a Difference on Purpose Sam Ham 2013
ISBN-13 978-1555917425
Foundations of Interpretation Curriculum Content Narrative National Parks Service 2007
httpwwwnpsgovidpinterp101foundationscurriculumpdf
Websites
National Association of Interpretation
wwwinterpnetcom
North American Association for Environmental Education
wwwnaaeeorg
Nebraska Alliance for Conservation and Environment Education
wwwnaceeorg
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 63
Safety in the Field
Developed by Rich Hawes Nebraska Master Naturalist rdhawes26msncom
Objectives
Raise awareness of Risk Managementassessment as part of event planning
Guidelines to safe activities for participants presenters and the environment
Present Leave No Trace Principals as part of all outdoor activities
Present resources for additional training or certification for outdoor activities
Hands on activities to encourage interest and to provoke thought and discussion
Hazards of the area
Outdoor hiking safety
Stewardship of the land and natural resources
Being flexible and working with ldquowhat you haverdquo
Outline
1 Outdoor Activities ndash Whatrsquos The Worst That Can Happen An Introduction to Event Planning and Risk Management
2 Leave No Trace Principals
3 Trip planning and Logistics
4 Health amp Safety
5 Youth Protection
6 Age Appropriate Activities
7 Resource Training and Certifications
a Standard First Aid CPRAED Wilderness First Aid
b Shooting Sports - Range Safety Officer or Instructor
c Hunter Safety Instructor
d Climbing COPE and Zip Lines
e Water Safety Instructor Life Guard Small Boat Handling
f Leave No Trace Trainer or Master Educator
g Tread Lightly Tread Trainer or Master Tread Trainer
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 64
Suggested Activities
CPR Scenario
First Aid Scenario
Weather Scenario
Lost Scenario
Online Resources
American Camp Association
Boy Scouts of America
Youth Protection
Safe Swim Defense
Safety Afloat
Climb On Safely
Weather Safety
Trek On Safely
(etc)
Leave No Trace
Nebraska Game amp Parks
Hunter Safety
Boating Rules amp Regs
National Rifle Association
(Archery groups)
American Red Cross
(wilderness medicine group(s))
NOLS
Tread Lightly
US Coast Guard
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 34
Birds What Makes a Bird a Bird IMPORTANT CHARACTERISTICS
So what makes a bird a bird All birds share one common characteristic that no other animal has and
that is FEATHERS Other characteristics include
Maintain high constant body temperature Endotherms (warm-blooded)
Possess toothless beaks or bills
All lay hard-shelled eggs (oviparous)
Air sacs in birdrsquos body give buoyancy
Generally bones are hollow Decreases body weight
Four-chambered heart
Lend Me Your Ear Yes birds have ears but they are missing the pinna or outside part of the ear that collects sound Birds
have feather-covered openings on both sides of the head just behind the eyes Owls and other night-
flying birds have off-setting ears that allow them to pinpoint the exact position of prey
Can birds smell We are not quite sure how well most birds smell We do know vultures use the sense of smell to find
their dinner The champion bird sniffer belongs to kiwi found in New Zealand They are able to sniff out earthworms Some diving birds like cormorants cannot even breathe through their nostrils because they are sealed Ocean birds have special glands in their noses which eliminates salt from the salty water they drink
Eggs Birds lay hard-shelled eggs made mostly of carbon carbonate The hard shell keeps the egg from drying
out and allows parents to sit on it without damaging the developing chick Though the shells are hard it
does not mean that they are non-porous Microscopic pores allow the embryo to ldquobreatherdquo Carbon
dioxide and oxygen can pass through the shell
Eggs come in all sizes colors and patterns We believe that the different colors and patterns are
intended as camouflage Blue and green eggs are found in nests that are in the shade Patterned eggs
blend in with vegetation and stones and white eggs are normally found in cavities
The shape of eggs also depends on where a bird nests The most common shape is oval A pointed egg
is usually found near ledges Round eggs are generally found in highly secure nests
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 35
Commonly Seen Bird Families of Nebraska
Grebes (Family Podicipediae ndash rump foot)
WHAT TO LOOK FOR
Sleek diving waterbirds - small to medium size
Most have sharp pointed bills with fairly long necks short wings and almost no tail
Have lobed toes and legs set far back on body
Common Nebraska species - Pied-billed horned eared western and Clark grebes
Pelicans (Family Pelecanidae ndash an ax)
WHAT TO LOOK FOR
Very large waterbirds
Huge bills with large distensible pouches
Most are white with black flight feathers ndash wingspan 6-9 feet
Common Nebraska species ndash American White Pelican
Cormorants (Family Phalacrocoracidae ndash bald raven)
WHAT TO LOOK FOR
Large diving waterbird shaped like an elongated goose
Long neck and long bill hooked at the end
Wing span 3-5 feet Mostly dark in color
Common Nebraska species ndash Double-crested cormorant
Herons Egrets and Bitterns (Family Ardeidae - )
WHAT TO LOOK FOR
Medium to large wading birds
Usually with long legs bills and S-shaped neck
Short rounded tails
Common Nebraska species ndash American and least bitterns great and snowy egrets little
blue egret cattle egret great blue green black-crowned night and
yellow-crowned night herons
Ibises (and Spoonbills) (Family Threskiornithidae ndash sacred bird)
WHAT TO LOOK FOR
Medium to large wading birds
Long necks and legs with a duck-like body
Long tapering down-curved bill Common Nebraska species ndash white-faced ibis
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 36
Vultures (Family Cathartidae ndash cleanser)
WHAT TO LOOK FOR
Large soaring scavengers
Resemble eagles and large hawks in flight
Head and neck void of feathers bill hooked
Hold wings in a raised V-shape (dihedral)
Common Nebraska species ndash turkey vulture
Duck Geese and Swans (Family Anatidae ndash waterfowl)
WHAT TO LOOK FOR
Medium to large waterbirds
Large heads with conspicuous and horizontally flattened bills
Long necks heavy bodies relative short tails webbed feet and long wingspan Major differences between duck geese and swans
Ducks
Smallest of the three Have a soft swelling about the nostrils called a cere
Males of most ducks are easily separated from females by their gaudier plumage Feathers are
molted twice a year
Most males change into nuptial plumage after pair formation in the fall There may be some
modification of shape of a single feather or entire regions of plumage
Most species are sexually mature at 9 - 11 months
Males take no part in incubation
Geese
Neck shorter than body
Lore (area between eye and bill) feathered and more bluntly triangular than ducksrsquo
Sexes are similar
Permanent pair bonding
Molt once per year postnuptially
Sexually mature at 3 years
Males protect female clutch and brood after hatching
Young stay with parents for almost a year
Legs of most geese are farther forward under the belly than those of typical swans and ducks
Swans
Longest necks - necks slightly longer than body
Lore is naked
Sexes are similar
Molt once per year postnuptially - parents molt one after the other so one is able to fly
Young are carried on parentsrsquo backs
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 37
Sexually mature at 4 -5 years
Hawks and Allies (Family Accipitridae ndash to grasp or take)
Medium to very large diurnal raptors
Hooked beak strong legs and sharp talons
Buteos (buzzard hawks)
Stocky with broad wings wide tails
Soar and wheel high in the sky
Common Nebraska species ndash red-shouldered broad-winged Swainsonrsquos red-tailed
ferruginous rough-legged hawks
Accipiters (true hawks)
Small heads short rounded wings longish tail slender bodies
Fly with several rapid beats and a glide Common Nebraska species ndash sharp-shinned hawk Cooperrsquos hawk northern goshawk
Harriers
Slim body with slim round-tipped wings
Fly in open country gliding low with wings lifted in a V (dihedral)
Species in Nebraska - northern harrier
Kites
Small falcon shaped buoyant gliders not power-fliers
Common Nebraska species ndash Mississippi Kite
Osprey
Soar high on long swept-back wings
Broad tail short-headed appearance
Often travel in pairs
Eagles
Large very broad bodied with broad long plank-like wings massive head and bill
Soar steadily holding wings flat out to the side
Powerful wing beat on upstroke wings raised high Common Nebraska species ndash bald and golden
Falcons (and caracaras) (Family Falconidae - )
WHAT TO LOOK FOR
Small to large compact fast-flying raptors
Long pointed wings bent at the wrist - Strong rapid wing strokes
Common Nebraska species ndash American kestrel gyrfalcon peregrine falcon prairie falcon
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 38
Grouse Turkeys and Pheasants (Family Phasianidae ndash cock or fowl-like bird)
WHAT TO LOOK FOR
Ground dwelling birds with feather nostrils
Short strong bills and short rounded wings
Flight strong but brief
Males perform elaborate courting displays
Common Nebraska species ndash ring-necked pheasant sharp-tailed grouse greater
prairie chicken wild turkey
New World Quail ( Family Odontophoridae ndash bearing teeth)
WHAT TO LOOK FOR
Ground dwelling bird found in brushy habitat and other dense low foliage
Chunky rounded bodies and crests or head plumes
Chicken-like bill short rounded wings
Common Nebraska species - northern bobwhite
Rails and Coots (Family Rallidae - )
WHAT TO LOOK FOR
Marsh birds with short tails and stubby wings
Secretive and identified chiefly by call and habitat
Rails are laterally flattened ldquoThin as a railrdquo Coots are plumper and gregarious
Common Nebraska species ndash yellow rail black rail king rail Virginia rail sora common
moorhen American coot
Cranes (Family Gruidae - )
WHAT TO LOOK FOR
Tall stately wetland birds with long necks and long bills
Tertial flight feathers droop over rump in a bustle when standing
Fly with necks fully extended
Circle in thermals like raptors
Common Nebraska species - sandhill and whooping cranes
Plovers and Killdeer (Family Charadriidae ndash nocturnal waterbird)
WHAT TO LOOK FOR
Small to medium shorebirds that dart across the ground stop and then take off again Upright posture with medium length legs and long pointed wings
Rounded head large eyes thick neck with a short thick bill
Common Nebraska species ndash black-billed American golden snowy semipalmated piping
plovers and killdeer
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 39
Stilts and Avocets (Family Recurviostridae- bent bill)
WHAT TO LOOK FOR
Tall slim shorebirds
Long thin bill very long slender legs long neck striking black-and-white plumage Stilts have straight bills avocets have re-curved bills
Common Nebraska species ndash American avocets black-necked stilt
Sandpipers and Phalaropes and Allies (Family Scolopacidae ndash woodcock)
WHAT TO LOOK FOR
Diverse group of shorebirds
Long toes and long tapered wings
Bill and leg length varies but bill more slender than a ploverrsquos
Plumage browns grays and whites with reds and oranges during breeding season
All but one species have short elevated hind toe
Species found in Nebraska include common snipe ruddy turnstone phalaropes sandpipers
woodcocks godwits whimbrels willets etc
Dowitchers
WHAT TO LOOK FOR
Medium sized chunky dark shorebird
Long straight bills and distinct pale eyebrows
Feed in mud or shallow water in a rapid jabbing motion
Phalaropes
WHAT TO LOOK FOR
Often spin like a top in water when feeding
Female larger and more colorful than male
Male tends incubates and cares for chicks
Common Nebraska species ndash Wilsonrsquos and red-necked phalaropes
Gulls Terns and Allies (Family Laridae ndashsea birds)
Gulls
WHAT TO LOOK FOR
More robust with wider wings and longer legs than terns
Bill slightly hooked tail square or rounded - Seldom Dive
Common Nebraska species ndash Pomarine Jaeger Franklinrsquos little Bonapartersquos ring-
billed California Herring Thayerrsquos lesser black-backed glaucous
Sabinersquos gulls black-legged kittiwake
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 40
Terns
WHAT TO LOOK FOR
Graceful more streamline than gulls
Usually has a forked tail ndash most whitish with black cap
Sharp-pointed bill - Hoover and dive headfirst for fish
Common Nebraska species ndash Caspian common Foresterrsquos terns
Pigeons and Doves (Family Columbidae ndash dove)
WHAT TO LOOK FOR
Plump fast flying cooing voice
Short legs and necks and small heads short bills
Tail fan-like rounded or pointed
Pigeons larger than doves
Common Nebraska species ndash rock mourning Eurasian collared doves
Cuckoos Roadrunners and Anis (Family Cuculidae - )
WHAT TO LOOK FOR
Slender with a long tail at least half of the birdrsquos total length
Fairly large sturdy decurved (curving down) bill
2 toes forward 2 back (zygodactyls)
Common Nebraska species - black-billed cuckoo and yellow-billed cuckoo
Barn Owls (Family Tytonidae -)
WHAT TO LOOK FOR
Slim medium sized night hunter
Legs are long and sparsely feathered
Large head with large forward-facing immovable eyes
Heart-shaped face hooked beak and ghostly appearance
Typical Owls (Family Stigidae ndash night bird)
WHAT TO LOOK FOR
Generally night hunters
Large heads flatten face with large forward-facing immovable eyes hooked beak
Mottled appearance some with feather tuffs upright stance
Common Nebraska species ndash eastern screech great horned burrowing barred long-eared
short-eared northern saw-whet owls
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 41
Nighthawks and Nightjars (Family Caprimulgidae ndashgoat sucker)
WHAT TO LOOK FOR
Nocturnal or crepuscular
Big tail large eyes tiny bills surrounding a large gaping mouth
By day sit horizontally on limb or on ground
Easiest to identify by voice
Common Nebraska species ndash common nighthawk common poorwill chuck-willrsquos-widow
Whip-poor-will
Swifts (Family Apodidae ndash without feet)
WHAT TO LOOK FOR
Small to medium sized aerial foragers ndashspend most of life flying
Long sickle-shaped wings bending close to body and extremely short legs
Eat bathe drink and sometime mate in the air
Common Nebraska species - chimney swift white-throated swift
Hummingbirds (Family Trochilidae ndash small bird)
WHAT TO LOOK FOR
Tiny body long slender bill
Distinctive blur and hum of hovering wings
Jewel-like throat feather found on male
Common Nebraska species ndash ruby-throated broad-tailed and rufous hummingbirds
Kingfishers (Family Alcedinidae - kingfisher)
WHAT TO LOOK FOR
Small to medium size
Thickset with short neck and tail small feet
Large head with a ragged crest and long strong bill
Sit on lines and low branches near water or hovers above water
Plunges head first into water to catch fish
Common Nebraska species ndash belted kingfisher
Woodpeckers (Family Picidae ndash woodpecker)
WHAT TO LOOK FOR
Arboreal (tree) birds
Vertical posture creep up trees
Strong chisel-like bill short legs stiff tail feathers rounded wings
Undulating flight pattern and characteristic bill drumming
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 42
Common Nebraska species ndash Lewisrsquos red-headed red-bellied hairy downy woodpeckers
yellow-bellied and red-naped sapsuckers northern flicker
THE PASSERINES Feet adapted to perching
Tyrant Flycatchers (Family Tyrannidae - lord ruler king)
WHAT TO LOOK FOR
Small to medium perching bird
Large head broad flattened bill pointed wings short legs
Bristly ldquowhiskersrdquo at base of bill
Sit upright on exposed branch and dart out to catch insects
Common Nebraska species - flycatchers pewees kingbirds phoebes kingbirds
Shrikes (Family Laniidae ndash butcher)
WHAT TO LOOK FOR
ldquoButcher birdsrdquo ndash impale prey on thorns (may be to attract a mate and mark territory)
Robin-size bird with hooked bill and masked face with hawk-like behavior
Black gray and white birds
Common Nebraska species - northern and loggerhead shrike
Vireos (Family Vireondae ndash small bird)
WHAT TO LOOK FOR
Small olive- or gray-backed bird with short sturdy cylindrical slightly hooked bill
Can have wing bars and eye-rings or have eye stripes and no wing bars
Often confused with warblers but are chunkier bigger headed thicker billed
Common Nebraska species ndash white-eyed Bellrsquos yellow-throated plumbeous
Cassinrsquos blue-headed warbling Philadelphia red-eyed
Crows and Jays (Family Corvidae ndash raven)
WHAT TO LOOK FOR
Large perching bird with strong longish all-purpose bill to handle variety of foods
Nostrils covered with feathers
Legs scaled in front and smooth behind
Harsh voice and noisy
Bold gregarious
Common Nebraska species - black-billed magpie American crow
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 43
Larks (Family Alauidae ndash lark)
WHAT TO LOOK FOR
Ground dwellers of open fields ndash seldom seen in trees and shrub
Walk rather than hop have an elongated hind toe
Slender billed seed and insect eaters
Yellowwhite face with black facemask horns and breast band
Has musical song often sung in display flight
Common Nebraska species ndash horned lark
Swallows and Martins (Family Hirundinidae ndash swallow)
WHAT TO LOOK FOR
Slim streamline bodies with long pointed angled wings
Tail forked or squared legs and feet inconspicuous
Bill short and wide
Fluid aerialists ndash dart about catching insects
Flocks perch in long rows on branches and lines
Common Nebraska species ndash purple martin northern rough wing bank cliff barn swallows
Chickadees and Titmice (Family Paridae - )
WHAT TO LOOK FOR
Small plump sociable birds with short bills and wings
Active agile ndash often hang upside down to feed
Many times roam in little bands (often leading the group) in search of food
Chickadee ndash no tuff of feathers on head Titmice ndash tufted Common Nebraska species ndash black-capped chickadee tufted titmouse
Nuthatches (Family Sittidae ndash birds that peck bark of tree)
WHAT TO LOOK FOR
Small stout tree-climbers with slightly upturned strong woodpecker-like bills
Stubby squared off tails
Walk down trees headfirst Common Nebraska species ndash red-breasted and white-breasted nuthatches
Creepers (Family Certhiidae -)
WHAT TO LOOK FOR
Small slim tree-dwellers with stiff tails and slender downward curving bill
Primarily brown
Common Nebraska species ndash brown creeper
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 44
Wrens (Family Troglodytidae ndash cave dweller
WHAT TO LOOK FOR
Small stumpy energetic brown birds
Bill slightly down turned loud song
Tails often in ldquocockedrdquo or up-tilted position
Common Nebraska species ndash rock house winter marsh wrens
Kinglets (Family Regulidae -)
WHAT TO LOOK FOR
TINY very active songbirds ndash only certain hummingbirds smaller
Can hover will feeding
Greenish plumage with bright colored crowns Short tails
Common Nebraska species ndash ruby-crowned and golden-crowned kinglets
Gnatcatchers (and Old World Warblers) (Family Sylviidae - )
WHAT TO LOOK FOR
Small birds with slender pointed bills surrounded by rectal bristles
Drab plumage with seasonally changing head patterns
In constant motion
Common Nebraska species ndash blue-gray gnatcatcher
Thrushes (Family Turdidae -)
WHAT TO LOOK FOR
Large-eyed upright postured songbirds - known for their singing ability
Bill is slender straight but not sharp
Often hop along the ground looking for food
Common Nebraska species ndash eastern bluebird veery gray-cheeked Swainsonrsquos hermit
wood thrush American robin
Mockingbirds and Thrashers (Family Mimidae ndash imitator mimic)
WHAT TO LOOK FOR
Well known for their vocal and mimicking ability
Have short rounded wings long legs and tails
Long down-curved bills
Common Nebraska species ndash gray catbird northern mockingbird brown thrasher
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 45
Starlings (and Mynas) (Family Sturnidae - )
WHAT TO LOOK FOR
Medium sized chunky glossy birds with short tails sharp bills
Short triangular to rounded wings
Gregarious bold birds
Pipits (and Wagtails) (Family Motacillidae -)
WHAT TO LOOK FOR
Slender billed brownish ground dwellers with long back toe
Walk briskly rather than hop along the ground
Most species bob their tails up and down
Common Nebraska species ndash American pipit
Waxwings (Family Bombycillidae ndash silk tail)
WHAT TO LOOK FOR
Birds with sleek crest that can be erected
Plump-bodied birds with pointed wings with red waxy tips of secondaries
Bill is small wide and notched high thin calls
Square tail with terminal yellow band
Common Nebraska species ndash Bohemian and cedar waxwings
Wood Warblers (Family Parulidae -)
WHAT TO LOOK FOR
Brightly colored (mostly yellow) birds
Smaller than sparrows with thin needle-like bills
Common Nebraska species ndash approx 34 warblers ovenbirds yellow-breasted chats and
waterthrush
New World Sparrows (Family Emberizidae -)
WHAT TO LOOK FOR
Small to medium-sized birds - often brown streaked appearance
Rounded wings cone-shaped bills
Common Nebraska species ndash 20 sparrows towhees longspurs dark-eyed juncos snow and
lark buntings
Cardinals and Allies (Family Cardinalidae )
WHAT TO LOOK FOR
Medium to large songbirds
Have large cone-shaped bills
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 46
Males often very colorful
Common Nebraska species ndash northern cardinals rose-breasted and black-headed grosbeaks
indigo bunting dickcissel
Blackbirds Orioles and Allies (Family Icteridae)
WHAT TO LOOK FOR
Medium to large songbirds with strong straight bills
Strong-direct flight
Plumage varies from iridescent black to yellow to orange
Common Nebraska species ndash Bobolink eastern and western meadowlarks red-winged and
rusty blackbirds common and great-tailed grackles orchard Baltimore and
Bullockrsquos orioles brown-headed cowbird
Finches and Allies (Family Fringillidae)
WHAT TO LOOK FOR
Small to medium songbirds
Have conical bills and forked relatively short tails
Fly fast and undulate through the air giving high-pitched calls in flight
Common Nebraska species ndash gray-crowned rosy purple Cassinrsquos house finches red
crossbill white-winged crossbill common redpoll pine siskin American goldfinch
evening grosbeak
Old World Sparrows (Family Passeridae)
WHAT TO LOOK FOR
Stouter bodies shorter legs and thicker bills than native sparrows
Have a simple song repeating single elements with no particular rhythm or beginning
And end vocalize all day and year-round
Common Nebraska species ndash house sparrow (introduced)
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 47
Geology and Natural History of Nebraska
Being Developed by Jon Garbisch Cedar Point Biological Station jgarbisch2unledu
bull Geological history of Nebraska
bull Present geological formation of regions
bull General soil types
bull Geological landforms and related habitats
What we currently use
Theme
Nebraska geology formed over millions of years through the erosion of mountains the deposition of
sediments and the flow of water and ice shaping the landscape that we call home
Goal
Attendees will develop an understanding of the natural processes that influenced and built Nebraska
and in so doing develop a greater appreciation for the geology and how it relates to all other aspects of
the statersquos identity
Objective(s)
The Master Naturalists attendees will be able to use the knowledge they have gained to better
understand the surface and subsurface geology at any location in the state that they may find
themselves working
How will it be measured
Attendees will be able to use the knowledge gained to actively interpret general Nebraska geology by
completing activities in the form of hand-out diagrams biostratigraphic fossil correlations
interpretation of rock type hand specimens and visual description of the Geology on the trail at Camp
Brewster Fontenelle Forest
Introduction
Nebraska geology formed over millions of years through the erosion of mountains the deposition of
sediments and the flow of water and ice shaping the landscape that we call home (Hand out agenda)
Geology is rooted in the 3 rock groups that exist on planet Earth and so familiarity with
o these groups gives us a solid foundation for all other geologic interpretation
A half hour will be spent handling examples from each rock group
o 3 groups 3 tables with one rock type on each table each group spends 10 minutes at
each table
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 48
The Geologic Time Scale is a record over time of the Earths major geologic events and we
can use it to help us understand how and when Nebraska took shape
The natural agents of change which have shaped our state include oceans rivers wind
o and ice
The geologic time periods in Nebraska are represented by rock layers (or not) which occur all
around the state and have been named so that no matter where you are in the state you can
correlate the strata to the time scale (fossilsisotopes)
6 Geologic Principles will be discussed so that when the MN is in the field they can be used as an
aid in basic geologic interpretation
Conclusion
Nebraska geology formed over millions of years through the erosion of mountains the deposition of
sediments and the flow of water and ice shaping the landscape that we call home Geology supplies us
a record of the events that have shaped our Earth by learning the language in which the Earth script is
written we will be able to interpret and share the story of our state of Nebraska This understanding will
aid in us in relating to other areas influential and important to the state
Places to Go (places to see examples of Nebraska geology)
a Agate Fossil Beds National Monument Lower Miocene fossil mammal site including abundant body fossils of ancient mammals and prominent fossil rodent burrows
b Ashfall State Park Upper Miocene fossil mammal assemblage found in ash derived from an eruption of a predecessor to the Yellowstone volcanic field c Chimney Rock National Historic Site Oligocene and Lower Miocene continental sedimentary rocks deposited as sediments by wind and steams
d Hummel Park (Omaha) outcrops of Pleistocene glacial till and loess
e Lincoln area Capitol Beach Lake and history of saline waters and salt industry flooding history of Antelope and Salt creeks building stones in downtown area brick industry University of Nebraska State Museum
f Louisville area outcrops of Upper Pennsylvanian marine sedimentary rocks
g Valentine area and Niobrara National Wildlife Refuge Niobrara River Canyon and Cenozoic stratigraphy
h Niobrara State Park Upper Cretaceous marine sedimentary rocks (Niobrara Formation and Pierre Shale) landslides along Missouri River anthropogenic changes in Missouri River Niobrara River and Mormon Canal
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 49
i Downtown Omaha removal of loess from hills in downtown area engineering of Missouri River (eg groins bank armoring etc) visible at Bob Kerrey Memorial Bridge deep bedrock water wells at old industrial sites
j Platte River State Park Upper Pennsylvanian marine sedimentary rocks and overlook of Platte River
k Ponca State Park Upper Cretaceous marine sedimentary rocks (uppermost Dakota Formation through Greenhorn Limestone)
l Rock Creek State Historical Park middle Cretaceous Dakota Formationmdashfluvio-estuarine continental deposits
m Schramm Park Upper Pennsylvanian marine sedimentary rocks
n Scotia and Happy Jack Chalk Mine Upper Miocene lake deposit In Ogallala Group
o Scotts Bluff National Monument Oligocene and Lower Miocene continental sedimentary rocks deposited as sediments by wind and steams
p Smith Falls State ParkCenozoic stratigraphy Niobrara River waterfalls as knick points
q Toadstool Park and nearby areas continental sedimentary rocks of upper Eocene Chadron Formation Pine Ridge escarpment Trailside Museum and Ft Robinson State Park
r Weeping Water area Upper Pennsylvanian marine sedimentary rocks
s Wildcat RidgeHillsescarpment on Oligocene and Lower Miocene continental sedimentary rocks deeply eroded into canyons buttes and pinnacles by stream erosion during and after the Late Pliocene
t Indian Cave State Park and Iron Horse Trail south of Peru Upper Pennsylvanian Indian Cave Sandstone (fluvio-estuarine deposit) and sandstone cave
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Page | 50
North American Model and Outdoor Skills Developed by Jeff Rawlinson Assistant Division Administrator Information and Education Nebraska Game and Parks Commission jeffrawlinsonnebraskagov
OUR North American Model of Conservation
Perhaps no other story is more compelling and more important in American history as that of how
our natural resources came to be one of the most important elements in our lives The history of our citizenryrsquos strong land ethic ties us to the natural world long after other nations have forgone this relationship We value how the common person from a common family can participate in the thrill of the chase experiencing wildness to its fullest
The North American Model of Conservation is a philosophy that the United States and Canada have
developed to manage wildlife in a sustainable way Historians debate how this land ethic began Some
say our model of conservation began in 1937 with the passage of the PittmanRobertson Act a move that provided funding for wildlife conservation at the national and state level The source of this funding came from the sale of hunting and shooting equipment Others may say that it began when the conservation giant President Theodore Roosevelt brought management of natural resources to the
political forefront Others would argue our Model of conservation was birthed under the Magna Charta which transferred the ownership of wildlife from the King of England and the English nobles to the all of
the people of England In reality however our Model has been under development for several hundred years combining what we have learned from other nations peoples cultures and experiences to shape a philosophy ingrained in our culture supported by hunters anglers and shooting sports enthusiasts
benefiting all wildlife and wild lands in the United States
First Wildlife Managers The concept of managing wildlife or natural resources was not conceived by our young nation For
thousands of years humanity has been manipulating and controlling the land and all its inhabitants to benefit our needs Ever since the first hunter followed that wooly creature across the Bering Straight embarking on an epic journey that would result in settling of North America man has ldquomanagedrdquo
wildlife in North America
Throughout history many leaders have shown some element of concern or conservation ethic towards wildlife The great Kublai Khan grandson of Genghis Khan and founder of the Yuan Dynasty in China forbade harvesting of many species of wildlife during critical reproductive months of March
through August so species could ldquoincrease and multiplyrdquo Conservation of wildlife is even found in Mosaic Law in Deuteronomy 226 representing some of the first written wildlife management idealsmdashldquo If you come across a birdrsquos nest in any tree or on the ground with young ones or eggs and
the mother sitting on the young or on the eggs you shall not take the mother with the youngrdquo (English Standard Version 2001)
As populations expanded throughout Europe wildlife resources fell under ownership of powerful kings
who enacted harsh punishments for anyone found taking the kingrsquos game In 1215 a rebellion against King John of England resulted in the Magna Charta transferring ownership of lands and game from the crown to the people This ldquoprivatizingrdquo of wildlife ownership had profound impacts America over 500 years later
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 51
Era Of Abundance (1600 ndash 1850) When our forefathers first landed on the eastern shores of America they brought with them science
religion and a new hope They found plentiful game and soon began a relationship with the land that provided them with many of their daily needs Wildlife was viewed as a limitless resource in a relatively untapped land These early settlers had left Europe where few had access to wildlife and entered a world where everyone had access Furs feathers hides all had value to this young country In 1776 the Declaration of Independence revoked the Kingrsquos rights to land and people in this new world After a
bloody war led by revolutionaries such as Washington Hamilton Jefferson and Adams the United States gained its independence and the land and wildlife belonged to everyone
Era Of Exploitation (1850 ndash 1900)
The 1800s brought a commercialization of our wildlife resources Market hunting and habitat
destruction began to decimate wildlife populations such as the American Bison and Passenger Pigeon After the American Revolutionary War and the Civial Warmdashwhich nearly destroyed our ldquodemocratic
experimentrdquo all togethermdashfew people were looking after the interest of wildlife and even fewer rules
existed governing the management of a resource everyone had ownership of yet no one had responsibility for
The railroad provided settlers with the means to access new lands expanding the markets for meats hides and fur Advancements in technology such as the repeating rifle further aided the unbridled
destruction of wildlife resources Yet throughout this era something positive was growing The people of this new nation were developing a relationship with the land By 1842 a Supreme Court ruling had huge impacts on this developing model of conservation resulting in a Public Trust Doctrine that would
further outline a model for conserving our natural resources Conservation was developing some direction but had no money or laws to support it
Era Of Protection (19001930) The early 1900s brought an industrial boom Abuse of natural resources had taken its toll and throughout the Nation and evidence of this abuse could be seen in the loss of species such as the
passenger pigeon near loss of the American bison and in many large mammals including whitetailed deer and our once numerous waterfowl species America was becoming an economic giant yet through
the roar of machines both political and metal a small voice could be heard It was the hunter and their voice was of concern for the direction our wildlife resources were heading Conservation minded men and women had continued a relationship with the land and the wildlife
Era of Game Management (1930 ndash 1966) The ldquodirty thirtiesrdquo were marked by the dust bowl and an impoverished nation Agricultural practices
unchecked by environmental stewardship had left the Nationrsquos heartland in ecological peril Politically the conservation movement was supported by the footings laid by Theodore Roosevelt New federal acts moved forward to provide for environmental protection due to the outcry of hunters in panic over the vanishing wildlife resources of the Nation
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 52
Wildlife conservation had support yet it lacked the science to properly manage our Nationrsquos resources A young biologist name Aldo Leopold changed all this with his writings including the book Game
Management which led to Universities across the country developing wildlife conservation programs These programs spawned a new breed of professional game managers who utilized science to support management methods that ultimately lead to the greatest wildlife conservation success story in the world In 1937 the PittmanRobertson Act provided thousands of jobs for young professionals along with ldquogame wardensrdquo supported by individual states to further the development of the Conservation Model
which now had science and funding to support it
Era of Environmental Management (1966 ndash Present) Science and funding led to a broadening view of conservation as focus shifted from managing ldquogame
animalsrdquo to managing the entire biota (environment and all living things in it) Further federal acts such
as the Endangered Species Act of 1966 and the National Environmental Policy Act of 1969 provided greater protection for species by a nation that had finally changed its course providing time to review
and perfect conservation efforts Recent acts such as the 1980 Farm Bill continued the effort to help
landowners provide quality habitat for wildlife and hunters by providing incentives to landowners to set aside highly erosive lands and plant them into wildlife habitat (grasslands) that benefit wildlife and hunters
The story of our unique model of conservation is still being written New challenges today threaten our
coveted resources and new professionals are entering the arena to further the plight of our Nationrsquos wildlife and hunting heritage
Seven Pillars of the Model
Seven main pillars have been highlighted as the foundation of support for the North American Model
of Conservation These include
The Public Trust The wildlife of the United States are owned by the people This is very different from the European Model where wildlife is privately owned The North American Model recognizes wildlife as a public
resource that is so important it can not be owned or managed by any one segment of our society but rather managed by professional state and federal entities for the benefit of all This concept known as
the Public Trust Doctrine began development in 1842 when the Supreme Court ruled that the Magna Charta had settled the question of who owns fish and wildlife and that King Charles II did not have the authority to give away the ldquodominion and propertyrdquo of lands in colonial America The court further ruled that since the American Revolution the people held public trust responsibilities for fish and wildlife except for rights specified in the US Constitution
Prohibition on Commerce
It was the hunter who brought forth stringent laws that protected wildlife from peril in the 19th
and 20th
centuries Because we all own and appreciate our wildlife as a national resource they should never find themselves on the public market to the highest bidder This path led to a largescale loss of many species
including the Passenger Pigeon and the near loss of the American bison As our country was developing these practices were common as people moved west in search of prosperity capitalizing on a land seemingly untouched by the modern world Today many laws in place serve to protect our most
valuable resourceshellipour wildlife
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 53
Democratic Rule of Law Each citizen of this great nation has the ability and responsibility to engage in healthy politics that serve
to support and protect sound wildlife conservation measures Our first conservation measures in this Country habitat restoration simple harvest restrictions and bag limits came from hunters people who respected the game they pursued and loved the wild places they chased them in The North American Model of conservation is built upon active public involvement instilling a value for wildlife in all citizens
Hunting Opportunity for All The Model was developed on the premise that all people regardless of political or economic standing could participate in and feel the thrill of the chase It is this unique Model that provides us with wildlife opportunities for all Americans Imagine how important this was to our fore fathers who left a brutal
King in England where only the aristocracy had any dream of pursuing wild creatures in wild places Our
wildlife laws ensure that each generation that comes after us will have the same opportunity to enjoy and appreciate wildlife
Nonfrivolous Use Our management of wildlife depends on a citizenry that loves and appreciates the wild creatures and the habitats necessary to their survival and our quality of life Wildlife may be utilized under strict rule of
law including utilizing the wildlife once harvested to its best potential Killing wildlife for the sake of killing can only lead to the numbing of hearts to wildlife and a profound lack of respect for our most
precious resources
International Resources
It was not until the 20th
century that hunters and wildlife lovers understood the importance of
managing wildlife at a much larger scale This became readily apparent with the passage of the
Migratory Bird Treaty Act of 1918 where nations came together to manage wildlife resources as a
collective Wildlife species do not recognize national or state boundaries Governments must work together to be effective in managing wildlife for the benefit of all The United States has made great
strides in this area with Mexico and Canada Our wildlife is not only a resource to us but to all continents they may call home throughout the year Our biologists must think globally to be effective locally
Scientific Management Although Theodore Roosevelt brought conservation to the political forefront it was a young forester from Iowa that made the study of wildlife management a science Aldo Leopold is considered by many
as the ldquofather of wildlife managementrdquo due to his tireless efforts to develop curriculum for future wildlife biologists Today our biologists earn their opportunity to manage wildlife through prominent
Bachelor Masters and Doctorate degree programs from Universities around the world Wildlife must be managed using fact science and the latest research We are constantly learning and adapting to new technology and changing environments For such an important resource we cannot afford to have it any other way
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 54
Nebraska Master Naturalist Specializations Certifying as a Specialist ldquoFollow your own natural geniusrdquo wrote Thoreau ldquoand it will not fail to show you a fresh prospect every hourrdquo Many of us learn by doing When our curiosity and interests carry us into deeper study of a given subject it can be helpful to have clear opportunities to pursue Thus the Nebraska Master Naturalist Program offers specialized voluntary training for those who are hungry to develop and apply their particular skill and personal understanding on behalf of our natural legacy Specializations are designed to create collaborators leaders and mentors in four key areas
Interpretation and Outreach
Outdoor Skills and Recreation
Resource Management
Citizen Science Master Naturalist Certification Requirements Annual Requirement o 8 Hours Training Annually o 20 Hours of Volunteerism Annually Master Naturalist Specialization Requirement One Time Requirement o 20 Hours of Training Total Specific to Specialization Annual Requirement o Additional 20 Hours of Volunteerism Annually Specific to Specialization (does not include initial Certification annual requirement hours)
OUTDOOR SKILLS AND RECREATION SPECIALIZATION The purpose of OUTDOOR SKILLS AND RECREATION is to promote activity and development of skills in the outdoor pursuits associated with natural resources Specializations are designed to create collaborators leaders and mentors in particular areas A Certified Nebraska Master Naturalist can complete the Outdoor Recreation Specializationby meeting the following requirements Complete at least one of the workshops or certification‐leading trainings listed below If specialized training is not listed below it can be approved upon request by the Master Naturalist Program Committee Specialized Training Options ‐
Hunter Education Instructor Certification 13 hrs
National 4‐H Shooting Sports Instructor Certification 32 hrs
Nebraska 4‐H Shooting Sports Shotgun Certification 12 hrs
Nebraska 4‐H Shooting Sports Archery Certification 12 hrs
Nebraska 4‐H Shooting Sports Rifle Certification 12 hrs
Nebraska 4‐H Shooting Sports Pistol Certification 12 hrs
Nebraska 4‐H Shooting Sports Muzzleloader Certification 12 hrs
National Archery in the Schools Program Basic Archery Instructor 4 hrs
NRA Range OfficerMaster Certification 8 hrs
Hunt Master Training Instructor 4 hrs
NRA Shooting Instructor 16 hrs
NRA Shotgun Instructor 16 hrs
NRA Rifle Instructor 16 hrs
Boater Education Instructor 12 hrs
Youth Fishing Instructor 5 hrs
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 55
American Canoe Association National CanoeKayak Instructor 16‐32hrs
National Camp SchoolBoy Scouts 16‐24 hrs
Wood Badge TrainingBoy Scouts 16‐24 hrs
Merit Badge Counselor TrainingBoy Scouts 2‐16 hrs
Conservation Leaders for Tomorrow 35 hrs
Wilderness First Aid 16‐32 hrs
Professional Trappers College 40 hrs
American Camp Association Instructor Training 8‐40 hrs
American Red Cross Instructor Training 2‐16 hrs
American Sailing Association Instructor Training 16‐24 hrs
Certified Horsemanship Association Instructor Training 24‐40 hrs
Leave No Trace Master Educator Training 40 hrs
National Outdoor Leadership School 280 hrs
Camp Cook School 32‐96 hrs
Professional Association of Diving Instructors Training 32‐96 hrs
Professional Mountain Bike Association Instructor Training 24 hrs
League of American Bicyclists Instructor Certification 24 hrs
Hunting
Shooting
Fishing
Trapping
Camping
Outdoor Cooking
Orienteering
Geocaching
Photography
Wildlife Viewing
Hiking
Biking
Birding
Becoming an Outdoors‐Woman Program
Wilderness First Aid
Wilderness Survival
Leave No Trace Educator
Service Options ndash Provide a minimum of 20 hours of service annually in the following or similar areas
4‐H leader and youth training outdoor recreation
Scout leader and youth training outdoor recreation
Wild About Nature
Flying WILD Educator or Facilitator Workshop
Becoming an Outdoors Woman (BOW)
Beyond Becoming an Outdoors Woman (BOW)
Family Camp
Learn to Hunt Program
National Archery in the Schools Program BAI training or greater
Mentor HuntHunt Masters Training
After School Programs
Others ndash Upon approval
Outdoor discovery programs volunteer
CRO at a shooting event
Assist with National or State shooting sports competitions
Family fishing day
Design or write a brochure
Develop or contribute to a website
Develop or contribute to a social networking site
Design or write a newsletter
Assist in fundraising
Plan an event or festival
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 56
Interpretation amp Education- Developed By Lindsay Rogers Nebraska Game amp Parks
Commission
Do not try to satisfy your vanity by teaching a great many things Awaken peoplersquos curiosity It is
enough to open minds do not overload them Put there just a spark If there is some good
inflammable stuff it will catch firerdquo
- Anatole France in The Earth Speaks
Session Objectives
To help participants understand the role education plays in sounds ecological conservation
To help participants learn about past and present conservationist and interpretive educators
To help participants learn components of quality education and interpretation
To have participants partake in quality interpretive education
To make sure participants understand that their role is to light the spark and awaken curiosityhellip not spew facts
Lecture Requirements
1 What is interpretation (5 minutes) a What does ldquointerpretrdquo mean b National Association of Interpretation definition of ldquointerpretationrdquo
i Interpretation is a mission-based communication process that forges emotional and intellectual connection between the interests of the audience and the meanings inherent to the resource
c Freeman Tilden Interpreting Our Heritage 1957 i Interpretation is an educational activity which aims to reveal meanings
and relationships through the use of original objects by first-hand experience and by illustrative media rather than simply to communicate factual information
d Components of interpretation i pleasurable or enjoyable
ii relevant to the world iii organized iv themed v sparks an interest
vi includes information but does not stop there links information to the world
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 57
vii age appropriate viii taught to someone not at them
2 What is education (5 minutes)
a What does it mean to ldquoeducaterdquo someone b John Dewey Democracy amp Education 2944
i Education in its general sense is a form of learning in which the knowledge skills and habits of a group of people are transferred from one generation to the next through teaching training or research
c Components of education i - generally presented to someone but not always
ii enjoyable sometimes iii provides knowledge and facts iv can make connections but not always v organized and themed
d Both education and interpretation are important they work together
3 Conservationists (10 minutes) a Jon Muir
i Immigrated from Scotland to Wisconsin in 1849 ii Attended the University of Wisconsin studies botany amp geology
iii Moved to the western US mainly the Sierra Nevada area iv Believed humans were part of the interconnected natural world v Advocated for the preservation of natural areas
vi Co-founded the Sierra Club b Aldo Leopold
i Iowa native attended Yale University ii After college he joined the US Forest Service was stationed in Arizona
and New Mexico iii Developed theories of land ethics the need for biodiversity and an
appreciation for wilderness areas iv Moved to Wisconsin in 1924 became a professor at the University of
Wisconsin v Regarded as the ldquoFather of Conservationrdquo
c Gifford Pinchot i Born in Connecticut in 1905
ii Studied at Yale studies forestry in France iii Named chief of the Division of Forestry (later to become the US Forest
Service) iv First chief of the US Forest Service greatly improved forest
management and increased the size of Forest Service lands
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 58
v Managed forests for the greatest good for the greatest number Pinchot added the phrase in the long run to emphasize that forest management consists of long-term decisions
d Steven Mather i Born in California attended Berkley University
ii Worked for the Pacific Coast Borax Company where he had a talent for promotion Started a competing company made millions
iii When revisiting Sequoia and Yosemite National Parks in 1914 he was appalled by the conditions of the national parks
iv Joined the Department of the Interior as the head of parks later created the National Parks System
v Professionalized the National Parks and helped to greatly grow protected lands
e Rachel Carson i Born in Pennsylvania in 1907 attended John Hopkins University for
graduate school ii Went to work for the US Bureau of Fisheries (later to become the US
Fish amp Wildlife Service) iii Wrote Silent Spring in 1962 The book created an awaking for Americanrsquos
to their responsibility to the environment and wildlife The book lead to the US Government banning the use of DDT
f Theodore Roosevelt i Born in 1858 in New York New York was a sickly child who stayed inside
studying natural history ii An avid outdoorsman he spent much time in the South Dakota Badlands
iii Became President in 1901 with the assignation of President McKinley iv Among many major accomplishments as president he started the
National Parks was instrumental in conserving about 230 million acres
4 Naturalist Interpreters (10 minutes) a Freeman Tilden
i Born 1883 worked as a newspaper columnist and author ii At age 58 he began working with the National Parks Service
iii While traveling to various National Parks he became concerned with the quality of interpretation
iv Wrote Interpreting Our Heritage in 1957 outlines 6 principles to quality interpretation forever changed the field of interpretation
b William Lewis i Worked as a ranger naturalist and interpreter trainer for the National
Parks Service ii Developed the approach of ldquoThematic Interpretationrdquo which requires the
interpreter to choose a central theme (major point) to guide the development of a program
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 59
iii Wrote Interpreting For Park Visitors c Sam Ham
i Director of Center for International Training and Outreach at the University of Idaho
ii Work has focused on applying communication theory to environmental conservation interpretation and on nature-based tourism and guide training
iii Wrote Environmental Interpretation (1992) d Ted Cable
i Professor of Park Management and Conservation at Kansas State University
ii Co-authored Interpreting Cultural and Natural Resources (2003) and Interpretation for the 21st Century Fifteen Guiding Principles for Interpreting Nature and Culture (2002)
5 Conducting an Interpretative Program Try and Fail (60 minutes + 120 minutes of activities throughouthellip see list of Suggested Activities below)
a Experiential Learning i The first time you tried to walk you failed The first time you rode a bike
you failed This is called experiential learning The first time you attempt an educational or interpretation program you will fail thatrsquos how we learn
ii Donrsquot be afraid to fail b Ask Questions about the ProgramPresentation before you commit to leading it c Plan your Program
i Generally I want my presentation to be about Specifically however I want to tell my audience about After hearing my presentation I want my audience to understand (what is the big picture you want them to take home)
1 You do not need (or want) to teach your audience everything you know your job is to light the spark
ii What will your tangibles and intangibles be 1 Tangibles are those things you can touch things you use to teach
when teaching a Examples include a tree a mammal pelt a skull a live
animal a prairie 2 Intangibles involve connecting the tangibles to concepts and the
ideas they represent intangibles are the meanings the relationships the processes the ideas the feelings and the beliefs
a Examples include food webs ecosystem health entropy ecology
iii People remember themes they forget facts
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 60
iv Plan for an organized presentation 1 Think about your overall theme smaller parts of the program and
your transitions v Stick to your theme
vi Determine what type of presentation you will have 1 PowerPoint (avoid) 2 Podium Presentation (avoid) 3 Active taking a hike playing a game etc 4 Hands-on touching feeling trying hearing smelling
vii Think about all the different kinds of learners 1 verbal-linguistic 2 logical-mathematical 3 visual-spatial 4 kinesthetic 5 musical-rhythmic 6 interpersonal (groups) 7 intrapersonal (individual) 8 naturalist
d Know your role as an educator 1 Provide facts and relationships not opinions 2 Allow participants to determine their own opinions and beliefs
using the facts amp relationships you provide them 3 PLAY ldquoFIRST IMPRESSIONSrdquo
e Prepare Prepare Prepare 1 Know the type of space and area you will have (indoor vs
outdoor small space vs vast area etc) 2 Plan for more that you are told 3 Plan for the weather (always expect it to be windy in Nebraska)
f Questions i Ask good questions
1 Is this a fox Vs How do you know this is a fox 2 Do you have any questions Vs What questions do you have
ii Be prepared for quality questions 1 What are the implications for describe the impact of what are
the reasons for iii Be prepared for ldquogoodrdquo questions
1 Do you have ewoks in the forest If a Mountain Lion and an Eagle were to fight who would win
2 Take all questions seriously Answer seriously g Model what you want to see the students do
i If you want a group of students to catch insects help them get active with them
ii This is true when working with children and adults
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 61
1 Working alongside students validates them and their learning h Be enthusiastic show your passion
i This is another form of modeling what you want to see in your students ii We need to excite students (no matter their age) about conservation
nature and the outdoors iii Have fun
6 Take Home Lesson Light the Spark and Donrsquot Be Afraid to Fail
Suggested Activities (amp potential mandatory activities)
Throughout the lesson conduct multiple games andor activities to model good interpretation
Suggested games include but are not limited to
1 Oh Deer (Project WILD) 2 First Impressions (to be done during section 5) (Project WILD) 3 The Long Haul (Project WET) 4 Sum of the Parts (Project WET) 5 Water Quality Ask the Bugs (Project WET) 6 Adaptation Artistry (Flying WILD) or Fashion a Fish (Aquatic Project WILD) 7 Avian Antics (Flying WILD) 8 Pollinators Meet Your Plants (Nebraska Project WILD wwwnebraskaprojectwildorg) 9 Scavenger Hunts (Nebraska Project WILD wwwnebraskaprojectwildorg)
Suggested Post-Readings
Interpreting Our Heritage Freeman Tilden 1957 (4th edition 2008)
ISBN-13 978-0807858677
Interpreting for Park Visitors William Lewis 1981
ISBN-13 978-0890620793
Environmental Interpretation Sam Ham 1992
ISBN-13 978-1555919023
Interpretation for the 21st Century Fifteen Guiding Principles for Interpreting Nature and
Culture Larry Beck amp Ted Cable 2002
ISBN-13 978-1571675224
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 62
Interpretation-Making a Difference on Purpose Sam Ham 2013
ISBN-13 978-1555917425
Foundations of Interpretation Curriculum Content Narrative National Parks Service 2007
httpwwwnpsgovidpinterp101foundationscurriculumpdf
Websites
National Association of Interpretation
wwwinterpnetcom
North American Association for Environmental Education
wwwnaaeeorg
Nebraska Alliance for Conservation and Environment Education
wwwnaceeorg
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 63
Safety in the Field
Developed by Rich Hawes Nebraska Master Naturalist rdhawes26msncom
Objectives
Raise awareness of Risk Managementassessment as part of event planning
Guidelines to safe activities for participants presenters and the environment
Present Leave No Trace Principals as part of all outdoor activities
Present resources for additional training or certification for outdoor activities
Hands on activities to encourage interest and to provoke thought and discussion
Hazards of the area
Outdoor hiking safety
Stewardship of the land and natural resources
Being flexible and working with ldquowhat you haverdquo
Outline
1 Outdoor Activities ndash Whatrsquos The Worst That Can Happen An Introduction to Event Planning and Risk Management
2 Leave No Trace Principals
3 Trip planning and Logistics
4 Health amp Safety
5 Youth Protection
6 Age Appropriate Activities
7 Resource Training and Certifications
a Standard First Aid CPRAED Wilderness First Aid
b Shooting Sports - Range Safety Officer or Instructor
c Hunter Safety Instructor
d Climbing COPE and Zip Lines
e Water Safety Instructor Life Guard Small Boat Handling
f Leave No Trace Trainer or Master Educator
g Tread Lightly Tread Trainer or Master Tread Trainer
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 64
Suggested Activities
CPR Scenario
First Aid Scenario
Weather Scenario
Lost Scenario
Online Resources
American Camp Association
Boy Scouts of America
Youth Protection
Safe Swim Defense
Safety Afloat
Climb On Safely
Weather Safety
Trek On Safely
(etc)
Leave No Trace
Nebraska Game amp Parks
Hunter Safety
Boating Rules amp Regs
National Rifle Association
(Archery groups)
American Red Cross
(wilderness medicine group(s))
NOLS
Tread Lightly
US Coast Guard
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 35
Commonly Seen Bird Families of Nebraska
Grebes (Family Podicipediae ndash rump foot)
WHAT TO LOOK FOR
Sleek diving waterbirds - small to medium size
Most have sharp pointed bills with fairly long necks short wings and almost no tail
Have lobed toes and legs set far back on body
Common Nebraska species - Pied-billed horned eared western and Clark grebes
Pelicans (Family Pelecanidae ndash an ax)
WHAT TO LOOK FOR
Very large waterbirds
Huge bills with large distensible pouches
Most are white with black flight feathers ndash wingspan 6-9 feet
Common Nebraska species ndash American White Pelican
Cormorants (Family Phalacrocoracidae ndash bald raven)
WHAT TO LOOK FOR
Large diving waterbird shaped like an elongated goose
Long neck and long bill hooked at the end
Wing span 3-5 feet Mostly dark in color
Common Nebraska species ndash Double-crested cormorant
Herons Egrets and Bitterns (Family Ardeidae - )
WHAT TO LOOK FOR
Medium to large wading birds
Usually with long legs bills and S-shaped neck
Short rounded tails
Common Nebraska species ndash American and least bitterns great and snowy egrets little
blue egret cattle egret great blue green black-crowned night and
yellow-crowned night herons
Ibises (and Spoonbills) (Family Threskiornithidae ndash sacred bird)
WHAT TO LOOK FOR
Medium to large wading birds
Long necks and legs with a duck-like body
Long tapering down-curved bill Common Nebraska species ndash white-faced ibis
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 36
Vultures (Family Cathartidae ndash cleanser)
WHAT TO LOOK FOR
Large soaring scavengers
Resemble eagles and large hawks in flight
Head and neck void of feathers bill hooked
Hold wings in a raised V-shape (dihedral)
Common Nebraska species ndash turkey vulture
Duck Geese and Swans (Family Anatidae ndash waterfowl)
WHAT TO LOOK FOR
Medium to large waterbirds
Large heads with conspicuous and horizontally flattened bills
Long necks heavy bodies relative short tails webbed feet and long wingspan Major differences between duck geese and swans
Ducks
Smallest of the three Have a soft swelling about the nostrils called a cere
Males of most ducks are easily separated from females by their gaudier plumage Feathers are
molted twice a year
Most males change into nuptial plumage after pair formation in the fall There may be some
modification of shape of a single feather or entire regions of plumage
Most species are sexually mature at 9 - 11 months
Males take no part in incubation
Geese
Neck shorter than body
Lore (area between eye and bill) feathered and more bluntly triangular than ducksrsquo
Sexes are similar
Permanent pair bonding
Molt once per year postnuptially
Sexually mature at 3 years
Males protect female clutch and brood after hatching
Young stay with parents for almost a year
Legs of most geese are farther forward under the belly than those of typical swans and ducks
Swans
Longest necks - necks slightly longer than body
Lore is naked
Sexes are similar
Molt once per year postnuptially - parents molt one after the other so one is able to fly
Young are carried on parentsrsquo backs
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 37
Sexually mature at 4 -5 years
Hawks and Allies (Family Accipitridae ndash to grasp or take)
Medium to very large diurnal raptors
Hooked beak strong legs and sharp talons
Buteos (buzzard hawks)
Stocky with broad wings wide tails
Soar and wheel high in the sky
Common Nebraska species ndash red-shouldered broad-winged Swainsonrsquos red-tailed
ferruginous rough-legged hawks
Accipiters (true hawks)
Small heads short rounded wings longish tail slender bodies
Fly with several rapid beats and a glide Common Nebraska species ndash sharp-shinned hawk Cooperrsquos hawk northern goshawk
Harriers
Slim body with slim round-tipped wings
Fly in open country gliding low with wings lifted in a V (dihedral)
Species in Nebraska - northern harrier
Kites
Small falcon shaped buoyant gliders not power-fliers
Common Nebraska species ndash Mississippi Kite
Osprey
Soar high on long swept-back wings
Broad tail short-headed appearance
Often travel in pairs
Eagles
Large very broad bodied with broad long plank-like wings massive head and bill
Soar steadily holding wings flat out to the side
Powerful wing beat on upstroke wings raised high Common Nebraska species ndash bald and golden
Falcons (and caracaras) (Family Falconidae - )
WHAT TO LOOK FOR
Small to large compact fast-flying raptors
Long pointed wings bent at the wrist - Strong rapid wing strokes
Common Nebraska species ndash American kestrel gyrfalcon peregrine falcon prairie falcon
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 38
Grouse Turkeys and Pheasants (Family Phasianidae ndash cock or fowl-like bird)
WHAT TO LOOK FOR
Ground dwelling birds with feather nostrils
Short strong bills and short rounded wings
Flight strong but brief
Males perform elaborate courting displays
Common Nebraska species ndash ring-necked pheasant sharp-tailed grouse greater
prairie chicken wild turkey
New World Quail ( Family Odontophoridae ndash bearing teeth)
WHAT TO LOOK FOR
Ground dwelling bird found in brushy habitat and other dense low foliage
Chunky rounded bodies and crests or head plumes
Chicken-like bill short rounded wings
Common Nebraska species - northern bobwhite
Rails and Coots (Family Rallidae - )
WHAT TO LOOK FOR
Marsh birds with short tails and stubby wings
Secretive and identified chiefly by call and habitat
Rails are laterally flattened ldquoThin as a railrdquo Coots are plumper and gregarious
Common Nebraska species ndash yellow rail black rail king rail Virginia rail sora common
moorhen American coot
Cranes (Family Gruidae - )
WHAT TO LOOK FOR
Tall stately wetland birds with long necks and long bills
Tertial flight feathers droop over rump in a bustle when standing
Fly with necks fully extended
Circle in thermals like raptors
Common Nebraska species - sandhill and whooping cranes
Plovers and Killdeer (Family Charadriidae ndash nocturnal waterbird)
WHAT TO LOOK FOR
Small to medium shorebirds that dart across the ground stop and then take off again Upright posture with medium length legs and long pointed wings
Rounded head large eyes thick neck with a short thick bill
Common Nebraska species ndash black-billed American golden snowy semipalmated piping
plovers and killdeer
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 39
Stilts and Avocets (Family Recurviostridae- bent bill)
WHAT TO LOOK FOR
Tall slim shorebirds
Long thin bill very long slender legs long neck striking black-and-white plumage Stilts have straight bills avocets have re-curved bills
Common Nebraska species ndash American avocets black-necked stilt
Sandpipers and Phalaropes and Allies (Family Scolopacidae ndash woodcock)
WHAT TO LOOK FOR
Diverse group of shorebirds
Long toes and long tapered wings
Bill and leg length varies but bill more slender than a ploverrsquos
Plumage browns grays and whites with reds and oranges during breeding season
All but one species have short elevated hind toe
Species found in Nebraska include common snipe ruddy turnstone phalaropes sandpipers
woodcocks godwits whimbrels willets etc
Dowitchers
WHAT TO LOOK FOR
Medium sized chunky dark shorebird
Long straight bills and distinct pale eyebrows
Feed in mud or shallow water in a rapid jabbing motion
Phalaropes
WHAT TO LOOK FOR
Often spin like a top in water when feeding
Female larger and more colorful than male
Male tends incubates and cares for chicks
Common Nebraska species ndash Wilsonrsquos and red-necked phalaropes
Gulls Terns and Allies (Family Laridae ndashsea birds)
Gulls
WHAT TO LOOK FOR
More robust with wider wings and longer legs than terns
Bill slightly hooked tail square or rounded - Seldom Dive
Common Nebraska species ndash Pomarine Jaeger Franklinrsquos little Bonapartersquos ring-
billed California Herring Thayerrsquos lesser black-backed glaucous
Sabinersquos gulls black-legged kittiwake
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 40
Terns
WHAT TO LOOK FOR
Graceful more streamline than gulls
Usually has a forked tail ndash most whitish with black cap
Sharp-pointed bill - Hoover and dive headfirst for fish
Common Nebraska species ndash Caspian common Foresterrsquos terns
Pigeons and Doves (Family Columbidae ndash dove)
WHAT TO LOOK FOR
Plump fast flying cooing voice
Short legs and necks and small heads short bills
Tail fan-like rounded or pointed
Pigeons larger than doves
Common Nebraska species ndash rock mourning Eurasian collared doves
Cuckoos Roadrunners and Anis (Family Cuculidae - )
WHAT TO LOOK FOR
Slender with a long tail at least half of the birdrsquos total length
Fairly large sturdy decurved (curving down) bill
2 toes forward 2 back (zygodactyls)
Common Nebraska species - black-billed cuckoo and yellow-billed cuckoo
Barn Owls (Family Tytonidae -)
WHAT TO LOOK FOR
Slim medium sized night hunter
Legs are long and sparsely feathered
Large head with large forward-facing immovable eyes
Heart-shaped face hooked beak and ghostly appearance
Typical Owls (Family Stigidae ndash night bird)
WHAT TO LOOK FOR
Generally night hunters
Large heads flatten face with large forward-facing immovable eyes hooked beak
Mottled appearance some with feather tuffs upright stance
Common Nebraska species ndash eastern screech great horned burrowing barred long-eared
short-eared northern saw-whet owls
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 41
Nighthawks and Nightjars (Family Caprimulgidae ndashgoat sucker)
WHAT TO LOOK FOR
Nocturnal or crepuscular
Big tail large eyes tiny bills surrounding a large gaping mouth
By day sit horizontally on limb or on ground
Easiest to identify by voice
Common Nebraska species ndash common nighthawk common poorwill chuck-willrsquos-widow
Whip-poor-will
Swifts (Family Apodidae ndash without feet)
WHAT TO LOOK FOR
Small to medium sized aerial foragers ndashspend most of life flying
Long sickle-shaped wings bending close to body and extremely short legs
Eat bathe drink and sometime mate in the air
Common Nebraska species - chimney swift white-throated swift
Hummingbirds (Family Trochilidae ndash small bird)
WHAT TO LOOK FOR
Tiny body long slender bill
Distinctive blur and hum of hovering wings
Jewel-like throat feather found on male
Common Nebraska species ndash ruby-throated broad-tailed and rufous hummingbirds
Kingfishers (Family Alcedinidae - kingfisher)
WHAT TO LOOK FOR
Small to medium size
Thickset with short neck and tail small feet
Large head with a ragged crest and long strong bill
Sit on lines and low branches near water or hovers above water
Plunges head first into water to catch fish
Common Nebraska species ndash belted kingfisher
Woodpeckers (Family Picidae ndash woodpecker)
WHAT TO LOOK FOR
Arboreal (tree) birds
Vertical posture creep up trees
Strong chisel-like bill short legs stiff tail feathers rounded wings
Undulating flight pattern and characteristic bill drumming
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 42
Common Nebraska species ndash Lewisrsquos red-headed red-bellied hairy downy woodpeckers
yellow-bellied and red-naped sapsuckers northern flicker
THE PASSERINES Feet adapted to perching
Tyrant Flycatchers (Family Tyrannidae - lord ruler king)
WHAT TO LOOK FOR
Small to medium perching bird
Large head broad flattened bill pointed wings short legs
Bristly ldquowhiskersrdquo at base of bill
Sit upright on exposed branch and dart out to catch insects
Common Nebraska species - flycatchers pewees kingbirds phoebes kingbirds
Shrikes (Family Laniidae ndash butcher)
WHAT TO LOOK FOR
ldquoButcher birdsrdquo ndash impale prey on thorns (may be to attract a mate and mark territory)
Robin-size bird with hooked bill and masked face with hawk-like behavior
Black gray and white birds
Common Nebraska species - northern and loggerhead shrike
Vireos (Family Vireondae ndash small bird)
WHAT TO LOOK FOR
Small olive- or gray-backed bird with short sturdy cylindrical slightly hooked bill
Can have wing bars and eye-rings or have eye stripes and no wing bars
Often confused with warblers but are chunkier bigger headed thicker billed
Common Nebraska species ndash white-eyed Bellrsquos yellow-throated plumbeous
Cassinrsquos blue-headed warbling Philadelphia red-eyed
Crows and Jays (Family Corvidae ndash raven)
WHAT TO LOOK FOR
Large perching bird with strong longish all-purpose bill to handle variety of foods
Nostrils covered with feathers
Legs scaled in front and smooth behind
Harsh voice and noisy
Bold gregarious
Common Nebraska species - black-billed magpie American crow
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 43
Larks (Family Alauidae ndash lark)
WHAT TO LOOK FOR
Ground dwellers of open fields ndash seldom seen in trees and shrub
Walk rather than hop have an elongated hind toe
Slender billed seed and insect eaters
Yellowwhite face with black facemask horns and breast band
Has musical song often sung in display flight
Common Nebraska species ndash horned lark
Swallows and Martins (Family Hirundinidae ndash swallow)
WHAT TO LOOK FOR
Slim streamline bodies with long pointed angled wings
Tail forked or squared legs and feet inconspicuous
Bill short and wide
Fluid aerialists ndash dart about catching insects
Flocks perch in long rows on branches and lines
Common Nebraska species ndash purple martin northern rough wing bank cliff barn swallows
Chickadees and Titmice (Family Paridae - )
WHAT TO LOOK FOR
Small plump sociable birds with short bills and wings
Active agile ndash often hang upside down to feed
Many times roam in little bands (often leading the group) in search of food
Chickadee ndash no tuff of feathers on head Titmice ndash tufted Common Nebraska species ndash black-capped chickadee tufted titmouse
Nuthatches (Family Sittidae ndash birds that peck bark of tree)
WHAT TO LOOK FOR
Small stout tree-climbers with slightly upturned strong woodpecker-like bills
Stubby squared off tails
Walk down trees headfirst Common Nebraska species ndash red-breasted and white-breasted nuthatches
Creepers (Family Certhiidae -)
WHAT TO LOOK FOR
Small slim tree-dwellers with stiff tails and slender downward curving bill
Primarily brown
Common Nebraska species ndash brown creeper
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 44
Wrens (Family Troglodytidae ndash cave dweller
WHAT TO LOOK FOR
Small stumpy energetic brown birds
Bill slightly down turned loud song
Tails often in ldquocockedrdquo or up-tilted position
Common Nebraska species ndash rock house winter marsh wrens
Kinglets (Family Regulidae -)
WHAT TO LOOK FOR
TINY very active songbirds ndash only certain hummingbirds smaller
Can hover will feeding
Greenish plumage with bright colored crowns Short tails
Common Nebraska species ndash ruby-crowned and golden-crowned kinglets
Gnatcatchers (and Old World Warblers) (Family Sylviidae - )
WHAT TO LOOK FOR
Small birds with slender pointed bills surrounded by rectal bristles
Drab plumage with seasonally changing head patterns
In constant motion
Common Nebraska species ndash blue-gray gnatcatcher
Thrushes (Family Turdidae -)
WHAT TO LOOK FOR
Large-eyed upright postured songbirds - known for their singing ability
Bill is slender straight but not sharp
Often hop along the ground looking for food
Common Nebraska species ndash eastern bluebird veery gray-cheeked Swainsonrsquos hermit
wood thrush American robin
Mockingbirds and Thrashers (Family Mimidae ndash imitator mimic)
WHAT TO LOOK FOR
Well known for their vocal and mimicking ability
Have short rounded wings long legs and tails
Long down-curved bills
Common Nebraska species ndash gray catbird northern mockingbird brown thrasher
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 45
Starlings (and Mynas) (Family Sturnidae - )
WHAT TO LOOK FOR
Medium sized chunky glossy birds with short tails sharp bills
Short triangular to rounded wings
Gregarious bold birds
Pipits (and Wagtails) (Family Motacillidae -)
WHAT TO LOOK FOR
Slender billed brownish ground dwellers with long back toe
Walk briskly rather than hop along the ground
Most species bob their tails up and down
Common Nebraska species ndash American pipit
Waxwings (Family Bombycillidae ndash silk tail)
WHAT TO LOOK FOR
Birds with sleek crest that can be erected
Plump-bodied birds with pointed wings with red waxy tips of secondaries
Bill is small wide and notched high thin calls
Square tail with terminal yellow band
Common Nebraska species ndash Bohemian and cedar waxwings
Wood Warblers (Family Parulidae -)
WHAT TO LOOK FOR
Brightly colored (mostly yellow) birds
Smaller than sparrows with thin needle-like bills
Common Nebraska species ndash approx 34 warblers ovenbirds yellow-breasted chats and
waterthrush
New World Sparrows (Family Emberizidae -)
WHAT TO LOOK FOR
Small to medium-sized birds - often brown streaked appearance
Rounded wings cone-shaped bills
Common Nebraska species ndash 20 sparrows towhees longspurs dark-eyed juncos snow and
lark buntings
Cardinals and Allies (Family Cardinalidae )
WHAT TO LOOK FOR
Medium to large songbirds
Have large cone-shaped bills
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 46
Males often very colorful
Common Nebraska species ndash northern cardinals rose-breasted and black-headed grosbeaks
indigo bunting dickcissel
Blackbirds Orioles and Allies (Family Icteridae)
WHAT TO LOOK FOR
Medium to large songbirds with strong straight bills
Strong-direct flight
Plumage varies from iridescent black to yellow to orange
Common Nebraska species ndash Bobolink eastern and western meadowlarks red-winged and
rusty blackbirds common and great-tailed grackles orchard Baltimore and
Bullockrsquos orioles brown-headed cowbird
Finches and Allies (Family Fringillidae)
WHAT TO LOOK FOR
Small to medium songbirds
Have conical bills and forked relatively short tails
Fly fast and undulate through the air giving high-pitched calls in flight
Common Nebraska species ndash gray-crowned rosy purple Cassinrsquos house finches red
crossbill white-winged crossbill common redpoll pine siskin American goldfinch
evening grosbeak
Old World Sparrows (Family Passeridae)
WHAT TO LOOK FOR
Stouter bodies shorter legs and thicker bills than native sparrows
Have a simple song repeating single elements with no particular rhythm or beginning
And end vocalize all day and year-round
Common Nebraska species ndash house sparrow (introduced)
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 47
Geology and Natural History of Nebraska
Being Developed by Jon Garbisch Cedar Point Biological Station jgarbisch2unledu
bull Geological history of Nebraska
bull Present geological formation of regions
bull General soil types
bull Geological landforms and related habitats
What we currently use
Theme
Nebraska geology formed over millions of years through the erosion of mountains the deposition of
sediments and the flow of water and ice shaping the landscape that we call home
Goal
Attendees will develop an understanding of the natural processes that influenced and built Nebraska
and in so doing develop a greater appreciation for the geology and how it relates to all other aspects of
the statersquos identity
Objective(s)
The Master Naturalists attendees will be able to use the knowledge they have gained to better
understand the surface and subsurface geology at any location in the state that they may find
themselves working
How will it be measured
Attendees will be able to use the knowledge gained to actively interpret general Nebraska geology by
completing activities in the form of hand-out diagrams biostratigraphic fossil correlations
interpretation of rock type hand specimens and visual description of the Geology on the trail at Camp
Brewster Fontenelle Forest
Introduction
Nebraska geology formed over millions of years through the erosion of mountains the deposition of
sediments and the flow of water and ice shaping the landscape that we call home (Hand out agenda)
Geology is rooted in the 3 rock groups that exist on planet Earth and so familiarity with
o these groups gives us a solid foundation for all other geologic interpretation
A half hour will be spent handling examples from each rock group
o 3 groups 3 tables with one rock type on each table each group spends 10 minutes at
each table
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 48
The Geologic Time Scale is a record over time of the Earths major geologic events and we
can use it to help us understand how and when Nebraska took shape
The natural agents of change which have shaped our state include oceans rivers wind
o and ice
The geologic time periods in Nebraska are represented by rock layers (or not) which occur all
around the state and have been named so that no matter where you are in the state you can
correlate the strata to the time scale (fossilsisotopes)
6 Geologic Principles will be discussed so that when the MN is in the field they can be used as an
aid in basic geologic interpretation
Conclusion
Nebraska geology formed over millions of years through the erosion of mountains the deposition of
sediments and the flow of water and ice shaping the landscape that we call home Geology supplies us
a record of the events that have shaped our Earth by learning the language in which the Earth script is
written we will be able to interpret and share the story of our state of Nebraska This understanding will
aid in us in relating to other areas influential and important to the state
Places to Go (places to see examples of Nebraska geology)
a Agate Fossil Beds National Monument Lower Miocene fossil mammal site including abundant body fossils of ancient mammals and prominent fossil rodent burrows
b Ashfall State Park Upper Miocene fossil mammal assemblage found in ash derived from an eruption of a predecessor to the Yellowstone volcanic field c Chimney Rock National Historic Site Oligocene and Lower Miocene continental sedimentary rocks deposited as sediments by wind and steams
d Hummel Park (Omaha) outcrops of Pleistocene glacial till and loess
e Lincoln area Capitol Beach Lake and history of saline waters and salt industry flooding history of Antelope and Salt creeks building stones in downtown area brick industry University of Nebraska State Museum
f Louisville area outcrops of Upper Pennsylvanian marine sedimentary rocks
g Valentine area and Niobrara National Wildlife Refuge Niobrara River Canyon and Cenozoic stratigraphy
h Niobrara State Park Upper Cretaceous marine sedimentary rocks (Niobrara Formation and Pierre Shale) landslides along Missouri River anthropogenic changes in Missouri River Niobrara River and Mormon Canal
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 49
i Downtown Omaha removal of loess from hills in downtown area engineering of Missouri River (eg groins bank armoring etc) visible at Bob Kerrey Memorial Bridge deep bedrock water wells at old industrial sites
j Platte River State Park Upper Pennsylvanian marine sedimentary rocks and overlook of Platte River
k Ponca State Park Upper Cretaceous marine sedimentary rocks (uppermost Dakota Formation through Greenhorn Limestone)
l Rock Creek State Historical Park middle Cretaceous Dakota Formationmdashfluvio-estuarine continental deposits
m Schramm Park Upper Pennsylvanian marine sedimentary rocks
n Scotia and Happy Jack Chalk Mine Upper Miocene lake deposit In Ogallala Group
o Scotts Bluff National Monument Oligocene and Lower Miocene continental sedimentary rocks deposited as sediments by wind and steams
p Smith Falls State ParkCenozoic stratigraphy Niobrara River waterfalls as knick points
q Toadstool Park and nearby areas continental sedimentary rocks of upper Eocene Chadron Formation Pine Ridge escarpment Trailside Museum and Ft Robinson State Park
r Weeping Water area Upper Pennsylvanian marine sedimentary rocks
s Wildcat RidgeHillsescarpment on Oligocene and Lower Miocene continental sedimentary rocks deeply eroded into canyons buttes and pinnacles by stream erosion during and after the Late Pliocene
t Indian Cave State Park and Iron Horse Trail south of Peru Upper Pennsylvanian Indian Cave Sandstone (fluvio-estuarine deposit) and sandstone cave
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 50
North American Model and Outdoor Skills Developed by Jeff Rawlinson Assistant Division Administrator Information and Education Nebraska Game and Parks Commission jeffrawlinsonnebraskagov
OUR North American Model of Conservation
Perhaps no other story is more compelling and more important in American history as that of how
our natural resources came to be one of the most important elements in our lives The history of our citizenryrsquos strong land ethic ties us to the natural world long after other nations have forgone this relationship We value how the common person from a common family can participate in the thrill of the chase experiencing wildness to its fullest
The North American Model of Conservation is a philosophy that the United States and Canada have
developed to manage wildlife in a sustainable way Historians debate how this land ethic began Some
say our model of conservation began in 1937 with the passage of the PittmanRobertson Act a move that provided funding for wildlife conservation at the national and state level The source of this funding came from the sale of hunting and shooting equipment Others may say that it began when the conservation giant President Theodore Roosevelt brought management of natural resources to the
political forefront Others would argue our Model of conservation was birthed under the Magna Charta which transferred the ownership of wildlife from the King of England and the English nobles to the all of
the people of England In reality however our Model has been under development for several hundred years combining what we have learned from other nations peoples cultures and experiences to shape a philosophy ingrained in our culture supported by hunters anglers and shooting sports enthusiasts
benefiting all wildlife and wild lands in the United States
First Wildlife Managers The concept of managing wildlife or natural resources was not conceived by our young nation For
thousands of years humanity has been manipulating and controlling the land and all its inhabitants to benefit our needs Ever since the first hunter followed that wooly creature across the Bering Straight embarking on an epic journey that would result in settling of North America man has ldquomanagedrdquo
wildlife in North America
Throughout history many leaders have shown some element of concern or conservation ethic towards wildlife The great Kublai Khan grandson of Genghis Khan and founder of the Yuan Dynasty in China forbade harvesting of many species of wildlife during critical reproductive months of March
through August so species could ldquoincrease and multiplyrdquo Conservation of wildlife is even found in Mosaic Law in Deuteronomy 226 representing some of the first written wildlife management idealsmdashldquo If you come across a birdrsquos nest in any tree or on the ground with young ones or eggs and
the mother sitting on the young or on the eggs you shall not take the mother with the youngrdquo (English Standard Version 2001)
As populations expanded throughout Europe wildlife resources fell under ownership of powerful kings
who enacted harsh punishments for anyone found taking the kingrsquos game In 1215 a rebellion against King John of England resulted in the Magna Charta transferring ownership of lands and game from the crown to the people This ldquoprivatizingrdquo of wildlife ownership had profound impacts America over 500 years later
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 51
Era Of Abundance (1600 ndash 1850) When our forefathers first landed on the eastern shores of America they brought with them science
religion and a new hope They found plentiful game and soon began a relationship with the land that provided them with many of their daily needs Wildlife was viewed as a limitless resource in a relatively untapped land These early settlers had left Europe where few had access to wildlife and entered a world where everyone had access Furs feathers hides all had value to this young country In 1776 the Declaration of Independence revoked the Kingrsquos rights to land and people in this new world After a
bloody war led by revolutionaries such as Washington Hamilton Jefferson and Adams the United States gained its independence and the land and wildlife belonged to everyone
Era Of Exploitation (1850 ndash 1900)
The 1800s brought a commercialization of our wildlife resources Market hunting and habitat
destruction began to decimate wildlife populations such as the American Bison and Passenger Pigeon After the American Revolutionary War and the Civial Warmdashwhich nearly destroyed our ldquodemocratic
experimentrdquo all togethermdashfew people were looking after the interest of wildlife and even fewer rules
existed governing the management of a resource everyone had ownership of yet no one had responsibility for
The railroad provided settlers with the means to access new lands expanding the markets for meats hides and fur Advancements in technology such as the repeating rifle further aided the unbridled
destruction of wildlife resources Yet throughout this era something positive was growing The people of this new nation were developing a relationship with the land By 1842 a Supreme Court ruling had huge impacts on this developing model of conservation resulting in a Public Trust Doctrine that would
further outline a model for conserving our natural resources Conservation was developing some direction but had no money or laws to support it
Era Of Protection (19001930) The early 1900s brought an industrial boom Abuse of natural resources had taken its toll and throughout the Nation and evidence of this abuse could be seen in the loss of species such as the
passenger pigeon near loss of the American bison and in many large mammals including whitetailed deer and our once numerous waterfowl species America was becoming an economic giant yet through
the roar of machines both political and metal a small voice could be heard It was the hunter and their voice was of concern for the direction our wildlife resources were heading Conservation minded men and women had continued a relationship with the land and the wildlife
Era of Game Management (1930 ndash 1966) The ldquodirty thirtiesrdquo were marked by the dust bowl and an impoverished nation Agricultural practices
unchecked by environmental stewardship had left the Nationrsquos heartland in ecological peril Politically the conservation movement was supported by the footings laid by Theodore Roosevelt New federal acts moved forward to provide for environmental protection due to the outcry of hunters in panic over the vanishing wildlife resources of the Nation
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 52
Wildlife conservation had support yet it lacked the science to properly manage our Nationrsquos resources A young biologist name Aldo Leopold changed all this with his writings including the book Game
Management which led to Universities across the country developing wildlife conservation programs These programs spawned a new breed of professional game managers who utilized science to support management methods that ultimately lead to the greatest wildlife conservation success story in the world In 1937 the PittmanRobertson Act provided thousands of jobs for young professionals along with ldquogame wardensrdquo supported by individual states to further the development of the Conservation Model
which now had science and funding to support it
Era of Environmental Management (1966 ndash Present) Science and funding led to a broadening view of conservation as focus shifted from managing ldquogame
animalsrdquo to managing the entire biota (environment and all living things in it) Further federal acts such
as the Endangered Species Act of 1966 and the National Environmental Policy Act of 1969 provided greater protection for species by a nation that had finally changed its course providing time to review
and perfect conservation efforts Recent acts such as the 1980 Farm Bill continued the effort to help
landowners provide quality habitat for wildlife and hunters by providing incentives to landowners to set aside highly erosive lands and plant them into wildlife habitat (grasslands) that benefit wildlife and hunters
The story of our unique model of conservation is still being written New challenges today threaten our
coveted resources and new professionals are entering the arena to further the plight of our Nationrsquos wildlife and hunting heritage
Seven Pillars of the Model
Seven main pillars have been highlighted as the foundation of support for the North American Model
of Conservation These include
The Public Trust The wildlife of the United States are owned by the people This is very different from the European Model where wildlife is privately owned The North American Model recognizes wildlife as a public
resource that is so important it can not be owned or managed by any one segment of our society but rather managed by professional state and federal entities for the benefit of all This concept known as
the Public Trust Doctrine began development in 1842 when the Supreme Court ruled that the Magna Charta had settled the question of who owns fish and wildlife and that King Charles II did not have the authority to give away the ldquodominion and propertyrdquo of lands in colonial America The court further ruled that since the American Revolution the people held public trust responsibilities for fish and wildlife except for rights specified in the US Constitution
Prohibition on Commerce
It was the hunter who brought forth stringent laws that protected wildlife from peril in the 19th
and 20th
centuries Because we all own and appreciate our wildlife as a national resource they should never find themselves on the public market to the highest bidder This path led to a largescale loss of many species
including the Passenger Pigeon and the near loss of the American bison As our country was developing these practices were common as people moved west in search of prosperity capitalizing on a land seemingly untouched by the modern world Today many laws in place serve to protect our most
valuable resourceshellipour wildlife
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 53
Democratic Rule of Law Each citizen of this great nation has the ability and responsibility to engage in healthy politics that serve
to support and protect sound wildlife conservation measures Our first conservation measures in this Country habitat restoration simple harvest restrictions and bag limits came from hunters people who respected the game they pursued and loved the wild places they chased them in The North American Model of conservation is built upon active public involvement instilling a value for wildlife in all citizens
Hunting Opportunity for All The Model was developed on the premise that all people regardless of political or economic standing could participate in and feel the thrill of the chase It is this unique Model that provides us with wildlife opportunities for all Americans Imagine how important this was to our fore fathers who left a brutal
King in England where only the aristocracy had any dream of pursuing wild creatures in wild places Our
wildlife laws ensure that each generation that comes after us will have the same opportunity to enjoy and appreciate wildlife
Nonfrivolous Use Our management of wildlife depends on a citizenry that loves and appreciates the wild creatures and the habitats necessary to their survival and our quality of life Wildlife may be utilized under strict rule of
law including utilizing the wildlife once harvested to its best potential Killing wildlife for the sake of killing can only lead to the numbing of hearts to wildlife and a profound lack of respect for our most
precious resources
International Resources
It was not until the 20th
century that hunters and wildlife lovers understood the importance of
managing wildlife at a much larger scale This became readily apparent with the passage of the
Migratory Bird Treaty Act of 1918 where nations came together to manage wildlife resources as a
collective Wildlife species do not recognize national or state boundaries Governments must work together to be effective in managing wildlife for the benefit of all The United States has made great
strides in this area with Mexico and Canada Our wildlife is not only a resource to us but to all continents they may call home throughout the year Our biologists must think globally to be effective locally
Scientific Management Although Theodore Roosevelt brought conservation to the political forefront it was a young forester from Iowa that made the study of wildlife management a science Aldo Leopold is considered by many
as the ldquofather of wildlife managementrdquo due to his tireless efforts to develop curriculum for future wildlife biologists Today our biologists earn their opportunity to manage wildlife through prominent
Bachelor Masters and Doctorate degree programs from Universities around the world Wildlife must be managed using fact science and the latest research We are constantly learning and adapting to new technology and changing environments For such an important resource we cannot afford to have it any other way
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 54
Nebraska Master Naturalist Specializations Certifying as a Specialist ldquoFollow your own natural geniusrdquo wrote Thoreau ldquoand it will not fail to show you a fresh prospect every hourrdquo Many of us learn by doing When our curiosity and interests carry us into deeper study of a given subject it can be helpful to have clear opportunities to pursue Thus the Nebraska Master Naturalist Program offers specialized voluntary training for those who are hungry to develop and apply their particular skill and personal understanding on behalf of our natural legacy Specializations are designed to create collaborators leaders and mentors in four key areas
Interpretation and Outreach
Outdoor Skills and Recreation
Resource Management
Citizen Science Master Naturalist Certification Requirements Annual Requirement o 8 Hours Training Annually o 20 Hours of Volunteerism Annually Master Naturalist Specialization Requirement One Time Requirement o 20 Hours of Training Total Specific to Specialization Annual Requirement o Additional 20 Hours of Volunteerism Annually Specific to Specialization (does not include initial Certification annual requirement hours)
OUTDOOR SKILLS AND RECREATION SPECIALIZATION The purpose of OUTDOOR SKILLS AND RECREATION is to promote activity and development of skills in the outdoor pursuits associated with natural resources Specializations are designed to create collaborators leaders and mentors in particular areas A Certified Nebraska Master Naturalist can complete the Outdoor Recreation Specializationby meeting the following requirements Complete at least one of the workshops or certification‐leading trainings listed below If specialized training is not listed below it can be approved upon request by the Master Naturalist Program Committee Specialized Training Options ‐
Hunter Education Instructor Certification 13 hrs
National 4‐H Shooting Sports Instructor Certification 32 hrs
Nebraska 4‐H Shooting Sports Shotgun Certification 12 hrs
Nebraska 4‐H Shooting Sports Archery Certification 12 hrs
Nebraska 4‐H Shooting Sports Rifle Certification 12 hrs
Nebraska 4‐H Shooting Sports Pistol Certification 12 hrs
Nebraska 4‐H Shooting Sports Muzzleloader Certification 12 hrs
National Archery in the Schools Program Basic Archery Instructor 4 hrs
NRA Range OfficerMaster Certification 8 hrs
Hunt Master Training Instructor 4 hrs
NRA Shooting Instructor 16 hrs
NRA Shotgun Instructor 16 hrs
NRA Rifle Instructor 16 hrs
Boater Education Instructor 12 hrs
Youth Fishing Instructor 5 hrs
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 55
American Canoe Association National CanoeKayak Instructor 16‐32hrs
National Camp SchoolBoy Scouts 16‐24 hrs
Wood Badge TrainingBoy Scouts 16‐24 hrs
Merit Badge Counselor TrainingBoy Scouts 2‐16 hrs
Conservation Leaders for Tomorrow 35 hrs
Wilderness First Aid 16‐32 hrs
Professional Trappers College 40 hrs
American Camp Association Instructor Training 8‐40 hrs
American Red Cross Instructor Training 2‐16 hrs
American Sailing Association Instructor Training 16‐24 hrs
Certified Horsemanship Association Instructor Training 24‐40 hrs
Leave No Trace Master Educator Training 40 hrs
National Outdoor Leadership School 280 hrs
Camp Cook School 32‐96 hrs
Professional Association of Diving Instructors Training 32‐96 hrs
Professional Mountain Bike Association Instructor Training 24 hrs
League of American Bicyclists Instructor Certification 24 hrs
Hunting
Shooting
Fishing
Trapping
Camping
Outdoor Cooking
Orienteering
Geocaching
Photography
Wildlife Viewing
Hiking
Biking
Birding
Becoming an Outdoors‐Woman Program
Wilderness First Aid
Wilderness Survival
Leave No Trace Educator
Service Options ndash Provide a minimum of 20 hours of service annually in the following or similar areas
4‐H leader and youth training outdoor recreation
Scout leader and youth training outdoor recreation
Wild About Nature
Flying WILD Educator or Facilitator Workshop
Becoming an Outdoors Woman (BOW)
Beyond Becoming an Outdoors Woman (BOW)
Family Camp
Learn to Hunt Program
National Archery in the Schools Program BAI training or greater
Mentor HuntHunt Masters Training
After School Programs
Others ndash Upon approval
Outdoor discovery programs volunteer
CRO at a shooting event
Assist with National or State shooting sports competitions
Family fishing day
Design or write a brochure
Develop or contribute to a website
Develop or contribute to a social networking site
Design or write a newsletter
Assist in fundraising
Plan an event or festival
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 56
Interpretation amp Education- Developed By Lindsay Rogers Nebraska Game amp Parks
Commission
Do not try to satisfy your vanity by teaching a great many things Awaken peoplersquos curiosity It is
enough to open minds do not overload them Put there just a spark If there is some good
inflammable stuff it will catch firerdquo
- Anatole France in The Earth Speaks
Session Objectives
To help participants understand the role education plays in sounds ecological conservation
To help participants learn about past and present conservationist and interpretive educators
To help participants learn components of quality education and interpretation
To have participants partake in quality interpretive education
To make sure participants understand that their role is to light the spark and awaken curiosityhellip not spew facts
Lecture Requirements
1 What is interpretation (5 minutes) a What does ldquointerpretrdquo mean b National Association of Interpretation definition of ldquointerpretationrdquo
i Interpretation is a mission-based communication process that forges emotional and intellectual connection between the interests of the audience and the meanings inherent to the resource
c Freeman Tilden Interpreting Our Heritage 1957 i Interpretation is an educational activity which aims to reveal meanings
and relationships through the use of original objects by first-hand experience and by illustrative media rather than simply to communicate factual information
d Components of interpretation i pleasurable or enjoyable
ii relevant to the world iii organized iv themed v sparks an interest
vi includes information but does not stop there links information to the world
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 57
vii age appropriate viii taught to someone not at them
2 What is education (5 minutes)
a What does it mean to ldquoeducaterdquo someone b John Dewey Democracy amp Education 2944
i Education in its general sense is a form of learning in which the knowledge skills and habits of a group of people are transferred from one generation to the next through teaching training or research
c Components of education i - generally presented to someone but not always
ii enjoyable sometimes iii provides knowledge and facts iv can make connections but not always v organized and themed
d Both education and interpretation are important they work together
3 Conservationists (10 minutes) a Jon Muir
i Immigrated from Scotland to Wisconsin in 1849 ii Attended the University of Wisconsin studies botany amp geology
iii Moved to the western US mainly the Sierra Nevada area iv Believed humans were part of the interconnected natural world v Advocated for the preservation of natural areas
vi Co-founded the Sierra Club b Aldo Leopold
i Iowa native attended Yale University ii After college he joined the US Forest Service was stationed in Arizona
and New Mexico iii Developed theories of land ethics the need for biodiversity and an
appreciation for wilderness areas iv Moved to Wisconsin in 1924 became a professor at the University of
Wisconsin v Regarded as the ldquoFather of Conservationrdquo
c Gifford Pinchot i Born in Connecticut in 1905
ii Studied at Yale studies forestry in France iii Named chief of the Division of Forestry (later to become the US Forest
Service) iv First chief of the US Forest Service greatly improved forest
management and increased the size of Forest Service lands
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 58
v Managed forests for the greatest good for the greatest number Pinchot added the phrase in the long run to emphasize that forest management consists of long-term decisions
d Steven Mather i Born in California attended Berkley University
ii Worked for the Pacific Coast Borax Company where he had a talent for promotion Started a competing company made millions
iii When revisiting Sequoia and Yosemite National Parks in 1914 he was appalled by the conditions of the national parks
iv Joined the Department of the Interior as the head of parks later created the National Parks System
v Professionalized the National Parks and helped to greatly grow protected lands
e Rachel Carson i Born in Pennsylvania in 1907 attended John Hopkins University for
graduate school ii Went to work for the US Bureau of Fisheries (later to become the US
Fish amp Wildlife Service) iii Wrote Silent Spring in 1962 The book created an awaking for Americanrsquos
to their responsibility to the environment and wildlife The book lead to the US Government banning the use of DDT
f Theodore Roosevelt i Born in 1858 in New York New York was a sickly child who stayed inside
studying natural history ii An avid outdoorsman he spent much time in the South Dakota Badlands
iii Became President in 1901 with the assignation of President McKinley iv Among many major accomplishments as president he started the
National Parks was instrumental in conserving about 230 million acres
4 Naturalist Interpreters (10 minutes) a Freeman Tilden
i Born 1883 worked as a newspaper columnist and author ii At age 58 he began working with the National Parks Service
iii While traveling to various National Parks he became concerned with the quality of interpretation
iv Wrote Interpreting Our Heritage in 1957 outlines 6 principles to quality interpretation forever changed the field of interpretation
b William Lewis i Worked as a ranger naturalist and interpreter trainer for the National
Parks Service ii Developed the approach of ldquoThematic Interpretationrdquo which requires the
interpreter to choose a central theme (major point) to guide the development of a program
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 59
iii Wrote Interpreting For Park Visitors c Sam Ham
i Director of Center for International Training and Outreach at the University of Idaho
ii Work has focused on applying communication theory to environmental conservation interpretation and on nature-based tourism and guide training
iii Wrote Environmental Interpretation (1992) d Ted Cable
i Professor of Park Management and Conservation at Kansas State University
ii Co-authored Interpreting Cultural and Natural Resources (2003) and Interpretation for the 21st Century Fifteen Guiding Principles for Interpreting Nature and Culture (2002)
5 Conducting an Interpretative Program Try and Fail (60 minutes + 120 minutes of activities throughouthellip see list of Suggested Activities below)
a Experiential Learning i The first time you tried to walk you failed The first time you rode a bike
you failed This is called experiential learning The first time you attempt an educational or interpretation program you will fail thatrsquos how we learn
ii Donrsquot be afraid to fail b Ask Questions about the ProgramPresentation before you commit to leading it c Plan your Program
i Generally I want my presentation to be about Specifically however I want to tell my audience about After hearing my presentation I want my audience to understand (what is the big picture you want them to take home)
1 You do not need (or want) to teach your audience everything you know your job is to light the spark
ii What will your tangibles and intangibles be 1 Tangibles are those things you can touch things you use to teach
when teaching a Examples include a tree a mammal pelt a skull a live
animal a prairie 2 Intangibles involve connecting the tangibles to concepts and the
ideas they represent intangibles are the meanings the relationships the processes the ideas the feelings and the beliefs
a Examples include food webs ecosystem health entropy ecology
iii People remember themes they forget facts
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 60
iv Plan for an organized presentation 1 Think about your overall theme smaller parts of the program and
your transitions v Stick to your theme
vi Determine what type of presentation you will have 1 PowerPoint (avoid) 2 Podium Presentation (avoid) 3 Active taking a hike playing a game etc 4 Hands-on touching feeling trying hearing smelling
vii Think about all the different kinds of learners 1 verbal-linguistic 2 logical-mathematical 3 visual-spatial 4 kinesthetic 5 musical-rhythmic 6 interpersonal (groups) 7 intrapersonal (individual) 8 naturalist
d Know your role as an educator 1 Provide facts and relationships not opinions 2 Allow participants to determine their own opinions and beliefs
using the facts amp relationships you provide them 3 PLAY ldquoFIRST IMPRESSIONSrdquo
e Prepare Prepare Prepare 1 Know the type of space and area you will have (indoor vs
outdoor small space vs vast area etc) 2 Plan for more that you are told 3 Plan for the weather (always expect it to be windy in Nebraska)
f Questions i Ask good questions
1 Is this a fox Vs How do you know this is a fox 2 Do you have any questions Vs What questions do you have
ii Be prepared for quality questions 1 What are the implications for describe the impact of what are
the reasons for iii Be prepared for ldquogoodrdquo questions
1 Do you have ewoks in the forest If a Mountain Lion and an Eagle were to fight who would win
2 Take all questions seriously Answer seriously g Model what you want to see the students do
i If you want a group of students to catch insects help them get active with them
ii This is true when working with children and adults
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 61
1 Working alongside students validates them and their learning h Be enthusiastic show your passion
i This is another form of modeling what you want to see in your students ii We need to excite students (no matter their age) about conservation
nature and the outdoors iii Have fun
6 Take Home Lesson Light the Spark and Donrsquot Be Afraid to Fail
Suggested Activities (amp potential mandatory activities)
Throughout the lesson conduct multiple games andor activities to model good interpretation
Suggested games include but are not limited to
1 Oh Deer (Project WILD) 2 First Impressions (to be done during section 5) (Project WILD) 3 The Long Haul (Project WET) 4 Sum of the Parts (Project WET) 5 Water Quality Ask the Bugs (Project WET) 6 Adaptation Artistry (Flying WILD) or Fashion a Fish (Aquatic Project WILD) 7 Avian Antics (Flying WILD) 8 Pollinators Meet Your Plants (Nebraska Project WILD wwwnebraskaprojectwildorg) 9 Scavenger Hunts (Nebraska Project WILD wwwnebraskaprojectwildorg)
Suggested Post-Readings
Interpreting Our Heritage Freeman Tilden 1957 (4th edition 2008)
ISBN-13 978-0807858677
Interpreting for Park Visitors William Lewis 1981
ISBN-13 978-0890620793
Environmental Interpretation Sam Ham 1992
ISBN-13 978-1555919023
Interpretation for the 21st Century Fifteen Guiding Principles for Interpreting Nature and
Culture Larry Beck amp Ted Cable 2002
ISBN-13 978-1571675224
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 62
Interpretation-Making a Difference on Purpose Sam Ham 2013
ISBN-13 978-1555917425
Foundations of Interpretation Curriculum Content Narrative National Parks Service 2007
httpwwwnpsgovidpinterp101foundationscurriculumpdf
Websites
National Association of Interpretation
wwwinterpnetcom
North American Association for Environmental Education
wwwnaaeeorg
Nebraska Alliance for Conservation and Environment Education
wwwnaceeorg
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 63
Safety in the Field
Developed by Rich Hawes Nebraska Master Naturalist rdhawes26msncom
Objectives
Raise awareness of Risk Managementassessment as part of event planning
Guidelines to safe activities for participants presenters and the environment
Present Leave No Trace Principals as part of all outdoor activities
Present resources for additional training or certification for outdoor activities
Hands on activities to encourage interest and to provoke thought and discussion
Hazards of the area
Outdoor hiking safety
Stewardship of the land and natural resources
Being flexible and working with ldquowhat you haverdquo
Outline
1 Outdoor Activities ndash Whatrsquos The Worst That Can Happen An Introduction to Event Planning and Risk Management
2 Leave No Trace Principals
3 Trip planning and Logistics
4 Health amp Safety
5 Youth Protection
6 Age Appropriate Activities
7 Resource Training and Certifications
a Standard First Aid CPRAED Wilderness First Aid
b Shooting Sports - Range Safety Officer or Instructor
c Hunter Safety Instructor
d Climbing COPE and Zip Lines
e Water Safety Instructor Life Guard Small Boat Handling
f Leave No Trace Trainer or Master Educator
g Tread Lightly Tread Trainer or Master Tread Trainer
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 64
Suggested Activities
CPR Scenario
First Aid Scenario
Weather Scenario
Lost Scenario
Online Resources
American Camp Association
Boy Scouts of America
Youth Protection
Safe Swim Defense
Safety Afloat
Climb On Safely
Weather Safety
Trek On Safely
(etc)
Leave No Trace
Nebraska Game amp Parks
Hunter Safety
Boating Rules amp Regs
National Rifle Association
(Archery groups)
American Red Cross
(wilderness medicine group(s))
NOLS
Tread Lightly
US Coast Guard
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 36
Vultures (Family Cathartidae ndash cleanser)
WHAT TO LOOK FOR
Large soaring scavengers
Resemble eagles and large hawks in flight
Head and neck void of feathers bill hooked
Hold wings in a raised V-shape (dihedral)
Common Nebraska species ndash turkey vulture
Duck Geese and Swans (Family Anatidae ndash waterfowl)
WHAT TO LOOK FOR
Medium to large waterbirds
Large heads with conspicuous and horizontally flattened bills
Long necks heavy bodies relative short tails webbed feet and long wingspan Major differences between duck geese and swans
Ducks
Smallest of the three Have a soft swelling about the nostrils called a cere
Males of most ducks are easily separated from females by their gaudier plumage Feathers are
molted twice a year
Most males change into nuptial plumage after pair formation in the fall There may be some
modification of shape of a single feather or entire regions of plumage
Most species are sexually mature at 9 - 11 months
Males take no part in incubation
Geese
Neck shorter than body
Lore (area between eye and bill) feathered and more bluntly triangular than ducksrsquo
Sexes are similar
Permanent pair bonding
Molt once per year postnuptially
Sexually mature at 3 years
Males protect female clutch and brood after hatching
Young stay with parents for almost a year
Legs of most geese are farther forward under the belly than those of typical swans and ducks
Swans
Longest necks - necks slightly longer than body
Lore is naked
Sexes are similar
Molt once per year postnuptially - parents molt one after the other so one is able to fly
Young are carried on parentsrsquo backs
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 37
Sexually mature at 4 -5 years
Hawks and Allies (Family Accipitridae ndash to grasp or take)
Medium to very large diurnal raptors
Hooked beak strong legs and sharp talons
Buteos (buzzard hawks)
Stocky with broad wings wide tails
Soar and wheel high in the sky
Common Nebraska species ndash red-shouldered broad-winged Swainsonrsquos red-tailed
ferruginous rough-legged hawks
Accipiters (true hawks)
Small heads short rounded wings longish tail slender bodies
Fly with several rapid beats and a glide Common Nebraska species ndash sharp-shinned hawk Cooperrsquos hawk northern goshawk
Harriers
Slim body with slim round-tipped wings
Fly in open country gliding low with wings lifted in a V (dihedral)
Species in Nebraska - northern harrier
Kites
Small falcon shaped buoyant gliders not power-fliers
Common Nebraska species ndash Mississippi Kite
Osprey
Soar high on long swept-back wings
Broad tail short-headed appearance
Often travel in pairs
Eagles
Large very broad bodied with broad long plank-like wings massive head and bill
Soar steadily holding wings flat out to the side
Powerful wing beat on upstroke wings raised high Common Nebraska species ndash bald and golden
Falcons (and caracaras) (Family Falconidae - )
WHAT TO LOOK FOR
Small to large compact fast-flying raptors
Long pointed wings bent at the wrist - Strong rapid wing strokes
Common Nebraska species ndash American kestrel gyrfalcon peregrine falcon prairie falcon
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 38
Grouse Turkeys and Pheasants (Family Phasianidae ndash cock or fowl-like bird)
WHAT TO LOOK FOR
Ground dwelling birds with feather nostrils
Short strong bills and short rounded wings
Flight strong but brief
Males perform elaborate courting displays
Common Nebraska species ndash ring-necked pheasant sharp-tailed grouse greater
prairie chicken wild turkey
New World Quail ( Family Odontophoridae ndash bearing teeth)
WHAT TO LOOK FOR
Ground dwelling bird found in brushy habitat and other dense low foliage
Chunky rounded bodies and crests or head plumes
Chicken-like bill short rounded wings
Common Nebraska species - northern bobwhite
Rails and Coots (Family Rallidae - )
WHAT TO LOOK FOR
Marsh birds with short tails and stubby wings
Secretive and identified chiefly by call and habitat
Rails are laterally flattened ldquoThin as a railrdquo Coots are plumper and gregarious
Common Nebraska species ndash yellow rail black rail king rail Virginia rail sora common
moorhen American coot
Cranes (Family Gruidae - )
WHAT TO LOOK FOR
Tall stately wetland birds with long necks and long bills
Tertial flight feathers droop over rump in a bustle when standing
Fly with necks fully extended
Circle in thermals like raptors
Common Nebraska species - sandhill and whooping cranes
Plovers and Killdeer (Family Charadriidae ndash nocturnal waterbird)
WHAT TO LOOK FOR
Small to medium shorebirds that dart across the ground stop and then take off again Upright posture with medium length legs and long pointed wings
Rounded head large eyes thick neck with a short thick bill
Common Nebraska species ndash black-billed American golden snowy semipalmated piping
plovers and killdeer
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 39
Stilts and Avocets (Family Recurviostridae- bent bill)
WHAT TO LOOK FOR
Tall slim shorebirds
Long thin bill very long slender legs long neck striking black-and-white plumage Stilts have straight bills avocets have re-curved bills
Common Nebraska species ndash American avocets black-necked stilt
Sandpipers and Phalaropes and Allies (Family Scolopacidae ndash woodcock)
WHAT TO LOOK FOR
Diverse group of shorebirds
Long toes and long tapered wings
Bill and leg length varies but bill more slender than a ploverrsquos
Plumage browns grays and whites with reds and oranges during breeding season
All but one species have short elevated hind toe
Species found in Nebraska include common snipe ruddy turnstone phalaropes sandpipers
woodcocks godwits whimbrels willets etc
Dowitchers
WHAT TO LOOK FOR
Medium sized chunky dark shorebird
Long straight bills and distinct pale eyebrows
Feed in mud or shallow water in a rapid jabbing motion
Phalaropes
WHAT TO LOOK FOR
Often spin like a top in water when feeding
Female larger and more colorful than male
Male tends incubates and cares for chicks
Common Nebraska species ndash Wilsonrsquos and red-necked phalaropes
Gulls Terns and Allies (Family Laridae ndashsea birds)
Gulls
WHAT TO LOOK FOR
More robust with wider wings and longer legs than terns
Bill slightly hooked tail square or rounded - Seldom Dive
Common Nebraska species ndash Pomarine Jaeger Franklinrsquos little Bonapartersquos ring-
billed California Herring Thayerrsquos lesser black-backed glaucous
Sabinersquos gulls black-legged kittiwake
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 40
Terns
WHAT TO LOOK FOR
Graceful more streamline than gulls
Usually has a forked tail ndash most whitish with black cap
Sharp-pointed bill - Hoover and dive headfirst for fish
Common Nebraska species ndash Caspian common Foresterrsquos terns
Pigeons and Doves (Family Columbidae ndash dove)
WHAT TO LOOK FOR
Plump fast flying cooing voice
Short legs and necks and small heads short bills
Tail fan-like rounded or pointed
Pigeons larger than doves
Common Nebraska species ndash rock mourning Eurasian collared doves
Cuckoos Roadrunners and Anis (Family Cuculidae - )
WHAT TO LOOK FOR
Slender with a long tail at least half of the birdrsquos total length
Fairly large sturdy decurved (curving down) bill
2 toes forward 2 back (zygodactyls)
Common Nebraska species - black-billed cuckoo and yellow-billed cuckoo
Barn Owls (Family Tytonidae -)
WHAT TO LOOK FOR
Slim medium sized night hunter
Legs are long and sparsely feathered
Large head with large forward-facing immovable eyes
Heart-shaped face hooked beak and ghostly appearance
Typical Owls (Family Stigidae ndash night bird)
WHAT TO LOOK FOR
Generally night hunters
Large heads flatten face with large forward-facing immovable eyes hooked beak
Mottled appearance some with feather tuffs upright stance
Common Nebraska species ndash eastern screech great horned burrowing barred long-eared
short-eared northern saw-whet owls
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 41
Nighthawks and Nightjars (Family Caprimulgidae ndashgoat sucker)
WHAT TO LOOK FOR
Nocturnal or crepuscular
Big tail large eyes tiny bills surrounding a large gaping mouth
By day sit horizontally on limb or on ground
Easiest to identify by voice
Common Nebraska species ndash common nighthawk common poorwill chuck-willrsquos-widow
Whip-poor-will
Swifts (Family Apodidae ndash without feet)
WHAT TO LOOK FOR
Small to medium sized aerial foragers ndashspend most of life flying
Long sickle-shaped wings bending close to body and extremely short legs
Eat bathe drink and sometime mate in the air
Common Nebraska species - chimney swift white-throated swift
Hummingbirds (Family Trochilidae ndash small bird)
WHAT TO LOOK FOR
Tiny body long slender bill
Distinctive blur and hum of hovering wings
Jewel-like throat feather found on male
Common Nebraska species ndash ruby-throated broad-tailed and rufous hummingbirds
Kingfishers (Family Alcedinidae - kingfisher)
WHAT TO LOOK FOR
Small to medium size
Thickset with short neck and tail small feet
Large head with a ragged crest and long strong bill
Sit on lines and low branches near water or hovers above water
Plunges head first into water to catch fish
Common Nebraska species ndash belted kingfisher
Woodpeckers (Family Picidae ndash woodpecker)
WHAT TO LOOK FOR
Arboreal (tree) birds
Vertical posture creep up trees
Strong chisel-like bill short legs stiff tail feathers rounded wings
Undulating flight pattern and characteristic bill drumming
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 42
Common Nebraska species ndash Lewisrsquos red-headed red-bellied hairy downy woodpeckers
yellow-bellied and red-naped sapsuckers northern flicker
THE PASSERINES Feet adapted to perching
Tyrant Flycatchers (Family Tyrannidae - lord ruler king)
WHAT TO LOOK FOR
Small to medium perching bird
Large head broad flattened bill pointed wings short legs
Bristly ldquowhiskersrdquo at base of bill
Sit upright on exposed branch and dart out to catch insects
Common Nebraska species - flycatchers pewees kingbirds phoebes kingbirds
Shrikes (Family Laniidae ndash butcher)
WHAT TO LOOK FOR
ldquoButcher birdsrdquo ndash impale prey on thorns (may be to attract a mate and mark territory)
Robin-size bird with hooked bill and masked face with hawk-like behavior
Black gray and white birds
Common Nebraska species - northern and loggerhead shrike
Vireos (Family Vireondae ndash small bird)
WHAT TO LOOK FOR
Small olive- or gray-backed bird with short sturdy cylindrical slightly hooked bill
Can have wing bars and eye-rings or have eye stripes and no wing bars
Often confused with warblers but are chunkier bigger headed thicker billed
Common Nebraska species ndash white-eyed Bellrsquos yellow-throated plumbeous
Cassinrsquos blue-headed warbling Philadelphia red-eyed
Crows and Jays (Family Corvidae ndash raven)
WHAT TO LOOK FOR
Large perching bird with strong longish all-purpose bill to handle variety of foods
Nostrils covered with feathers
Legs scaled in front and smooth behind
Harsh voice and noisy
Bold gregarious
Common Nebraska species - black-billed magpie American crow
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 43
Larks (Family Alauidae ndash lark)
WHAT TO LOOK FOR
Ground dwellers of open fields ndash seldom seen in trees and shrub
Walk rather than hop have an elongated hind toe
Slender billed seed and insect eaters
Yellowwhite face with black facemask horns and breast band
Has musical song often sung in display flight
Common Nebraska species ndash horned lark
Swallows and Martins (Family Hirundinidae ndash swallow)
WHAT TO LOOK FOR
Slim streamline bodies with long pointed angled wings
Tail forked or squared legs and feet inconspicuous
Bill short and wide
Fluid aerialists ndash dart about catching insects
Flocks perch in long rows on branches and lines
Common Nebraska species ndash purple martin northern rough wing bank cliff barn swallows
Chickadees and Titmice (Family Paridae - )
WHAT TO LOOK FOR
Small plump sociable birds with short bills and wings
Active agile ndash often hang upside down to feed
Many times roam in little bands (often leading the group) in search of food
Chickadee ndash no tuff of feathers on head Titmice ndash tufted Common Nebraska species ndash black-capped chickadee tufted titmouse
Nuthatches (Family Sittidae ndash birds that peck bark of tree)
WHAT TO LOOK FOR
Small stout tree-climbers with slightly upturned strong woodpecker-like bills
Stubby squared off tails
Walk down trees headfirst Common Nebraska species ndash red-breasted and white-breasted nuthatches
Creepers (Family Certhiidae -)
WHAT TO LOOK FOR
Small slim tree-dwellers with stiff tails and slender downward curving bill
Primarily brown
Common Nebraska species ndash brown creeper
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 44
Wrens (Family Troglodytidae ndash cave dweller
WHAT TO LOOK FOR
Small stumpy energetic brown birds
Bill slightly down turned loud song
Tails often in ldquocockedrdquo or up-tilted position
Common Nebraska species ndash rock house winter marsh wrens
Kinglets (Family Regulidae -)
WHAT TO LOOK FOR
TINY very active songbirds ndash only certain hummingbirds smaller
Can hover will feeding
Greenish plumage with bright colored crowns Short tails
Common Nebraska species ndash ruby-crowned and golden-crowned kinglets
Gnatcatchers (and Old World Warblers) (Family Sylviidae - )
WHAT TO LOOK FOR
Small birds with slender pointed bills surrounded by rectal bristles
Drab plumage with seasonally changing head patterns
In constant motion
Common Nebraska species ndash blue-gray gnatcatcher
Thrushes (Family Turdidae -)
WHAT TO LOOK FOR
Large-eyed upright postured songbirds - known for their singing ability
Bill is slender straight but not sharp
Often hop along the ground looking for food
Common Nebraska species ndash eastern bluebird veery gray-cheeked Swainsonrsquos hermit
wood thrush American robin
Mockingbirds and Thrashers (Family Mimidae ndash imitator mimic)
WHAT TO LOOK FOR
Well known for their vocal and mimicking ability
Have short rounded wings long legs and tails
Long down-curved bills
Common Nebraska species ndash gray catbird northern mockingbird brown thrasher
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 45
Starlings (and Mynas) (Family Sturnidae - )
WHAT TO LOOK FOR
Medium sized chunky glossy birds with short tails sharp bills
Short triangular to rounded wings
Gregarious bold birds
Pipits (and Wagtails) (Family Motacillidae -)
WHAT TO LOOK FOR
Slender billed brownish ground dwellers with long back toe
Walk briskly rather than hop along the ground
Most species bob their tails up and down
Common Nebraska species ndash American pipit
Waxwings (Family Bombycillidae ndash silk tail)
WHAT TO LOOK FOR
Birds with sleek crest that can be erected
Plump-bodied birds with pointed wings with red waxy tips of secondaries
Bill is small wide and notched high thin calls
Square tail with terminal yellow band
Common Nebraska species ndash Bohemian and cedar waxwings
Wood Warblers (Family Parulidae -)
WHAT TO LOOK FOR
Brightly colored (mostly yellow) birds
Smaller than sparrows with thin needle-like bills
Common Nebraska species ndash approx 34 warblers ovenbirds yellow-breasted chats and
waterthrush
New World Sparrows (Family Emberizidae -)
WHAT TO LOOK FOR
Small to medium-sized birds - often brown streaked appearance
Rounded wings cone-shaped bills
Common Nebraska species ndash 20 sparrows towhees longspurs dark-eyed juncos snow and
lark buntings
Cardinals and Allies (Family Cardinalidae )
WHAT TO LOOK FOR
Medium to large songbirds
Have large cone-shaped bills
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 46
Males often very colorful
Common Nebraska species ndash northern cardinals rose-breasted and black-headed grosbeaks
indigo bunting dickcissel
Blackbirds Orioles and Allies (Family Icteridae)
WHAT TO LOOK FOR
Medium to large songbirds with strong straight bills
Strong-direct flight
Plumage varies from iridescent black to yellow to orange
Common Nebraska species ndash Bobolink eastern and western meadowlarks red-winged and
rusty blackbirds common and great-tailed grackles orchard Baltimore and
Bullockrsquos orioles brown-headed cowbird
Finches and Allies (Family Fringillidae)
WHAT TO LOOK FOR
Small to medium songbirds
Have conical bills and forked relatively short tails
Fly fast and undulate through the air giving high-pitched calls in flight
Common Nebraska species ndash gray-crowned rosy purple Cassinrsquos house finches red
crossbill white-winged crossbill common redpoll pine siskin American goldfinch
evening grosbeak
Old World Sparrows (Family Passeridae)
WHAT TO LOOK FOR
Stouter bodies shorter legs and thicker bills than native sparrows
Have a simple song repeating single elements with no particular rhythm or beginning
And end vocalize all day and year-round
Common Nebraska species ndash house sparrow (introduced)
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 47
Geology and Natural History of Nebraska
Being Developed by Jon Garbisch Cedar Point Biological Station jgarbisch2unledu
bull Geological history of Nebraska
bull Present geological formation of regions
bull General soil types
bull Geological landforms and related habitats
What we currently use
Theme
Nebraska geology formed over millions of years through the erosion of mountains the deposition of
sediments and the flow of water and ice shaping the landscape that we call home
Goal
Attendees will develop an understanding of the natural processes that influenced and built Nebraska
and in so doing develop a greater appreciation for the geology and how it relates to all other aspects of
the statersquos identity
Objective(s)
The Master Naturalists attendees will be able to use the knowledge they have gained to better
understand the surface and subsurface geology at any location in the state that they may find
themselves working
How will it be measured
Attendees will be able to use the knowledge gained to actively interpret general Nebraska geology by
completing activities in the form of hand-out diagrams biostratigraphic fossil correlations
interpretation of rock type hand specimens and visual description of the Geology on the trail at Camp
Brewster Fontenelle Forest
Introduction
Nebraska geology formed over millions of years through the erosion of mountains the deposition of
sediments and the flow of water and ice shaping the landscape that we call home (Hand out agenda)
Geology is rooted in the 3 rock groups that exist on planet Earth and so familiarity with
o these groups gives us a solid foundation for all other geologic interpretation
A half hour will be spent handling examples from each rock group
o 3 groups 3 tables with one rock type on each table each group spends 10 minutes at
each table
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 48
The Geologic Time Scale is a record over time of the Earths major geologic events and we
can use it to help us understand how and when Nebraska took shape
The natural agents of change which have shaped our state include oceans rivers wind
o and ice
The geologic time periods in Nebraska are represented by rock layers (or not) which occur all
around the state and have been named so that no matter where you are in the state you can
correlate the strata to the time scale (fossilsisotopes)
6 Geologic Principles will be discussed so that when the MN is in the field they can be used as an
aid in basic geologic interpretation
Conclusion
Nebraska geology formed over millions of years through the erosion of mountains the deposition of
sediments and the flow of water and ice shaping the landscape that we call home Geology supplies us
a record of the events that have shaped our Earth by learning the language in which the Earth script is
written we will be able to interpret and share the story of our state of Nebraska This understanding will
aid in us in relating to other areas influential and important to the state
Places to Go (places to see examples of Nebraska geology)
a Agate Fossil Beds National Monument Lower Miocene fossil mammal site including abundant body fossils of ancient mammals and prominent fossil rodent burrows
b Ashfall State Park Upper Miocene fossil mammal assemblage found in ash derived from an eruption of a predecessor to the Yellowstone volcanic field c Chimney Rock National Historic Site Oligocene and Lower Miocene continental sedimentary rocks deposited as sediments by wind and steams
d Hummel Park (Omaha) outcrops of Pleistocene glacial till and loess
e Lincoln area Capitol Beach Lake and history of saline waters and salt industry flooding history of Antelope and Salt creeks building stones in downtown area brick industry University of Nebraska State Museum
f Louisville area outcrops of Upper Pennsylvanian marine sedimentary rocks
g Valentine area and Niobrara National Wildlife Refuge Niobrara River Canyon and Cenozoic stratigraphy
h Niobrara State Park Upper Cretaceous marine sedimentary rocks (Niobrara Formation and Pierre Shale) landslides along Missouri River anthropogenic changes in Missouri River Niobrara River and Mormon Canal
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 49
i Downtown Omaha removal of loess from hills in downtown area engineering of Missouri River (eg groins bank armoring etc) visible at Bob Kerrey Memorial Bridge deep bedrock water wells at old industrial sites
j Platte River State Park Upper Pennsylvanian marine sedimentary rocks and overlook of Platte River
k Ponca State Park Upper Cretaceous marine sedimentary rocks (uppermost Dakota Formation through Greenhorn Limestone)
l Rock Creek State Historical Park middle Cretaceous Dakota Formationmdashfluvio-estuarine continental deposits
m Schramm Park Upper Pennsylvanian marine sedimentary rocks
n Scotia and Happy Jack Chalk Mine Upper Miocene lake deposit In Ogallala Group
o Scotts Bluff National Monument Oligocene and Lower Miocene continental sedimentary rocks deposited as sediments by wind and steams
p Smith Falls State ParkCenozoic stratigraphy Niobrara River waterfalls as knick points
q Toadstool Park and nearby areas continental sedimentary rocks of upper Eocene Chadron Formation Pine Ridge escarpment Trailside Museum and Ft Robinson State Park
r Weeping Water area Upper Pennsylvanian marine sedimentary rocks
s Wildcat RidgeHillsescarpment on Oligocene and Lower Miocene continental sedimentary rocks deeply eroded into canyons buttes and pinnacles by stream erosion during and after the Late Pliocene
t Indian Cave State Park and Iron Horse Trail south of Peru Upper Pennsylvanian Indian Cave Sandstone (fluvio-estuarine deposit) and sandstone cave
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 50
North American Model and Outdoor Skills Developed by Jeff Rawlinson Assistant Division Administrator Information and Education Nebraska Game and Parks Commission jeffrawlinsonnebraskagov
OUR North American Model of Conservation
Perhaps no other story is more compelling and more important in American history as that of how
our natural resources came to be one of the most important elements in our lives The history of our citizenryrsquos strong land ethic ties us to the natural world long after other nations have forgone this relationship We value how the common person from a common family can participate in the thrill of the chase experiencing wildness to its fullest
The North American Model of Conservation is a philosophy that the United States and Canada have
developed to manage wildlife in a sustainable way Historians debate how this land ethic began Some
say our model of conservation began in 1937 with the passage of the PittmanRobertson Act a move that provided funding for wildlife conservation at the national and state level The source of this funding came from the sale of hunting and shooting equipment Others may say that it began when the conservation giant President Theodore Roosevelt brought management of natural resources to the
political forefront Others would argue our Model of conservation was birthed under the Magna Charta which transferred the ownership of wildlife from the King of England and the English nobles to the all of
the people of England In reality however our Model has been under development for several hundred years combining what we have learned from other nations peoples cultures and experiences to shape a philosophy ingrained in our culture supported by hunters anglers and shooting sports enthusiasts
benefiting all wildlife and wild lands in the United States
First Wildlife Managers The concept of managing wildlife or natural resources was not conceived by our young nation For
thousands of years humanity has been manipulating and controlling the land and all its inhabitants to benefit our needs Ever since the first hunter followed that wooly creature across the Bering Straight embarking on an epic journey that would result in settling of North America man has ldquomanagedrdquo
wildlife in North America
Throughout history many leaders have shown some element of concern or conservation ethic towards wildlife The great Kublai Khan grandson of Genghis Khan and founder of the Yuan Dynasty in China forbade harvesting of many species of wildlife during critical reproductive months of March
through August so species could ldquoincrease and multiplyrdquo Conservation of wildlife is even found in Mosaic Law in Deuteronomy 226 representing some of the first written wildlife management idealsmdashldquo If you come across a birdrsquos nest in any tree or on the ground with young ones or eggs and
the mother sitting on the young or on the eggs you shall not take the mother with the youngrdquo (English Standard Version 2001)
As populations expanded throughout Europe wildlife resources fell under ownership of powerful kings
who enacted harsh punishments for anyone found taking the kingrsquos game In 1215 a rebellion against King John of England resulted in the Magna Charta transferring ownership of lands and game from the crown to the people This ldquoprivatizingrdquo of wildlife ownership had profound impacts America over 500 years later
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 51
Era Of Abundance (1600 ndash 1850) When our forefathers first landed on the eastern shores of America they brought with them science
religion and a new hope They found plentiful game and soon began a relationship with the land that provided them with many of their daily needs Wildlife was viewed as a limitless resource in a relatively untapped land These early settlers had left Europe where few had access to wildlife and entered a world where everyone had access Furs feathers hides all had value to this young country In 1776 the Declaration of Independence revoked the Kingrsquos rights to land and people in this new world After a
bloody war led by revolutionaries such as Washington Hamilton Jefferson and Adams the United States gained its independence and the land and wildlife belonged to everyone
Era Of Exploitation (1850 ndash 1900)
The 1800s brought a commercialization of our wildlife resources Market hunting and habitat
destruction began to decimate wildlife populations such as the American Bison and Passenger Pigeon After the American Revolutionary War and the Civial Warmdashwhich nearly destroyed our ldquodemocratic
experimentrdquo all togethermdashfew people were looking after the interest of wildlife and even fewer rules
existed governing the management of a resource everyone had ownership of yet no one had responsibility for
The railroad provided settlers with the means to access new lands expanding the markets for meats hides and fur Advancements in technology such as the repeating rifle further aided the unbridled
destruction of wildlife resources Yet throughout this era something positive was growing The people of this new nation were developing a relationship with the land By 1842 a Supreme Court ruling had huge impacts on this developing model of conservation resulting in a Public Trust Doctrine that would
further outline a model for conserving our natural resources Conservation was developing some direction but had no money or laws to support it
Era Of Protection (19001930) The early 1900s brought an industrial boom Abuse of natural resources had taken its toll and throughout the Nation and evidence of this abuse could be seen in the loss of species such as the
passenger pigeon near loss of the American bison and in many large mammals including whitetailed deer and our once numerous waterfowl species America was becoming an economic giant yet through
the roar of machines both political and metal a small voice could be heard It was the hunter and their voice was of concern for the direction our wildlife resources were heading Conservation minded men and women had continued a relationship with the land and the wildlife
Era of Game Management (1930 ndash 1966) The ldquodirty thirtiesrdquo were marked by the dust bowl and an impoverished nation Agricultural practices
unchecked by environmental stewardship had left the Nationrsquos heartland in ecological peril Politically the conservation movement was supported by the footings laid by Theodore Roosevelt New federal acts moved forward to provide for environmental protection due to the outcry of hunters in panic over the vanishing wildlife resources of the Nation
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 52
Wildlife conservation had support yet it lacked the science to properly manage our Nationrsquos resources A young biologist name Aldo Leopold changed all this with his writings including the book Game
Management which led to Universities across the country developing wildlife conservation programs These programs spawned a new breed of professional game managers who utilized science to support management methods that ultimately lead to the greatest wildlife conservation success story in the world In 1937 the PittmanRobertson Act provided thousands of jobs for young professionals along with ldquogame wardensrdquo supported by individual states to further the development of the Conservation Model
which now had science and funding to support it
Era of Environmental Management (1966 ndash Present) Science and funding led to a broadening view of conservation as focus shifted from managing ldquogame
animalsrdquo to managing the entire biota (environment and all living things in it) Further federal acts such
as the Endangered Species Act of 1966 and the National Environmental Policy Act of 1969 provided greater protection for species by a nation that had finally changed its course providing time to review
and perfect conservation efforts Recent acts such as the 1980 Farm Bill continued the effort to help
landowners provide quality habitat for wildlife and hunters by providing incentives to landowners to set aside highly erosive lands and plant them into wildlife habitat (grasslands) that benefit wildlife and hunters
The story of our unique model of conservation is still being written New challenges today threaten our
coveted resources and new professionals are entering the arena to further the plight of our Nationrsquos wildlife and hunting heritage
Seven Pillars of the Model
Seven main pillars have been highlighted as the foundation of support for the North American Model
of Conservation These include
The Public Trust The wildlife of the United States are owned by the people This is very different from the European Model where wildlife is privately owned The North American Model recognizes wildlife as a public
resource that is so important it can not be owned or managed by any one segment of our society but rather managed by professional state and federal entities for the benefit of all This concept known as
the Public Trust Doctrine began development in 1842 when the Supreme Court ruled that the Magna Charta had settled the question of who owns fish and wildlife and that King Charles II did not have the authority to give away the ldquodominion and propertyrdquo of lands in colonial America The court further ruled that since the American Revolution the people held public trust responsibilities for fish and wildlife except for rights specified in the US Constitution
Prohibition on Commerce
It was the hunter who brought forth stringent laws that protected wildlife from peril in the 19th
and 20th
centuries Because we all own and appreciate our wildlife as a national resource they should never find themselves on the public market to the highest bidder This path led to a largescale loss of many species
including the Passenger Pigeon and the near loss of the American bison As our country was developing these practices were common as people moved west in search of prosperity capitalizing on a land seemingly untouched by the modern world Today many laws in place serve to protect our most
valuable resourceshellipour wildlife
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 53
Democratic Rule of Law Each citizen of this great nation has the ability and responsibility to engage in healthy politics that serve
to support and protect sound wildlife conservation measures Our first conservation measures in this Country habitat restoration simple harvest restrictions and bag limits came from hunters people who respected the game they pursued and loved the wild places they chased them in The North American Model of conservation is built upon active public involvement instilling a value for wildlife in all citizens
Hunting Opportunity for All The Model was developed on the premise that all people regardless of political or economic standing could participate in and feel the thrill of the chase It is this unique Model that provides us with wildlife opportunities for all Americans Imagine how important this was to our fore fathers who left a brutal
King in England where only the aristocracy had any dream of pursuing wild creatures in wild places Our
wildlife laws ensure that each generation that comes after us will have the same opportunity to enjoy and appreciate wildlife
Nonfrivolous Use Our management of wildlife depends on a citizenry that loves and appreciates the wild creatures and the habitats necessary to their survival and our quality of life Wildlife may be utilized under strict rule of
law including utilizing the wildlife once harvested to its best potential Killing wildlife for the sake of killing can only lead to the numbing of hearts to wildlife and a profound lack of respect for our most
precious resources
International Resources
It was not until the 20th
century that hunters and wildlife lovers understood the importance of
managing wildlife at a much larger scale This became readily apparent with the passage of the
Migratory Bird Treaty Act of 1918 where nations came together to manage wildlife resources as a
collective Wildlife species do not recognize national or state boundaries Governments must work together to be effective in managing wildlife for the benefit of all The United States has made great
strides in this area with Mexico and Canada Our wildlife is not only a resource to us but to all continents they may call home throughout the year Our biologists must think globally to be effective locally
Scientific Management Although Theodore Roosevelt brought conservation to the political forefront it was a young forester from Iowa that made the study of wildlife management a science Aldo Leopold is considered by many
as the ldquofather of wildlife managementrdquo due to his tireless efforts to develop curriculum for future wildlife biologists Today our biologists earn their opportunity to manage wildlife through prominent
Bachelor Masters and Doctorate degree programs from Universities around the world Wildlife must be managed using fact science and the latest research We are constantly learning and adapting to new technology and changing environments For such an important resource we cannot afford to have it any other way
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 54
Nebraska Master Naturalist Specializations Certifying as a Specialist ldquoFollow your own natural geniusrdquo wrote Thoreau ldquoand it will not fail to show you a fresh prospect every hourrdquo Many of us learn by doing When our curiosity and interests carry us into deeper study of a given subject it can be helpful to have clear opportunities to pursue Thus the Nebraska Master Naturalist Program offers specialized voluntary training for those who are hungry to develop and apply their particular skill and personal understanding on behalf of our natural legacy Specializations are designed to create collaborators leaders and mentors in four key areas
Interpretation and Outreach
Outdoor Skills and Recreation
Resource Management
Citizen Science Master Naturalist Certification Requirements Annual Requirement o 8 Hours Training Annually o 20 Hours of Volunteerism Annually Master Naturalist Specialization Requirement One Time Requirement o 20 Hours of Training Total Specific to Specialization Annual Requirement o Additional 20 Hours of Volunteerism Annually Specific to Specialization (does not include initial Certification annual requirement hours)
OUTDOOR SKILLS AND RECREATION SPECIALIZATION The purpose of OUTDOOR SKILLS AND RECREATION is to promote activity and development of skills in the outdoor pursuits associated with natural resources Specializations are designed to create collaborators leaders and mentors in particular areas A Certified Nebraska Master Naturalist can complete the Outdoor Recreation Specializationby meeting the following requirements Complete at least one of the workshops or certification‐leading trainings listed below If specialized training is not listed below it can be approved upon request by the Master Naturalist Program Committee Specialized Training Options ‐
Hunter Education Instructor Certification 13 hrs
National 4‐H Shooting Sports Instructor Certification 32 hrs
Nebraska 4‐H Shooting Sports Shotgun Certification 12 hrs
Nebraska 4‐H Shooting Sports Archery Certification 12 hrs
Nebraska 4‐H Shooting Sports Rifle Certification 12 hrs
Nebraska 4‐H Shooting Sports Pistol Certification 12 hrs
Nebraska 4‐H Shooting Sports Muzzleloader Certification 12 hrs
National Archery in the Schools Program Basic Archery Instructor 4 hrs
NRA Range OfficerMaster Certification 8 hrs
Hunt Master Training Instructor 4 hrs
NRA Shooting Instructor 16 hrs
NRA Shotgun Instructor 16 hrs
NRA Rifle Instructor 16 hrs
Boater Education Instructor 12 hrs
Youth Fishing Instructor 5 hrs
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 55
American Canoe Association National CanoeKayak Instructor 16‐32hrs
National Camp SchoolBoy Scouts 16‐24 hrs
Wood Badge TrainingBoy Scouts 16‐24 hrs
Merit Badge Counselor TrainingBoy Scouts 2‐16 hrs
Conservation Leaders for Tomorrow 35 hrs
Wilderness First Aid 16‐32 hrs
Professional Trappers College 40 hrs
American Camp Association Instructor Training 8‐40 hrs
American Red Cross Instructor Training 2‐16 hrs
American Sailing Association Instructor Training 16‐24 hrs
Certified Horsemanship Association Instructor Training 24‐40 hrs
Leave No Trace Master Educator Training 40 hrs
National Outdoor Leadership School 280 hrs
Camp Cook School 32‐96 hrs
Professional Association of Diving Instructors Training 32‐96 hrs
Professional Mountain Bike Association Instructor Training 24 hrs
League of American Bicyclists Instructor Certification 24 hrs
Hunting
Shooting
Fishing
Trapping
Camping
Outdoor Cooking
Orienteering
Geocaching
Photography
Wildlife Viewing
Hiking
Biking
Birding
Becoming an Outdoors‐Woman Program
Wilderness First Aid
Wilderness Survival
Leave No Trace Educator
Service Options ndash Provide a minimum of 20 hours of service annually in the following or similar areas
4‐H leader and youth training outdoor recreation
Scout leader and youth training outdoor recreation
Wild About Nature
Flying WILD Educator or Facilitator Workshop
Becoming an Outdoors Woman (BOW)
Beyond Becoming an Outdoors Woman (BOW)
Family Camp
Learn to Hunt Program
National Archery in the Schools Program BAI training or greater
Mentor HuntHunt Masters Training
After School Programs
Others ndash Upon approval
Outdoor discovery programs volunteer
CRO at a shooting event
Assist with National or State shooting sports competitions
Family fishing day
Design or write a brochure
Develop or contribute to a website
Develop or contribute to a social networking site
Design or write a newsletter
Assist in fundraising
Plan an event or festival
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 56
Interpretation amp Education- Developed By Lindsay Rogers Nebraska Game amp Parks
Commission
Do not try to satisfy your vanity by teaching a great many things Awaken peoplersquos curiosity It is
enough to open minds do not overload them Put there just a spark If there is some good
inflammable stuff it will catch firerdquo
- Anatole France in The Earth Speaks
Session Objectives
To help participants understand the role education plays in sounds ecological conservation
To help participants learn about past and present conservationist and interpretive educators
To help participants learn components of quality education and interpretation
To have participants partake in quality interpretive education
To make sure participants understand that their role is to light the spark and awaken curiosityhellip not spew facts
Lecture Requirements
1 What is interpretation (5 minutes) a What does ldquointerpretrdquo mean b National Association of Interpretation definition of ldquointerpretationrdquo
i Interpretation is a mission-based communication process that forges emotional and intellectual connection between the interests of the audience and the meanings inherent to the resource
c Freeman Tilden Interpreting Our Heritage 1957 i Interpretation is an educational activity which aims to reveal meanings
and relationships through the use of original objects by first-hand experience and by illustrative media rather than simply to communicate factual information
d Components of interpretation i pleasurable or enjoyable
ii relevant to the world iii organized iv themed v sparks an interest
vi includes information but does not stop there links information to the world
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 57
vii age appropriate viii taught to someone not at them
2 What is education (5 minutes)
a What does it mean to ldquoeducaterdquo someone b John Dewey Democracy amp Education 2944
i Education in its general sense is a form of learning in which the knowledge skills and habits of a group of people are transferred from one generation to the next through teaching training or research
c Components of education i - generally presented to someone but not always
ii enjoyable sometimes iii provides knowledge and facts iv can make connections but not always v organized and themed
d Both education and interpretation are important they work together
3 Conservationists (10 minutes) a Jon Muir
i Immigrated from Scotland to Wisconsin in 1849 ii Attended the University of Wisconsin studies botany amp geology
iii Moved to the western US mainly the Sierra Nevada area iv Believed humans were part of the interconnected natural world v Advocated for the preservation of natural areas
vi Co-founded the Sierra Club b Aldo Leopold
i Iowa native attended Yale University ii After college he joined the US Forest Service was stationed in Arizona
and New Mexico iii Developed theories of land ethics the need for biodiversity and an
appreciation for wilderness areas iv Moved to Wisconsin in 1924 became a professor at the University of
Wisconsin v Regarded as the ldquoFather of Conservationrdquo
c Gifford Pinchot i Born in Connecticut in 1905
ii Studied at Yale studies forestry in France iii Named chief of the Division of Forestry (later to become the US Forest
Service) iv First chief of the US Forest Service greatly improved forest
management and increased the size of Forest Service lands
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 58
v Managed forests for the greatest good for the greatest number Pinchot added the phrase in the long run to emphasize that forest management consists of long-term decisions
d Steven Mather i Born in California attended Berkley University
ii Worked for the Pacific Coast Borax Company where he had a talent for promotion Started a competing company made millions
iii When revisiting Sequoia and Yosemite National Parks in 1914 he was appalled by the conditions of the national parks
iv Joined the Department of the Interior as the head of parks later created the National Parks System
v Professionalized the National Parks and helped to greatly grow protected lands
e Rachel Carson i Born in Pennsylvania in 1907 attended John Hopkins University for
graduate school ii Went to work for the US Bureau of Fisheries (later to become the US
Fish amp Wildlife Service) iii Wrote Silent Spring in 1962 The book created an awaking for Americanrsquos
to their responsibility to the environment and wildlife The book lead to the US Government banning the use of DDT
f Theodore Roosevelt i Born in 1858 in New York New York was a sickly child who stayed inside
studying natural history ii An avid outdoorsman he spent much time in the South Dakota Badlands
iii Became President in 1901 with the assignation of President McKinley iv Among many major accomplishments as president he started the
National Parks was instrumental in conserving about 230 million acres
4 Naturalist Interpreters (10 minutes) a Freeman Tilden
i Born 1883 worked as a newspaper columnist and author ii At age 58 he began working with the National Parks Service
iii While traveling to various National Parks he became concerned with the quality of interpretation
iv Wrote Interpreting Our Heritage in 1957 outlines 6 principles to quality interpretation forever changed the field of interpretation
b William Lewis i Worked as a ranger naturalist and interpreter trainer for the National
Parks Service ii Developed the approach of ldquoThematic Interpretationrdquo which requires the
interpreter to choose a central theme (major point) to guide the development of a program
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 59
iii Wrote Interpreting For Park Visitors c Sam Ham
i Director of Center for International Training and Outreach at the University of Idaho
ii Work has focused on applying communication theory to environmental conservation interpretation and on nature-based tourism and guide training
iii Wrote Environmental Interpretation (1992) d Ted Cable
i Professor of Park Management and Conservation at Kansas State University
ii Co-authored Interpreting Cultural and Natural Resources (2003) and Interpretation for the 21st Century Fifteen Guiding Principles for Interpreting Nature and Culture (2002)
5 Conducting an Interpretative Program Try and Fail (60 minutes + 120 minutes of activities throughouthellip see list of Suggested Activities below)
a Experiential Learning i The first time you tried to walk you failed The first time you rode a bike
you failed This is called experiential learning The first time you attempt an educational or interpretation program you will fail thatrsquos how we learn
ii Donrsquot be afraid to fail b Ask Questions about the ProgramPresentation before you commit to leading it c Plan your Program
i Generally I want my presentation to be about Specifically however I want to tell my audience about After hearing my presentation I want my audience to understand (what is the big picture you want them to take home)
1 You do not need (or want) to teach your audience everything you know your job is to light the spark
ii What will your tangibles and intangibles be 1 Tangibles are those things you can touch things you use to teach
when teaching a Examples include a tree a mammal pelt a skull a live
animal a prairie 2 Intangibles involve connecting the tangibles to concepts and the
ideas they represent intangibles are the meanings the relationships the processes the ideas the feelings and the beliefs
a Examples include food webs ecosystem health entropy ecology
iii People remember themes they forget facts
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 60
iv Plan for an organized presentation 1 Think about your overall theme smaller parts of the program and
your transitions v Stick to your theme
vi Determine what type of presentation you will have 1 PowerPoint (avoid) 2 Podium Presentation (avoid) 3 Active taking a hike playing a game etc 4 Hands-on touching feeling trying hearing smelling
vii Think about all the different kinds of learners 1 verbal-linguistic 2 logical-mathematical 3 visual-spatial 4 kinesthetic 5 musical-rhythmic 6 interpersonal (groups) 7 intrapersonal (individual) 8 naturalist
d Know your role as an educator 1 Provide facts and relationships not opinions 2 Allow participants to determine their own opinions and beliefs
using the facts amp relationships you provide them 3 PLAY ldquoFIRST IMPRESSIONSrdquo
e Prepare Prepare Prepare 1 Know the type of space and area you will have (indoor vs
outdoor small space vs vast area etc) 2 Plan for more that you are told 3 Plan for the weather (always expect it to be windy in Nebraska)
f Questions i Ask good questions
1 Is this a fox Vs How do you know this is a fox 2 Do you have any questions Vs What questions do you have
ii Be prepared for quality questions 1 What are the implications for describe the impact of what are
the reasons for iii Be prepared for ldquogoodrdquo questions
1 Do you have ewoks in the forest If a Mountain Lion and an Eagle were to fight who would win
2 Take all questions seriously Answer seriously g Model what you want to see the students do
i If you want a group of students to catch insects help them get active with them
ii This is true when working with children and adults
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 61
1 Working alongside students validates them and their learning h Be enthusiastic show your passion
i This is another form of modeling what you want to see in your students ii We need to excite students (no matter their age) about conservation
nature and the outdoors iii Have fun
6 Take Home Lesson Light the Spark and Donrsquot Be Afraid to Fail
Suggested Activities (amp potential mandatory activities)
Throughout the lesson conduct multiple games andor activities to model good interpretation
Suggested games include but are not limited to
1 Oh Deer (Project WILD) 2 First Impressions (to be done during section 5) (Project WILD) 3 The Long Haul (Project WET) 4 Sum of the Parts (Project WET) 5 Water Quality Ask the Bugs (Project WET) 6 Adaptation Artistry (Flying WILD) or Fashion a Fish (Aquatic Project WILD) 7 Avian Antics (Flying WILD) 8 Pollinators Meet Your Plants (Nebraska Project WILD wwwnebraskaprojectwildorg) 9 Scavenger Hunts (Nebraska Project WILD wwwnebraskaprojectwildorg)
Suggested Post-Readings
Interpreting Our Heritage Freeman Tilden 1957 (4th edition 2008)
ISBN-13 978-0807858677
Interpreting for Park Visitors William Lewis 1981
ISBN-13 978-0890620793
Environmental Interpretation Sam Ham 1992
ISBN-13 978-1555919023
Interpretation for the 21st Century Fifteen Guiding Principles for Interpreting Nature and
Culture Larry Beck amp Ted Cable 2002
ISBN-13 978-1571675224
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 62
Interpretation-Making a Difference on Purpose Sam Ham 2013
ISBN-13 978-1555917425
Foundations of Interpretation Curriculum Content Narrative National Parks Service 2007
httpwwwnpsgovidpinterp101foundationscurriculumpdf
Websites
National Association of Interpretation
wwwinterpnetcom
North American Association for Environmental Education
wwwnaaeeorg
Nebraska Alliance for Conservation and Environment Education
wwwnaceeorg
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 63
Safety in the Field
Developed by Rich Hawes Nebraska Master Naturalist rdhawes26msncom
Objectives
Raise awareness of Risk Managementassessment as part of event planning
Guidelines to safe activities for participants presenters and the environment
Present Leave No Trace Principals as part of all outdoor activities
Present resources for additional training or certification for outdoor activities
Hands on activities to encourage interest and to provoke thought and discussion
Hazards of the area
Outdoor hiking safety
Stewardship of the land and natural resources
Being flexible and working with ldquowhat you haverdquo
Outline
1 Outdoor Activities ndash Whatrsquos The Worst That Can Happen An Introduction to Event Planning and Risk Management
2 Leave No Trace Principals
3 Trip planning and Logistics
4 Health amp Safety
5 Youth Protection
6 Age Appropriate Activities
7 Resource Training and Certifications
a Standard First Aid CPRAED Wilderness First Aid
b Shooting Sports - Range Safety Officer or Instructor
c Hunter Safety Instructor
d Climbing COPE and Zip Lines
e Water Safety Instructor Life Guard Small Boat Handling
f Leave No Trace Trainer or Master Educator
g Tread Lightly Tread Trainer or Master Tread Trainer
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 64
Suggested Activities
CPR Scenario
First Aid Scenario
Weather Scenario
Lost Scenario
Online Resources
American Camp Association
Boy Scouts of America
Youth Protection
Safe Swim Defense
Safety Afloat
Climb On Safely
Weather Safety
Trek On Safely
(etc)
Leave No Trace
Nebraska Game amp Parks
Hunter Safety
Boating Rules amp Regs
National Rifle Association
(Archery groups)
American Red Cross
(wilderness medicine group(s))
NOLS
Tread Lightly
US Coast Guard
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 37
Sexually mature at 4 -5 years
Hawks and Allies (Family Accipitridae ndash to grasp or take)
Medium to very large diurnal raptors
Hooked beak strong legs and sharp talons
Buteos (buzzard hawks)
Stocky with broad wings wide tails
Soar and wheel high in the sky
Common Nebraska species ndash red-shouldered broad-winged Swainsonrsquos red-tailed
ferruginous rough-legged hawks
Accipiters (true hawks)
Small heads short rounded wings longish tail slender bodies
Fly with several rapid beats and a glide Common Nebraska species ndash sharp-shinned hawk Cooperrsquos hawk northern goshawk
Harriers
Slim body with slim round-tipped wings
Fly in open country gliding low with wings lifted in a V (dihedral)
Species in Nebraska - northern harrier
Kites
Small falcon shaped buoyant gliders not power-fliers
Common Nebraska species ndash Mississippi Kite
Osprey
Soar high on long swept-back wings
Broad tail short-headed appearance
Often travel in pairs
Eagles
Large very broad bodied with broad long plank-like wings massive head and bill
Soar steadily holding wings flat out to the side
Powerful wing beat on upstroke wings raised high Common Nebraska species ndash bald and golden
Falcons (and caracaras) (Family Falconidae - )
WHAT TO LOOK FOR
Small to large compact fast-flying raptors
Long pointed wings bent at the wrist - Strong rapid wing strokes
Common Nebraska species ndash American kestrel gyrfalcon peregrine falcon prairie falcon
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 38
Grouse Turkeys and Pheasants (Family Phasianidae ndash cock or fowl-like bird)
WHAT TO LOOK FOR
Ground dwelling birds with feather nostrils
Short strong bills and short rounded wings
Flight strong but brief
Males perform elaborate courting displays
Common Nebraska species ndash ring-necked pheasant sharp-tailed grouse greater
prairie chicken wild turkey
New World Quail ( Family Odontophoridae ndash bearing teeth)
WHAT TO LOOK FOR
Ground dwelling bird found in brushy habitat and other dense low foliage
Chunky rounded bodies and crests or head plumes
Chicken-like bill short rounded wings
Common Nebraska species - northern bobwhite
Rails and Coots (Family Rallidae - )
WHAT TO LOOK FOR
Marsh birds with short tails and stubby wings
Secretive and identified chiefly by call and habitat
Rails are laterally flattened ldquoThin as a railrdquo Coots are plumper and gregarious
Common Nebraska species ndash yellow rail black rail king rail Virginia rail sora common
moorhen American coot
Cranes (Family Gruidae - )
WHAT TO LOOK FOR
Tall stately wetland birds with long necks and long bills
Tertial flight feathers droop over rump in a bustle when standing
Fly with necks fully extended
Circle in thermals like raptors
Common Nebraska species - sandhill and whooping cranes
Plovers and Killdeer (Family Charadriidae ndash nocturnal waterbird)
WHAT TO LOOK FOR
Small to medium shorebirds that dart across the ground stop and then take off again Upright posture with medium length legs and long pointed wings
Rounded head large eyes thick neck with a short thick bill
Common Nebraska species ndash black-billed American golden snowy semipalmated piping
plovers and killdeer
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 39
Stilts and Avocets (Family Recurviostridae- bent bill)
WHAT TO LOOK FOR
Tall slim shorebirds
Long thin bill very long slender legs long neck striking black-and-white plumage Stilts have straight bills avocets have re-curved bills
Common Nebraska species ndash American avocets black-necked stilt
Sandpipers and Phalaropes and Allies (Family Scolopacidae ndash woodcock)
WHAT TO LOOK FOR
Diverse group of shorebirds
Long toes and long tapered wings
Bill and leg length varies but bill more slender than a ploverrsquos
Plumage browns grays and whites with reds and oranges during breeding season
All but one species have short elevated hind toe
Species found in Nebraska include common snipe ruddy turnstone phalaropes sandpipers
woodcocks godwits whimbrels willets etc
Dowitchers
WHAT TO LOOK FOR
Medium sized chunky dark shorebird
Long straight bills and distinct pale eyebrows
Feed in mud or shallow water in a rapid jabbing motion
Phalaropes
WHAT TO LOOK FOR
Often spin like a top in water when feeding
Female larger and more colorful than male
Male tends incubates and cares for chicks
Common Nebraska species ndash Wilsonrsquos and red-necked phalaropes
Gulls Terns and Allies (Family Laridae ndashsea birds)
Gulls
WHAT TO LOOK FOR
More robust with wider wings and longer legs than terns
Bill slightly hooked tail square or rounded - Seldom Dive
Common Nebraska species ndash Pomarine Jaeger Franklinrsquos little Bonapartersquos ring-
billed California Herring Thayerrsquos lesser black-backed glaucous
Sabinersquos gulls black-legged kittiwake
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 40
Terns
WHAT TO LOOK FOR
Graceful more streamline than gulls
Usually has a forked tail ndash most whitish with black cap
Sharp-pointed bill - Hoover and dive headfirst for fish
Common Nebraska species ndash Caspian common Foresterrsquos terns
Pigeons and Doves (Family Columbidae ndash dove)
WHAT TO LOOK FOR
Plump fast flying cooing voice
Short legs and necks and small heads short bills
Tail fan-like rounded or pointed
Pigeons larger than doves
Common Nebraska species ndash rock mourning Eurasian collared doves
Cuckoos Roadrunners and Anis (Family Cuculidae - )
WHAT TO LOOK FOR
Slender with a long tail at least half of the birdrsquos total length
Fairly large sturdy decurved (curving down) bill
2 toes forward 2 back (zygodactyls)
Common Nebraska species - black-billed cuckoo and yellow-billed cuckoo
Barn Owls (Family Tytonidae -)
WHAT TO LOOK FOR
Slim medium sized night hunter
Legs are long and sparsely feathered
Large head with large forward-facing immovable eyes
Heart-shaped face hooked beak and ghostly appearance
Typical Owls (Family Stigidae ndash night bird)
WHAT TO LOOK FOR
Generally night hunters
Large heads flatten face with large forward-facing immovable eyes hooked beak
Mottled appearance some with feather tuffs upright stance
Common Nebraska species ndash eastern screech great horned burrowing barred long-eared
short-eared northern saw-whet owls
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 41
Nighthawks and Nightjars (Family Caprimulgidae ndashgoat sucker)
WHAT TO LOOK FOR
Nocturnal or crepuscular
Big tail large eyes tiny bills surrounding a large gaping mouth
By day sit horizontally on limb or on ground
Easiest to identify by voice
Common Nebraska species ndash common nighthawk common poorwill chuck-willrsquos-widow
Whip-poor-will
Swifts (Family Apodidae ndash without feet)
WHAT TO LOOK FOR
Small to medium sized aerial foragers ndashspend most of life flying
Long sickle-shaped wings bending close to body and extremely short legs
Eat bathe drink and sometime mate in the air
Common Nebraska species - chimney swift white-throated swift
Hummingbirds (Family Trochilidae ndash small bird)
WHAT TO LOOK FOR
Tiny body long slender bill
Distinctive blur and hum of hovering wings
Jewel-like throat feather found on male
Common Nebraska species ndash ruby-throated broad-tailed and rufous hummingbirds
Kingfishers (Family Alcedinidae - kingfisher)
WHAT TO LOOK FOR
Small to medium size
Thickset with short neck and tail small feet
Large head with a ragged crest and long strong bill
Sit on lines and low branches near water or hovers above water
Plunges head first into water to catch fish
Common Nebraska species ndash belted kingfisher
Woodpeckers (Family Picidae ndash woodpecker)
WHAT TO LOOK FOR
Arboreal (tree) birds
Vertical posture creep up trees
Strong chisel-like bill short legs stiff tail feathers rounded wings
Undulating flight pattern and characteristic bill drumming
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 42
Common Nebraska species ndash Lewisrsquos red-headed red-bellied hairy downy woodpeckers
yellow-bellied and red-naped sapsuckers northern flicker
THE PASSERINES Feet adapted to perching
Tyrant Flycatchers (Family Tyrannidae - lord ruler king)
WHAT TO LOOK FOR
Small to medium perching bird
Large head broad flattened bill pointed wings short legs
Bristly ldquowhiskersrdquo at base of bill
Sit upright on exposed branch and dart out to catch insects
Common Nebraska species - flycatchers pewees kingbirds phoebes kingbirds
Shrikes (Family Laniidae ndash butcher)
WHAT TO LOOK FOR
ldquoButcher birdsrdquo ndash impale prey on thorns (may be to attract a mate and mark territory)
Robin-size bird with hooked bill and masked face with hawk-like behavior
Black gray and white birds
Common Nebraska species - northern and loggerhead shrike
Vireos (Family Vireondae ndash small bird)
WHAT TO LOOK FOR
Small olive- or gray-backed bird with short sturdy cylindrical slightly hooked bill
Can have wing bars and eye-rings or have eye stripes and no wing bars
Often confused with warblers but are chunkier bigger headed thicker billed
Common Nebraska species ndash white-eyed Bellrsquos yellow-throated plumbeous
Cassinrsquos blue-headed warbling Philadelphia red-eyed
Crows and Jays (Family Corvidae ndash raven)
WHAT TO LOOK FOR
Large perching bird with strong longish all-purpose bill to handle variety of foods
Nostrils covered with feathers
Legs scaled in front and smooth behind
Harsh voice and noisy
Bold gregarious
Common Nebraska species - black-billed magpie American crow
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 43
Larks (Family Alauidae ndash lark)
WHAT TO LOOK FOR
Ground dwellers of open fields ndash seldom seen in trees and shrub
Walk rather than hop have an elongated hind toe
Slender billed seed and insect eaters
Yellowwhite face with black facemask horns and breast band
Has musical song often sung in display flight
Common Nebraska species ndash horned lark
Swallows and Martins (Family Hirundinidae ndash swallow)
WHAT TO LOOK FOR
Slim streamline bodies with long pointed angled wings
Tail forked or squared legs and feet inconspicuous
Bill short and wide
Fluid aerialists ndash dart about catching insects
Flocks perch in long rows on branches and lines
Common Nebraska species ndash purple martin northern rough wing bank cliff barn swallows
Chickadees and Titmice (Family Paridae - )
WHAT TO LOOK FOR
Small plump sociable birds with short bills and wings
Active agile ndash often hang upside down to feed
Many times roam in little bands (often leading the group) in search of food
Chickadee ndash no tuff of feathers on head Titmice ndash tufted Common Nebraska species ndash black-capped chickadee tufted titmouse
Nuthatches (Family Sittidae ndash birds that peck bark of tree)
WHAT TO LOOK FOR
Small stout tree-climbers with slightly upturned strong woodpecker-like bills
Stubby squared off tails
Walk down trees headfirst Common Nebraska species ndash red-breasted and white-breasted nuthatches
Creepers (Family Certhiidae -)
WHAT TO LOOK FOR
Small slim tree-dwellers with stiff tails and slender downward curving bill
Primarily brown
Common Nebraska species ndash brown creeper
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 44
Wrens (Family Troglodytidae ndash cave dweller
WHAT TO LOOK FOR
Small stumpy energetic brown birds
Bill slightly down turned loud song
Tails often in ldquocockedrdquo or up-tilted position
Common Nebraska species ndash rock house winter marsh wrens
Kinglets (Family Regulidae -)
WHAT TO LOOK FOR
TINY very active songbirds ndash only certain hummingbirds smaller
Can hover will feeding
Greenish plumage with bright colored crowns Short tails
Common Nebraska species ndash ruby-crowned and golden-crowned kinglets
Gnatcatchers (and Old World Warblers) (Family Sylviidae - )
WHAT TO LOOK FOR
Small birds with slender pointed bills surrounded by rectal bristles
Drab plumage with seasonally changing head patterns
In constant motion
Common Nebraska species ndash blue-gray gnatcatcher
Thrushes (Family Turdidae -)
WHAT TO LOOK FOR
Large-eyed upright postured songbirds - known for their singing ability
Bill is slender straight but not sharp
Often hop along the ground looking for food
Common Nebraska species ndash eastern bluebird veery gray-cheeked Swainsonrsquos hermit
wood thrush American robin
Mockingbirds and Thrashers (Family Mimidae ndash imitator mimic)
WHAT TO LOOK FOR
Well known for their vocal and mimicking ability
Have short rounded wings long legs and tails
Long down-curved bills
Common Nebraska species ndash gray catbird northern mockingbird brown thrasher
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 45
Starlings (and Mynas) (Family Sturnidae - )
WHAT TO LOOK FOR
Medium sized chunky glossy birds with short tails sharp bills
Short triangular to rounded wings
Gregarious bold birds
Pipits (and Wagtails) (Family Motacillidae -)
WHAT TO LOOK FOR
Slender billed brownish ground dwellers with long back toe
Walk briskly rather than hop along the ground
Most species bob their tails up and down
Common Nebraska species ndash American pipit
Waxwings (Family Bombycillidae ndash silk tail)
WHAT TO LOOK FOR
Birds with sleek crest that can be erected
Plump-bodied birds with pointed wings with red waxy tips of secondaries
Bill is small wide and notched high thin calls
Square tail with terminal yellow band
Common Nebraska species ndash Bohemian and cedar waxwings
Wood Warblers (Family Parulidae -)
WHAT TO LOOK FOR
Brightly colored (mostly yellow) birds
Smaller than sparrows with thin needle-like bills
Common Nebraska species ndash approx 34 warblers ovenbirds yellow-breasted chats and
waterthrush
New World Sparrows (Family Emberizidae -)
WHAT TO LOOK FOR
Small to medium-sized birds - often brown streaked appearance
Rounded wings cone-shaped bills
Common Nebraska species ndash 20 sparrows towhees longspurs dark-eyed juncos snow and
lark buntings
Cardinals and Allies (Family Cardinalidae )
WHAT TO LOOK FOR
Medium to large songbirds
Have large cone-shaped bills
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 46
Males often very colorful
Common Nebraska species ndash northern cardinals rose-breasted and black-headed grosbeaks
indigo bunting dickcissel
Blackbirds Orioles and Allies (Family Icteridae)
WHAT TO LOOK FOR
Medium to large songbirds with strong straight bills
Strong-direct flight
Plumage varies from iridescent black to yellow to orange
Common Nebraska species ndash Bobolink eastern and western meadowlarks red-winged and
rusty blackbirds common and great-tailed grackles orchard Baltimore and
Bullockrsquos orioles brown-headed cowbird
Finches and Allies (Family Fringillidae)
WHAT TO LOOK FOR
Small to medium songbirds
Have conical bills and forked relatively short tails
Fly fast and undulate through the air giving high-pitched calls in flight
Common Nebraska species ndash gray-crowned rosy purple Cassinrsquos house finches red
crossbill white-winged crossbill common redpoll pine siskin American goldfinch
evening grosbeak
Old World Sparrows (Family Passeridae)
WHAT TO LOOK FOR
Stouter bodies shorter legs and thicker bills than native sparrows
Have a simple song repeating single elements with no particular rhythm or beginning
And end vocalize all day and year-round
Common Nebraska species ndash house sparrow (introduced)
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 47
Geology and Natural History of Nebraska
Being Developed by Jon Garbisch Cedar Point Biological Station jgarbisch2unledu
bull Geological history of Nebraska
bull Present geological formation of regions
bull General soil types
bull Geological landforms and related habitats
What we currently use
Theme
Nebraska geology formed over millions of years through the erosion of mountains the deposition of
sediments and the flow of water and ice shaping the landscape that we call home
Goal
Attendees will develop an understanding of the natural processes that influenced and built Nebraska
and in so doing develop a greater appreciation for the geology and how it relates to all other aspects of
the statersquos identity
Objective(s)
The Master Naturalists attendees will be able to use the knowledge they have gained to better
understand the surface and subsurface geology at any location in the state that they may find
themselves working
How will it be measured
Attendees will be able to use the knowledge gained to actively interpret general Nebraska geology by
completing activities in the form of hand-out diagrams biostratigraphic fossil correlations
interpretation of rock type hand specimens and visual description of the Geology on the trail at Camp
Brewster Fontenelle Forest
Introduction
Nebraska geology formed over millions of years through the erosion of mountains the deposition of
sediments and the flow of water and ice shaping the landscape that we call home (Hand out agenda)
Geology is rooted in the 3 rock groups that exist on planet Earth and so familiarity with
o these groups gives us a solid foundation for all other geologic interpretation
A half hour will be spent handling examples from each rock group
o 3 groups 3 tables with one rock type on each table each group spends 10 minutes at
each table
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 48
The Geologic Time Scale is a record over time of the Earths major geologic events and we
can use it to help us understand how and when Nebraska took shape
The natural agents of change which have shaped our state include oceans rivers wind
o and ice
The geologic time periods in Nebraska are represented by rock layers (or not) which occur all
around the state and have been named so that no matter where you are in the state you can
correlate the strata to the time scale (fossilsisotopes)
6 Geologic Principles will be discussed so that when the MN is in the field they can be used as an
aid in basic geologic interpretation
Conclusion
Nebraska geology formed over millions of years through the erosion of mountains the deposition of
sediments and the flow of water and ice shaping the landscape that we call home Geology supplies us
a record of the events that have shaped our Earth by learning the language in which the Earth script is
written we will be able to interpret and share the story of our state of Nebraska This understanding will
aid in us in relating to other areas influential and important to the state
Places to Go (places to see examples of Nebraska geology)
a Agate Fossil Beds National Monument Lower Miocene fossil mammal site including abundant body fossils of ancient mammals and prominent fossil rodent burrows
b Ashfall State Park Upper Miocene fossil mammal assemblage found in ash derived from an eruption of a predecessor to the Yellowstone volcanic field c Chimney Rock National Historic Site Oligocene and Lower Miocene continental sedimentary rocks deposited as sediments by wind and steams
d Hummel Park (Omaha) outcrops of Pleistocene glacial till and loess
e Lincoln area Capitol Beach Lake and history of saline waters and salt industry flooding history of Antelope and Salt creeks building stones in downtown area brick industry University of Nebraska State Museum
f Louisville area outcrops of Upper Pennsylvanian marine sedimentary rocks
g Valentine area and Niobrara National Wildlife Refuge Niobrara River Canyon and Cenozoic stratigraphy
h Niobrara State Park Upper Cretaceous marine sedimentary rocks (Niobrara Formation and Pierre Shale) landslides along Missouri River anthropogenic changes in Missouri River Niobrara River and Mormon Canal
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 49
i Downtown Omaha removal of loess from hills in downtown area engineering of Missouri River (eg groins bank armoring etc) visible at Bob Kerrey Memorial Bridge deep bedrock water wells at old industrial sites
j Platte River State Park Upper Pennsylvanian marine sedimentary rocks and overlook of Platte River
k Ponca State Park Upper Cretaceous marine sedimentary rocks (uppermost Dakota Formation through Greenhorn Limestone)
l Rock Creek State Historical Park middle Cretaceous Dakota Formationmdashfluvio-estuarine continental deposits
m Schramm Park Upper Pennsylvanian marine sedimentary rocks
n Scotia and Happy Jack Chalk Mine Upper Miocene lake deposit In Ogallala Group
o Scotts Bluff National Monument Oligocene and Lower Miocene continental sedimentary rocks deposited as sediments by wind and steams
p Smith Falls State ParkCenozoic stratigraphy Niobrara River waterfalls as knick points
q Toadstool Park and nearby areas continental sedimentary rocks of upper Eocene Chadron Formation Pine Ridge escarpment Trailside Museum and Ft Robinson State Park
r Weeping Water area Upper Pennsylvanian marine sedimentary rocks
s Wildcat RidgeHillsescarpment on Oligocene and Lower Miocene continental sedimentary rocks deeply eroded into canyons buttes and pinnacles by stream erosion during and after the Late Pliocene
t Indian Cave State Park and Iron Horse Trail south of Peru Upper Pennsylvanian Indian Cave Sandstone (fluvio-estuarine deposit) and sandstone cave
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 50
North American Model and Outdoor Skills Developed by Jeff Rawlinson Assistant Division Administrator Information and Education Nebraska Game and Parks Commission jeffrawlinsonnebraskagov
OUR North American Model of Conservation
Perhaps no other story is more compelling and more important in American history as that of how
our natural resources came to be one of the most important elements in our lives The history of our citizenryrsquos strong land ethic ties us to the natural world long after other nations have forgone this relationship We value how the common person from a common family can participate in the thrill of the chase experiencing wildness to its fullest
The North American Model of Conservation is a philosophy that the United States and Canada have
developed to manage wildlife in a sustainable way Historians debate how this land ethic began Some
say our model of conservation began in 1937 with the passage of the PittmanRobertson Act a move that provided funding for wildlife conservation at the national and state level The source of this funding came from the sale of hunting and shooting equipment Others may say that it began when the conservation giant President Theodore Roosevelt brought management of natural resources to the
political forefront Others would argue our Model of conservation was birthed under the Magna Charta which transferred the ownership of wildlife from the King of England and the English nobles to the all of
the people of England In reality however our Model has been under development for several hundred years combining what we have learned from other nations peoples cultures and experiences to shape a philosophy ingrained in our culture supported by hunters anglers and shooting sports enthusiasts
benefiting all wildlife and wild lands in the United States
First Wildlife Managers The concept of managing wildlife or natural resources was not conceived by our young nation For
thousands of years humanity has been manipulating and controlling the land and all its inhabitants to benefit our needs Ever since the first hunter followed that wooly creature across the Bering Straight embarking on an epic journey that would result in settling of North America man has ldquomanagedrdquo
wildlife in North America
Throughout history many leaders have shown some element of concern or conservation ethic towards wildlife The great Kublai Khan grandson of Genghis Khan and founder of the Yuan Dynasty in China forbade harvesting of many species of wildlife during critical reproductive months of March
through August so species could ldquoincrease and multiplyrdquo Conservation of wildlife is even found in Mosaic Law in Deuteronomy 226 representing some of the first written wildlife management idealsmdashldquo If you come across a birdrsquos nest in any tree or on the ground with young ones or eggs and
the mother sitting on the young or on the eggs you shall not take the mother with the youngrdquo (English Standard Version 2001)
As populations expanded throughout Europe wildlife resources fell under ownership of powerful kings
who enacted harsh punishments for anyone found taking the kingrsquos game In 1215 a rebellion against King John of England resulted in the Magna Charta transferring ownership of lands and game from the crown to the people This ldquoprivatizingrdquo of wildlife ownership had profound impacts America over 500 years later
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 51
Era Of Abundance (1600 ndash 1850) When our forefathers first landed on the eastern shores of America they brought with them science
religion and a new hope They found plentiful game and soon began a relationship with the land that provided them with many of their daily needs Wildlife was viewed as a limitless resource in a relatively untapped land These early settlers had left Europe where few had access to wildlife and entered a world where everyone had access Furs feathers hides all had value to this young country In 1776 the Declaration of Independence revoked the Kingrsquos rights to land and people in this new world After a
bloody war led by revolutionaries such as Washington Hamilton Jefferson and Adams the United States gained its independence and the land and wildlife belonged to everyone
Era Of Exploitation (1850 ndash 1900)
The 1800s brought a commercialization of our wildlife resources Market hunting and habitat
destruction began to decimate wildlife populations such as the American Bison and Passenger Pigeon After the American Revolutionary War and the Civial Warmdashwhich nearly destroyed our ldquodemocratic
experimentrdquo all togethermdashfew people were looking after the interest of wildlife and even fewer rules
existed governing the management of a resource everyone had ownership of yet no one had responsibility for
The railroad provided settlers with the means to access new lands expanding the markets for meats hides and fur Advancements in technology such as the repeating rifle further aided the unbridled
destruction of wildlife resources Yet throughout this era something positive was growing The people of this new nation were developing a relationship with the land By 1842 a Supreme Court ruling had huge impacts on this developing model of conservation resulting in a Public Trust Doctrine that would
further outline a model for conserving our natural resources Conservation was developing some direction but had no money or laws to support it
Era Of Protection (19001930) The early 1900s brought an industrial boom Abuse of natural resources had taken its toll and throughout the Nation and evidence of this abuse could be seen in the loss of species such as the
passenger pigeon near loss of the American bison and in many large mammals including whitetailed deer and our once numerous waterfowl species America was becoming an economic giant yet through
the roar of machines both political and metal a small voice could be heard It was the hunter and their voice was of concern for the direction our wildlife resources were heading Conservation minded men and women had continued a relationship with the land and the wildlife
Era of Game Management (1930 ndash 1966) The ldquodirty thirtiesrdquo were marked by the dust bowl and an impoverished nation Agricultural practices
unchecked by environmental stewardship had left the Nationrsquos heartland in ecological peril Politically the conservation movement was supported by the footings laid by Theodore Roosevelt New federal acts moved forward to provide for environmental protection due to the outcry of hunters in panic over the vanishing wildlife resources of the Nation
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 52
Wildlife conservation had support yet it lacked the science to properly manage our Nationrsquos resources A young biologist name Aldo Leopold changed all this with his writings including the book Game
Management which led to Universities across the country developing wildlife conservation programs These programs spawned a new breed of professional game managers who utilized science to support management methods that ultimately lead to the greatest wildlife conservation success story in the world In 1937 the PittmanRobertson Act provided thousands of jobs for young professionals along with ldquogame wardensrdquo supported by individual states to further the development of the Conservation Model
which now had science and funding to support it
Era of Environmental Management (1966 ndash Present) Science and funding led to a broadening view of conservation as focus shifted from managing ldquogame
animalsrdquo to managing the entire biota (environment and all living things in it) Further federal acts such
as the Endangered Species Act of 1966 and the National Environmental Policy Act of 1969 provided greater protection for species by a nation that had finally changed its course providing time to review
and perfect conservation efforts Recent acts such as the 1980 Farm Bill continued the effort to help
landowners provide quality habitat for wildlife and hunters by providing incentives to landowners to set aside highly erosive lands and plant them into wildlife habitat (grasslands) that benefit wildlife and hunters
The story of our unique model of conservation is still being written New challenges today threaten our
coveted resources and new professionals are entering the arena to further the plight of our Nationrsquos wildlife and hunting heritage
Seven Pillars of the Model
Seven main pillars have been highlighted as the foundation of support for the North American Model
of Conservation These include
The Public Trust The wildlife of the United States are owned by the people This is very different from the European Model where wildlife is privately owned The North American Model recognizes wildlife as a public
resource that is so important it can not be owned or managed by any one segment of our society but rather managed by professional state and federal entities for the benefit of all This concept known as
the Public Trust Doctrine began development in 1842 when the Supreme Court ruled that the Magna Charta had settled the question of who owns fish and wildlife and that King Charles II did not have the authority to give away the ldquodominion and propertyrdquo of lands in colonial America The court further ruled that since the American Revolution the people held public trust responsibilities for fish and wildlife except for rights specified in the US Constitution
Prohibition on Commerce
It was the hunter who brought forth stringent laws that protected wildlife from peril in the 19th
and 20th
centuries Because we all own and appreciate our wildlife as a national resource they should never find themselves on the public market to the highest bidder This path led to a largescale loss of many species
including the Passenger Pigeon and the near loss of the American bison As our country was developing these practices were common as people moved west in search of prosperity capitalizing on a land seemingly untouched by the modern world Today many laws in place serve to protect our most
valuable resourceshellipour wildlife
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 53
Democratic Rule of Law Each citizen of this great nation has the ability and responsibility to engage in healthy politics that serve
to support and protect sound wildlife conservation measures Our first conservation measures in this Country habitat restoration simple harvest restrictions and bag limits came from hunters people who respected the game they pursued and loved the wild places they chased them in The North American Model of conservation is built upon active public involvement instilling a value for wildlife in all citizens
Hunting Opportunity for All The Model was developed on the premise that all people regardless of political or economic standing could participate in and feel the thrill of the chase It is this unique Model that provides us with wildlife opportunities for all Americans Imagine how important this was to our fore fathers who left a brutal
King in England where only the aristocracy had any dream of pursuing wild creatures in wild places Our
wildlife laws ensure that each generation that comes after us will have the same opportunity to enjoy and appreciate wildlife
Nonfrivolous Use Our management of wildlife depends on a citizenry that loves and appreciates the wild creatures and the habitats necessary to their survival and our quality of life Wildlife may be utilized under strict rule of
law including utilizing the wildlife once harvested to its best potential Killing wildlife for the sake of killing can only lead to the numbing of hearts to wildlife and a profound lack of respect for our most
precious resources
International Resources
It was not until the 20th
century that hunters and wildlife lovers understood the importance of
managing wildlife at a much larger scale This became readily apparent with the passage of the
Migratory Bird Treaty Act of 1918 where nations came together to manage wildlife resources as a
collective Wildlife species do not recognize national or state boundaries Governments must work together to be effective in managing wildlife for the benefit of all The United States has made great
strides in this area with Mexico and Canada Our wildlife is not only a resource to us but to all continents they may call home throughout the year Our biologists must think globally to be effective locally
Scientific Management Although Theodore Roosevelt brought conservation to the political forefront it was a young forester from Iowa that made the study of wildlife management a science Aldo Leopold is considered by many
as the ldquofather of wildlife managementrdquo due to his tireless efforts to develop curriculum for future wildlife biologists Today our biologists earn their opportunity to manage wildlife through prominent
Bachelor Masters and Doctorate degree programs from Universities around the world Wildlife must be managed using fact science and the latest research We are constantly learning and adapting to new technology and changing environments For such an important resource we cannot afford to have it any other way
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 54
Nebraska Master Naturalist Specializations Certifying as a Specialist ldquoFollow your own natural geniusrdquo wrote Thoreau ldquoand it will not fail to show you a fresh prospect every hourrdquo Many of us learn by doing When our curiosity and interests carry us into deeper study of a given subject it can be helpful to have clear opportunities to pursue Thus the Nebraska Master Naturalist Program offers specialized voluntary training for those who are hungry to develop and apply their particular skill and personal understanding on behalf of our natural legacy Specializations are designed to create collaborators leaders and mentors in four key areas
Interpretation and Outreach
Outdoor Skills and Recreation
Resource Management
Citizen Science Master Naturalist Certification Requirements Annual Requirement o 8 Hours Training Annually o 20 Hours of Volunteerism Annually Master Naturalist Specialization Requirement One Time Requirement o 20 Hours of Training Total Specific to Specialization Annual Requirement o Additional 20 Hours of Volunteerism Annually Specific to Specialization (does not include initial Certification annual requirement hours)
OUTDOOR SKILLS AND RECREATION SPECIALIZATION The purpose of OUTDOOR SKILLS AND RECREATION is to promote activity and development of skills in the outdoor pursuits associated with natural resources Specializations are designed to create collaborators leaders and mentors in particular areas A Certified Nebraska Master Naturalist can complete the Outdoor Recreation Specializationby meeting the following requirements Complete at least one of the workshops or certification‐leading trainings listed below If specialized training is not listed below it can be approved upon request by the Master Naturalist Program Committee Specialized Training Options ‐
Hunter Education Instructor Certification 13 hrs
National 4‐H Shooting Sports Instructor Certification 32 hrs
Nebraska 4‐H Shooting Sports Shotgun Certification 12 hrs
Nebraska 4‐H Shooting Sports Archery Certification 12 hrs
Nebraska 4‐H Shooting Sports Rifle Certification 12 hrs
Nebraska 4‐H Shooting Sports Pistol Certification 12 hrs
Nebraska 4‐H Shooting Sports Muzzleloader Certification 12 hrs
National Archery in the Schools Program Basic Archery Instructor 4 hrs
NRA Range OfficerMaster Certification 8 hrs
Hunt Master Training Instructor 4 hrs
NRA Shooting Instructor 16 hrs
NRA Shotgun Instructor 16 hrs
NRA Rifle Instructor 16 hrs
Boater Education Instructor 12 hrs
Youth Fishing Instructor 5 hrs
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 55
American Canoe Association National CanoeKayak Instructor 16‐32hrs
National Camp SchoolBoy Scouts 16‐24 hrs
Wood Badge TrainingBoy Scouts 16‐24 hrs
Merit Badge Counselor TrainingBoy Scouts 2‐16 hrs
Conservation Leaders for Tomorrow 35 hrs
Wilderness First Aid 16‐32 hrs
Professional Trappers College 40 hrs
American Camp Association Instructor Training 8‐40 hrs
American Red Cross Instructor Training 2‐16 hrs
American Sailing Association Instructor Training 16‐24 hrs
Certified Horsemanship Association Instructor Training 24‐40 hrs
Leave No Trace Master Educator Training 40 hrs
National Outdoor Leadership School 280 hrs
Camp Cook School 32‐96 hrs
Professional Association of Diving Instructors Training 32‐96 hrs
Professional Mountain Bike Association Instructor Training 24 hrs
League of American Bicyclists Instructor Certification 24 hrs
Hunting
Shooting
Fishing
Trapping
Camping
Outdoor Cooking
Orienteering
Geocaching
Photography
Wildlife Viewing
Hiking
Biking
Birding
Becoming an Outdoors‐Woman Program
Wilderness First Aid
Wilderness Survival
Leave No Trace Educator
Service Options ndash Provide a minimum of 20 hours of service annually in the following or similar areas
4‐H leader and youth training outdoor recreation
Scout leader and youth training outdoor recreation
Wild About Nature
Flying WILD Educator or Facilitator Workshop
Becoming an Outdoors Woman (BOW)
Beyond Becoming an Outdoors Woman (BOW)
Family Camp
Learn to Hunt Program
National Archery in the Schools Program BAI training or greater
Mentor HuntHunt Masters Training
After School Programs
Others ndash Upon approval
Outdoor discovery programs volunteer
CRO at a shooting event
Assist with National or State shooting sports competitions
Family fishing day
Design or write a brochure
Develop or contribute to a website
Develop or contribute to a social networking site
Design or write a newsletter
Assist in fundraising
Plan an event or festival
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 56
Interpretation amp Education- Developed By Lindsay Rogers Nebraska Game amp Parks
Commission
Do not try to satisfy your vanity by teaching a great many things Awaken peoplersquos curiosity It is
enough to open minds do not overload them Put there just a spark If there is some good
inflammable stuff it will catch firerdquo
- Anatole France in The Earth Speaks
Session Objectives
To help participants understand the role education plays in sounds ecological conservation
To help participants learn about past and present conservationist and interpretive educators
To help participants learn components of quality education and interpretation
To have participants partake in quality interpretive education
To make sure participants understand that their role is to light the spark and awaken curiosityhellip not spew facts
Lecture Requirements
1 What is interpretation (5 minutes) a What does ldquointerpretrdquo mean b National Association of Interpretation definition of ldquointerpretationrdquo
i Interpretation is a mission-based communication process that forges emotional and intellectual connection between the interests of the audience and the meanings inherent to the resource
c Freeman Tilden Interpreting Our Heritage 1957 i Interpretation is an educational activity which aims to reveal meanings
and relationships through the use of original objects by first-hand experience and by illustrative media rather than simply to communicate factual information
d Components of interpretation i pleasurable or enjoyable
ii relevant to the world iii organized iv themed v sparks an interest
vi includes information but does not stop there links information to the world
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 57
vii age appropriate viii taught to someone not at them
2 What is education (5 minutes)
a What does it mean to ldquoeducaterdquo someone b John Dewey Democracy amp Education 2944
i Education in its general sense is a form of learning in which the knowledge skills and habits of a group of people are transferred from one generation to the next through teaching training or research
c Components of education i - generally presented to someone but not always
ii enjoyable sometimes iii provides knowledge and facts iv can make connections but not always v organized and themed
d Both education and interpretation are important they work together
3 Conservationists (10 minutes) a Jon Muir
i Immigrated from Scotland to Wisconsin in 1849 ii Attended the University of Wisconsin studies botany amp geology
iii Moved to the western US mainly the Sierra Nevada area iv Believed humans were part of the interconnected natural world v Advocated for the preservation of natural areas
vi Co-founded the Sierra Club b Aldo Leopold
i Iowa native attended Yale University ii After college he joined the US Forest Service was stationed in Arizona
and New Mexico iii Developed theories of land ethics the need for biodiversity and an
appreciation for wilderness areas iv Moved to Wisconsin in 1924 became a professor at the University of
Wisconsin v Regarded as the ldquoFather of Conservationrdquo
c Gifford Pinchot i Born in Connecticut in 1905
ii Studied at Yale studies forestry in France iii Named chief of the Division of Forestry (later to become the US Forest
Service) iv First chief of the US Forest Service greatly improved forest
management and increased the size of Forest Service lands
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 58
v Managed forests for the greatest good for the greatest number Pinchot added the phrase in the long run to emphasize that forest management consists of long-term decisions
d Steven Mather i Born in California attended Berkley University
ii Worked for the Pacific Coast Borax Company where he had a talent for promotion Started a competing company made millions
iii When revisiting Sequoia and Yosemite National Parks in 1914 he was appalled by the conditions of the national parks
iv Joined the Department of the Interior as the head of parks later created the National Parks System
v Professionalized the National Parks and helped to greatly grow protected lands
e Rachel Carson i Born in Pennsylvania in 1907 attended John Hopkins University for
graduate school ii Went to work for the US Bureau of Fisheries (later to become the US
Fish amp Wildlife Service) iii Wrote Silent Spring in 1962 The book created an awaking for Americanrsquos
to their responsibility to the environment and wildlife The book lead to the US Government banning the use of DDT
f Theodore Roosevelt i Born in 1858 in New York New York was a sickly child who stayed inside
studying natural history ii An avid outdoorsman he spent much time in the South Dakota Badlands
iii Became President in 1901 with the assignation of President McKinley iv Among many major accomplishments as president he started the
National Parks was instrumental in conserving about 230 million acres
4 Naturalist Interpreters (10 minutes) a Freeman Tilden
i Born 1883 worked as a newspaper columnist and author ii At age 58 he began working with the National Parks Service
iii While traveling to various National Parks he became concerned with the quality of interpretation
iv Wrote Interpreting Our Heritage in 1957 outlines 6 principles to quality interpretation forever changed the field of interpretation
b William Lewis i Worked as a ranger naturalist and interpreter trainer for the National
Parks Service ii Developed the approach of ldquoThematic Interpretationrdquo which requires the
interpreter to choose a central theme (major point) to guide the development of a program
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 59
iii Wrote Interpreting For Park Visitors c Sam Ham
i Director of Center for International Training and Outreach at the University of Idaho
ii Work has focused on applying communication theory to environmental conservation interpretation and on nature-based tourism and guide training
iii Wrote Environmental Interpretation (1992) d Ted Cable
i Professor of Park Management and Conservation at Kansas State University
ii Co-authored Interpreting Cultural and Natural Resources (2003) and Interpretation for the 21st Century Fifteen Guiding Principles for Interpreting Nature and Culture (2002)
5 Conducting an Interpretative Program Try and Fail (60 minutes + 120 minutes of activities throughouthellip see list of Suggested Activities below)
a Experiential Learning i The first time you tried to walk you failed The first time you rode a bike
you failed This is called experiential learning The first time you attempt an educational or interpretation program you will fail thatrsquos how we learn
ii Donrsquot be afraid to fail b Ask Questions about the ProgramPresentation before you commit to leading it c Plan your Program
i Generally I want my presentation to be about Specifically however I want to tell my audience about After hearing my presentation I want my audience to understand (what is the big picture you want them to take home)
1 You do not need (or want) to teach your audience everything you know your job is to light the spark
ii What will your tangibles and intangibles be 1 Tangibles are those things you can touch things you use to teach
when teaching a Examples include a tree a mammal pelt a skull a live
animal a prairie 2 Intangibles involve connecting the tangibles to concepts and the
ideas they represent intangibles are the meanings the relationships the processes the ideas the feelings and the beliefs
a Examples include food webs ecosystem health entropy ecology
iii People remember themes they forget facts
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 60
iv Plan for an organized presentation 1 Think about your overall theme smaller parts of the program and
your transitions v Stick to your theme
vi Determine what type of presentation you will have 1 PowerPoint (avoid) 2 Podium Presentation (avoid) 3 Active taking a hike playing a game etc 4 Hands-on touching feeling trying hearing smelling
vii Think about all the different kinds of learners 1 verbal-linguistic 2 logical-mathematical 3 visual-spatial 4 kinesthetic 5 musical-rhythmic 6 interpersonal (groups) 7 intrapersonal (individual) 8 naturalist
d Know your role as an educator 1 Provide facts and relationships not opinions 2 Allow participants to determine their own opinions and beliefs
using the facts amp relationships you provide them 3 PLAY ldquoFIRST IMPRESSIONSrdquo
e Prepare Prepare Prepare 1 Know the type of space and area you will have (indoor vs
outdoor small space vs vast area etc) 2 Plan for more that you are told 3 Plan for the weather (always expect it to be windy in Nebraska)
f Questions i Ask good questions
1 Is this a fox Vs How do you know this is a fox 2 Do you have any questions Vs What questions do you have
ii Be prepared for quality questions 1 What are the implications for describe the impact of what are
the reasons for iii Be prepared for ldquogoodrdquo questions
1 Do you have ewoks in the forest If a Mountain Lion and an Eagle were to fight who would win
2 Take all questions seriously Answer seriously g Model what you want to see the students do
i If you want a group of students to catch insects help them get active with them
ii This is true when working with children and adults
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 61
1 Working alongside students validates them and their learning h Be enthusiastic show your passion
i This is another form of modeling what you want to see in your students ii We need to excite students (no matter their age) about conservation
nature and the outdoors iii Have fun
6 Take Home Lesson Light the Spark and Donrsquot Be Afraid to Fail
Suggested Activities (amp potential mandatory activities)
Throughout the lesson conduct multiple games andor activities to model good interpretation
Suggested games include but are not limited to
1 Oh Deer (Project WILD) 2 First Impressions (to be done during section 5) (Project WILD) 3 The Long Haul (Project WET) 4 Sum of the Parts (Project WET) 5 Water Quality Ask the Bugs (Project WET) 6 Adaptation Artistry (Flying WILD) or Fashion a Fish (Aquatic Project WILD) 7 Avian Antics (Flying WILD) 8 Pollinators Meet Your Plants (Nebraska Project WILD wwwnebraskaprojectwildorg) 9 Scavenger Hunts (Nebraska Project WILD wwwnebraskaprojectwildorg)
Suggested Post-Readings
Interpreting Our Heritage Freeman Tilden 1957 (4th edition 2008)
ISBN-13 978-0807858677
Interpreting for Park Visitors William Lewis 1981
ISBN-13 978-0890620793
Environmental Interpretation Sam Ham 1992
ISBN-13 978-1555919023
Interpretation for the 21st Century Fifteen Guiding Principles for Interpreting Nature and
Culture Larry Beck amp Ted Cable 2002
ISBN-13 978-1571675224
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 62
Interpretation-Making a Difference on Purpose Sam Ham 2013
ISBN-13 978-1555917425
Foundations of Interpretation Curriculum Content Narrative National Parks Service 2007
httpwwwnpsgovidpinterp101foundationscurriculumpdf
Websites
National Association of Interpretation
wwwinterpnetcom
North American Association for Environmental Education
wwwnaaeeorg
Nebraska Alliance for Conservation and Environment Education
wwwnaceeorg
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 63
Safety in the Field
Developed by Rich Hawes Nebraska Master Naturalist rdhawes26msncom
Objectives
Raise awareness of Risk Managementassessment as part of event planning
Guidelines to safe activities for participants presenters and the environment
Present Leave No Trace Principals as part of all outdoor activities
Present resources for additional training or certification for outdoor activities
Hands on activities to encourage interest and to provoke thought and discussion
Hazards of the area
Outdoor hiking safety
Stewardship of the land and natural resources
Being flexible and working with ldquowhat you haverdquo
Outline
1 Outdoor Activities ndash Whatrsquos The Worst That Can Happen An Introduction to Event Planning and Risk Management
2 Leave No Trace Principals
3 Trip planning and Logistics
4 Health amp Safety
5 Youth Protection
6 Age Appropriate Activities
7 Resource Training and Certifications
a Standard First Aid CPRAED Wilderness First Aid
b Shooting Sports - Range Safety Officer or Instructor
c Hunter Safety Instructor
d Climbing COPE and Zip Lines
e Water Safety Instructor Life Guard Small Boat Handling
f Leave No Trace Trainer or Master Educator
g Tread Lightly Tread Trainer or Master Tread Trainer
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 64
Suggested Activities
CPR Scenario
First Aid Scenario
Weather Scenario
Lost Scenario
Online Resources
American Camp Association
Boy Scouts of America
Youth Protection
Safe Swim Defense
Safety Afloat
Climb On Safely
Weather Safety
Trek On Safely
(etc)
Leave No Trace
Nebraska Game amp Parks
Hunter Safety
Boating Rules amp Regs
National Rifle Association
(Archery groups)
American Red Cross
(wilderness medicine group(s))
NOLS
Tread Lightly
US Coast Guard
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 38
Grouse Turkeys and Pheasants (Family Phasianidae ndash cock or fowl-like bird)
WHAT TO LOOK FOR
Ground dwelling birds with feather nostrils
Short strong bills and short rounded wings
Flight strong but brief
Males perform elaborate courting displays
Common Nebraska species ndash ring-necked pheasant sharp-tailed grouse greater
prairie chicken wild turkey
New World Quail ( Family Odontophoridae ndash bearing teeth)
WHAT TO LOOK FOR
Ground dwelling bird found in brushy habitat and other dense low foliage
Chunky rounded bodies and crests or head plumes
Chicken-like bill short rounded wings
Common Nebraska species - northern bobwhite
Rails and Coots (Family Rallidae - )
WHAT TO LOOK FOR
Marsh birds with short tails and stubby wings
Secretive and identified chiefly by call and habitat
Rails are laterally flattened ldquoThin as a railrdquo Coots are plumper and gregarious
Common Nebraska species ndash yellow rail black rail king rail Virginia rail sora common
moorhen American coot
Cranes (Family Gruidae - )
WHAT TO LOOK FOR
Tall stately wetland birds with long necks and long bills
Tertial flight feathers droop over rump in a bustle when standing
Fly with necks fully extended
Circle in thermals like raptors
Common Nebraska species - sandhill and whooping cranes
Plovers and Killdeer (Family Charadriidae ndash nocturnal waterbird)
WHAT TO LOOK FOR
Small to medium shorebirds that dart across the ground stop and then take off again Upright posture with medium length legs and long pointed wings
Rounded head large eyes thick neck with a short thick bill
Common Nebraska species ndash black-billed American golden snowy semipalmated piping
plovers and killdeer
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 39
Stilts and Avocets (Family Recurviostridae- bent bill)
WHAT TO LOOK FOR
Tall slim shorebirds
Long thin bill very long slender legs long neck striking black-and-white plumage Stilts have straight bills avocets have re-curved bills
Common Nebraska species ndash American avocets black-necked stilt
Sandpipers and Phalaropes and Allies (Family Scolopacidae ndash woodcock)
WHAT TO LOOK FOR
Diverse group of shorebirds
Long toes and long tapered wings
Bill and leg length varies but bill more slender than a ploverrsquos
Plumage browns grays and whites with reds and oranges during breeding season
All but one species have short elevated hind toe
Species found in Nebraska include common snipe ruddy turnstone phalaropes sandpipers
woodcocks godwits whimbrels willets etc
Dowitchers
WHAT TO LOOK FOR
Medium sized chunky dark shorebird
Long straight bills and distinct pale eyebrows
Feed in mud or shallow water in a rapid jabbing motion
Phalaropes
WHAT TO LOOK FOR
Often spin like a top in water when feeding
Female larger and more colorful than male
Male tends incubates and cares for chicks
Common Nebraska species ndash Wilsonrsquos and red-necked phalaropes
Gulls Terns and Allies (Family Laridae ndashsea birds)
Gulls
WHAT TO LOOK FOR
More robust with wider wings and longer legs than terns
Bill slightly hooked tail square or rounded - Seldom Dive
Common Nebraska species ndash Pomarine Jaeger Franklinrsquos little Bonapartersquos ring-
billed California Herring Thayerrsquos lesser black-backed glaucous
Sabinersquos gulls black-legged kittiwake
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 40
Terns
WHAT TO LOOK FOR
Graceful more streamline than gulls
Usually has a forked tail ndash most whitish with black cap
Sharp-pointed bill - Hoover and dive headfirst for fish
Common Nebraska species ndash Caspian common Foresterrsquos terns
Pigeons and Doves (Family Columbidae ndash dove)
WHAT TO LOOK FOR
Plump fast flying cooing voice
Short legs and necks and small heads short bills
Tail fan-like rounded or pointed
Pigeons larger than doves
Common Nebraska species ndash rock mourning Eurasian collared doves
Cuckoos Roadrunners and Anis (Family Cuculidae - )
WHAT TO LOOK FOR
Slender with a long tail at least half of the birdrsquos total length
Fairly large sturdy decurved (curving down) bill
2 toes forward 2 back (zygodactyls)
Common Nebraska species - black-billed cuckoo and yellow-billed cuckoo
Barn Owls (Family Tytonidae -)
WHAT TO LOOK FOR
Slim medium sized night hunter
Legs are long and sparsely feathered
Large head with large forward-facing immovable eyes
Heart-shaped face hooked beak and ghostly appearance
Typical Owls (Family Stigidae ndash night bird)
WHAT TO LOOK FOR
Generally night hunters
Large heads flatten face with large forward-facing immovable eyes hooked beak
Mottled appearance some with feather tuffs upright stance
Common Nebraska species ndash eastern screech great horned burrowing barred long-eared
short-eared northern saw-whet owls
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 41
Nighthawks and Nightjars (Family Caprimulgidae ndashgoat sucker)
WHAT TO LOOK FOR
Nocturnal or crepuscular
Big tail large eyes tiny bills surrounding a large gaping mouth
By day sit horizontally on limb or on ground
Easiest to identify by voice
Common Nebraska species ndash common nighthawk common poorwill chuck-willrsquos-widow
Whip-poor-will
Swifts (Family Apodidae ndash without feet)
WHAT TO LOOK FOR
Small to medium sized aerial foragers ndashspend most of life flying
Long sickle-shaped wings bending close to body and extremely short legs
Eat bathe drink and sometime mate in the air
Common Nebraska species - chimney swift white-throated swift
Hummingbirds (Family Trochilidae ndash small bird)
WHAT TO LOOK FOR
Tiny body long slender bill
Distinctive blur and hum of hovering wings
Jewel-like throat feather found on male
Common Nebraska species ndash ruby-throated broad-tailed and rufous hummingbirds
Kingfishers (Family Alcedinidae - kingfisher)
WHAT TO LOOK FOR
Small to medium size
Thickset with short neck and tail small feet
Large head with a ragged crest and long strong bill
Sit on lines and low branches near water or hovers above water
Plunges head first into water to catch fish
Common Nebraska species ndash belted kingfisher
Woodpeckers (Family Picidae ndash woodpecker)
WHAT TO LOOK FOR
Arboreal (tree) birds
Vertical posture creep up trees
Strong chisel-like bill short legs stiff tail feathers rounded wings
Undulating flight pattern and characteristic bill drumming
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 42
Common Nebraska species ndash Lewisrsquos red-headed red-bellied hairy downy woodpeckers
yellow-bellied and red-naped sapsuckers northern flicker
THE PASSERINES Feet adapted to perching
Tyrant Flycatchers (Family Tyrannidae - lord ruler king)
WHAT TO LOOK FOR
Small to medium perching bird
Large head broad flattened bill pointed wings short legs
Bristly ldquowhiskersrdquo at base of bill
Sit upright on exposed branch and dart out to catch insects
Common Nebraska species - flycatchers pewees kingbirds phoebes kingbirds
Shrikes (Family Laniidae ndash butcher)
WHAT TO LOOK FOR
ldquoButcher birdsrdquo ndash impale prey on thorns (may be to attract a mate and mark territory)
Robin-size bird with hooked bill and masked face with hawk-like behavior
Black gray and white birds
Common Nebraska species - northern and loggerhead shrike
Vireos (Family Vireondae ndash small bird)
WHAT TO LOOK FOR
Small olive- or gray-backed bird with short sturdy cylindrical slightly hooked bill
Can have wing bars and eye-rings or have eye stripes and no wing bars
Often confused with warblers but are chunkier bigger headed thicker billed
Common Nebraska species ndash white-eyed Bellrsquos yellow-throated plumbeous
Cassinrsquos blue-headed warbling Philadelphia red-eyed
Crows and Jays (Family Corvidae ndash raven)
WHAT TO LOOK FOR
Large perching bird with strong longish all-purpose bill to handle variety of foods
Nostrils covered with feathers
Legs scaled in front and smooth behind
Harsh voice and noisy
Bold gregarious
Common Nebraska species - black-billed magpie American crow
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 43
Larks (Family Alauidae ndash lark)
WHAT TO LOOK FOR
Ground dwellers of open fields ndash seldom seen in trees and shrub
Walk rather than hop have an elongated hind toe
Slender billed seed and insect eaters
Yellowwhite face with black facemask horns and breast band
Has musical song often sung in display flight
Common Nebraska species ndash horned lark
Swallows and Martins (Family Hirundinidae ndash swallow)
WHAT TO LOOK FOR
Slim streamline bodies with long pointed angled wings
Tail forked or squared legs and feet inconspicuous
Bill short and wide
Fluid aerialists ndash dart about catching insects
Flocks perch in long rows on branches and lines
Common Nebraska species ndash purple martin northern rough wing bank cliff barn swallows
Chickadees and Titmice (Family Paridae - )
WHAT TO LOOK FOR
Small plump sociable birds with short bills and wings
Active agile ndash often hang upside down to feed
Many times roam in little bands (often leading the group) in search of food
Chickadee ndash no tuff of feathers on head Titmice ndash tufted Common Nebraska species ndash black-capped chickadee tufted titmouse
Nuthatches (Family Sittidae ndash birds that peck bark of tree)
WHAT TO LOOK FOR
Small stout tree-climbers with slightly upturned strong woodpecker-like bills
Stubby squared off tails
Walk down trees headfirst Common Nebraska species ndash red-breasted and white-breasted nuthatches
Creepers (Family Certhiidae -)
WHAT TO LOOK FOR
Small slim tree-dwellers with stiff tails and slender downward curving bill
Primarily brown
Common Nebraska species ndash brown creeper
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 44
Wrens (Family Troglodytidae ndash cave dweller
WHAT TO LOOK FOR
Small stumpy energetic brown birds
Bill slightly down turned loud song
Tails often in ldquocockedrdquo or up-tilted position
Common Nebraska species ndash rock house winter marsh wrens
Kinglets (Family Regulidae -)
WHAT TO LOOK FOR
TINY very active songbirds ndash only certain hummingbirds smaller
Can hover will feeding
Greenish plumage with bright colored crowns Short tails
Common Nebraska species ndash ruby-crowned and golden-crowned kinglets
Gnatcatchers (and Old World Warblers) (Family Sylviidae - )
WHAT TO LOOK FOR
Small birds with slender pointed bills surrounded by rectal bristles
Drab plumage with seasonally changing head patterns
In constant motion
Common Nebraska species ndash blue-gray gnatcatcher
Thrushes (Family Turdidae -)
WHAT TO LOOK FOR
Large-eyed upright postured songbirds - known for their singing ability
Bill is slender straight but not sharp
Often hop along the ground looking for food
Common Nebraska species ndash eastern bluebird veery gray-cheeked Swainsonrsquos hermit
wood thrush American robin
Mockingbirds and Thrashers (Family Mimidae ndash imitator mimic)
WHAT TO LOOK FOR
Well known for their vocal and mimicking ability
Have short rounded wings long legs and tails
Long down-curved bills
Common Nebraska species ndash gray catbird northern mockingbird brown thrasher
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 45
Starlings (and Mynas) (Family Sturnidae - )
WHAT TO LOOK FOR
Medium sized chunky glossy birds with short tails sharp bills
Short triangular to rounded wings
Gregarious bold birds
Pipits (and Wagtails) (Family Motacillidae -)
WHAT TO LOOK FOR
Slender billed brownish ground dwellers with long back toe
Walk briskly rather than hop along the ground
Most species bob their tails up and down
Common Nebraska species ndash American pipit
Waxwings (Family Bombycillidae ndash silk tail)
WHAT TO LOOK FOR
Birds with sleek crest that can be erected
Plump-bodied birds with pointed wings with red waxy tips of secondaries
Bill is small wide and notched high thin calls
Square tail with terminal yellow band
Common Nebraska species ndash Bohemian and cedar waxwings
Wood Warblers (Family Parulidae -)
WHAT TO LOOK FOR
Brightly colored (mostly yellow) birds
Smaller than sparrows with thin needle-like bills
Common Nebraska species ndash approx 34 warblers ovenbirds yellow-breasted chats and
waterthrush
New World Sparrows (Family Emberizidae -)
WHAT TO LOOK FOR
Small to medium-sized birds - often brown streaked appearance
Rounded wings cone-shaped bills
Common Nebraska species ndash 20 sparrows towhees longspurs dark-eyed juncos snow and
lark buntings
Cardinals and Allies (Family Cardinalidae )
WHAT TO LOOK FOR
Medium to large songbirds
Have large cone-shaped bills
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 46
Males often very colorful
Common Nebraska species ndash northern cardinals rose-breasted and black-headed grosbeaks
indigo bunting dickcissel
Blackbirds Orioles and Allies (Family Icteridae)
WHAT TO LOOK FOR
Medium to large songbirds with strong straight bills
Strong-direct flight
Plumage varies from iridescent black to yellow to orange
Common Nebraska species ndash Bobolink eastern and western meadowlarks red-winged and
rusty blackbirds common and great-tailed grackles orchard Baltimore and
Bullockrsquos orioles brown-headed cowbird
Finches and Allies (Family Fringillidae)
WHAT TO LOOK FOR
Small to medium songbirds
Have conical bills and forked relatively short tails
Fly fast and undulate through the air giving high-pitched calls in flight
Common Nebraska species ndash gray-crowned rosy purple Cassinrsquos house finches red
crossbill white-winged crossbill common redpoll pine siskin American goldfinch
evening grosbeak
Old World Sparrows (Family Passeridae)
WHAT TO LOOK FOR
Stouter bodies shorter legs and thicker bills than native sparrows
Have a simple song repeating single elements with no particular rhythm or beginning
And end vocalize all day and year-round
Common Nebraska species ndash house sparrow (introduced)
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 47
Geology and Natural History of Nebraska
Being Developed by Jon Garbisch Cedar Point Biological Station jgarbisch2unledu
bull Geological history of Nebraska
bull Present geological formation of regions
bull General soil types
bull Geological landforms and related habitats
What we currently use
Theme
Nebraska geology formed over millions of years through the erosion of mountains the deposition of
sediments and the flow of water and ice shaping the landscape that we call home
Goal
Attendees will develop an understanding of the natural processes that influenced and built Nebraska
and in so doing develop a greater appreciation for the geology and how it relates to all other aspects of
the statersquos identity
Objective(s)
The Master Naturalists attendees will be able to use the knowledge they have gained to better
understand the surface and subsurface geology at any location in the state that they may find
themselves working
How will it be measured
Attendees will be able to use the knowledge gained to actively interpret general Nebraska geology by
completing activities in the form of hand-out diagrams biostratigraphic fossil correlations
interpretation of rock type hand specimens and visual description of the Geology on the trail at Camp
Brewster Fontenelle Forest
Introduction
Nebraska geology formed over millions of years through the erosion of mountains the deposition of
sediments and the flow of water and ice shaping the landscape that we call home (Hand out agenda)
Geology is rooted in the 3 rock groups that exist on planet Earth and so familiarity with
o these groups gives us a solid foundation for all other geologic interpretation
A half hour will be spent handling examples from each rock group
o 3 groups 3 tables with one rock type on each table each group spends 10 minutes at
each table
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 48
The Geologic Time Scale is a record over time of the Earths major geologic events and we
can use it to help us understand how and when Nebraska took shape
The natural agents of change which have shaped our state include oceans rivers wind
o and ice
The geologic time periods in Nebraska are represented by rock layers (or not) which occur all
around the state and have been named so that no matter where you are in the state you can
correlate the strata to the time scale (fossilsisotopes)
6 Geologic Principles will be discussed so that when the MN is in the field they can be used as an
aid in basic geologic interpretation
Conclusion
Nebraska geology formed over millions of years through the erosion of mountains the deposition of
sediments and the flow of water and ice shaping the landscape that we call home Geology supplies us
a record of the events that have shaped our Earth by learning the language in which the Earth script is
written we will be able to interpret and share the story of our state of Nebraska This understanding will
aid in us in relating to other areas influential and important to the state
Places to Go (places to see examples of Nebraska geology)
a Agate Fossil Beds National Monument Lower Miocene fossil mammal site including abundant body fossils of ancient mammals and prominent fossil rodent burrows
b Ashfall State Park Upper Miocene fossil mammal assemblage found in ash derived from an eruption of a predecessor to the Yellowstone volcanic field c Chimney Rock National Historic Site Oligocene and Lower Miocene continental sedimentary rocks deposited as sediments by wind and steams
d Hummel Park (Omaha) outcrops of Pleistocene glacial till and loess
e Lincoln area Capitol Beach Lake and history of saline waters and salt industry flooding history of Antelope and Salt creeks building stones in downtown area brick industry University of Nebraska State Museum
f Louisville area outcrops of Upper Pennsylvanian marine sedimentary rocks
g Valentine area and Niobrara National Wildlife Refuge Niobrara River Canyon and Cenozoic stratigraphy
h Niobrara State Park Upper Cretaceous marine sedimentary rocks (Niobrara Formation and Pierre Shale) landslides along Missouri River anthropogenic changes in Missouri River Niobrara River and Mormon Canal
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 49
i Downtown Omaha removal of loess from hills in downtown area engineering of Missouri River (eg groins bank armoring etc) visible at Bob Kerrey Memorial Bridge deep bedrock water wells at old industrial sites
j Platte River State Park Upper Pennsylvanian marine sedimentary rocks and overlook of Platte River
k Ponca State Park Upper Cretaceous marine sedimentary rocks (uppermost Dakota Formation through Greenhorn Limestone)
l Rock Creek State Historical Park middle Cretaceous Dakota Formationmdashfluvio-estuarine continental deposits
m Schramm Park Upper Pennsylvanian marine sedimentary rocks
n Scotia and Happy Jack Chalk Mine Upper Miocene lake deposit In Ogallala Group
o Scotts Bluff National Monument Oligocene and Lower Miocene continental sedimentary rocks deposited as sediments by wind and steams
p Smith Falls State ParkCenozoic stratigraphy Niobrara River waterfalls as knick points
q Toadstool Park and nearby areas continental sedimentary rocks of upper Eocene Chadron Formation Pine Ridge escarpment Trailside Museum and Ft Robinson State Park
r Weeping Water area Upper Pennsylvanian marine sedimentary rocks
s Wildcat RidgeHillsescarpment on Oligocene and Lower Miocene continental sedimentary rocks deeply eroded into canyons buttes and pinnacles by stream erosion during and after the Late Pliocene
t Indian Cave State Park and Iron Horse Trail south of Peru Upper Pennsylvanian Indian Cave Sandstone (fluvio-estuarine deposit) and sandstone cave
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 50
North American Model and Outdoor Skills Developed by Jeff Rawlinson Assistant Division Administrator Information and Education Nebraska Game and Parks Commission jeffrawlinsonnebraskagov
OUR North American Model of Conservation
Perhaps no other story is more compelling and more important in American history as that of how
our natural resources came to be one of the most important elements in our lives The history of our citizenryrsquos strong land ethic ties us to the natural world long after other nations have forgone this relationship We value how the common person from a common family can participate in the thrill of the chase experiencing wildness to its fullest
The North American Model of Conservation is a philosophy that the United States and Canada have
developed to manage wildlife in a sustainable way Historians debate how this land ethic began Some
say our model of conservation began in 1937 with the passage of the PittmanRobertson Act a move that provided funding for wildlife conservation at the national and state level The source of this funding came from the sale of hunting and shooting equipment Others may say that it began when the conservation giant President Theodore Roosevelt brought management of natural resources to the
political forefront Others would argue our Model of conservation was birthed under the Magna Charta which transferred the ownership of wildlife from the King of England and the English nobles to the all of
the people of England In reality however our Model has been under development for several hundred years combining what we have learned from other nations peoples cultures and experiences to shape a philosophy ingrained in our culture supported by hunters anglers and shooting sports enthusiasts
benefiting all wildlife and wild lands in the United States
First Wildlife Managers The concept of managing wildlife or natural resources was not conceived by our young nation For
thousands of years humanity has been manipulating and controlling the land and all its inhabitants to benefit our needs Ever since the first hunter followed that wooly creature across the Bering Straight embarking on an epic journey that would result in settling of North America man has ldquomanagedrdquo
wildlife in North America
Throughout history many leaders have shown some element of concern or conservation ethic towards wildlife The great Kublai Khan grandson of Genghis Khan and founder of the Yuan Dynasty in China forbade harvesting of many species of wildlife during critical reproductive months of March
through August so species could ldquoincrease and multiplyrdquo Conservation of wildlife is even found in Mosaic Law in Deuteronomy 226 representing some of the first written wildlife management idealsmdashldquo If you come across a birdrsquos nest in any tree or on the ground with young ones or eggs and
the mother sitting on the young or on the eggs you shall not take the mother with the youngrdquo (English Standard Version 2001)
As populations expanded throughout Europe wildlife resources fell under ownership of powerful kings
who enacted harsh punishments for anyone found taking the kingrsquos game In 1215 a rebellion against King John of England resulted in the Magna Charta transferring ownership of lands and game from the crown to the people This ldquoprivatizingrdquo of wildlife ownership had profound impacts America over 500 years later
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 51
Era Of Abundance (1600 ndash 1850) When our forefathers first landed on the eastern shores of America they brought with them science
religion and a new hope They found plentiful game and soon began a relationship with the land that provided them with many of their daily needs Wildlife was viewed as a limitless resource in a relatively untapped land These early settlers had left Europe where few had access to wildlife and entered a world where everyone had access Furs feathers hides all had value to this young country In 1776 the Declaration of Independence revoked the Kingrsquos rights to land and people in this new world After a
bloody war led by revolutionaries such as Washington Hamilton Jefferson and Adams the United States gained its independence and the land and wildlife belonged to everyone
Era Of Exploitation (1850 ndash 1900)
The 1800s brought a commercialization of our wildlife resources Market hunting and habitat
destruction began to decimate wildlife populations such as the American Bison and Passenger Pigeon After the American Revolutionary War and the Civial Warmdashwhich nearly destroyed our ldquodemocratic
experimentrdquo all togethermdashfew people were looking after the interest of wildlife and even fewer rules
existed governing the management of a resource everyone had ownership of yet no one had responsibility for
The railroad provided settlers with the means to access new lands expanding the markets for meats hides and fur Advancements in technology such as the repeating rifle further aided the unbridled
destruction of wildlife resources Yet throughout this era something positive was growing The people of this new nation were developing a relationship with the land By 1842 a Supreme Court ruling had huge impacts on this developing model of conservation resulting in a Public Trust Doctrine that would
further outline a model for conserving our natural resources Conservation was developing some direction but had no money or laws to support it
Era Of Protection (19001930) The early 1900s brought an industrial boom Abuse of natural resources had taken its toll and throughout the Nation and evidence of this abuse could be seen in the loss of species such as the
passenger pigeon near loss of the American bison and in many large mammals including whitetailed deer and our once numerous waterfowl species America was becoming an economic giant yet through
the roar of machines both political and metal a small voice could be heard It was the hunter and their voice was of concern for the direction our wildlife resources were heading Conservation minded men and women had continued a relationship with the land and the wildlife
Era of Game Management (1930 ndash 1966) The ldquodirty thirtiesrdquo were marked by the dust bowl and an impoverished nation Agricultural practices
unchecked by environmental stewardship had left the Nationrsquos heartland in ecological peril Politically the conservation movement was supported by the footings laid by Theodore Roosevelt New federal acts moved forward to provide for environmental protection due to the outcry of hunters in panic over the vanishing wildlife resources of the Nation
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 52
Wildlife conservation had support yet it lacked the science to properly manage our Nationrsquos resources A young biologist name Aldo Leopold changed all this with his writings including the book Game
Management which led to Universities across the country developing wildlife conservation programs These programs spawned a new breed of professional game managers who utilized science to support management methods that ultimately lead to the greatest wildlife conservation success story in the world In 1937 the PittmanRobertson Act provided thousands of jobs for young professionals along with ldquogame wardensrdquo supported by individual states to further the development of the Conservation Model
which now had science and funding to support it
Era of Environmental Management (1966 ndash Present) Science and funding led to a broadening view of conservation as focus shifted from managing ldquogame
animalsrdquo to managing the entire biota (environment and all living things in it) Further federal acts such
as the Endangered Species Act of 1966 and the National Environmental Policy Act of 1969 provided greater protection for species by a nation that had finally changed its course providing time to review
and perfect conservation efforts Recent acts such as the 1980 Farm Bill continued the effort to help
landowners provide quality habitat for wildlife and hunters by providing incentives to landowners to set aside highly erosive lands and plant them into wildlife habitat (grasslands) that benefit wildlife and hunters
The story of our unique model of conservation is still being written New challenges today threaten our
coveted resources and new professionals are entering the arena to further the plight of our Nationrsquos wildlife and hunting heritage
Seven Pillars of the Model
Seven main pillars have been highlighted as the foundation of support for the North American Model
of Conservation These include
The Public Trust The wildlife of the United States are owned by the people This is very different from the European Model where wildlife is privately owned The North American Model recognizes wildlife as a public
resource that is so important it can not be owned or managed by any one segment of our society but rather managed by professional state and federal entities for the benefit of all This concept known as
the Public Trust Doctrine began development in 1842 when the Supreme Court ruled that the Magna Charta had settled the question of who owns fish and wildlife and that King Charles II did not have the authority to give away the ldquodominion and propertyrdquo of lands in colonial America The court further ruled that since the American Revolution the people held public trust responsibilities for fish and wildlife except for rights specified in the US Constitution
Prohibition on Commerce
It was the hunter who brought forth stringent laws that protected wildlife from peril in the 19th
and 20th
centuries Because we all own and appreciate our wildlife as a national resource they should never find themselves on the public market to the highest bidder This path led to a largescale loss of many species
including the Passenger Pigeon and the near loss of the American bison As our country was developing these practices were common as people moved west in search of prosperity capitalizing on a land seemingly untouched by the modern world Today many laws in place serve to protect our most
valuable resourceshellipour wildlife
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 53
Democratic Rule of Law Each citizen of this great nation has the ability and responsibility to engage in healthy politics that serve
to support and protect sound wildlife conservation measures Our first conservation measures in this Country habitat restoration simple harvest restrictions and bag limits came from hunters people who respected the game they pursued and loved the wild places they chased them in The North American Model of conservation is built upon active public involvement instilling a value for wildlife in all citizens
Hunting Opportunity for All The Model was developed on the premise that all people regardless of political or economic standing could participate in and feel the thrill of the chase It is this unique Model that provides us with wildlife opportunities for all Americans Imagine how important this was to our fore fathers who left a brutal
King in England where only the aristocracy had any dream of pursuing wild creatures in wild places Our
wildlife laws ensure that each generation that comes after us will have the same opportunity to enjoy and appreciate wildlife
Nonfrivolous Use Our management of wildlife depends on a citizenry that loves and appreciates the wild creatures and the habitats necessary to their survival and our quality of life Wildlife may be utilized under strict rule of
law including utilizing the wildlife once harvested to its best potential Killing wildlife for the sake of killing can only lead to the numbing of hearts to wildlife and a profound lack of respect for our most
precious resources
International Resources
It was not until the 20th
century that hunters and wildlife lovers understood the importance of
managing wildlife at a much larger scale This became readily apparent with the passage of the
Migratory Bird Treaty Act of 1918 where nations came together to manage wildlife resources as a
collective Wildlife species do not recognize national or state boundaries Governments must work together to be effective in managing wildlife for the benefit of all The United States has made great
strides in this area with Mexico and Canada Our wildlife is not only a resource to us but to all continents they may call home throughout the year Our biologists must think globally to be effective locally
Scientific Management Although Theodore Roosevelt brought conservation to the political forefront it was a young forester from Iowa that made the study of wildlife management a science Aldo Leopold is considered by many
as the ldquofather of wildlife managementrdquo due to his tireless efforts to develop curriculum for future wildlife biologists Today our biologists earn their opportunity to manage wildlife through prominent
Bachelor Masters and Doctorate degree programs from Universities around the world Wildlife must be managed using fact science and the latest research We are constantly learning and adapting to new technology and changing environments For such an important resource we cannot afford to have it any other way
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 54
Nebraska Master Naturalist Specializations Certifying as a Specialist ldquoFollow your own natural geniusrdquo wrote Thoreau ldquoand it will not fail to show you a fresh prospect every hourrdquo Many of us learn by doing When our curiosity and interests carry us into deeper study of a given subject it can be helpful to have clear opportunities to pursue Thus the Nebraska Master Naturalist Program offers specialized voluntary training for those who are hungry to develop and apply their particular skill and personal understanding on behalf of our natural legacy Specializations are designed to create collaborators leaders and mentors in four key areas
Interpretation and Outreach
Outdoor Skills and Recreation
Resource Management
Citizen Science Master Naturalist Certification Requirements Annual Requirement o 8 Hours Training Annually o 20 Hours of Volunteerism Annually Master Naturalist Specialization Requirement One Time Requirement o 20 Hours of Training Total Specific to Specialization Annual Requirement o Additional 20 Hours of Volunteerism Annually Specific to Specialization (does not include initial Certification annual requirement hours)
OUTDOOR SKILLS AND RECREATION SPECIALIZATION The purpose of OUTDOOR SKILLS AND RECREATION is to promote activity and development of skills in the outdoor pursuits associated with natural resources Specializations are designed to create collaborators leaders and mentors in particular areas A Certified Nebraska Master Naturalist can complete the Outdoor Recreation Specializationby meeting the following requirements Complete at least one of the workshops or certification‐leading trainings listed below If specialized training is not listed below it can be approved upon request by the Master Naturalist Program Committee Specialized Training Options ‐
Hunter Education Instructor Certification 13 hrs
National 4‐H Shooting Sports Instructor Certification 32 hrs
Nebraska 4‐H Shooting Sports Shotgun Certification 12 hrs
Nebraska 4‐H Shooting Sports Archery Certification 12 hrs
Nebraska 4‐H Shooting Sports Rifle Certification 12 hrs
Nebraska 4‐H Shooting Sports Pistol Certification 12 hrs
Nebraska 4‐H Shooting Sports Muzzleloader Certification 12 hrs
National Archery in the Schools Program Basic Archery Instructor 4 hrs
NRA Range OfficerMaster Certification 8 hrs
Hunt Master Training Instructor 4 hrs
NRA Shooting Instructor 16 hrs
NRA Shotgun Instructor 16 hrs
NRA Rifle Instructor 16 hrs
Boater Education Instructor 12 hrs
Youth Fishing Instructor 5 hrs
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 55
American Canoe Association National CanoeKayak Instructor 16‐32hrs
National Camp SchoolBoy Scouts 16‐24 hrs
Wood Badge TrainingBoy Scouts 16‐24 hrs
Merit Badge Counselor TrainingBoy Scouts 2‐16 hrs
Conservation Leaders for Tomorrow 35 hrs
Wilderness First Aid 16‐32 hrs
Professional Trappers College 40 hrs
American Camp Association Instructor Training 8‐40 hrs
American Red Cross Instructor Training 2‐16 hrs
American Sailing Association Instructor Training 16‐24 hrs
Certified Horsemanship Association Instructor Training 24‐40 hrs
Leave No Trace Master Educator Training 40 hrs
National Outdoor Leadership School 280 hrs
Camp Cook School 32‐96 hrs
Professional Association of Diving Instructors Training 32‐96 hrs
Professional Mountain Bike Association Instructor Training 24 hrs
League of American Bicyclists Instructor Certification 24 hrs
Hunting
Shooting
Fishing
Trapping
Camping
Outdoor Cooking
Orienteering
Geocaching
Photography
Wildlife Viewing
Hiking
Biking
Birding
Becoming an Outdoors‐Woman Program
Wilderness First Aid
Wilderness Survival
Leave No Trace Educator
Service Options ndash Provide a minimum of 20 hours of service annually in the following or similar areas
4‐H leader and youth training outdoor recreation
Scout leader and youth training outdoor recreation
Wild About Nature
Flying WILD Educator or Facilitator Workshop
Becoming an Outdoors Woman (BOW)
Beyond Becoming an Outdoors Woman (BOW)
Family Camp
Learn to Hunt Program
National Archery in the Schools Program BAI training or greater
Mentor HuntHunt Masters Training
After School Programs
Others ndash Upon approval
Outdoor discovery programs volunteer
CRO at a shooting event
Assist with National or State shooting sports competitions
Family fishing day
Design or write a brochure
Develop or contribute to a website
Develop or contribute to a social networking site
Design or write a newsletter
Assist in fundraising
Plan an event or festival
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 56
Interpretation amp Education- Developed By Lindsay Rogers Nebraska Game amp Parks
Commission
Do not try to satisfy your vanity by teaching a great many things Awaken peoplersquos curiosity It is
enough to open minds do not overload them Put there just a spark If there is some good
inflammable stuff it will catch firerdquo
- Anatole France in The Earth Speaks
Session Objectives
To help participants understand the role education plays in sounds ecological conservation
To help participants learn about past and present conservationist and interpretive educators
To help participants learn components of quality education and interpretation
To have participants partake in quality interpretive education
To make sure participants understand that their role is to light the spark and awaken curiosityhellip not spew facts
Lecture Requirements
1 What is interpretation (5 minutes) a What does ldquointerpretrdquo mean b National Association of Interpretation definition of ldquointerpretationrdquo
i Interpretation is a mission-based communication process that forges emotional and intellectual connection between the interests of the audience and the meanings inherent to the resource
c Freeman Tilden Interpreting Our Heritage 1957 i Interpretation is an educational activity which aims to reveal meanings
and relationships through the use of original objects by first-hand experience and by illustrative media rather than simply to communicate factual information
d Components of interpretation i pleasurable or enjoyable
ii relevant to the world iii organized iv themed v sparks an interest
vi includes information but does not stop there links information to the world
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 57
vii age appropriate viii taught to someone not at them
2 What is education (5 minutes)
a What does it mean to ldquoeducaterdquo someone b John Dewey Democracy amp Education 2944
i Education in its general sense is a form of learning in which the knowledge skills and habits of a group of people are transferred from one generation to the next through teaching training or research
c Components of education i - generally presented to someone but not always
ii enjoyable sometimes iii provides knowledge and facts iv can make connections but not always v organized and themed
d Both education and interpretation are important they work together
3 Conservationists (10 minutes) a Jon Muir
i Immigrated from Scotland to Wisconsin in 1849 ii Attended the University of Wisconsin studies botany amp geology
iii Moved to the western US mainly the Sierra Nevada area iv Believed humans were part of the interconnected natural world v Advocated for the preservation of natural areas
vi Co-founded the Sierra Club b Aldo Leopold
i Iowa native attended Yale University ii After college he joined the US Forest Service was stationed in Arizona
and New Mexico iii Developed theories of land ethics the need for biodiversity and an
appreciation for wilderness areas iv Moved to Wisconsin in 1924 became a professor at the University of
Wisconsin v Regarded as the ldquoFather of Conservationrdquo
c Gifford Pinchot i Born in Connecticut in 1905
ii Studied at Yale studies forestry in France iii Named chief of the Division of Forestry (later to become the US Forest
Service) iv First chief of the US Forest Service greatly improved forest
management and increased the size of Forest Service lands
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 58
v Managed forests for the greatest good for the greatest number Pinchot added the phrase in the long run to emphasize that forest management consists of long-term decisions
d Steven Mather i Born in California attended Berkley University
ii Worked for the Pacific Coast Borax Company where he had a talent for promotion Started a competing company made millions
iii When revisiting Sequoia and Yosemite National Parks in 1914 he was appalled by the conditions of the national parks
iv Joined the Department of the Interior as the head of parks later created the National Parks System
v Professionalized the National Parks and helped to greatly grow protected lands
e Rachel Carson i Born in Pennsylvania in 1907 attended John Hopkins University for
graduate school ii Went to work for the US Bureau of Fisheries (later to become the US
Fish amp Wildlife Service) iii Wrote Silent Spring in 1962 The book created an awaking for Americanrsquos
to their responsibility to the environment and wildlife The book lead to the US Government banning the use of DDT
f Theodore Roosevelt i Born in 1858 in New York New York was a sickly child who stayed inside
studying natural history ii An avid outdoorsman he spent much time in the South Dakota Badlands
iii Became President in 1901 with the assignation of President McKinley iv Among many major accomplishments as president he started the
National Parks was instrumental in conserving about 230 million acres
4 Naturalist Interpreters (10 minutes) a Freeman Tilden
i Born 1883 worked as a newspaper columnist and author ii At age 58 he began working with the National Parks Service
iii While traveling to various National Parks he became concerned with the quality of interpretation
iv Wrote Interpreting Our Heritage in 1957 outlines 6 principles to quality interpretation forever changed the field of interpretation
b William Lewis i Worked as a ranger naturalist and interpreter trainer for the National
Parks Service ii Developed the approach of ldquoThematic Interpretationrdquo which requires the
interpreter to choose a central theme (major point) to guide the development of a program
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 59
iii Wrote Interpreting For Park Visitors c Sam Ham
i Director of Center for International Training and Outreach at the University of Idaho
ii Work has focused on applying communication theory to environmental conservation interpretation and on nature-based tourism and guide training
iii Wrote Environmental Interpretation (1992) d Ted Cable
i Professor of Park Management and Conservation at Kansas State University
ii Co-authored Interpreting Cultural and Natural Resources (2003) and Interpretation for the 21st Century Fifteen Guiding Principles for Interpreting Nature and Culture (2002)
5 Conducting an Interpretative Program Try and Fail (60 minutes + 120 minutes of activities throughouthellip see list of Suggested Activities below)
a Experiential Learning i The first time you tried to walk you failed The first time you rode a bike
you failed This is called experiential learning The first time you attempt an educational or interpretation program you will fail thatrsquos how we learn
ii Donrsquot be afraid to fail b Ask Questions about the ProgramPresentation before you commit to leading it c Plan your Program
i Generally I want my presentation to be about Specifically however I want to tell my audience about After hearing my presentation I want my audience to understand (what is the big picture you want them to take home)
1 You do not need (or want) to teach your audience everything you know your job is to light the spark
ii What will your tangibles and intangibles be 1 Tangibles are those things you can touch things you use to teach
when teaching a Examples include a tree a mammal pelt a skull a live
animal a prairie 2 Intangibles involve connecting the tangibles to concepts and the
ideas they represent intangibles are the meanings the relationships the processes the ideas the feelings and the beliefs
a Examples include food webs ecosystem health entropy ecology
iii People remember themes they forget facts
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 60
iv Plan for an organized presentation 1 Think about your overall theme smaller parts of the program and
your transitions v Stick to your theme
vi Determine what type of presentation you will have 1 PowerPoint (avoid) 2 Podium Presentation (avoid) 3 Active taking a hike playing a game etc 4 Hands-on touching feeling trying hearing smelling
vii Think about all the different kinds of learners 1 verbal-linguistic 2 logical-mathematical 3 visual-spatial 4 kinesthetic 5 musical-rhythmic 6 interpersonal (groups) 7 intrapersonal (individual) 8 naturalist
d Know your role as an educator 1 Provide facts and relationships not opinions 2 Allow participants to determine their own opinions and beliefs
using the facts amp relationships you provide them 3 PLAY ldquoFIRST IMPRESSIONSrdquo
e Prepare Prepare Prepare 1 Know the type of space and area you will have (indoor vs
outdoor small space vs vast area etc) 2 Plan for more that you are told 3 Plan for the weather (always expect it to be windy in Nebraska)
f Questions i Ask good questions
1 Is this a fox Vs How do you know this is a fox 2 Do you have any questions Vs What questions do you have
ii Be prepared for quality questions 1 What are the implications for describe the impact of what are
the reasons for iii Be prepared for ldquogoodrdquo questions
1 Do you have ewoks in the forest If a Mountain Lion and an Eagle were to fight who would win
2 Take all questions seriously Answer seriously g Model what you want to see the students do
i If you want a group of students to catch insects help them get active with them
ii This is true when working with children and adults
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 61
1 Working alongside students validates them and their learning h Be enthusiastic show your passion
i This is another form of modeling what you want to see in your students ii We need to excite students (no matter their age) about conservation
nature and the outdoors iii Have fun
6 Take Home Lesson Light the Spark and Donrsquot Be Afraid to Fail
Suggested Activities (amp potential mandatory activities)
Throughout the lesson conduct multiple games andor activities to model good interpretation
Suggested games include but are not limited to
1 Oh Deer (Project WILD) 2 First Impressions (to be done during section 5) (Project WILD) 3 The Long Haul (Project WET) 4 Sum of the Parts (Project WET) 5 Water Quality Ask the Bugs (Project WET) 6 Adaptation Artistry (Flying WILD) or Fashion a Fish (Aquatic Project WILD) 7 Avian Antics (Flying WILD) 8 Pollinators Meet Your Plants (Nebraska Project WILD wwwnebraskaprojectwildorg) 9 Scavenger Hunts (Nebraska Project WILD wwwnebraskaprojectwildorg)
Suggested Post-Readings
Interpreting Our Heritage Freeman Tilden 1957 (4th edition 2008)
ISBN-13 978-0807858677
Interpreting for Park Visitors William Lewis 1981
ISBN-13 978-0890620793
Environmental Interpretation Sam Ham 1992
ISBN-13 978-1555919023
Interpretation for the 21st Century Fifteen Guiding Principles for Interpreting Nature and
Culture Larry Beck amp Ted Cable 2002
ISBN-13 978-1571675224
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 62
Interpretation-Making a Difference on Purpose Sam Ham 2013
ISBN-13 978-1555917425
Foundations of Interpretation Curriculum Content Narrative National Parks Service 2007
httpwwwnpsgovidpinterp101foundationscurriculumpdf
Websites
National Association of Interpretation
wwwinterpnetcom
North American Association for Environmental Education
wwwnaaeeorg
Nebraska Alliance for Conservation and Environment Education
wwwnaceeorg
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 63
Safety in the Field
Developed by Rich Hawes Nebraska Master Naturalist rdhawes26msncom
Objectives
Raise awareness of Risk Managementassessment as part of event planning
Guidelines to safe activities for participants presenters and the environment
Present Leave No Trace Principals as part of all outdoor activities
Present resources for additional training or certification for outdoor activities
Hands on activities to encourage interest and to provoke thought and discussion
Hazards of the area
Outdoor hiking safety
Stewardship of the land and natural resources
Being flexible and working with ldquowhat you haverdquo
Outline
1 Outdoor Activities ndash Whatrsquos The Worst That Can Happen An Introduction to Event Planning and Risk Management
2 Leave No Trace Principals
3 Trip planning and Logistics
4 Health amp Safety
5 Youth Protection
6 Age Appropriate Activities
7 Resource Training and Certifications
a Standard First Aid CPRAED Wilderness First Aid
b Shooting Sports - Range Safety Officer or Instructor
c Hunter Safety Instructor
d Climbing COPE and Zip Lines
e Water Safety Instructor Life Guard Small Boat Handling
f Leave No Trace Trainer or Master Educator
g Tread Lightly Tread Trainer or Master Tread Trainer
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 64
Suggested Activities
CPR Scenario
First Aid Scenario
Weather Scenario
Lost Scenario
Online Resources
American Camp Association
Boy Scouts of America
Youth Protection
Safe Swim Defense
Safety Afloat
Climb On Safely
Weather Safety
Trek On Safely
(etc)
Leave No Trace
Nebraska Game amp Parks
Hunter Safety
Boating Rules amp Regs
National Rifle Association
(Archery groups)
American Red Cross
(wilderness medicine group(s))
NOLS
Tread Lightly
US Coast Guard
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 39
Stilts and Avocets (Family Recurviostridae- bent bill)
WHAT TO LOOK FOR
Tall slim shorebirds
Long thin bill very long slender legs long neck striking black-and-white plumage Stilts have straight bills avocets have re-curved bills
Common Nebraska species ndash American avocets black-necked stilt
Sandpipers and Phalaropes and Allies (Family Scolopacidae ndash woodcock)
WHAT TO LOOK FOR
Diverse group of shorebirds
Long toes and long tapered wings
Bill and leg length varies but bill more slender than a ploverrsquos
Plumage browns grays and whites with reds and oranges during breeding season
All but one species have short elevated hind toe
Species found in Nebraska include common snipe ruddy turnstone phalaropes sandpipers
woodcocks godwits whimbrels willets etc
Dowitchers
WHAT TO LOOK FOR
Medium sized chunky dark shorebird
Long straight bills and distinct pale eyebrows
Feed in mud or shallow water in a rapid jabbing motion
Phalaropes
WHAT TO LOOK FOR
Often spin like a top in water when feeding
Female larger and more colorful than male
Male tends incubates and cares for chicks
Common Nebraska species ndash Wilsonrsquos and red-necked phalaropes
Gulls Terns and Allies (Family Laridae ndashsea birds)
Gulls
WHAT TO LOOK FOR
More robust with wider wings and longer legs than terns
Bill slightly hooked tail square or rounded - Seldom Dive
Common Nebraska species ndash Pomarine Jaeger Franklinrsquos little Bonapartersquos ring-
billed California Herring Thayerrsquos lesser black-backed glaucous
Sabinersquos gulls black-legged kittiwake
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 40
Terns
WHAT TO LOOK FOR
Graceful more streamline than gulls
Usually has a forked tail ndash most whitish with black cap
Sharp-pointed bill - Hoover and dive headfirst for fish
Common Nebraska species ndash Caspian common Foresterrsquos terns
Pigeons and Doves (Family Columbidae ndash dove)
WHAT TO LOOK FOR
Plump fast flying cooing voice
Short legs and necks and small heads short bills
Tail fan-like rounded or pointed
Pigeons larger than doves
Common Nebraska species ndash rock mourning Eurasian collared doves
Cuckoos Roadrunners and Anis (Family Cuculidae - )
WHAT TO LOOK FOR
Slender with a long tail at least half of the birdrsquos total length
Fairly large sturdy decurved (curving down) bill
2 toes forward 2 back (zygodactyls)
Common Nebraska species - black-billed cuckoo and yellow-billed cuckoo
Barn Owls (Family Tytonidae -)
WHAT TO LOOK FOR
Slim medium sized night hunter
Legs are long and sparsely feathered
Large head with large forward-facing immovable eyes
Heart-shaped face hooked beak and ghostly appearance
Typical Owls (Family Stigidae ndash night bird)
WHAT TO LOOK FOR
Generally night hunters
Large heads flatten face with large forward-facing immovable eyes hooked beak
Mottled appearance some with feather tuffs upright stance
Common Nebraska species ndash eastern screech great horned burrowing barred long-eared
short-eared northern saw-whet owls
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 41
Nighthawks and Nightjars (Family Caprimulgidae ndashgoat sucker)
WHAT TO LOOK FOR
Nocturnal or crepuscular
Big tail large eyes tiny bills surrounding a large gaping mouth
By day sit horizontally on limb or on ground
Easiest to identify by voice
Common Nebraska species ndash common nighthawk common poorwill chuck-willrsquos-widow
Whip-poor-will
Swifts (Family Apodidae ndash without feet)
WHAT TO LOOK FOR
Small to medium sized aerial foragers ndashspend most of life flying
Long sickle-shaped wings bending close to body and extremely short legs
Eat bathe drink and sometime mate in the air
Common Nebraska species - chimney swift white-throated swift
Hummingbirds (Family Trochilidae ndash small bird)
WHAT TO LOOK FOR
Tiny body long slender bill
Distinctive blur and hum of hovering wings
Jewel-like throat feather found on male
Common Nebraska species ndash ruby-throated broad-tailed and rufous hummingbirds
Kingfishers (Family Alcedinidae - kingfisher)
WHAT TO LOOK FOR
Small to medium size
Thickset with short neck and tail small feet
Large head with a ragged crest and long strong bill
Sit on lines and low branches near water or hovers above water
Plunges head first into water to catch fish
Common Nebraska species ndash belted kingfisher
Woodpeckers (Family Picidae ndash woodpecker)
WHAT TO LOOK FOR
Arboreal (tree) birds
Vertical posture creep up trees
Strong chisel-like bill short legs stiff tail feathers rounded wings
Undulating flight pattern and characteristic bill drumming
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 42
Common Nebraska species ndash Lewisrsquos red-headed red-bellied hairy downy woodpeckers
yellow-bellied and red-naped sapsuckers northern flicker
THE PASSERINES Feet adapted to perching
Tyrant Flycatchers (Family Tyrannidae - lord ruler king)
WHAT TO LOOK FOR
Small to medium perching bird
Large head broad flattened bill pointed wings short legs
Bristly ldquowhiskersrdquo at base of bill
Sit upright on exposed branch and dart out to catch insects
Common Nebraska species - flycatchers pewees kingbirds phoebes kingbirds
Shrikes (Family Laniidae ndash butcher)
WHAT TO LOOK FOR
ldquoButcher birdsrdquo ndash impale prey on thorns (may be to attract a mate and mark territory)
Robin-size bird with hooked bill and masked face with hawk-like behavior
Black gray and white birds
Common Nebraska species - northern and loggerhead shrike
Vireos (Family Vireondae ndash small bird)
WHAT TO LOOK FOR
Small olive- or gray-backed bird with short sturdy cylindrical slightly hooked bill
Can have wing bars and eye-rings or have eye stripes and no wing bars
Often confused with warblers but are chunkier bigger headed thicker billed
Common Nebraska species ndash white-eyed Bellrsquos yellow-throated plumbeous
Cassinrsquos blue-headed warbling Philadelphia red-eyed
Crows and Jays (Family Corvidae ndash raven)
WHAT TO LOOK FOR
Large perching bird with strong longish all-purpose bill to handle variety of foods
Nostrils covered with feathers
Legs scaled in front and smooth behind
Harsh voice and noisy
Bold gregarious
Common Nebraska species - black-billed magpie American crow
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 43
Larks (Family Alauidae ndash lark)
WHAT TO LOOK FOR
Ground dwellers of open fields ndash seldom seen in trees and shrub
Walk rather than hop have an elongated hind toe
Slender billed seed and insect eaters
Yellowwhite face with black facemask horns and breast band
Has musical song often sung in display flight
Common Nebraska species ndash horned lark
Swallows and Martins (Family Hirundinidae ndash swallow)
WHAT TO LOOK FOR
Slim streamline bodies with long pointed angled wings
Tail forked or squared legs and feet inconspicuous
Bill short and wide
Fluid aerialists ndash dart about catching insects
Flocks perch in long rows on branches and lines
Common Nebraska species ndash purple martin northern rough wing bank cliff barn swallows
Chickadees and Titmice (Family Paridae - )
WHAT TO LOOK FOR
Small plump sociable birds with short bills and wings
Active agile ndash often hang upside down to feed
Many times roam in little bands (often leading the group) in search of food
Chickadee ndash no tuff of feathers on head Titmice ndash tufted Common Nebraska species ndash black-capped chickadee tufted titmouse
Nuthatches (Family Sittidae ndash birds that peck bark of tree)
WHAT TO LOOK FOR
Small stout tree-climbers with slightly upturned strong woodpecker-like bills
Stubby squared off tails
Walk down trees headfirst Common Nebraska species ndash red-breasted and white-breasted nuthatches
Creepers (Family Certhiidae -)
WHAT TO LOOK FOR
Small slim tree-dwellers with stiff tails and slender downward curving bill
Primarily brown
Common Nebraska species ndash brown creeper
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 44
Wrens (Family Troglodytidae ndash cave dweller
WHAT TO LOOK FOR
Small stumpy energetic brown birds
Bill slightly down turned loud song
Tails often in ldquocockedrdquo or up-tilted position
Common Nebraska species ndash rock house winter marsh wrens
Kinglets (Family Regulidae -)
WHAT TO LOOK FOR
TINY very active songbirds ndash only certain hummingbirds smaller
Can hover will feeding
Greenish plumage with bright colored crowns Short tails
Common Nebraska species ndash ruby-crowned and golden-crowned kinglets
Gnatcatchers (and Old World Warblers) (Family Sylviidae - )
WHAT TO LOOK FOR
Small birds with slender pointed bills surrounded by rectal bristles
Drab plumage with seasonally changing head patterns
In constant motion
Common Nebraska species ndash blue-gray gnatcatcher
Thrushes (Family Turdidae -)
WHAT TO LOOK FOR
Large-eyed upright postured songbirds - known for their singing ability
Bill is slender straight but not sharp
Often hop along the ground looking for food
Common Nebraska species ndash eastern bluebird veery gray-cheeked Swainsonrsquos hermit
wood thrush American robin
Mockingbirds and Thrashers (Family Mimidae ndash imitator mimic)
WHAT TO LOOK FOR
Well known for their vocal and mimicking ability
Have short rounded wings long legs and tails
Long down-curved bills
Common Nebraska species ndash gray catbird northern mockingbird brown thrasher
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 45
Starlings (and Mynas) (Family Sturnidae - )
WHAT TO LOOK FOR
Medium sized chunky glossy birds with short tails sharp bills
Short triangular to rounded wings
Gregarious bold birds
Pipits (and Wagtails) (Family Motacillidae -)
WHAT TO LOOK FOR
Slender billed brownish ground dwellers with long back toe
Walk briskly rather than hop along the ground
Most species bob their tails up and down
Common Nebraska species ndash American pipit
Waxwings (Family Bombycillidae ndash silk tail)
WHAT TO LOOK FOR
Birds with sleek crest that can be erected
Plump-bodied birds with pointed wings with red waxy tips of secondaries
Bill is small wide and notched high thin calls
Square tail with terminal yellow band
Common Nebraska species ndash Bohemian and cedar waxwings
Wood Warblers (Family Parulidae -)
WHAT TO LOOK FOR
Brightly colored (mostly yellow) birds
Smaller than sparrows with thin needle-like bills
Common Nebraska species ndash approx 34 warblers ovenbirds yellow-breasted chats and
waterthrush
New World Sparrows (Family Emberizidae -)
WHAT TO LOOK FOR
Small to medium-sized birds - often brown streaked appearance
Rounded wings cone-shaped bills
Common Nebraska species ndash 20 sparrows towhees longspurs dark-eyed juncos snow and
lark buntings
Cardinals and Allies (Family Cardinalidae )
WHAT TO LOOK FOR
Medium to large songbirds
Have large cone-shaped bills
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 46
Males often very colorful
Common Nebraska species ndash northern cardinals rose-breasted and black-headed grosbeaks
indigo bunting dickcissel
Blackbirds Orioles and Allies (Family Icteridae)
WHAT TO LOOK FOR
Medium to large songbirds with strong straight bills
Strong-direct flight
Plumage varies from iridescent black to yellow to orange
Common Nebraska species ndash Bobolink eastern and western meadowlarks red-winged and
rusty blackbirds common and great-tailed grackles orchard Baltimore and
Bullockrsquos orioles brown-headed cowbird
Finches and Allies (Family Fringillidae)
WHAT TO LOOK FOR
Small to medium songbirds
Have conical bills and forked relatively short tails
Fly fast and undulate through the air giving high-pitched calls in flight
Common Nebraska species ndash gray-crowned rosy purple Cassinrsquos house finches red
crossbill white-winged crossbill common redpoll pine siskin American goldfinch
evening grosbeak
Old World Sparrows (Family Passeridae)
WHAT TO LOOK FOR
Stouter bodies shorter legs and thicker bills than native sparrows
Have a simple song repeating single elements with no particular rhythm or beginning
And end vocalize all day and year-round
Common Nebraska species ndash house sparrow (introduced)
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 47
Geology and Natural History of Nebraska
Being Developed by Jon Garbisch Cedar Point Biological Station jgarbisch2unledu
bull Geological history of Nebraska
bull Present geological formation of regions
bull General soil types
bull Geological landforms and related habitats
What we currently use
Theme
Nebraska geology formed over millions of years through the erosion of mountains the deposition of
sediments and the flow of water and ice shaping the landscape that we call home
Goal
Attendees will develop an understanding of the natural processes that influenced and built Nebraska
and in so doing develop a greater appreciation for the geology and how it relates to all other aspects of
the statersquos identity
Objective(s)
The Master Naturalists attendees will be able to use the knowledge they have gained to better
understand the surface and subsurface geology at any location in the state that they may find
themselves working
How will it be measured
Attendees will be able to use the knowledge gained to actively interpret general Nebraska geology by
completing activities in the form of hand-out diagrams biostratigraphic fossil correlations
interpretation of rock type hand specimens and visual description of the Geology on the trail at Camp
Brewster Fontenelle Forest
Introduction
Nebraska geology formed over millions of years through the erosion of mountains the deposition of
sediments and the flow of water and ice shaping the landscape that we call home (Hand out agenda)
Geology is rooted in the 3 rock groups that exist on planet Earth and so familiarity with
o these groups gives us a solid foundation for all other geologic interpretation
A half hour will be spent handling examples from each rock group
o 3 groups 3 tables with one rock type on each table each group spends 10 minutes at
each table
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 48
The Geologic Time Scale is a record over time of the Earths major geologic events and we
can use it to help us understand how and when Nebraska took shape
The natural agents of change which have shaped our state include oceans rivers wind
o and ice
The geologic time periods in Nebraska are represented by rock layers (or not) which occur all
around the state and have been named so that no matter where you are in the state you can
correlate the strata to the time scale (fossilsisotopes)
6 Geologic Principles will be discussed so that when the MN is in the field they can be used as an
aid in basic geologic interpretation
Conclusion
Nebraska geology formed over millions of years through the erosion of mountains the deposition of
sediments and the flow of water and ice shaping the landscape that we call home Geology supplies us
a record of the events that have shaped our Earth by learning the language in which the Earth script is
written we will be able to interpret and share the story of our state of Nebraska This understanding will
aid in us in relating to other areas influential and important to the state
Places to Go (places to see examples of Nebraska geology)
a Agate Fossil Beds National Monument Lower Miocene fossil mammal site including abundant body fossils of ancient mammals and prominent fossil rodent burrows
b Ashfall State Park Upper Miocene fossil mammal assemblage found in ash derived from an eruption of a predecessor to the Yellowstone volcanic field c Chimney Rock National Historic Site Oligocene and Lower Miocene continental sedimentary rocks deposited as sediments by wind and steams
d Hummel Park (Omaha) outcrops of Pleistocene glacial till and loess
e Lincoln area Capitol Beach Lake and history of saline waters and salt industry flooding history of Antelope and Salt creeks building stones in downtown area brick industry University of Nebraska State Museum
f Louisville area outcrops of Upper Pennsylvanian marine sedimentary rocks
g Valentine area and Niobrara National Wildlife Refuge Niobrara River Canyon and Cenozoic stratigraphy
h Niobrara State Park Upper Cretaceous marine sedimentary rocks (Niobrara Formation and Pierre Shale) landslides along Missouri River anthropogenic changes in Missouri River Niobrara River and Mormon Canal
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 49
i Downtown Omaha removal of loess from hills in downtown area engineering of Missouri River (eg groins bank armoring etc) visible at Bob Kerrey Memorial Bridge deep bedrock water wells at old industrial sites
j Platte River State Park Upper Pennsylvanian marine sedimentary rocks and overlook of Platte River
k Ponca State Park Upper Cretaceous marine sedimentary rocks (uppermost Dakota Formation through Greenhorn Limestone)
l Rock Creek State Historical Park middle Cretaceous Dakota Formationmdashfluvio-estuarine continental deposits
m Schramm Park Upper Pennsylvanian marine sedimentary rocks
n Scotia and Happy Jack Chalk Mine Upper Miocene lake deposit In Ogallala Group
o Scotts Bluff National Monument Oligocene and Lower Miocene continental sedimentary rocks deposited as sediments by wind and steams
p Smith Falls State ParkCenozoic stratigraphy Niobrara River waterfalls as knick points
q Toadstool Park and nearby areas continental sedimentary rocks of upper Eocene Chadron Formation Pine Ridge escarpment Trailside Museum and Ft Robinson State Park
r Weeping Water area Upper Pennsylvanian marine sedimentary rocks
s Wildcat RidgeHillsescarpment on Oligocene and Lower Miocene continental sedimentary rocks deeply eroded into canyons buttes and pinnacles by stream erosion during and after the Late Pliocene
t Indian Cave State Park and Iron Horse Trail south of Peru Upper Pennsylvanian Indian Cave Sandstone (fluvio-estuarine deposit) and sandstone cave
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 50
North American Model and Outdoor Skills Developed by Jeff Rawlinson Assistant Division Administrator Information and Education Nebraska Game and Parks Commission jeffrawlinsonnebraskagov
OUR North American Model of Conservation
Perhaps no other story is more compelling and more important in American history as that of how
our natural resources came to be one of the most important elements in our lives The history of our citizenryrsquos strong land ethic ties us to the natural world long after other nations have forgone this relationship We value how the common person from a common family can participate in the thrill of the chase experiencing wildness to its fullest
The North American Model of Conservation is a philosophy that the United States and Canada have
developed to manage wildlife in a sustainable way Historians debate how this land ethic began Some
say our model of conservation began in 1937 with the passage of the PittmanRobertson Act a move that provided funding for wildlife conservation at the national and state level The source of this funding came from the sale of hunting and shooting equipment Others may say that it began when the conservation giant President Theodore Roosevelt brought management of natural resources to the
political forefront Others would argue our Model of conservation was birthed under the Magna Charta which transferred the ownership of wildlife from the King of England and the English nobles to the all of
the people of England In reality however our Model has been under development for several hundred years combining what we have learned from other nations peoples cultures and experiences to shape a philosophy ingrained in our culture supported by hunters anglers and shooting sports enthusiasts
benefiting all wildlife and wild lands in the United States
First Wildlife Managers The concept of managing wildlife or natural resources was not conceived by our young nation For
thousands of years humanity has been manipulating and controlling the land and all its inhabitants to benefit our needs Ever since the first hunter followed that wooly creature across the Bering Straight embarking on an epic journey that would result in settling of North America man has ldquomanagedrdquo
wildlife in North America
Throughout history many leaders have shown some element of concern or conservation ethic towards wildlife The great Kublai Khan grandson of Genghis Khan and founder of the Yuan Dynasty in China forbade harvesting of many species of wildlife during critical reproductive months of March
through August so species could ldquoincrease and multiplyrdquo Conservation of wildlife is even found in Mosaic Law in Deuteronomy 226 representing some of the first written wildlife management idealsmdashldquo If you come across a birdrsquos nest in any tree or on the ground with young ones or eggs and
the mother sitting on the young or on the eggs you shall not take the mother with the youngrdquo (English Standard Version 2001)
As populations expanded throughout Europe wildlife resources fell under ownership of powerful kings
who enacted harsh punishments for anyone found taking the kingrsquos game In 1215 a rebellion against King John of England resulted in the Magna Charta transferring ownership of lands and game from the crown to the people This ldquoprivatizingrdquo of wildlife ownership had profound impacts America over 500 years later
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 51
Era Of Abundance (1600 ndash 1850) When our forefathers first landed on the eastern shores of America they brought with them science
religion and a new hope They found plentiful game and soon began a relationship with the land that provided them with many of their daily needs Wildlife was viewed as a limitless resource in a relatively untapped land These early settlers had left Europe where few had access to wildlife and entered a world where everyone had access Furs feathers hides all had value to this young country In 1776 the Declaration of Independence revoked the Kingrsquos rights to land and people in this new world After a
bloody war led by revolutionaries such as Washington Hamilton Jefferson and Adams the United States gained its independence and the land and wildlife belonged to everyone
Era Of Exploitation (1850 ndash 1900)
The 1800s brought a commercialization of our wildlife resources Market hunting and habitat
destruction began to decimate wildlife populations such as the American Bison and Passenger Pigeon After the American Revolutionary War and the Civial Warmdashwhich nearly destroyed our ldquodemocratic
experimentrdquo all togethermdashfew people were looking after the interest of wildlife and even fewer rules
existed governing the management of a resource everyone had ownership of yet no one had responsibility for
The railroad provided settlers with the means to access new lands expanding the markets for meats hides and fur Advancements in technology such as the repeating rifle further aided the unbridled
destruction of wildlife resources Yet throughout this era something positive was growing The people of this new nation were developing a relationship with the land By 1842 a Supreme Court ruling had huge impacts on this developing model of conservation resulting in a Public Trust Doctrine that would
further outline a model for conserving our natural resources Conservation was developing some direction but had no money or laws to support it
Era Of Protection (19001930) The early 1900s brought an industrial boom Abuse of natural resources had taken its toll and throughout the Nation and evidence of this abuse could be seen in the loss of species such as the
passenger pigeon near loss of the American bison and in many large mammals including whitetailed deer and our once numerous waterfowl species America was becoming an economic giant yet through
the roar of machines both political and metal a small voice could be heard It was the hunter and their voice was of concern for the direction our wildlife resources were heading Conservation minded men and women had continued a relationship with the land and the wildlife
Era of Game Management (1930 ndash 1966) The ldquodirty thirtiesrdquo were marked by the dust bowl and an impoverished nation Agricultural practices
unchecked by environmental stewardship had left the Nationrsquos heartland in ecological peril Politically the conservation movement was supported by the footings laid by Theodore Roosevelt New federal acts moved forward to provide for environmental protection due to the outcry of hunters in panic over the vanishing wildlife resources of the Nation
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 52
Wildlife conservation had support yet it lacked the science to properly manage our Nationrsquos resources A young biologist name Aldo Leopold changed all this with his writings including the book Game
Management which led to Universities across the country developing wildlife conservation programs These programs spawned a new breed of professional game managers who utilized science to support management methods that ultimately lead to the greatest wildlife conservation success story in the world In 1937 the PittmanRobertson Act provided thousands of jobs for young professionals along with ldquogame wardensrdquo supported by individual states to further the development of the Conservation Model
which now had science and funding to support it
Era of Environmental Management (1966 ndash Present) Science and funding led to a broadening view of conservation as focus shifted from managing ldquogame
animalsrdquo to managing the entire biota (environment and all living things in it) Further federal acts such
as the Endangered Species Act of 1966 and the National Environmental Policy Act of 1969 provided greater protection for species by a nation that had finally changed its course providing time to review
and perfect conservation efforts Recent acts such as the 1980 Farm Bill continued the effort to help
landowners provide quality habitat for wildlife and hunters by providing incentives to landowners to set aside highly erosive lands and plant them into wildlife habitat (grasslands) that benefit wildlife and hunters
The story of our unique model of conservation is still being written New challenges today threaten our
coveted resources and new professionals are entering the arena to further the plight of our Nationrsquos wildlife and hunting heritage
Seven Pillars of the Model
Seven main pillars have been highlighted as the foundation of support for the North American Model
of Conservation These include
The Public Trust The wildlife of the United States are owned by the people This is very different from the European Model where wildlife is privately owned The North American Model recognizes wildlife as a public
resource that is so important it can not be owned or managed by any one segment of our society but rather managed by professional state and federal entities for the benefit of all This concept known as
the Public Trust Doctrine began development in 1842 when the Supreme Court ruled that the Magna Charta had settled the question of who owns fish and wildlife and that King Charles II did not have the authority to give away the ldquodominion and propertyrdquo of lands in colonial America The court further ruled that since the American Revolution the people held public trust responsibilities for fish and wildlife except for rights specified in the US Constitution
Prohibition on Commerce
It was the hunter who brought forth stringent laws that protected wildlife from peril in the 19th
and 20th
centuries Because we all own and appreciate our wildlife as a national resource they should never find themselves on the public market to the highest bidder This path led to a largescale loss of many species
including the Passenger Pigeon and the near loss of the American bison As our country was developing these practices were common as people moved west in search of prosperity capitalizing on a land seemingly untouched by the modern world Today many laws in place serve to protect our most
valuable resourceshellipour wildlife
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 53
Democratic Rule of Law Each citizen of this great nation has the ability and responsibility to engage in healthy politics that serve
to support and protect sound wildlife conservation measures Our first conservation measures in this Country habitat restoration simple harvest restrictions and bag limits came from hunters people who respected the game they pursued and loved the wild places they chased them in The North American Model of conservation is built upon active public involvement instilling a value for wildlife in all citizens
Hunting Opportunity for All The Model was developed on the premise that all people regardless of political or economic standing could participate in and feel the thrill of the chase It is this unique Model that provides us with wildlife opportunities for all Americans Imagine how important this was to our fore fathers who left a brutal
King in England where only the aristocracy had any dream of pursuing wild creatures in wild places Our
wildlife laws ensure that each generation that comes after us will have the same opportunity to enjoy and appreciate wildlife
Nonfrivolous Use Our management of wildlife depends on a citizenry that loves and appreciates the wild creatures and the habitats necessary to their survival and our quality of life Wildlife may be utilized under strict rule of
law including utilizing the wildlife once harvested to its best potential Killing wildlife for the sake of killing can only lead to the numbing of hearts to wildlife and a profound lack of respect for our most
precious resources
International Resources
It was not until the 20th
century that hunters and wildlife lovers understood the importance of
managing wildlife at a much larger scale This became readily apparent with the passage of the
Migratory Bird Treaty Act of 1918 where nations came together to manage wildlife resources as a
collective Wildlife species do not recognize national or state boundaries Governments must work together to be effective in managing wildlife for the benefit of all The United States has made great
strides in this area with Mexico and Canada Our wildlife is not only a resource to us but to all continents they may call home throughout the year Our biologists must think globally to be effective locally
Scientific Management Although Theodore Roosevelt brought conservation to the political forefront it was a young forester from Iowa that made the study of wildlife management a science Aldo Leopold is considered by many
as the ldquofather of wildlife managementrdquo due to his tireless efforts to develop curriculum for future wildlife biologists Today our biologists earn their opportunity to manage wildlife through prominent
Bachelor Masters and Doctorate degree programs from Universities around the world Wildlife must be managed using fact science and the latest research We are constantly learning and adapting to new technology and changing environments For such an important resource we cannot afford to have it any other way
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 54
Nebraska Master Naturalist Specializations Certifying as a Specialist ldquoFollow your own natural geniusrdquo wrote Thoreau ldquoand it will not fail to show you a fresh prospect every hourrdquo Many of us learn by doing When our curiosity and interests carry us into deeper study of a given subject it can be helpful to have clear opportunities to pursue Thus the Nebraska Master Naturalist Program offers specialized voluntary training for those who are hungry to develop and apply their particular skill and personal understanding on behalf of our natural legacy Specializations are designed to create collaborators leaders and mentors in four key areas
Interpretation and Outreach
Outdoor Skills and Recreation
Resource Management
Citizen Science Master Naturalist Certification Requirements Annual Requirement o 8 Hours Training Annually o 20 Hours of Volunteerism Annually Master Naturalist Specialization Requirement One Time Requirement o 20 Hours of Training Total Specific to Specialization Annual Requirement o Additional 20 Hours of Volunteerism Annually Specific to Specialization (does not include initial Certification annual requirement hours)
OUTDOOR SKILLS AND RECREATION SPECIALIZATION The purpose of OUTDOOR SKILLS AND RECREATION is to promote activity and development of skills in the outdoor pursuits associated with natural resources Specializations are designed to create collaborators leaders and mentors in particular areas A Certified Nebraska Master Naturalist can complete the Outdoor Recreation Specializationby meeting the following requirements Complete at least one of the workshops or certification‐leading trainings listed below If specialized training is not listed below it can be approved upon request by the Master Naturalist Program Committee Specialized Training Options ‐
Hunter Education Instructor Certification 13 hrs
National 4‐H Shooting Sports Instructor Certification 32 hrs
Nebraska 4‐H Shooting Sports Shotgun Certification 12 hrs
Nebraska 4‐H Shooting Sports Archery Certification 12 hrs
Nebraska 4‐H Shooting Sports Rifle Certification 12 hrs
Nebraska 4‐H Shooting Sports Pistol Certification 12 hrs
Nebraska 4‐H Shooting Sports Muzzleloader Certification 12 hrs
National Archery in the Schools Program Basic Archery Instructor 4 hrs
NRA Range OfficerMaster Certification 8 hrs
Hunt Master Training Instructor 4 hrs
NRA Shooting Instructor 16 hrs
NRA Shotgun Instructor 16 hrs
NRA Rifle Instructor 16 hrs
Boater Education Instructor 12 hrs
Youth Fishing Instructor 5 hrs
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 55
American Canoe Association National CanoeKayak Instructor 16‐32hrs
National Camp SchoolBoy Scouts 16‐24 hrs
Wood Badge TrainingBoy Scouts 16‐24 hrs
Merit Badge Counselor TrainingBoy Scouts 2‐16 hrs
Conservation Leaders for Tomorrow 35 hrs
Wilderness First Aid 16‐32 hrs
Professional Trappers College 40 hrs
American Camp Association Instructor Training 8‐40 hrs
American Red Cross Instructor Training 2‐16 hrs
American Sailing Association Instructor Training 16‐24 hrs
Certified Horsemanship Association Instructor Training 24‐40 hrs
Leave No Trace Master Educator Training 40 hrs
National Outdoor Leadership School 280 hrs
Camp Cook School 32‐96 hrs
Professional Association of Diving Instructors Training 32‐96 hrs
Professional Mountain Bike Association Instructor Training 24 hrs
League of American Bicyclists Instructor Certification 24 hrs
Hunting
Shooting
Fishing
Trapping
Camping
Outdoor Cooking
Orienteering
Geocaching
Photography
Wildlife Viewing
Hiking
Biking
Birding
Becoming an Outdoors‐Woman Program
Wilderness First Aid
Wilderness Survival
Leave No Trace Educator
Service Options ndash Provide a minimum of 20 hours of service annually in the following or similar areas
4‐H leader and youth training outdoor recreation
Scout leader and youth training outdoor recreation
Wild About Nature
Flying WILD Educator or Facilitator Workshop
Becoming an Outdoors Woman (BOW)
Beyond Becoming an Outdoors Woman (BOW)
Family Camp
Learn to Hunt Program
National Archery in the Schools Program BAI training or greater
Mentor HuntHunt Masters Training
After School Programs
Others ndash Upon approval
Outdoor discovery programs volunteer
CRO at a shooting event
Assist with National or State shooting sports competitions
Family fishing day
Design or write a brochure
Develop or contribute to a website
Develop or contribute to a social networking site
Design or write a newsletter
Assist in fundraising
Plan an event or festival
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 56
Interpretation amp Education- Developed By Lindsay Rogers Nebraska Game amp Parks
Commission
Do not try to satisfy your vanity by teaching a great many things Awaken peoplersquos curiosity It is
enough to open minds do not overload them Put there just a spark If there is some good
inflammable stuff it will catch firerdquo
- Anatole France in The Earth Speaks
Session Objectives
To help participants understand the role education plays in sounds ecological conservation
To help participants learn about past and present conservationist and interpretive educators
To help participants learn components of quality education and interpretation
To have participants partake in quality interpretive education
To make sure participants understand that their role is to light the spark and awaken curiosityhellip not spew facts
Lecture Requirements
1 What is interpretation (5 minutes) a What does ldquointerpretrdquo mean b National Association of Interpretation definition of ldquointerpretationrdquo
i Interpretation is a mission-based communication process that forges emotional and intellectual connection between the interests of the audience and the meanings inherent to the resource
c Freeman Tilden Interpreting Our Heritage 1957 i Interpretation is an educational activity which aims to reveal meanings
and relationships through the use of original objects by first-hand experience and by illustrative media rather than simply to communicate factual information
d Components of interpretation i pleasurable or enjoyable
ii relevant to the world iii organized iv themed v sparks an interest
vi includes information but does not stop there links information to the world
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 57
vii age appropriate viii taught to someone not at them
2 What is education (5 minutes)
a What does it mean to ldquoeducaterdquo someone b John Dewey Democracy amp Education 2944
i Education in its general sense is a form of learning in which the knowledge skills and habits of a group of people are transferred from one generation to the next through teaching training or research
c Components of education i - generally presented to someone but not always
ii enjoyable sometimes iii provides knowledge and facts iv can make connections but not always v organized and themed
d Both education and interpretation are important they work together
3 Conservationists (10 minutes) a Jon Muir
i Immigrated from Scotland to Wisconsin in 1849 ii Attended the University of Wisconsin studies botany amp geology
iii Moved to the western US mainly the Sierra Nevada area iv Believed humans were part of the interconnected natural world v Advocated for the preservation of natural areas
vi Co-founded the Sierra Club b Aldo Leopold
i Iowa native attended Yale University ii After college he joined the US Forest Service was stationed in Arizona
and New Mexico iii Developed theories of land ethics the need for biodiversity and an
appreciation for wilderness areas iv Moved to Wisconsin in 1924 became a professor at the University of
Wisconsin v Regarded as the ldquoFather of Conservationrdquo
c Gifford Pinchot i Born in Connecticut in 1905
ii Studied at Yale studies forestry in France iii Named chief of the Division of Forestry (later to become the US Forest
Service) iv First chief of the US Forest Service greatly improved forest
management and increased the size of Forest Service lands
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 58
v Managed forests for the greatest good for the greatest number Pinchot added the phrase in the long run to emphasize that forest management consists of long-term decisions
d Steven Mather i Born in California attended Berkley University
ii Worked for the Pacific Coast Borax Company where he had a talent for promotion Started a competing company made millions
iii When revisiting Sequoia and Yosemite National Parks in 1914 he was appalled by the conditions of the national parks
iv Joined the Department of the Interior as the head of parks later created the National Parks System
v Professionalized the National Parks and helped to greatly grow protected lands
e Rachel Carson i Born in Pennsylvania in 1907 attended John Hopkins University for
graduate school ii Went to work for the US Bureau of Fisheries (later to become the US
Fish amp Wildlife Service) iii Wrote Silent Spring in 1962 The book created an awaking for Americanrsquos
to their responsibility to the environment and wildlife The book lead to the US Government banning the use of DDT
f Theodore Roosevelt i Born in 1858 in New York New York was a sickly child who stayed inside
studying natural history ii An avid outdoorsman he spent much time in the South Dakota Badlands
iii Became President in 1901 with the assignation of President McKinley iv Among many major accomplishments as president he started the
National Parks was instrumental in conserving about 230 million acres
4 Naturalist Interpreters (10 minutes) a Freeman Tilden
i Born 1883 worked as a newspaper columnist and author ii At age 58 he began working with the National Parks Service
iii While traveling to various National Parks he became concerned with the quality of interpretation
iv Wrote Interpreting Our Heritage in 1957 outlines 6 principles to quality interpretation forever changed the field of interpretation
b William Lewis i Worked as a ranger naturalist and interpreter trainer for the National
Parks Service ii Developed the approach of ldquoThematic Interpretationrdquo which requires the
interpreter to choose a central theme (major point) to guide the development of a program
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 59
iii Wrote Interpreting For Park Visitors c Sam Ham
i Director of Center for International Training and Outreach at the University of Idaho
ii Work has focused on applying communication theory to environmental conservation interpretation and on nature-based tourism and guide training
iii Wrote Environmental Interpretation (1992) d Ted Cable
i Professor of Park Management and Conservation at Kansas State University
ii Co-authored Interpreting Cultural and Natural Resources (2003) and Interpretation for the 21st Century Fifteen Guiding Principles for Interpreting Nature and Culture (2002)
5 Conducting an Interpretative Program Try and Fail (60 minutes + 120 minutes of activities throughouthellip see list of Suggested Activities below)
a Experiential Learning i The first time you tried to walk you failed The first time you rode a bike
you failed This is called experiential learning The first time you attempt an educational or interpretation program you will fail thatrsquos how we learn
ii Donrsquot be afraid to fail b Ask Questions about the ProgramPresentation before you commit to leading it c Plan your Program
i Generally I want my presentation to be about Specifically however I want to tell my audience about After hearing my presentation I want my audience to understand (what is the big picture you want them to take home)
1 You do not need (or want) to teach your audience everything you know your job is to light the spark
ii What will your tangibles and intangibles be 1 Tangibles are those things you can touch things you use to teach
when teaching a Examples include a tree a mammal pelt a skull a live
animal a prairie 2 Intangibles involve connecting the tangibles to concepts and the
ideas they represent intangibles are the meanings the relationships the processes the ideas the feelings and the beliefs
a Examples include food webs ecosystem health entropy ecology
iii People remember themes they forget facts
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 60
iv Plan for an organized presentation 1 Think about your overall theme smaller parts of the program and
your transitions v Stick to your theme
vi Determine what type of presentation you will have 1 PowerPoint (avoid) 2 Podium Presentation (avoid) 3 Active taking a hike playing a game etc 4 Hands-on touching feeling trying hearing smelling
vii Think about all the different kinds of learners 1 verbal-linguistic 2 logical-mathematical 3 visual-spatial 4 kinesthetic 5 musical-rhythmic 6 interpersonal (groups) 7 intrapersonal (individual) 8 naturalist
d Know your role as an educator 1 Provide facts and relationships not opinions 2 Allow participants to determine their own opinions and beliefs
using the facts amp relationships you provide them 3 PLAY ldquoFIRST IMPRESSIONSrdquo
e Prepare Prepare Prepare 1 Know the type of space and area you will have (indoor vs
outdoor small space vs vast area etc) 2 Plan for more that you are told 3 Plan for the weather (always expect it to be windy in Nebraska)
f Questions i Ask good questions
1 Is this a fox Vs How do you know this is a fox 2 Do you have any questions Vs What questions do you have
ii Be prepared for quality questions 1 What are the implications for describe the impact of what are
the reasons for iii Be prepared for ldquogoodrdquo questions
1 Do you have ewoks in the forest If a Mountain Lion and an Eagle were to fight who would win
2 Take all questions seriously Answer seriously g Model what you want to see the students do
i If you want a group of students to catch insects help them get active with them
ii This is true when working with children and adults
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 61
1 Working alongside students validates them and their learning h Be enthusiastic show your passion
i This is another form of modeling what you want to see in your students ii We need to excite students (no matter their age) about conservation
nature and the outdoors iii Have fun
6 Take Home Lesson Light the Spark and Donrsquot Be Afraid to Fail
Suggested Activities (amp potential mandatory activities)
Throughout the lesson conduct multiple games andor activities to model good interpretation
Suggested games include but are not limited to
1 Oh Deer (Project WILD) 2 First Impressions (to be done during section 5) (Project WILD) 3 The Long Haul (Project WET) 4 Sum of the Parts (Project WET) 5 Water Quality Ask the Bugs (Project WET) 6 Adaptation Artistry (Flying WILD) or Fashion a Fish (Aquatic Project WILD) 7 Avian Antics (Flying WILD) 8 Pollinators Meet Your Plants (Nebraska Project WILD wwwnebraskaprojectwildorg) 9 Scavenger Hunts (Nebraska Project WILD wwwnebraskaprojectwildorg)
Suggested Post-Readings
Interpreting Our Heritage Freeman Tilden 1957 (4th edition 2008)
ISBN-13 978-0807858677
Interpreting for Park Visitors William Lewis 1981
ISBN-13 978-0890620793
Environmental Interpretation Sam Ham 1992
ISBN-13 978-1555919023
Interpretation for the 21st Century Fifteen Guiding Principles for Interpreting Nature and
Culture Larry Beck amp Ted Cable 2002
ISBN-13 978-1571675224
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 62
Interpretation-Making a Difference on Purpose Sam Ham 2013
ISBN-13 978-1555917425
Foundations of Interpretation Curriculum Content Narrative National Parks Service 2007
httpwwwnpsgovidpinterp101foundationscurriculumpdf
Websites
National Association of Interpretation
wwwinterpnetcom
North American Association for Environmental Education
wwwnaaeeorg
Nebraska Alliance for Conservation and Environment Education
wwwnaceeorg
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 63
Safety in the Field
Developed by Rich Hawes Nebraska Master Naturalist rdhawes26msncom
Objectives
Raise awareness of Risk Managementassessment as part of event planning
Guidelines to safe activities for participants presenters and the environment
Present Leave No Trace Principals as part of all outdoor activities
Present resources for additional training or certification for outdoor activities
Hands on activities to encourage interest and to provoke thought and discussion
Hazards of the area
Outdoor hiking safety
Stewardship of the land and natural resources
Being flexible and working with ldquowhat you haverdquo
Outline
1 Outdoor Activities ndash Whatrsquos The Worst That Can Happen An Introduction to Event Planning and Risk Management
2 Leave No Trace Principals
3 Trip planning and Logistics
4 Health amp Safety
5 Youth Protection
6 Age Appropriate Activities
7 Resource Training and Certifications
a Standard First Aid CPRAED Wilderness First Aid
b Shooting Sports - Range Safety Officer or Instructor
c Hunter Safety Instructor
d Climbing COPE and Zip Lines
e Water Safety Instructor Life Guard Small Boat Handling
f Leave No Trace Trainer or Master Educator
g Tread Lightly Tread Trainer or Master Tread Trainer
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 64
Suggested Activities
CPR Scenario
First Aid Scenario
Weather Scenario
Lost Scenario
Online Resources
American Camp Association
Boy Scouts of America
Youth Protection
Safe Swim Defense
Safety Afloat
Climb On Safely
Weather Safety
Trek On Safely
(etc)
Leave No Trace
Nebraska Game amp Parks
Hunter Safety
Boating Rules amp Regs
National Rifle Association
(Archery groups)
American Red Cross
(wilderness medicine group(s))
NOLS
Tread Lightly
US Coast Guard
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 40
Terns
WHAT TO LOOK FOR
Graceful more streamline than gulls
Usually has a forked tail ndash most whitish with black cap
Sharp-pointed bill - Hoover and dive headfirst for fish
Common Nebraska species ndash Caspian common Foresterrsquos terns
Pigeons and Doves (Family Columbidae ndash dove)
WHAT TO LOOK FOR
Plump fast flying cooing voice
Short legs and necks and small heads short bills
Tail fan-like rounded or pointed
Pigeons larger than doves
Common Nebraska species ndash rock mourning Eurasian collared doves
Cuckoos Roadrunners and Anis (Family Cuculidae - )
WHAT TO LOOK FOR
Slender with a long tail at least half of the birdrsquos total length
Fairly large sturdy decurved (curving down) bill
2 toes forward 2 back (zygodactyls)
Common Nebraska species - black-billed cuckoo and yellow-billed cuckoo
Barn Owls (Family Tytonidae -)
WHAT TO LOOK FOR
Slim medium sized night hunter
Legs are long and sparsely feathered
Large head with large forward-facing immovable eyes
Heart-shaped face hooked beak and ghostly appearance
Typical Owls (Family Stigidae ndash night bird)
WHAT TO LOOK FOR
Generally night hunters
Large heads flatten face with large forward-facing immovable eyes hooked beak
Mottled appearance some with feather tuffs upright stance
Common Nebraska species ndash eastern screech great horned burrowing barred long-eared
short-eared northern saw-whet owls
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 41
Nighthawks and Nightjars (Family Caprimulgidae ndashgoat sucker)
WHAT TO LOOK FOR
Nocturnal or crepuscular
Big tail large eyes tiny bills surrounding a large gaping mouth
By day sit horizontally on limb or on ground
Easiest to identify by voice
Common Nebraska species ndash common nighthawk common poorwill chuck-willrsquos-widow
Whip-poor-will
Swifts (Family Apodidae ndash without feet)
WHAT TO LOOK FOR
Small to medium sized aerial foragers ndashspend most of life flying
Long sickle-shaped wings bending close to body and extremely short legs
Eat bathe drink and sometime mate in the air
Common Nebraska species - chimney swift white-throated swift
Hummingbirds (Family Trochilidae ndash small bird)
WHAT TO LOOK FOR
Tiny body long slender bill
Distinctive blur and hum of hovering wings
Jewel-like throat feather found on male
Common Nebraska species ndash ruby-throated broad-tailed and rufous hummingbirds
Kingfishers (Family Alcedinidae - kingfisher)
WHAT TO LOOK FOR
Small to medium size
Thickset with short neck and tail small feet
Large head with a ragged crest and long strong bill
Sit on lines and low branches near water or hovers above water
Plunges head first into water to catch fish
Common Nebraska species ndash belted kingfisher
Woodpeckers (Family Picidae ndash woodpecker)
WHAT TO LOOK FOR
Arboreal (tree) birds
Vertical posture creep up trees
Strong chisel-like bill short legs stiff tail feathers rounded wings
Undulating flight pattern and characteristic bill drumming
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 42
Common Nebraska species ndash Lewisrsquos red-headed red-bellied hairy downy woodpeckers
yellow-bellied and red-naped sapsuckers northern flicker
THE PASSERINES Feet adapted to perching
Tyrant Flycatchers (Family Tyrannidae - lord ruler king)
WHAT TO LOOK FOR
Small to medium perching bird
Large head broad flattened bill pointed wings short legs
Bristly ldquowhiskersrdquo at base of bill
Sit upright on exposed branch and dart out to catch insects
Common Nebraska species - flycatchers pewees kingbirds phoebes kingbirds
Shrikes (Family Laniidae ndash butcher)
WHAT TO LOOK FOR
ldquoButcher birdsrdquo ndash impale prey on thorns (may be to attract a mate and mark territory)
Robin-size bird with hooked bill and masked face with hawk-like behavior
Black gray and white birds
Common Nebraska species - northern and loggerhead shrike
Vireos (Family Vireondae ndash small bird)
WHAT TO LOOK FOR
Small olive- or gray-backed bird with short sturdy cylindrical slightly hooked bill
Can have wing bars and eye-rings or have eye stripes and no wing bars
Often confused with warblers but are chunkier bigger headed thicker billed
Common Nebraska species ndash white-eyed Bellrsquos yellow-throated plumbeous
Cassinrsquos blue-headed warbling Philadelphia red-eyed
Crows and Jays (Family Corvidae ndash raven)
WHAT TO LOOK FOR
Large perching bird with strong longish all-purpose bill to handle variety of foods
Nostrils covered with feathers
Legs scaled in front and smooth behind
Harsh voice and noisy
Bold gregarious
Common Nebraska species - black-billed magpie American crow
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 43
Larks (Family Alauidae ndash lark)
WHAT TO LOOK FOR
Ground dwellers of open fields ndash seldom seen in trees and shrub
Walk rather than hop have an elongated hind toe
Slender billed seed and insect eaters
Yellowwhite face with black facemask horns and breast band
Has musical song often sung in display flight
Common Nebraska species ndash horned lark
Swallows and Martins (Family Hirundinidae ndash swallow)
WHAT TO LOOK FOR
Slim streamline bodies with long pointed angled wings
Tail forked or squared legs and feet inconspicuous
Bill short and wide
Fluid aerialists ndash dart about catching insects
Flocks perch in long rows on branches and lines
Common Nebraska species ndash purple martin northern rough wing bank cliff barn swallows
Chickadees and Titmice (Family Paridae - )
WHAT TO LOOK FOR
Small plump sociable birds with short bills and wings
Active agile ndash often hang upside down to feed
Many times roam in little bands (often leading the group) in search of food
Chickadee ndash no tuff of feathers on head Titmice ndash tufted Common Nebraska species ndash black-capped chickadee tufted titmouse
Nuthatches (Family Sittidae ndash birds that peck bark of tree)
WHAT TO LOOK FOR
Small stout tree-climbers with slightly upturned strong woodpecker-like bills
Stubby squared off tails
Walk down trees headfirst Common Nebraska species ndash red-breasted and white-breasted nuthatches
Creepers (Family Certhiidae -)
WHAT TO LOOK FOR
Small slim tree-dwellers with stiff tails and slender downward curving bill
Primarily brown
Common Nebraska species ndash brown creeper
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 44
Wrens (Family Troglodytidae ndash cave dweller
WHAT TO LOOK FOR
Small stumpy energetic brown birds
Bill slightly down turned loud song
Tails often in ldquocockedrdquo or up-tilted position
Common Nebraska species ndash rock house winter marsh wrens
Kinglets (Family Regulidae -)
WHAT TO LOOK FOR
TINY very active songbirds ndash only certain hummingbirds smaller
Can hover will feeding
Greenish plumage with bright colored crowns Short tails
Common Nebraska species ndash ruby-crowned and golden-crowned kinglets
Gnatcatchers (and Old World Warblers) (Family Sylviidae - )
WHAT TO LOOK FOR
Small birds with slender pointed bills surrounded by rectal bristles
Drab plumage with seasonally changing head patterns
In constant motion
Common Nebraska species ndash blue-gray gnatcatcher
Thrushes (Family Turdidae -)
WHAT TO LOOK FOR
Large-eyed upright postured songbirds - known for their singing ability
Bill is slender straight but not sharp
Often hop along the ground looking for food
Common Nebraska species ndash eastern bluebird veery gray-cheeked Swainsonrsquos hermit
wood thrush American robin
Mockingbirds and Thrashers (Family Mimidae ndash imitator mimic)
WHAT TO LOOK FOR
Well known for their vocal and mimicking ability
Have short rounded wings long legs and tails
Long down-curved bills
Common Nebraska species ndash gray catbird northern mockingbird brown thrasher
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 45
Starlings (and Mynas) (Family Sturnidae - )
WHAT TO LOOK FOR
Medium sized chunky glossy birds with short tails sharp bills
Short triangular to rounded wings
Gregarious bold birds
Pipits (and Wagtails) (Family Motacillidae -)
WHAT TO LOOK FOR
Slender billed brownish ground dwellers with long back toe
Walk briskly rather than hop along the ground
Most species bob their tails up and down
Common Nebraska species ndash American pipit
Waxwings (Family Bombycillidae ndash silk tail)
WHAT TO LOOK FOR
Birds with sleek crest that can be erected
Plump-bodied birds with pointed wings with red waxy tips of secondaries
Bill is small wide and notched high thin calls
Square tail with terminal yellow band
Common Nebraska species ndash Bohemian and cedar waxwings
Wood Warblers (Family Parulidae -)
WHAT TO LOOK FOR
Brightly colored (mostly yellow) birds
Smaller than sparrows with thin needle-like bills
Common Nebraska species ndash approx 34 warblers ovenbirds yellow-breasted chats and
waterthrush
New World Sparrows (Family Emberizidae -)
WHAT TO LOOK FOR
Small to medium-sized birds - often brown streaked appearance
Rounded wings cone-shaped bills
Common Nebraska species ndash 20 sparrows towhees longspurs dark-eyed juncos snow and
lark buntings
Cardinals and Allies (Family Cardinalidae )
WHAT TO LOOK FOR
Medium to large songbirds
Have large cone-shaped bills
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 46
Males often very colorful
Common Nebraska species ndash northern cardinals rose-breasted and black-headed grosbeaks
indigo bunting dickcissel
Blackbirds Orioles and Allies (Family Icteridae)
WHAT TO LOOK FOR
Medium to large songbirds with strong straight bills
Strong-direct flight
Plumage varies from iridescent black to yellow to orange
Common Nebraska species ndash Bobolink eastern and western meadowlarks red-winged and
rusty blackbirds common and great-tailed grackles orchard Baltimore and
Bullockrsquos orioles brown-headed cowbird
Finches and Allies (Family Fringillidae)
WHAT TO LOOK FOR
Small to medium songbirds
Have conical bills and forked relatively short tails
Fly fast and undulate through the air giving high-pitched calls in flight
Common Nebraska species ndash gray-crowned rosy purple Cassinrsquos house finches red
crossbill white-winged crossbill common redpoll pine siskin American goldfinch
evening grosbeak
Old World Sparrows (Family Passeridae)
WHAT TO LOOK FOR
Stouter bodies shorter legs and thicker bills than native sparrows
Have a simple song repeating single elements with no particular rhythm or beginning
And end vocalize all day and year-round
Common Nebraska species ndash house sparrow (introduced)
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 47
Geology and Natural History of Nebraska
Being Developed by Jon Garbisch Cedar Point Biological Station jgarbisch2unledu
bull Geological history of Nebraska
bull Present geological formation of regions
bull General soil types
bull Geological landforms and related habitats
What we currently use
Theme
Nebraska geology formed over millions of years through the erosion of mountains the deposition of
sediments and the flow of water and ice shaping the landscape that we call home
Goal
Attendees will develop an understanding of the natural processes that influenced and built Nebraska
and in so doing develop a greater appreciation for the geology and how it relates to all other aspects of
the statersquos identity
Objective(s)
The Master Naturalists attendees will be able to use the knowledge they have gained to better
understand the surface and subsurface geology at any location in the state that they may find
themselves working
How will it be measured
Attendees will be able to use the knowledge gained to actively interpret general Nebraska geology by
completing activities in the form of hand-out diagrams biostratigraphic fossil correlations
interpretation of rock type hand specimens and visual description of the Geology on the trail at Camp
Brewster Fontenelle Forest
Introduction
Nebraska geology formed over millions of years through the erosion of mountains the deposition of
sediments and the flow of water and ice shaping the landscape that we call home (Hand out agenda)
Geology is rooted in the 3 rock groups that exist on planet Earth and so familiarity with
o these groups gives us a solid foundation for all other geologic interpretation
A half hour will be spent handling examples from each rock group
o 3 groups 3 tables with one rock type on each table each group spends 10 minutes at
each table
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 48
The Geologic Time Scale is a record over time of the Earths major geologic events and we
can use it to help us understand how and when Nebraska took shape
The natural agents of change which have shaped our state include oceans rivers wind
o and ice
The geologic time periods in Nebraska are represented by rock layers (or not) which occur all
around the state and have been named so that no matter where you are in the state you can
correlate the strata to the time scale (fossilsisotopes)
6 Geologic Principles will be discussed so that when the MN is in the field they can be used as an
aid in basic geologic interpretation
Conclusion
Nebraska geology formed over millions of years through the erosion of mountains the deposition of
sediments and the flow of water and ice shaping the landscape that we call home Geology supplies us
a record of the events that have shaped our Earth by learning the language in which the Earth script is
written we will be able to interpret and share the story of our state of Nebraska This understanding will
aid in us in relating to other areas influential and important to the state
Places to Go (places to see examples of Nebraska geology)
a Agate Fossil Beds National Monument Lower Miocene fossil mammal site including abundant body fossils of ancient mammals and prominent fossil rodent burrows
b Ashfall State Park Upper Miocene fossil mammal assemblage found in ash derived from an eruption of a predecessor to the Yellowstone volcanic field c Chimney Rock National Historic Site Oligocene and Lower Miocene continental sedimentary rocks deposited as sediments by wind and steams
d Hummel Park (Omaha) outcrops of Pleistocene glacial till and loess
e Lincoln area Capitol Beach Lake and history of saline waters and salt industry flooding history of Antelope and Salt creeks building stones in downtown area brick industry University of Nebraska State Museum
f Louisville area outcrops of Upper Pennsylvanian marine sedimentary rocks
g Valentine area and Niobrara National Wildlife Refuge Niobrara River Canyon and Cenozoic stratigraphy
h Niobrara State Park Upper Cretaceous marine sedimentary rocks (Niobrara Formation and Pierre Shale) landslides along Missouri River anthropogenic changes in Missouri River Niobrara River and Mormon Canal
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 49
i Downtown Omaha removal of loess from hills in downtown area engineering of Missouri River (eg groins bank armoring etc) visible at Bob Kerrey Memorial Bridge deep bedrock water wells at old industrial sites
j Platte River State Park Upper Pennsylvanian marine sedimentary rocks and overlook of Platte River
k Ponca State Park Upper Cretaceous marine sedimentary rocks (uppermost Dakota Formation through Greenhorn Limestone)
l Rock Creek State Historical Park middle Cretaceous Dakota Formationmdashfluvio-estuarine continental deposits
m Schramm Park Upper Pennsylvanian marine sedimentary rocks
n Scotia and Happy Jack Chalk Mine Upper Miocene lake deposit In Ogallala Group
o Scotts Bluff National Monument Oligocene and Lower Miocene continental sedimentary rocks deposited as sediments by wind and steams
p Smith Falls State ParkCenozoic stratigraphy Niobrara River waterfalls as knick points
q Toadstool Park and nearby areas continental sedimentary rocks of upper Eocene Chadron Formation Pine Ridge escarpment Trailside Museum and Ft Robinson State Park
r Weeping Water area Upper Pennsylvanian marine sedimentary rocks
s Wildcat RidgeHillsescarpment on Oligocene and Lower Miocene continental sedimentary rocks deeply eroded into canyons buttes and pinnacles by stream erosion during and after the Late Pliocene
t Indian Cave State Park and Iron Horse Trail south of Peru Upper Pennsylvanian Indian Cave Sandstone (fluvio-estuarine deposit) and sandstone cave
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 50
North American Model and Outdoor Skills Developed by Jeff Rawlinson Assistant Division Administrator Information and Education Nebraska Game and Parks Commission jeffrawlinsonnebraskagov
OUR North American Model of Conservation
Perhaps no other story is more compelling and more important in American history as that of how
our natural resources came to be one of the most important elements in our lives The history of our citizenryrsquos strong land ethic ties us to the natural world long after other nations have forgone this relationship We value how the common person from a common family can participate in the thrill of the chase experiencing wildness to its fullest
The North American Model of Conservation is a philosophy that the United States and Canada have
developed to manage wildlife in a sustainable way Historians debate how this land ethic began Some
say our model of conservation began in 1937 with the passage of the PittmanRobertson Act a move that provided funding for wildlife conservation at the national and state level The source of this funding came from the sale of hunting and shooting equipment Others may say that it began when the conservation giant President Theodore Roosevelt brought management of natural resources to the
political forefront Others would argue our Model of conservation was birthed under the Magna Charta which transferred the ownership of wildlife from the King of England and the English nobles to the all of
the people of England In reality however our Model has been under development for several hundred years combining what we have learned from other nations peoples cultures and experiences to shape a philosophy ingrained in our culture supported by hunters anglers and shooting sports enthusiasts
benefiting all wildlife and wild lands in the United States
First Wildlife Managers The concept of managing wildlife or natural resources was not conceived by our young nation For
thousands of years humanity has been manipulating and controlling the land and all its inhabitants to benefit our needs Ever since the first hunter followed that wooly creature across the Bering Straight embarking on an epic journey that would result in settling of North America man has ldquomanagedrdquo
wildlife in North America
Throughout history many leaders have shown some element of concern or conservation ethic towards wildlife The great Kublai Khan grandson of Genghis Khan and founder of the Yuan Dynasty in China forbade harvesting of many species of wildlife during critical reproductive months of March
through August so species could ldquoincrease and multiplyrdquo Conservation of wildlife is even found in Mosaic Law in Deuteronomy 226 representing some of the first written wildlife management idealsmdashldquo If you come across a birdrsquos nest in any tree or on the ground with young ones or eggs and
the mother sitting on the young or on the eggs you shall not take the mother with the youngrdquo (English Standard Version 2001)
As populations expanded throughout Europe wildlife resources fell under ownership of powerful kings
who enacted harsh punishments for anyone found taking the kingrsquos game In 1215 a rebellion against King John of England resulted in the Magna Charta transferring ownership of lands and game from the crown to the people This ldquoprivatizingrdquo of wildlife ownership had profound impacts America over 500 years later
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 51
Era Of Abundance (1600 ndash 1850) When our forefathers first landed on the eastern shores of America they brought with them science
religion and a new hope They found plentiful game and soon began a relationship with the land that provided them with many of their daily needs Wildlife was viewed as a limitless resource in a relatively untapped land These early settlers had left Europe where few had access to wildlife and entered a world where everyone had access Furs feathers hides all had value to this young country In 1776 the Declaration of Independence revoked the Kingrsquos rights to land and people in this new world After a
bloody war led by revolutionaries such as Washington Hamilton Jefferson and Adams the United States gained its independence and the land and wildlife belonged to everyone
Era Of Exploitation (1850 ndash 1900)
The 1800s brought a commercialization of our wildlife resources Market hunting and habitat
destruction began to decimate wildlife populations such as the American Bison and Passenger Pigeon After the American Revolutionary War and the Civial Warmdashwhich nearly destroyed our ldquodemocratic
experimentrdquo all togethermdashfew people were looking after the interest of wildlife and even fewer rules
existed governing the management of a resource everyone had ownership of yet no one had responsibility for
The railroad provided settlers with the means to access new lands expanding the markets for meats hides and fur Advancements in technology such as the repeating rifle further aided the unbridled
destruction of wildlife resources Yet throughout this era something positive was growing The people of this new nation were developing a relationship with the land By 1842 a Supreme Court ruling had huge impacts on this developing model of conservation resulting in a Public Trust Doctrine that would
further outline a model for conserving our natural resources Conservation was developing some direction but had no money or laws to support it
Era Of Protection (19001930) The early 1900s brought an industrial boom Abuse of natural resources had taken its toll and throughout the Nation and evidence of this abuse could be seen in the loss of species such as the
passenger pigeon near loss of the American bison and in many large mammals including whitetailed deer and our once numerous waterfowl species America was becoming an economic giant yet through
the roar of machines both political and metal a small voice could be heard It was the hunter and their voice was of concern for the direction our wildlife resources were heading Conservation minded men and women had continued a relationship with the land and the wildlife
Era of Game Management (1930 ndash 1966) The ldquodirty thirtiesrdquo were marked by the dust bowl and an impoverished nation Agricultural practices
unchecked by environmental stewardship had left the Nationrsquos heartland in ecological peril Politically the conservation movement was supported by the footings laid by Theodore Roosevelt New federal acts moved forward to provide for environmental protection due to the outcry of hunters in panic over the vanishing wildlife resources of the Nation
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 52
Wildlife conservation had support yet it lacked the science to properly manage our Nationrsquos resources A young biologist name Aldo Leopold changed all this with his writings including the book Game
Management which led to Universities across the country developing wildlife conservation programs These programs spawned a new breed of professional game managers who utilized science to support management methods that ultimately lead to the greatest wildlife conservation success story in the world In 1937 the PittmanRobertson Act provided thousands of jobs for young professionals along with ldquogame wardensrdquo supported by individual states to further the development of the Conservation Model
which now had science and funding to support it
Era of Environmental Management (1966 ndash Present) Science and funding led to a broadening view of conservation as focus shifted from managing ldquogame
animalsrdquo to managing the entire biota (environment and all living things in it) Further federal acts such
as the Endangered Species Act of 1966 and the National Environmental Policy Act of 1969 provided greater protection for species by a nation that had finally changed its course providing time to review
and perfect conservation efforts Recent acts such as the 1980 Farm Bill continued the effort to help
landowners provide quality habitat for wildlife and hunters by providing incentives to landowners to set aside highly erosive lands and plant them into wildlife habitat (grasslands) that benefit wildlife and hunters
The story of our unique model of conservation is still being written New challenges today threaten our
coveted resources and new professionals are entering the arena to further the plight of our Nationrsquos wildlife and hunting heritage
Seven Pillars of the Model
Seven main pillars have been highlighted as the foundation of support for the North American Model
of Conservation These include
The Public Trust The wildlife of the United States are owned by the people This is very different from the European Model where wildlife is privately owned The North American Model recognizes wildlife as a public
resource that is so important it can not be owned or managed by any one segment of our society but rather managed by professional state and federal entities for the benefit of all This concept known as
the Public Trust Doctrine began development in 1842 when the Supreme Court ruled that the Magna Charta had settled the question of who owns fish and wildlife and that King Charles II did not have the authority to give away the ldquodominion and propertyrdquo of lands in colonial America The court further ruled that since the American Revolution the people held public trust responsibilities for fish and wildlife except for rights specified in the US Constitution
Prohibition on Commerce
It was the hunter who brought forth stringent laws that protected wildlife from peril in the 19th
and 20th
centuries Because we all own and appreciate our wildlife as a national resource they should never find themselves on the public market to the highest bidder This path led to a largescale loss of many species
including the Passenger Pigeon and the near loss of the American bison As our country was developing these practices were common as people moved west in search of prosperity capitalizing on a land seemingly untouched by the modern world Today many laws in place serve to protect our most
valuable resourceshellipour wildlife
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 53
Democratic Rule of Law Each citizen of this great nation has the ability and responsibility to engage in healthy politics that serve
to support and protect sound wildlife conservation measures Our first conservation measures in this Country habitat restoration simple harvest restrictions and bag limits came from hunters people who respected the game they pursued and loved the wild places they chased them in The North American Model of conservation is built upon active public involvement instilling a value for wildlife in all citizens
Hunting Opportunity for All The Model was developed on the premise that all people regardless of political or economic standing could participate in and feel the thrill of the chase It is this unique Model that provides us with wildlife opportunities for all Americans Imagine how important this was to our fore fathers who left a brutal
King in England where only the aristocracy had any dream of pursuing wild creatures in wild places Our
wildlife laws ensure that each generation that comes after us will have the same opportunity to enjoy and appreciate wildlife
Nonfrivolous Use Our management of wildlife depends on a citizenry that loves and appreciates the wild creatures and the habitats necessary to their survival and our quality of life Wildlife may be utilized under strict rule of
law including utilizing the wildlife once harvested to its best potential Killing wildlife for the sake of killing can only lead to the numbing of hearts to wildlife and a profound lack of respect for our most
precious resources
International Resources
It was not until the 20th
century that hunters and wildlife lovers understood the importance of
managing wildlife at a much larger scale This became readily apparent with the passage of the
Migratory Bird Treaty Act of 1918 where nations came together to manage wildlife resources as a
collective Wildlife species do not recognize national or state boundaries Governments must work together to be effective in managing wildlife for the benefit of all The United States has made great
strides in this area with Mexico and Canada Our wildlife is not only a resource to us but to all continents they may call home throughout the year Our biologists must think globally to be effective locally
Scientific Management Although Theodore Roosevelt brought conservation to the political forefront it was a young forester from Iowa that made the study of wildlife management a science Aldo Leopold is considered by many
as the ldquofather of wildlife managementrdquo due to his tireless efforts to develop curriculum for future wildlife biologists Today our biologists earn their opportunity to manage wildlife through prominent
Bachelor Masters and Doctorate degree programs from Universities around the world Wildlife must be managed using fact science and the latest research We are constantly learning and adapting to new technology and changing environments For such an important resource we cannot afford to have it any other way
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 54
Nebraska Master Naturalist Specializations Certifying as a Specialist ldquoFollow your own natural geniusrdquo wrote Thoreau ldquoand it will not fail to show you a fresh prospect every hourrdquo Many of us learn by doing When our curiosity and interests carry us into deeper study of a given subject it can be helpful to have clear opportunities to pursue Thus the Nebraska Master Naturalist Program offers specialized voluntary training for those who are hungry to develop and apply their particular skill and personal understanding on behalf of our natural legacy Specializations are designed to create collaborators leaders and mentors in four key areas
Interpretation and Outreach
Outdoor Skills and Recreation
Resource Management
Citizen Science Master Naturalist Certification Requirements Annual Requirement o 8 Hours Training Annually o 20 Hours of Volunteerism Annually Master Naturalist Specialization Requirement One Time Requirement o 20 Hours of Training Total Specific to Specialization Annual Requirement o Additional 20 Hours of Volunteerism Annually Specific to Specialization (does not include initial Certification annual requirement hours)
OUTDOOR SKILLS AND RECREATION SPECIALIZATION The purpose of OUTDOOR SKILLS AND RECREATION is to promote activity and development of skills in the outdoor pursuits associated with natural resources Specializations are designed to create collaborators leaders and mentors in particular areas A Certified Nebraska Master Naturalist can complete the Outdoor Recreation Specializationby meeting the following requirements Complete at least one of the workshops or certification‐leading trainings listed below If specialized training is not listed below it can be approved upon request by the Master Naturalist Program Committee Specialized Training Options ‐
Hunter Education Instructor Certification 13 hrs
National 4‐H Shooting Sports Instructor Certification 32 hrs
Nebraska 4‐H Shooting Sports Shotgun Certification 12 hrs
Nebraska 4‐H Shooting Sports Archery Certification 12 hrs
Nebraska 4‐H Shooting Sports Rifle Certification 12 hrs
Nebraska 4‐H Shooting Sports Pistol Certification 12 hrs
Nebraska 4‐H Shooting Sports Muzzleloader Certification 12 hrs
National Archery in the Schools Program Basic Archery Instructor 4 hrs
NRA Range OfficerMaster Certification 8 hrs
Hunt Master Training Instructor 4 hrs
NRA Shooting Instructor 16 hrs
NRA Shotgun Instructor 16 hrs
NRA Rifle Instructor 16 hrs
Boater Education Instructor 12 hrs
Youth Fishing Instructor 5 hrs
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 55
American Canoe Association National CanoeKayak Instructor 16‐32hrs
National Camp SchoolBoy Scouts 16‐24 hrs
Wood Badge TrainingBoy Scouts 16‐24 hrs
Merit Badge Counselor TrainingBoy Scouts 2‐16 hrs
Conservation Leaders for Tomorrow 35 hrs
Wilderness First Aid 16‐32 hrs
Professional Trappers College 40 hrs
American Camp Association Instructor Training 8‐40 hrs
American Red Cross Instructor Training 2‐16 hrs
American Sailing Association Instructor Training 16‐24 hrs
Certified Horsemanship Association Instructor Training 24‐40 hrs
Leave No Trace Master Educator Training 40 hrs
National Outdoor Leadership School 280 hrs
Camp Cook School 32‐96 hrs
Professional Association of Diving Instructors Training 32‐96 hrs
Professional Mountain Bike Association Instructor Training 24 hrs
League of American Bicyclists Instructor Certification 24 hrs
Hunting
Shooting
Fishing
Trapping
Camping
Outdoor Cooking
Orienteering
Geocaching
Photography
Wildlife Viewing
Hiking
Biking
Birding
Becoming an Outdoors‐Woman Program
Wilderness First Aid
Wilderness Survival
Leave No Trace Educator
Service Options ndash Provide a minimum of 20 hours of service annually in the following or similar areas
4‐H leader and youth training outdoor recreation
Scout leader and youth training outdoor recreation
Wild About Nature
Flying WILD Educator or Facilitator Workshop
Becoming an Outdoors Woman (BOW)
Beyond Becoming an Outdoors Woman (BOW)
Family Camp
Learn to Hunt Program
National Archery in the Schools Program BAI training or greater
Mentor HuntHunt Masters Training
After School Programs
Others ndash Upon approval
Outdoor discovery programs volunteer
CRO at a shooting event
Assist with National or State shooting sports competitions
Family fishing day
Design or write a brochure
Develop or contribute to a website
Develop or contribute to a social networking site
Design or write a newsletter
Assist in fundraising
Plan an event or festival
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 56
Interpretation amp Education- Developed By Lindsay Rogers Nebraska Game amp Parks
Commission
Do not try to satisfy your vanity by teaching a great many things Awaken peoplersquos curiosity It is
enough to open minds do not overload them Put there just a spark If there is some good
inflammable stuff it will catch firerdquo
- Anatole France in The Earth Speaks
Session Objectives
To help participants understand the role education plays in sounds ecological conservation
To help participants learn about past and present conservationist and interpretive educators
To help participants learn components of quality education and interpretation
To have participants partake in quality interpretive education
To make sure participants understand that their role is to light the spark and awaken curiosityhellip not spew facts
Lecture Requirements
1 What is interpretation (5 minutes) a What does ldquointerpretrdquo mean b National Association of Interpretation definition of ldquointerpretationrdquo
i Interpretation is a mission-based communication process that forges emotional and intellectual connection between the interests of the audience and the meanings inherent to the resource
c Freeman Tilden Interpreting Our Heritage 1957 i Interpretation is an educational activity which aims to reveal meanings
and relationships through the use of original objects by first-hand experience and by illustrative media rather than simply to communicate factual information
d Components of interpretation i pleasurable or enjoyable
ii relevant to the world iii organized iv themed v sparks an interest
vi includes information but does not stop there links information to the world
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 57
vii age appropriate viii taught to someone not at them
2 What is education (5 minutes)
a What does it mean to ldquoeducaterdquo someone b John Dewey Democracy amp Education 2944
i Education in its general sense is a form of learning in which the knowledge skills and habits of a group of people are transferred from one generation to the next through teaching training or research
c Components of education i - generally presented to someone but not always
ii enjoyable sometimes iii provides knowledge and facts iv can make connections but not always v organized and themed
d Both education and interpretation are important they work together
3 Conservationists (10 minutes) a Jon Muir
i Immigrated from Scotland to Wisconsin in 1849 ii Attended the University of Wisconsin studies botany amp geology
iii Moved to the western US mainly the Sierra Nevada area iv Believed humans were part of the interconnected natural world v Advocated for the preservation of natural areas
vi Co-founded the Sierra Club b Aldo Leopold
i Iowa native attended Yale University ii After college he joined the US Forest Service was stationed in Arizona
and New Mexico iii Developed theories of land ethics the need for biodiversity and an
appreciation for wilderness areas iv Moved to Wisconsin in 1924 became a professor at the University of
Wisconsin v Regarded as the ldquoFather of Conservationrdquo
c Gifford Pinchot i Born in Connecticut in 1905
ii Studied at Yale studies forestry in France iii Named chief of the Division of Forestry (later to become the US Forest
Service) iv First chief of the US Forest Service greatly improved forest
management and increased the size of Forest Service lands
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 58
v Managed forests for the greatest good for the greatest number Pinchot added the phrase in the long run to emphasize that forest management consists of long-term decisions
d Steven Mather i Born in California attended Berkley University
ii Worked for the Pacific Coast Borax Company where he had a talent for promotion Started a competing company made millions
iii When revisiting Sequoia and Yosemite National Parks in 1914 he was appalled by the conditions of the national parks
iv Joined the Department of the Interior as the head of parks later created the National Parks System
v Professionalized the National Parks and helped to greatly grow protected lands
e Rachel Carson i Born in Pennsylvania in 1907 attended John Hopkins University for
graduate school ii Went to work for the US Bureau of Fisheries (later to become the US
Fish amp Wildlife Service) iii Wrote Silent Spring in 1962 The book created an awaking for Americanrsquos
to their responsibility to the environment and wildlife The book lead to the US Government banning the use of DDT
f Theodore Roosevelt i Born in 1858 in New York New York was a sickly child who stayed inside
studying natural history ii An avid outdoorsman he spent much time in the South Dakota Badlands
iii Became President in 1901 with the assignation of President McKinley iv Among many major accomplishments as president he started the
National Parks was instrumental in conserving about 230 million acres
4 Naturalist Interpreters (10 minutes) a Freeman Tilden
i Born 1883 worked as a newspaper columnist and author ii At age 58 he began working with the National Parks Service
iii While traveling to various National Parks he became concerned with the quality of interpretation
iv Wrote Interpreting Our Heritage in 1957 outlines 6 principles to quality interpretation forever changed the field of interpretation
b William Lewis i Worked as a ranger naturalist and interpreter trainer for the National
Parks Service ii Developed the approach of ldquoThematic Interpretationrdquo which requires the
interpreter to choose a central theme (major point) to guide the development of a program
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 59
iii Wrote Interpreting For Park Visitors c Sam Ham
i Director of Center for International Training and Outreach at the University of Idaho
ii Work has focused on applying communication theory to environmental conservation interpretation and on nature-based tourism and guide training
iii Wrote Environmental Interpretation (1992) d Ted Cable
i Professor of Park Management and Conservation at Kansas State University
ii Co-authored Interpreting Cultural and Natural Resources (2003) and Interpretation for the 21st Century Fifteen Guiding Principles for Interpreting Nature and Culture (2002)
5 Conducting an Interpretative Program Try and Fail (60 minutes + 120 minutes of activities throughouthellip see list of Suggested Activities below)
a Experiential Learning i The first time you tried to walk you failed The first time you rode a bike
you failed This is called experiential learning The first time you attempt an educational or interpretation program you will fail thatrsquos how we learn
ii Donrsquot be afraid to fail b Ask Questions about the ProgramPresentation before you commit to leading it c Plan your Program
i Generally I want my presentation to be about Specifically however I want to tell my audience about After hearing my presentation I want my audience to understand (what is the big picture you want them to take home)
1 You do not need (or want) to teach your audience everything you know your job is to light the spark
ii What will your tangibles and intangibles be 1 Tangibles are those things you can touch things you use to teach
when teaching a Examples include a tree a mammal pelt a skull a live
animal a prairie 2 Intangibles involve connecting the tangibles to concepts and the
ideas they represent intangibles are the meanings the relationships the processes the ideas the feelings and the beliefs
a Examples include food webs ecosystem health entropy ecology
iii People remember themes they forget facts
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 60
iv Plan for an organized presentation 1 Think about your overall theme smaller parts of the program and
your transitions v Stick to your theme
vi Determine what type of presentation you will have 1 PowerPoint (avoid) 2 Podium Presentation (avoid) 3 Active taking a hike playing a game etc 4 Hands-on touching feeling trying hearing smelling
vii Think about all the different kinds of learners 1 verbal-linguistic 2 logical-mathematical 3 visual-spatial 4 kinesthetic 5 musical-rhythmic 6 interpersonal (groups) 7 intrapersonal (individual) 8 naturalist
d Know your role as an educator 1 Provide facts and relationships not opinions 2 Allow participants to determine their own opinions and beliefs
using the facts amp relationships you provide them 3 PLAY ldquoFIRST IMPRESSIONSrdquo
e Prepare Prepare Prepare 1 Know the type of space and area you will have (indoor vs
outdoor small space vs vast area etc) 2 Plan for more that you are told 3 Plan for the weather (always expect it to be windy in Nebraska)
f Questions i Ask good questions
1 Is this a fox Vs How do you know this is a fox 2 Do you have any questions Vs What questions do you have
ii Be prepared for quality questions 1 What are the implications for describe the impact of what are
the reasons for iii Be prepared for ldquogoodrdquo questions
1 Do you have ewoks in the forest If a Mountain Lion and an Eagle were to fight who would win
2 Take all questions seriously Answer seriously g Model what you want to see the students do
i If you want a group of students to catch insects help them get active with them
ii This is true when working with children and adults
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 61
1 Working alongside students validates them and their learning h Be enthusiastic show your passion
i This is another form of modeling what you want to see in your students ii We need to excite students (no matter their age) about conservation
nature and the outdoors iii Have fun
6 Take Home Lesson Light the Spark and Donrsquot Be Afraid to Fail
Suggested Activities (amp potential mandatory activities)
Throughout the lesson conduct multiple games andor activities to model good interpretation
Suggested games include but are not limited to
1 Oh Deer (Project WILD) 2 First Impressions (to be done during section 5) (Project WILD) 3 The Long Haul (Project WET) 4 Sum of the Parts (Project WET) 5 Water Quality Ask the Bugs (Project WET) 6 Adaptation Artistry (Flying WILD) or Fashion a Fish (Aquatic Project WILD) 7 Avian Antics (Flying WILD) 8 Pollinators Meet Your Plants (Nebraska Project WILD wwwnebraskaprojectwildorg) 9 Scavenger Hunts (Nebraska Project WILD wwwnebraskaprojectwildorg)
Suggested Post-Readings
Interpreting Our Heritage Freeman Tilden 1957 (4th edition 2008)
ISBN-13 978-0807858677
Interpreting for Park Visitors William Lewis 1981
ISBN-13 978-0890620793
Environmental Interpretation Sam Ham 1992
ISBN-13 978-1555919023
Interpretation for the 21st Century Fifteen Guiding Principles for Interpreting Nature and
Culture Larry Beck amp Ted Cable 2002
ISBN-13 978-1571675224
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 62
Interpretation-Making a Difference on Purpose Sam Ham 2013
ISBN-13 978-1555917425
Foundations of Interpretation Curriculum Content Narrative National Parks Service 2007
httpwwwnpsgovidpinterp101foundationscurriculumpdf
Websites
National Association of Interpretation
wwwinterpnetcom
North American Association for Environmental Education
wwwnaaeeorg
Nebraska Alliance for Conservation and Environment Education
wwwnaceeorg
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 63
Safety in the Field
Developed by Rich Hawes Nebraska Master Naturalist rdhawes26msncom
Objectives
Raise awareness of Risk Managementassessment as part of event planning
Guidelines to safe activities for participants presenters and the environment
Present Leave No Trace Principals as part of all outdoor activities
Present resources for additional training or certification for outdoor activities
Hands on activities to encourage interest and to provoke thought and discussion
Hazards of the area
Outdoor hiking safety
Stewardship of the land and natural resources
Being flexible and working with ldquowhat you haverdquo
Outline
1 Outdoor Activities ndash Whatrsquos The Worst That Can Happen An Introduction to Event Planning and Risk Management
2 Leave No Trace Principals
3 Trip planning and Logistics
4 Health amp Safety
5 Youth Protection
6 Age Appropriate Activities
7 Resource Training and Certifications
a Standard First Aid CPRAED Wilderness First Aid
b Shooting Sports - Range Safety Officer or Instructor
c Hunter Safety Instructor
d Climbing COPE and Zip Lines
e Water Safety Instructor Life Guard Small Boat Handling
f Leave No Trace Trainer or Master Educator
g Tread Lightly Tread Trainer or Master Tread Trainer
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 64
Suggested Activities
CPR Scenario
First Aid Scenario
Weather Scenario
Lost Scenario
Online Resources
American Camp Association
Boy Scouts of America
Youth Protection
Safe Swim Defense
Safety Afloat
Climb On Safely
Weather Safety
Trek On Safely
(etc)
Leave No Trace
Nebraska Game amp Parks
Hunter Safety
Boating Rules amp Regs
National Rifle Association
(Archery groups)
American Red Cross
(wilderness medicine group(s))
NOLS
Tread Lightly
US Coast Guard
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 41
Nighthawks and Nightjars (Family Caprimulgidae ndashgoat sucker)
WHAT TO LOOK FOR
Nocturnal or crepuscular
Big tail large eyes tiny bills surrounding a large gaping mouth
By day sit horizontally on limb or on ground
Easiest to identify by voice
Common Nebraska species ndash common nighthawk common poorwill chuck-willrsquos-widow
Whip-poor-will
Swifts (Family Apodidae ndash without feet)
WHAT TO LOOK FOR
Small to medium sized aerial foragers ndashspend most of life flying
Long sickle-shaped wings bending close to body and extremely short legs
Eat bathe drink and sometime mate in the air
Common Nebraska species - chimney swift white-throated swift
Hummingbirds (Family Trochilidae ndash small bird)
WHAT TO LOOK FOR
Tiny body long slender bill
Distinctive blur and hum of hovering wings
Jewel-like throat feather found on male
Common Nebraska species ndash ruby-throated broad-tailed and rufous hummingbirds
Kingfishers (Family Alcedinidae - kingfisher)
WHAT TO LOOK FOR
Small to medium size
Thickset with short neck and tail small feet
Large head with a ragged crest and long strong bill
Sit on lines and low branches near water or hovers above water
Plunges head first into water to catch fish
Common Nebraska species ndash belted kingfisher
Woodpeckers (Family Picidae ndash woodpecker)
WHAT TO LOOK FOR
Arboreal (tree) birds
Vertical posture creep up trees
Strong chisel-like bill short legs stiff tail feathers rounded wings
Undulating flight pattern and characteristic bill drumming
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 42
Common Nebraska species ndash Lewisrsquos red-headed red-bellied hairy downy woodpeckers
yellow-bellied and red-naped sapsuckers northern flicker
THE PASSERINES Feet adapted to perching
Tyrant Flycatchers (Family Tyrannidae - lord ruler king)
WHAT TO LOOK FOR
Small to medium perching bird
Large head broad flattened bill pointed wings short legs
Bristly ldquowhiskersrdquo at base of bill
Sit upright on exposed branch and dart out to catch insects
Common Nebraska species - flycatchers pewees kingbirds phoebes kingbirds
Shrikes (Family Laniidae ndash butcher)
WHAT TO LOOK FOR
ldquoButcher birdsrdquo ndash impale prey on thorns (may be to attract a mate and mark territory)
Robin-size bird with hooked bill and masked face with hawk-like behavior
Black gray and white birds
Common Nebraska species - northern and loggerhead shrike
Vireos (Family Vireondae ndash small bird)
WHAT TO LOOK FOR
Small olive- or gray-backed bird with short sturdy cylindrical slightly hooked bill
Can have wing bars and eye-rings or have eye stripes and no wing bars
Often confused with warblers but are chunkier bigger headed thicker billed
Common Nebraska species ndash white-eyed Bellrsquos yellow-throated plumbeous
Cassinrsquos blue-headed warbling Philadelphia red-eyed
Crows and Jays (Family Corvidae ndash raven)
WHAT TO LOOK FOR
Large perching bird with strong longish all-purpose bill to handle variety of foods
Nostrils covered with feathers
Legs scaled in front and smooth behind
Harsh voice and noisy
Bold gregarious
Common Nebraska species - black-billed magpie American crow
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 43
Larks (Family Alauidae ndash lark)
WHAT TO LOOK FOR
Ground dwellers of open fields ndash seldom seen in trees and shrub
Walk rather than hop have an elongated hind toe
Slender billed seed and insect eaters
Yellowwhite face with black facemask horns and breast band
Has musical song often sung in display flight
Common Nebraska species ndash horned lark
Swallows and Martins (Family Hirundinidae ndash swallow)
WHAT TO LOOK FOR
Slim streamline bodies with long pointed angled wings
Tail forked or squared legs and feet inconspicuous
Bill short and wide
Fluid aerialists ndash dart about catching insects
Flocks perch in long rows on branches and lines
Common Nebraska species ndash purple martin northern rough wing bank cliff barn swallows
Chickadees and Titmice (Family Paridae - )
WHAT TO LOOK FOR
Small plump sociable birds with short bills and wings
Active agile ndash often hang upside down to feed
Many times roam in little bands (often leading the group) in search of food
Chickadee ndash no tuff of feathers on head Titmice ndash tufted Common Nebraska species ndash black-capped chickadee tufted titmouse
Nuthatches (Family Sittidae ndash birds that peck bark of tree)
WHAT TO LOOK FOR
Small stout tree-climbers with slightly upturned strong woodpecker-like bills
Stubby squared off tails
Walk down trees headfirst Common Nebraska species ndash red-breasted and white-breasted nuthatches
Creepers (Family Certhiidae -)
WHAT TO LOOK FOR
Small slim tree-dwellers with stiff tails and slender downward curving bill
Primarily brown
Common Nebraska species ndash brown creeper
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 44
Wrens (Family Troglodytidae ndash cave dweller
WHAT TO LOOK FOR
Small stumpy energetic brown birds
Bill slightly down turned loud song
Tails often in ldquocockedrdquo or up-tilted position
Common Nebraska species ndash rock house winter marsh wrens
Kinglets (Family Regulidae -)
WHAT TO LOOK FOR
TINY very active songbirds ndash only certain hummingbirds smaller
Can hover will feeding
Greenish plumage with bright colored crowns Short tails
Common Nebraska species ndash ruby-crowned and golden-crowned kinglets
Gnatcatchers (and Old World Warblers) (Family Sylviidae - )
WHAT TO LOOK FOR
Small birds with slender pointed bills surrounded by rectal bristles
Drab plumage with seasonally changing head patterns
In constant motion
Common Nebraska species ndash blue-gray gnatcatcher
Thrushes (Family Turdidae -)
WHAT TO LOOK FOR
Large-eyed upright postured songbirds - known for their singing ability
Bill is slender straight but not sharp
Often hop along the ground looking for food
Common Nebraska species ndash eastern bluebird veery gray-cheeked Swainsonrsquos hermit
wood thrush American robin
Mockingbirds and Thrashers (Family Mimidae ndash imitator mimic)
WHAT TO LOOK FOR
Well known for their vocal and mimicking ability
Have short rounded wings long legs and tails
Long down-curved bills
Common Nebraska species ndash gray catbird northern mockingbird brown thrasher
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 45
Starlings (and Mynas) (Family Sturnidae - )
WHAT TO LOOK FOR
Medium sized chunky glossy birds with short tails sharp bills
Short triangular to rounded wings
Gregarious bold birds
Pipits (and Wagtails) (Family Motacillidae -)
WHAT TO LOOK FOR
Slender billed brownish ground dwellers with long back toe
Walk briskly rather than hop along the ground
Most species bob their tails up and down
Common Nebraska species ndash American pipit
Waxwings (Family Bombycillidae ndash silk tail)
WHAT TO LOOK FOR
Birds with sleek crest that can be erected
Plump-bodied birds with pointed wings with red waxy tips of secondaries
Bill is small wide and notched high thin calls
Square tail with terminal yellow band
Common Nebraska species ndash Bohemian and cedar waxwings
Wood Warblers (Family Parulidae -)
WHAT TO LOOK FOR
Brightly colored (mostly yellow) birds
Smaller than sparrows with thin needle-like bills
Common Nebraska species ndash approx 34 warblers ovenbirds yellow-breasted chats and
waterthrush
New World Sparrows (Family Emberizidae -)
WHAT TO LOOK FOR
Small to medium-sized birds - often brown streaked appearance
Rounded wings cone-shaped bills
Common Nebraska species ndash 20 sparrows towhees longspurs dark-eyed juncos snow and
lark buntings
Cardinals and Allies (Family Cardinalidae )
WHAT TO LOOK FOR
Medium to large songbirds
Have large cone-shaped bills
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 46
Males often very colorful
Common Nebraska species ndash northern cardinals rose-breasted and black-headed grosbeaks
indigo bunting dickcissel
Blackbirds Orioles and Allies (Family Icteridae)
WHAT TO LOOK FOR
Medium to large songbirds with strong straight bills
Strong-direct flight
Plumage varies from iridescent black to yellow to orange
Common Nebraska species ndash Bobolink eastern and western meadowlarks red-winged and
rusty blackbirds common and great-tailed grackles orchard Baltimore and
Bullockrsquos orioles brown-headed cowbird
Finches and Allies (Family Fringillidae)
WHAT TO LOOK FOR
Small to medium songbirds
Have conical bills and forked relatively short tails
Fly fast and undulate through the air giving high-pitched calls in flight
Common Nebraska species ndash gray-crowned rosy purple Cassinrsquos house finches red
crossbill white-winged crossbill common redpoll pine siskin American goldfinch
evening grosbeak
Old World Sparrows (Family Passeridae)
WHAT TO LOOK FOR
Stouter bodies shorter legs and thicker bills than native sparrows
Have a simple song repeating single elements with no particular rhythm or beginning
And end vocalize all day and year-round
Common Nebraska species ndash house sparrow (introduced)
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 47
Geology and Natural History of Nebraska
Being Developed by Jon Garbisch Cedar Point Biological Station jgarbisch2unledu
bull Geological history of Nebraska
bull Present geological formation of regions
bull General soil types
bull Geological landforms and related habitats
What we currently use
Theme
Nebraska geology formed over millions of years through the erosion of mountains the deposition of
sediments and the flow of water and ice shaping the landscape that we call home
Goal
Attendees will develop an understanding of the natural processes that influenced and built Nebraska
and in so doing develop a greater appreciation for the geology and how it relates to all other aspects of
the statersquos identity
Objective(s)
The Master Naturalists attendees will be able to use the knowledge they have gained to better
understand the surface and subsurface geology at any location in the state that they may find
themselves working
How will it be measured
Attendees will be able to use the knowledge gained to actively interpret general Nebraska geology by
completing activities in the form of hand-out diagrams biostratigraphic fossil correlations
interpretation of rock type hand specimens and visual description of the Geology on the trail at Camp
Brewster Fontenelle Forest
Introduction
Nebraska geology formed over millions of years through the erosion of mountains the deposition of
sediments and the flow of water and ice shaping the landscape that we call home (Hand out agenda)
Geology is rooted in the 3 rock groups that exist on planet Earth and so familiarity with
o these groups gives us a solid foundation for all other geologic interpretation
A half hour will be spent handling examples from each rock group
o 3 groups 3 tables with one rock type on each table each group spends 10 minutes at
each table
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 48
The Geologic Time Scale is a record over time of the Earths major geologic events and we
can use it to help us understand how and when Nebraska took shape
The natural agents of change which have shaped our state include oceans rivers wind
o and ice
The geologic time periods in Nebraska are represented by rock layers (or not) which occur all
around the state and have been named so that no matter where you are in the state you can
correlate the strata to the time scale (fossilsisotopes)
6 Geologic Principles will be discussed so that when the MN is in the field they can be used as an
aid in basic geologic interpretation
Conclusion
Nebraska geology formed over millions of years through the erosion of mountains the deposition of
sediments and the flow of water and ice shaping the landscape that we call home Geology supplies us
a record of the events that have shaped our Earth by learning the language in which the Earth script is
written we will be able to interpret and share the story of our state of Nebraska This understanding will
aid in us in relating to other areas influential and important to the state
Places to Go (places to see examples of Nebraska geology)
a Agate Fossil Beds National Monument Lower Miocene fossil mammal site including abundant body fossils of ancient mammals and prominent fossil rodent burrows
b Ashfall State Park Upper Miocene fossil mammal assemblage found in ash derived from an eruption of a predecessor to the Yellowstone volcanic field c Chimney Rock National Historic Site Oligocene and Lower Miocene continental sedimentary rocks deposited as sediments by wind and steams
d Hummel Park (Omaha) outcrops of Pleistocene glacial till and loess
e Lincoln area Capitol Beach Lake and history of saline waters and salt industry flooding history of Antelope and Salt creeks building stones in downtown area brick industry University of Nebraska State Museum
f Louisville area outcrops of Upper Pennsylvanian marine sedimentary rocks
g Valentine area and Niobrara National Wildlife Refuge Niobrara River Canyon and Cenozoic stratigraphy
h Niobrara State Park Upper Cretaceous marine sedimentary rocks (Niobrara Formation and Pierre Shale) landslides along Missouri River anthropogenic changes in Missouri River Niobrara River and Mormon Canal
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 49
i Downtown Omaha removal of loess from hills in downtown area engineering of Missouri River (eg groins bank armoring etc) visible at Bob Kerrey Memorial Bridge deep bedrock water wells at old industrial sites
j Platte River State Park Upper Pennsylvanian marine sedimentary rocks and overlook of Platte River
k Ponca State Park Upper Cretaceous marine sedimentary rocks (uppermost Dakota Formation through Greenhorn Limestone)
l Rock Creek State Historical Park middle Cretaceous Dakota Formationmdashfluvio-estuarine continental deposits
m Schramm Park Upper Pennsylvanian marine sedimentary rocks
n Scotia and Happy Jack Chalk Mine Upper Miocene lake deposit In Ogallala Group
o Scotts Bluff National Monument Oligocene and Lower Miocene continental sedimentary rocks deposited as sediments by wind and steams
p Smith Falls State ParkCenozoic stratigraphy Niobrara River waterfalls as knick points
q Toadstool Park and nearby areas continental sedimentary rocks of upper Eocene Chadron Formation Pine Ridge escarpment Trailside Museum and Ft Robinson State Park
r Weeping Water area Upper Pennsylvanian marine sedimentary rocks
s Wildcat RidgeHillsescarpment on Oligocene and Lower Miocene continental sedimentary rocks deeply eroded into canyons buttes and pinnacles by stream erosion during and after the Late Pliocene
t Indian Cave State Park and Iron Horse Trail south of Peru Upper Pennsylvanian Indian Cave Sandstone (fluvio-estuarine deposit) and sandstone cave
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 50
North American Model and Outdoor Skills Developed by Jeff Rawlinson Assistant Division Administrator Information and Education Nebraska Game and Parks Commission jeffrawlinsonnebraskagov
OUR North American Model of Conservation
Perhaps no other story is more compelling and more important in American history as that of how
our natural resources came to be one of the most important elements in our lives The history of our citizenryrsquos strong land ethic ties us to the natural world long after other nations have forgone this relationship We value how the common person from a common family can participate in the thrill of the chase experiencing wildness to its fullest
The North American Model of Conservation is a philosophy that the United States and Canada have
developed to manage wildlife in a sustainable way Historians debate how this land ethic began Some
say our model of conservation began in 1937 with the passage of the PittmanRobertson Act a move that provided funding for wildlife conservation at the national and state level The source of this funding came from the sale of hunting and shooting equipment Others may say that it began when the conservation giant President Theodore Roosevelt brought management of natural resources to the
political forefront Others would argue our Model of conservation was birthed under the Magna Charta which transferred the ownership of wildlife from the King of England and the English nobles to the all of
the people of England In reality however our Model has been under development for several hundred years combining what we have learned from other nations peoples cultures and experiences to shape a philosophy ingrained in our culture supported by hunters anglers and shooting sports enthusiasts
benefiting all wildlife and wild lands in the United States
First Wildlife Managers The concept of managing wildlife or natural resources was not conceived by our young nation For
thousands of years humanity has been manipulating and controlling the land and all its inhabitants to benefit our needs Ever since the first hunter followed that wooly creature across the Bering Straight embarking on an epic journey that would result in settling of North America man has ldquomanagedrdquo
wildlife in North America
Throughout history many leaders have shown some element of concern or conservation ethic towards wildlife The great Kublai Khan grandson of Genghis Khan and founder of the Yuan Dynasty in China forbade harvesting of many species of wildlife during critical reproductive months of March
through August so species could ldquoincrease and multiplyrdquo Conservation of wildlife is even found in Mosaic Law in Deuteronomy 226 representing some of the first written wildlife management idealsmdashldquo If you come across a birdrsquos nest in any tree or on the ground with young ones or eggs and
the mother sitting on the young or on the eggs you shall not take the mother with the youngrdquo (English Standard Version 2001)
As populations expanded throughout Europe wildlife resources fell under ownership of powerful kings
who enacted harsh punishments for anyone found taking the kingrsquos game In 1215 a rebellion against King John of England resulted in the Magna Charta transferring ownership of lands and game from the crown to the people This ldquoprivatizingrdquo of wildlife ownership had profound impacts America over 500 years later
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 51
Era Of Abundance (1600 ndash 1850) When our forefathers first landed on the eastern shores of America they brought with them science
religion and a new hope They found plentiful game and soon began a relationship with the land that provided them with many of their daily needs Wildlife was viewed as a limitless resource in a relatively untapped land These early settlers had left Europe where few had access to wildlife and entered a world where everyone had access Furs feathers hides all had value to this young country In 1776 the Declaration of Independence revoked the Kingrsquos rights to land and people in this new world After a
bloody war led by revolutionaries such as Washington Hamilton Jefferson and Adams the United States gained its independence and the land and wildlife belonged to everyone
Era Of Exploitation (1850 ndash 1900)
The 1800s brought a commercialization of our wildlife resources Market hunting and habitat
destruction began to decimate wildlife populations such as the American Bison and Passenger Pigeon After the American Revolutionary War and the Civial Warmdashwhich nearly destroyed our ldquodemocratic
experimentrdquo all togethermdashfew people were looking after the interest of wildlife and even fewer rules
existed governing the management of a resource everyone had ownership of yet no one had responsibility for
The railroad provided settlers with the means to access new lands expanding the markets for meats hides and fur Advancements in technology such as the repeating rifle further aided the unbridled
destruction of wildlife resources Yet throughout this era something positive was growing The people of this new nation were developing a relationship with the land By 1842 a Supreme Court ruling had huge impacts on this developing model of conservation resulting in a Public Trust Doctrine that would
further outline a model for conserving our natural resources Conservation was developing some direction but had no money or laws to support it
Era Of Protection (19001930) The early 1900s brought an industrial boom Abuse of natural resources had taken its toll and throughout the Nation and evidence of this abuse could be seen in the loss of species such as the
passenger pigeon near loss of the American bison and in many large mammals including whitetailed deer and our once numerous waterfowl species America was becoming an economic giant yet through
the roar of machines both political and metal a small voice could be heard It was the hunter and their voice was of concern for the direction our wildlife resources were heading Conservation minded men and women had continued a relationship with the land and the wildlife
Era of Game Management (1930 ndash 1966) The ldquodirty thirtiesrdquo were marked by the dust bowl and an impoverished nation Agricultural practices
unchecked by environmental stewardship had left the Nationrsquos heartland in ecological peril Politically the conservation movement was supported by the footings laid by Theodore Roosevelt New federal acts moved forward to provide for environmental protection due to the outcry of hunters in panic over the vanishing wildlife resources of the Nation
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 52
Wildlife conservation had support yet it lacked the science to properly manage our Nationrsquos resources A young biologist name Aldo Leopold changed all this with his writings including the book Game
Management which led to Universities across the country developing wildlife conservation programs These programs spawned a new breed of professional game managers who utilized science to support management methods that ultimately lead to the greatest wildlife conservation success story in the world In 1937 the PittmanRobertson Act provided thousands of jobs for young professionals along with ldquogame wardensrdquo supported by individual states to further the development of the Conservation Model
which now had science and funding to support it
Era of Environmental Management (1966 ndash Present) Science and funding led to a broadening view of conservation as focus shifted from managing ldquogame
animalsrdquo to managing the entire biota (environment and all living things in it) Further federal acts such
as the Endangered Species Act of 1966 and the National Environmental Policy Act of 1969 provided greater protection for species by a nation that had finally changed its course providing time to review
and perfect conservation efforts Recent acts such as the 1980 Farm Bill continued the effort to help
landowners provide quality habitat for wildlife and hunters by providing incentives to landowners to set aside highly erosive lands and plant them into wildlife habitat (grasslands) that benefit wildlife and hunters
The story of our unique model of conservation is still being written New challenges today threaten our
coveted resources and new professionals are entering the arena to further the plight of our Nationrsquos wildlife and hunting heritage
Seven Pillars of the Model
Seven main pillars have been highlighted as the foundation of support for the North American Model
of Conservation These include
The Public Trust The wildlife of the United States are owned by the people This is very different from the European Model where wildlife is privately owned The North American Model recognizes wildlife as a public
resource that is so important it can not be owned or managed by any one segment of our society but rather managed by professional state and federal entities for the benefit of all This concept known as
the Public Trust Doctrine began development in 1842 when the Supreme Court ruled that the Magna Charta had settled the question of who owns fish and wildlife and that King Charles II did not have the authority to give away the ldquodominion and propertyrdquo of lands in colonial America The court further ruled that since the American Revolution the people held public trust responsibilities for fish and wildlife except for rights specified in the US Constitution
Prohibition on Commerce
It was the hunter who brought forth stringent laws that protected wildlife from peril in the 19th
and 20th
centuries Because we all own and appreciate our wildlife as a national resource they should never find themselves on the public market to the highest bidder This path led to a largescale loss of many species
including the Passenger Pigeon and the near loss of the American bison As our country was developing these practices were common as people moved west in search of prosperity capitalizing on a land seemingly untouched by the modern world Today many laws in place serve to protect our most
valuable resourceshellipour wildlife
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 53
Democratic Rule of Law Each citizen of this great nation has the ability and responsibility to engage in healthy politics that serve
to support and protect sound wildlife conservation measures Our first conservation measures in this Country habitat restoration simple harvest restrictions and bag limits came from hunters people who respected the game they pursued and loved the wild places they chased them in The North American Model of conservation is built upon active public involvement instilling a value for wildlife in all citizens
Hunting Opportunity for All The Model was developed on the premise that all people regardless of political or economic standing could participate in and feel the thrill of the chase It is this unique Model that provides us with wildlife opportunities for all Americans Imagine how important this was to our fore fathers who left a brutal
King in England where only the aristocracy had any dream of pursuing wild creatures in wild places Our
wildlife laws ensure that each generation that comes after us will have the same opportunity to enjoy and appreciate wildlife
Nonfrivolous Use Our management of wildlife depends on a citizenry that loves and appreciates the wild creatures and the habitats necessary to their survival and our quality of life Wildlife may be utilized under strict rule of
law including utilizing the wildlife once harvested to its best potential Killing wildlife for the sake of killing can only lead to the numbing of hearts to wildlife and a profound lack of respect for our most
precious resources
International Resources
It was not until the 20th
century that hunters and wildlife lovers understood the importance of
managing wildlife at a much larger scale This became readily apparent with the passage of the
Migratory Bird Treaty Act of 1918 where nations came together to manage wildlife resources as a
collective Wildlife species do not recognize national or state boundaries Governments must work together to be effective in managing wildlife for the benefit of all The United States has made great
strides in this area with Mexico and Canada Our wildlife is not only a resource to us but to all continents they may call home throughout the year Our biologists must think globally to be effective locally
Scientific Management Although Theodore Roosevelt brought conservation to the political forefront it was a young forester from Iowa that made the study of wildlife management a science Aldo Leopold is considered by many
as the ldquofather of wildlife managementrdquo due to his tireless efforts to develop curriculum for future wildlife biologists Today our biologists earn their opportunity to manage wildlife through prominent
Bachelor Masters and Doctorate degree programs from Universities around the world Wildlife must be managed using fact science and the latest research We are constantly learning and adapting to new technology and changing environments For such an important resource we cannot afford to have it any other way
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 54
Nebraska Master Naturalist Specializations Certifying as a Specialist ldquoFollow your own natural geniusrdquo wrote Thoreau ldquoand it will not fail to show you a fresh prospect every hourrdquo Many of us learn by doing When our curiosity and interests carry us into deeper study of a given subject it can be helpful to have clear opportunities to pursue Thus the Nebraska Master Naturalist Program offers specialized voluntary training for those who are hungry to develop and apply their particular skill and personal understanding on behalf of our natural legacy Specializations are designed to create collaborators leaders and mentors in four key areas
Interpretation and Outreach
Outdoor Skills and Recreation
Resource Management
Citizen Science Master Naturalist Certification Requirements Annual Requirement o 8 Hours Training Annually o 20 Hours of Volunteerism Annually Master Naturalist Specialization Requirement One Time Requirement o 20 Hours of Training Total Specific to Specialization Annual Requirement o Additional 20 Hours of Volunteerism Annually Specific to Specialization (does not include initial Certification annual requirement hours)
OUTDOOR SKILLS AND RECREATION SPECIALIZATION The purpose of OUTDOOR SKILLS AND RECREATION is to promote activity and development of skills in the outdoor pursuits associated with natural resources Specializations are designed to create collaborators leaders and mentors in particular areas A Certified Nebraska Master Naturalist can complete the Outdoor Recreation Specializationby meeting the following requirements Complete at least one of the workshops or certification‐leading trainings listed below If specialized training is not listed below it can be approved upon request by the Master Naturalist Program Committee Specialized Training Options ‐
Hunter Education Instructor Certification 13 hrs
National 4‐H Shooting Sports Instructor Certification 32 hrs
Nebraska 4‐H Shooting Sports Shotgun Certification 12 hrs
Nebraska 4‐H Shooting Sports Archery Certification 12 hrs
Nebraska 4‐H Shooting Sports Rifle Certification 12 hrs
Nebraska 4‐H Shooting Sports Pistol Certification 12 hrs
Nebraska 4‐H Shooting Sports Muzzleloader Certification 12 hrs
National Archery in the Schools Program Basic Archery Instructor 4 hrs
NRA Range OfficerMaster Certification 8 hrs
Hunt Master Training Instructor 4 hrs
NRA Shooting Instructor 16 hrs
NRA Shotgun Instructor 16 hrs
NRA Rifle Instructor 16 hrs
Boater Education Instructor 12 hrs
Youth Fishing Instructor 5 hrs
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 55
American Canoe Association National CanoeKayak Instructor 16‐32hrs
National Camp SchoolBoy Scouts 16‐24 hrs
Wood Badge TrainingBoy Scouts 16‐24 hrs
Merit Badge Counselor TrainingBoy Scouts 2‐16 hrs
Conservation Leaders for Tomorrow 35 hrs
Wilderness First Aid 16‐32 hrs
Professional Trappers College 40 hrs
American Camp Association Instructor Training 8‐40 hrs
American Red Cross Instructor Training 2‐16 hrs
American Sailing Association Instructor Training 16‐24 hrs
Certified Horsemanship Association Instructor Training 24‐40 hrs
Leave No Trace Master Educator Training 40 hrs
National Outdoor Leadership School 280 hrs
Camp Cook School 32‐96 hrs
Professional Association of Diving Instructors Training 32‐96 hrs
Professional Mountain Bike Association Instructor Training 24 hrs
League of American Bicyclists Instructor Certification 24 hrs
Hunting
Shooting
Fishing
Trapping
Camping
Outdoor Cooking
Orienteering
Geocaching
Photography
Wildlife Viewing
Hiking
Biking
Birding
Becoming an Outdoors‐Woman Program
Wilderness First Aid
Wilderness Survival
Leave No Trace Educator
Service Options ndash Provide a minimum of 20 hours of service annually in the following or similar areas
4‐H leader and youth training outdoor recreation
Scout leader and youth training outdoor recreation
Wild About Nature
Flying WILD Educator or Facilitator Workshop
Becoming an Outdoors Woman (BOW)
Beyond Becoming an Outdoors Woman (BOW)
Family Camp
Learn to Hunt Program
National Archery in the Schools Program BAI training or greater
Mentor HuntHunt Masters Training
After School Programs
Others ndash Upon approval
Outdoor discovery programs volunteer
CRO at a shooting event
Assist with National or State shooting sports competitions
Family fishing day
Design or write a brochure
Develop or contribute to a website
Develop or contribute to a social networking site
Design or write a newsletter
Assist in fundraising
Plan an event or festival
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 56
Interpretation amp Education- Developed By Lindsay Rogers Nebraska Game amp Parks
Commission
Do not try to satisfy your vanity by teaching a great many things Awaken peoplersquos curiosity It is
enough to open minds do not overload them Put there just a spark If there is some good
inflammable stuff it will catch firerdquo
- Anatole France in The Earth Speaks
Session Objectives
To help participants understand the role education plays in sounds ecological conservation
To help participants learn about past and present conservationist and interpretive educators
To help participants learn components of quality education and interpretation
To have participants partake in quality interpretive education
To make sure participants understand that their role is to light the spark and awaken curiosityhellip not spew facts
Lecture Requirements
1 What is interpretation (5 minutes) a What does ldquointerpretrdquo mean b National Association of Interpretation definition of ldquointerpretationrdquo
i Interpretation is a mission-based communication process that forges emotional and intellectual connection between the interests of the audience and the meanings inherent to the resource
c Freeman Tilden Interpreting Our Heritage 1957 i Interpretation is an educational activity which aims to reveal meanings
and relationships through the use of original objects by first-hand experience and by illustrative media rather than simply to communicate factual information
d Components of interpretation i pleasurable or enjoyable
ii relevant to the world iii organized iv themed v sparks an interest
vi includes information but does not stop there links information to the world
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 57
vii age appropriate viii taught to someone not at them
2 What is education (5 minutes)
a What does it mean to ldquoeducaterdquo someone b John Dewey Democracy amp Education 2944
i Education in its general sense is a form of learning in which the knowledge skills and habits of a group of people are transferred from one generation to the next through teaching training or research
c Components of education i - generally presented to someone but not always
ii enjoyable sometimes iii provides knowledge and facts iv can make connections but not always v organized and themed
d Both education and interpretation are important they work together
3 Conservationists (10 minutes) a Jon Muir
i Immigrated from Scotland to Wisconsin in 1849 ii Attended the University of Wisconsin studies botany amp geology
iii Moved to the western US mainly the Sierra Nevada area iv Believed humans were part of the interconnected natural world v Advocated for the preservation of natural areas
vi Co-founded the Sierra Club b Aldo Leopold
i Iowa native attended Yale University ii After college he joined the US Forest Service was stationed in Arizona
and New Mexico iii Developed theories of land ethics the need for biodiversity and an
appreciation for wilderness areas iv Moved to Wisconsin in 1924 became a professor at the University of
Wisconsin v Regarded as the ldquoFather of Conservationrdquo
c Gifford Pinchot i Born in Connecticut in 1905
ii Studied at Yale studies forestry in France iii Named chief of the Division of Forestry (later to become the US Forest
Service) iv First chief of the US Forest Service greatly improved forest
management and increased the size of Forest Service lands
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 58
v Managed forests for the greatest good for the greatest number Pinchot added the phrase in the long run to emphasize that forest management consists of long-term decisions
d Steven Mather i Born in California attended Berkley University
ii Worked for the Pacific Coast Borax Company where he had a talent for promotion Started a competing company made millions
iii When revisiting Sequoia and Yosemite National Parks in 1914 he was appalled by the conditions of the national parks
iv Joined the Department of the Interior as the head of parks later created the National Parks System
v Professionalized the National Parks and helped to greatly grow protected lands
e Rachel Carson i Born in Pennsylvania in 1907 attended John Hopkins University for
graduate school ii Went to work for the US Bureau of Fisheries (later to become the US
Fish amp Wildlife Service) iii Wrote Silent Spring in 1962 The book created an awaking for Americanrsquos
to their responsibility to the environment and wildlife The book lead to the US Government banning the use of DDT
f Theodore Roosevelt i Born in 1858 in New York New York was a sickly child who stayed inside
studying natural history ii An avid outdoorsman he spent much time in the South Dakota Badlands
iii Became President in 1901 with the assignation of President McKinley iv Among many major accomplishments as president he started the
National Parks was instrumental in conserving about 230 million acres
4 Naturalist Interpreters (10 minutes) a Freeman Tilden
i Born 1883 worked as a newspaper columnist and author ii At age 58 he began working with the National Parks Service
iii While traveling to various National Parks he became concerned with the quality of interpretation
iv Wrote Interpreting Our Heritage in 1957 outlines 6 principles to quality interpretation forever changed the field of interpretation
b William Lewis i Worked as a ranger naturalist and interpreter trainer for the National
Parks Service ii Developed the approach of ldquoThematic Interpretationrdquo which requires the
interpreter to choose a central theme (major point) to guide the development of a program
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 59
iii Wrote Interpreting For Park Visitors c Sam Ham
i Director of Center for International Training and Outreach at the University of Idaho
ii Work has focused on applying communication theory to environmental conservation interpretation and on nature-based tourism and guide training
iii Wrote Environmental Interpretation (1992) d Ted Cable
i Professor of Park Management and Conservation at Kansas State University
ii Co-authored Interpreting Cultural and Natural Resources (2003) and Interpretation for the 21st Century Fifteen Guiding Principles for Interpreting Nature and Culture (2002)
5 Conducting an Interpretative Program Try and Fail (60 minutes + 120 minutes of activities throughouthellip see list of Suggested Activities below)
a Experiential Learning i The first time you tried to walk you failed The first time you rode a bike
you failed This is called experiential learning The first time you attempt an educational or interpretation program you will fail thatrsquos how we learn
ii Donrsquot be afraid to fail b Ask Questions about the ProgramPresentation before you commit to leading it c Plan your Program
i Generally I want my presentation to be about Specifically however I want to tell my audience about After hearing my presentation I want my audience to understand (what is the big picture you want them to take home)
1 You do not need (or want) to teach your audience everything you know your job is to light the spark
ii What will your tangibles and intangibles be 1 Tangibles are those things you can touch things you use to teach
when teaching a Examples include a tree a mammal pelt a skull a live
animal a prairie 2 Intangibles involve connecting the tangibles to concepts and the
ideas they represent intangibles are the meanings the relationships the processes the ideas the feelings and the beliefs
a Examples include food webs ecosystem health entropy ecology
iii People remember themes they forget facts
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 60
iv Plan for an organized presentation 1 Think about your overall theme smaller parts of the program and
your transitions v Stick to your theme
vi Determine what type of presentation you will have 1 PowerPoint (avoid) 2 Podium Presentation (avoid) 3 Active taking a hike playing a game etc 4 Hands-on touching feeling trying hearing smelling
vii Think about all the different kinds of learners 1 verbal-linguistic 2 logical-mathematical 3 visual-spatial 4 kinesthetic 5 musical-rhythmic 6 interpersonal (groups) 7 intrapersonal (individual) 8 naturalist
d Know your role as an educator 1 Provide facts and relationships not opinions 2 Allow participants to determine their own opinions and beliefs
using the facts amp relationships you provide them 3 PLAY ldquoFIRST IMPRESSIONSrdquo
e Prepare Prepare Prepare 1 Know the type of space and area you will have (indoor vs
outdoor small space vs vast area etc) 2 Plan for more that you are told 3 Plan for the weather (always expect it to be windy in Nebraska)
f Questions i Ask good questions
1 Is this a fox Vs How do you know this is a fox 2 Do you have any questions Vs What questions do you have
ii Be prepared for quality questions 1 What are the implications for describe the impact of what are
the reasons for iii Be prepared for ldquogoodrdquo questions
1 Do you have ewoks in the forest If a Mountain Lion and an Eagle were to fight who would win
2 Take all questions seriously Answer seriously g Model what you want to see the students do
i If you want a group of students to catch insects help them get active with them
ii This is true when working with children and adults
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 61
1 Working alongside students validates them and their learning h Be enthusiastic show your passion
i This is another form of modeling what you want to see in your students ii We need to excite students (no matter their age) about conservation
nature and the outdoors iii Have fun
6 Take Home Lesson Light the Spark and Donrsquot Be Afraid to Fail
Suggested Activities (amp potential mandatory activities)
Throughout the lesson conduct multiple games andor activities to model good interpretation
Suggested games include but are not limited to
1 Oh Deer (Project WILD) 2 First Impressions (to be done during section 5) (Project WILD) 3 The Long Haul (Project WET) 4 Sum of the Parts (Project WET) 5 Water Quality Ask the Bugs (Project WET) 6 Adaptation Artistry (Flying WILD) or Fashion a Fish (Aquatic Project WILD) 7 Avian Antics (Flying WILD) 8 Pollinators Meet Your Plants (Nebraska Project WILD wwwnebraskaprojectwildorg) 9 Scavenger Hunts (Nebraska Project WILD wwwnebraskaprojectwildorg)
Suggested Post-Readings
Interpreting Our Heritage Freeman Tilden 1957 (4th edition 2008)
ISBN-13 978-0807858677
Interpreting for Park Visitors William Lewis 1981
ISBN-13 978-0890620793
Environmental Interpretation Sam Ham 1992
ISBN-13 978-1555919023
Interpretation for the 21st Century Fifteen Guiding Principles for Interpreting Nature and
Culture Larry Beck amp Ted Cable 2002
ISBN-13 978-1571675224
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 62
Interpretation-Making a Difference on Purpose Sam Ham 2013
ISBN-13 978-1555917425
Foundations of Interpretation Curriculum Content Narrative National Parks Service 2007
httpwwwnpsgovidpinterp101foundationscurriculumpdf
Websites
National Association of Interpretation
wwwinterpnetcom
North American Association for Environmental Education
wwwnaaeeorg
Nebraska Alliance for Conservation and Environment Education
wwwnaceeorg
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 63
Safety in the Field
Developed by Rich Hawes Nebraska Master Naturalist rdhawes26msncom
Objectives
Raise awareness of Risk Managementassessment as part of event planning
Guidelines to safe activities for participants presenters and the environment
Present Leave No Trace Principals as part of all outdoor activities
Present resources for additional training or certification for outdoor activities
Hands on activities to encourage interest and to provoke thought and discussion
Hazards of the area
Outdoor hiking safety
Stewardship of the land and natural resources
Being flexible and working with ldquowhat you haverdquo
Outline
1 Outdoor Activities ndash Whatrsquos The Worst That Can Happen An Introduction to Event Planning and Risk Management
2 Leave No Trace Principals
3 Trip planning and Logistics
4 Health amp Safety
5 Youth Protection
6 Age Appropriate Activities
7 Resource Training and Certifications
a Standard First Aid CPRAED Wilderness First Aid
b Shooting Sports - Range Safety Officer or Instructor
c Hunter Safety Instructor
d Climbing COPE and Zip Lines
e Water Safety Instructor Life Guard Small Boat Handling
f Leave No Trace Trainer or Master Educator
g Tread Lightly Tread Trainer or Master Tread Trainer
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 64
Suggested Activities
CPR Scenario
First Aid Scenario
Weather Scenario
Lost Scenario
Online Resources
American Camp Association
Boy Scouts of America
Youth Protection
Safe Swim Defense
Safety Afloat
Climb On Safely
Weather Safety
Trek On Safely
(etc)
Leave No Trace
Nebraska Game amp Parks
Hunter Safety
Boating Rules amp Regs
National Rifle Association
(Archery groups)
American Red Cross
(wilderness medicine group(s))
NOLS
Tread Lightly
US Coast Guard
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 42
Common Nebraska species ndash Lewisrsquos red-headed red-bellied hairy downy woodpeckers
yellow-bellied and red-naped sapsuckers northern flicker
THE PASSERINES Feet adapted to perching
Tyrant Flycatchers (Family Tyrannidae - lord ruler king)
WHAT TO LOOK FOR
Small to medium perching bird
Large head broad flattened bill pointed wings short legs
Bristly ldquowhiskersrdquo at base of bill
Sit upright on exposed branch and dart out to catch insects
Common Nebraska species - flycatchers pewees kingbirds phoebes kingbirds
Shrikes (Family Laniidae ndash butcher)
WHAT TO LOOK FOR
ldquoButcher birdsrdquo ndash impale prey on thorns (may be to attract a mate and mark territory)
Robin-size bird with hooked bill and masked face with hawk-like behavior
Black gray and white birds
Common Nebraska species - northern and loggerhead shrike
Vireos (Family Vireondae ndash small bird)
WHAT TO LOOK FOR
Small olive- or gray-backed bird with short sturdy cylindrical slightly hooked bill
Can have wing bars and eye-rings or have eye stripes and no wing bars
Often confused with warblers but are chunkier bigger headed thicker billed
Common Nebraska species ndash white-eyed Bellrsquos yellow-throated plumbeous
Cassinrsquos blue-headed warbling Philadelphia red-eyed
Crows and Jays (Family Corvidae ndash raven)
WHAT TO LOOK FOR
Large perching bird with strong longish all-purpose bill to handle variety of foods
Nostrils covered with feathers
Legs scaled in front and smooth behind
Harsh voice and noisy
Bold gregarious
Common Nebraska species - black-billed magpie American crow
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 43
Larks (Family Alauidae ndash lark)
WHAT TO LOOK FOR
Ground dwellers of open fields ndash seldom seen in trees and shrub
Walk rather than hop have an elongated hind toe
Slender billed seed and insect eaters
Yellowwhite face with black facemask horns and breast band
Has musical song often sung in display flight
Common Nebraska species ndash horned lark
Swallows and Martins (Family Hirundinidae ndash swallow)
WHAT TO LOOK FOR
Slim streamline bodies with long pointed angled wings
Tail forked or squared legs and feet inconspicuous
Bill short and wide
Fluid aerialists ndash dart about catching insects
Flocks perch in long rows on branches and lines
Common Nebraska species ndash purple martin northern rough wing bank cliff barn swallows
Chickadees and Titmice (Family Paridae - )
WHAT TO LOOK FOR
Small plump sociable birds with short bills and wings
Active agile ndash often hang upside down to feed
Many times roam in little bands (often leading the group) in search of food
Chickadee ndash no tuff of feathers on head Titmice ndash tufted Common Nebraska species ndash black-capped chickadee tufted titmouse
Nuthatches (Family Sittidae ndash birds that peck bark of tree)
WHAT TO LOOK FOR
Small stout tree-climbers with slightly upturned strong woodpecker-like bills
Stubby squared off tails
Walk down trees headfirst Common Nebraska species ndash red-breasted and white-breasted nuthatches
Creepers (Family Certhiidae -)
WHAT TO LOOK FOR
Small slim tree-dwellers with stiff tails and slender downward curving bill
Primarily brown
Common Nebraska species ndash brown creeper
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 44
Wrens (Family Troglodytidae ndash cave dweller
WHAT TO LOOK FOR
Small stumpy energetic brown birds
Bill slightly down turned loud song
Tails often in ldquocockedrdquo or up-tilted position
Common Nebraska species ndash rock house winter marsh wrens
Kinglets (Family Regulidae -)
WHAT TO LOOK FOR
TINY very active songbirds ndash only certain hummingbirds smaller
Can hover will feeding
Greenish plumage with bright colored crowns Short tails
Common Nebraska species ndash ruby-crowned and golden-crowned kinglets
Gnatcatchers (and Old World Warblers) (Family Sylviidae - )
WHAT TO LOOK FOR
Small birds with slender pointed bills surrounded by rectal bristles
Drab plumage with seasonally changing head patterns
In constant motion
Common Nebraska species ndash blue-gray gnatcatcher
Thrushes (Family Turdidae -)
WHAT TO LOOK FOR
Large-eyed upright postured songbirds - known for their singing ability
Bill is slender straight but not sharp
Often hop along the ground looking for food
Common Nebraska species ndash eastern bluebird veery gray-cheeked Swainsonrsquos hermit
wood thrush American robin
Mockingbirds and Thrashers (Family Mimidae ndash imitator mimic)
WHAT TO LOOK FOR
Well known for their vocal and mimicking ability
Have short rounded wings long legs and tails
Long down-curved bills
Common Nebraska species ndash gray catbird northern mockingbird brown thrasher
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 45
Starlings (and Mynas) (Family Sturnidae - )
WHAT TO LOOK FOR
Medium sized chunky glossy birds with short tails sharp bills
Short triangular to rounded wings
Gregarious bold birds
Pipits (and Wagtails) (Family Motacillidae -)
WHAT TO LOOK FOR
Slender billed brownish ground dwellers with long back toe
Walk briskly rather than hop along the ground
Most species bob their tails up and down
Common Nebraska species ndash American pipit
Waxwings (Family Bombycillidae ndash silk tail)
WHAT TO LOOK FOR
Birds with sleek crest that can be erected
Plump-bodied birds with pointed wings with red waxy tips of secondaries
Bill is small wide and notched high thin calls
Square tail with terminal yellow band
Common Nebraska species ndash Bohemian and cedar waxwings
Wood Warblers (Family Parulidae -)
WHAT TO LOOK FOR
Brightly colored (mostly yellow) birds
Smaller than sparrows with thin needle-like bills
Common Nebraska species ndash approx 34 warblers ovenbirds yellow-breasted chats and
waterthrush
New World Sparrows (Family Emberizidae -)
WHAT TO LOOK FOR
Small to medium-sized birds - often brown streaked appearance
Rounded wings cone-shaped bills
Common Nebraska species ndash 20 sparrows towhees longspurs dark-eyed juncos snow and
lark buntings
Cardinals and Allies (Family Cardinalidae )
WHAT TO LOOK FOR
Medium to large songbirds
Have large cone-shaped bills
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 46
Males often very colorful
Common Nebraska species ndash northern cardinals rose-breasted and black-headed grosbeaks
indigo bunting dickcissel
Blackbirds Orioles and Allies (Family Icteridae)
WHAT TO LOOK FOR
Medium to large songbirds with strong straight bills
Strong-direct flight
Plumage varies from iridescent black to yellow to orange
Common Nebraska species ndash Bobolink eastern and western meadowlarks red-winged and
rusty blackbirds common and great-tailed grackles orchard Baltimore and
Bullockrsquos orioles brown-headed cowbird
Finches and Allies (Family Fringillidae)
WHAT TO LOOK FOR
Small to medium songbirds
Have conical bills and forked relatively short tails
Fly fast and undulate through the air giving high-pitched calls in flight
Common Nebraska species ndash gray-crowned rosy purple Cassinrsquos house finches red
crossbill white-winged crossbill common redpoll pine siskin American goldfinch
evening grosbeak
Old World Sparrows (Family Passeridae)
WHAT TO LOOK FOR
Stouter bodies shorter legs and thicker bills than native sparrows
Have a simple song repeating single elements with no particular rhythm or beginning
And end vocalize all day and year-round
Common Nebraska species ndash house sparrow (introduced)
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 47
Geology and Natural History of Nebraska
Being Developed by Jon Garbisch Cedar Point Biological Station jgarbisch2unledu
bull Geological history of Nebraska
bull Present geological formation of regions
bull General soil types
bull Geological landforms and related habitats
What we currently use
Theme
Nebraska geology formed over millions of years through the erosion of mountains the deposition of
sediments and the flow of water and ice shaping the landscape that we call home
Goal
Attendees will develop an understanding of the natural processes that influenced and built Nebraska
and in so doing develop a greater appreciation for the geology and how it relates to all other aspects of
the statersquos identity
Objective(s)
The Master Naturalists attendees will be able to use the knowledge they have gained to better
understand the surface and subsurface geology at any location in the state that they may find
themselves working
How will it be measured
Attendees will be able to use the knowledge gained to actively interpret general Nebraska geology by
completing activities in the form of hand-out diagrams biostratigraphic fossil correlations
interpretation of rock type hand specimens and visual description of the Geology on the trail at Camp
Brewster Fontenelle Forest
Introduction
Nebraska geology formed over millions of years through the erosion of mountains the deposition of
sediments and the flow of water and ice shaping the landscape that we call home (Hand out agenda)
Geology is rooted in the 3 rock groups that exist on planet Earth and so familiarity with
o these groups gives us a solid foundation for all other geologic interpretation
A half hour will be spent handling examples from each rock group
o 3 groups 3 tables with one rock type on each table each group spends 10 minutes at
each table
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 48
The Geologic Time Scale is a record over time of the Earths major geologic events and we
can use it to help us understand how and when Nebraska took shape
The natural agents of change which have shaped our state include oceans rivers wind
o and ice
The geologic time periods in Nebraska are represented by rock layers (or not) which occur all
around the state and have been named so that no matter where you are in the state you can
correlate the strata to the time scale (fossilsisotopes)
6 Geologic Principles will be discussed so that when the MN is in the field they can be used as an
aid in basic geologic interpretation
Conclusion
Nebraska geology formed over millions of years through the erosion of mountains the deposition of
sediments and the flow of water and ice shaping the landscape that we call home Geology supplies us
a record of the events that have shaped our Earth by learning the language in which the Earth script is
written we will be able to interpret and share the story of our state of Nebraska This understanding will
aid in us in relating to other areas influential and important to the state
Places to Go (places to see examples of Nebraska geology)
a Agate Fossil Beds National Monument Lower Miocene fossil mammal site including abundant body fossils of ancient mammals and prominent fossil rodent burrows
b Ashfall State Park Upper Miocene fossil mammal assemblage found in ash derived from an eruption of a predecessor to the Yellowstone volcanic field c Chimney Rock National Historic Site Oligocene and Lower Miocene continental sedimentary rocks deposited as sediments by wind and steams
d Hummel Park (Omaha) outcrops of Pleistocene glacial till and loess
e Lincoln area Capitol Beach Lake and history of saline waters and salt industry flooding history of Antelope and Salt creeks building stones in downtown area brick industry University of Nebraska State Museum
f Louisville area outcrops of Upper Pennsylvanian marine sedimentary rocks
g Valentine area and Niobrara National Wildlife Refuge Niobrara River Canyon and Cenozoic stratigraphy
h Niobrara State Park Upper Cretaceous marine sedimentary rocks (Niobrara Formation and Pierre Shale) landslides along Missouri River anthropogenic changes in Missouri River Niobrara River and Mormon Canal
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 49
i Downtown Omaha removal of loess from hills in downtown area engineering of Missouri River (eg groins bank armoring etc) visible at Bob Kerrey Memorial Bridge deep bedrock water wells at old industrial sites
j Platte River State Park Upper Pennsylvanian marine sedimentary rocks and overlook of Platte River
k Ponca State Park Upper Cretaceous marine sedimentary rocks (uppermost Dakota Formation through Greenhorn Limestone)
l Rock Creek State Historical Park middle Cretaceous Dakota Formationmdashfluvio-estuarine continental deposits
m Schramm Park Upper Pennsylvanian marine sedimentary rocks
n Scotia and Happy Jack Chalk Mine Upper Miocene lake deposit In Ogallala Group
o Scotts Bluff National Monument Oligocene and Lower Miocene continental sedimentary rocks deposited as sediments by wind and steams
p Smith Falls State ParkCenozoic stratigraphy Niobrara River waterfalls as knick points
q Toadstool Park and nearby areas continental sedimentary rocks of upper Eocene Chadron Formation Pine Ridge escarpment Trailside Museum and Ft Robinson State Park
r Weeping Water area Upper Pennsylvanian marine sedimentary rocks
s Wildcat RidgeHillsescarpment on Oligocene and Lower Miocene continental sedimentary rocks deeply eroded into canyons buttes and pinnacles by stream erosion during and after the Late Pliocene
t Indian Cave State Park and Iron Horse Trail south of Peru Upper Pennsylvanian Indian Cave Sandstone (fluvio-estuarine deposit) and sandstone cave
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 50
North American Model and Outdoor Skills Developed by Jeff Rawlinson Assistant Division Administrator Information and Education Nebraska Game and Parks Commission jeffrawlinsonnebraskagov
OUR North American Model of Conservation
Perhaps no other story is more compelling and more important in American history as that of how
our natural resources came to be one of the most important elements in our lives The history of our citizenryrsquos strong land ethic ties us to the natural world long after other nations have forgone this relationship We value how the common person from a common family can participate in the thrill of the chase experiencing wildness to its fullest
The North American Model of Conservation is a philosophy that the United States and Canada have
developed to manage wildlife in a sustainable way Historians debate how this land ethic began Some
say our model of conservation began in 1937 with the passage of the PittmanRobertson Act a move that provided funding for wildlife conservation at the national and state level The source of this funding came from the sale of hunting and shooting equipment Others may say that it began when the conservation giant President Theodore Roosevelt brought management of natural resources to the
political forefront Others would argue our Model of conservation was birthed under the Magna Charta which transferred the ownership of wildlife from the King of England and the English nobles to the all of
the people of England In reality however our Model has been under development for several hundred years combining what we have learned from other nations peoples cultures and experiences to shape a philosophy ingrained in our culture supported by hunters anglers and shooting sports enthusiasts
benefiting all wildlife and wild lands in the United States
First Wildlife Managers The concept of managing wildlife or natural resources was not conceived by our young nation For
thousands of years humanity has been manipulating and controlling the land and all its inhabitants to benefit our needs Ever since the first hunter followed that wooly creature across the Bering Straight embarking on an epic journey that would result in settling of North America man has ldquomanagedrdquo
wildlife in North America
Throughout history many leaders have shown some element of concern or conservation ethic towards wildlife The great Kublai Khan grandson of Genghis Khan and founder of the Yuan Dynasty in China forbade harvesting of many species of wildlife during critical reproductive months of March
through August so species could ldquoincrease and multiplyrdquo Conservation of wildlife is even found in Mosaic Law in Deuteronomy 226 representing some of the first written wildlife management idealsmdashldquo If you come across a birdrsquos nest in any tree or on the ground with young ones or eggs and
the mother sitting on the young or on the eggs you shall not take the mother with the youngrdquo (English Standard Version 2001)
As populations expanded throughout Europe wildlife resources fell under ownership of powerful kings
who enacted harsh punishments for anyone found taking the kingrsquos game In 1215 a rebellion against King John of England resulted in the Magna Charta transferring ownership of lands and game from the crown to the people This ldquoprivatizingrdquo of wildlife ownership had profound impacts America over 500 years later
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 51
Era Of Abundance (1600 ndash 1850) When our forefathers first landed on the eastern shores of America they brought with them science
religion and a new hope They found plentiful game and soon began a relationship with the land that provided them with many of their daily needs Wildlife was viewed as a limitless resource in a relatively untapped land These early settlers had left Europe where few had access to wildlife and entered a world where everyone had access Furs feathers hides all had value to this young country In 1776 the Declaration of Independence revoked the Kingrsquos rights to land and people in this new world After a
bloody war led by revolutionaries such as Washington Hamilton Jefferson and Adams the United States gained its independence and the land and wildlife belonged to everyone
Era Of Exploitation (1850 ndash 1900)
The 1800s brought a commercialization of our wildlife resources Market hunting and habitat
destruction began to decimate wildlife populations such as the American Bison and Passenger Pigeon After the American Revolutionary War and the Civial Warmdashwhich nearly destroyed our ldquodemocratic
experimentrdquo all togethermdashfew people were looking after the interest of wildlife and even fewer rules
existed governing the management of a resource everyone had ownership of yet no one had responsibility for
The railroad provided settlers with the means to access new lands expanding the markets for meats hides and fur Advancements in technology such as the repeating rifle further aided the unbridled
destruction of wildlife resources Yet throughout this era something positive was growing The people of this new nation were developing a relationship with the land By 1842 a Supreme Court ruling had huge impacts on this developing model of conservation resulting in a Public Trust Doctrine that would
further outline a model for conserving our natural resources Conservation was developing some direction but had no money or laws to support it
Era Of Protection (19001930) The early 1900s brought an industrial boom Abuse of natural resources had taken its toll and throughout the Nation and evidence of this abuse could be seen in the loss of species such as the
passenger pigeon near loss of the American bison and in many large mammals including whitetailed deer and our once numerous waterfowl species America was becoming an economic giant yet through
the roar of machines both political and metal a small voice could be heard It was the hunter and their voice was of concern for the direction our wildlife resources were heading Conservation minded men and women had continued a relationship with the land and the wildlife
Era of Game Management (1930 ndash 1966) The ldquodirty thirtiesrdquo were marked by the dust bowl and an impoverished nation Agricultural practices
unchecked by environmental stewardship had left the Nationrsquos heartland in ecological peril Politically the conservation movement was supported by the footings laid by Theodore Roosevelt New federal acts moved forward to provide for environmental protection due to the outcry of hunters in panic over the vanishing wildlife resources of the Nation
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 52
Wildlife conservation had support yet it lacked the science to properly manage our Nationrsquos resources A young biologist name Aldo Leopold changed all this with his writings including the book Game
Management which led to Universities across the country developing wildlife conservation programs These programs spawned a new breed of professional game managers who utilized science to support management methods that ultimately lead to the greatest wildlife conservation success story in the world In 1937 the PittmanRobertson Act provided thousands of jobs for young professionals along with ldquogame wardensrdquo supported by individual states to further the development of the Conservation Model
which now had science and funding to support it
Era of Environmental Management (1966 ndash Present) Science and funding led to a broadening view of conservation as focus shifted from managing ldquogame
animalsrdquo to managing the entire biota (environment and all living things in it) Further federal acts such
as the Endangered Species Act of 1966 and the National Environmental Policy Act of 1969 provided greater protection for species by a nation that had finally changed its course providing time to review
and perfect conservation efforts Recent acts such as the 1980 Farm Bill continued the effort to help
landowners provide quality habitat for wildlife and hunters by providing incentives to landowners to set aside highly erosive lands and plant them into wildlife habitat (grasslands) that benefit wildlife and hunters
The story of our unique model of conservation is still being written New challenges today threaten our
coveted resources and new professionals are entering the arena to further the plight of our Nationrsquos wildlife and hunting heritage
Seven Pillars of the Model
Seven main pillars have been highlighted as the foundation of support for the North American Model
of Conservation These include
The Public Trust The wildlife of the United States are owned by the people This is very different from the European Model where wildlife is privately owned The North American Model recognizes wildlife as a public
resource that is so important it can not be owned or managed by any one segment of our society but rather managed by professional state and federal entities for the benefit of all This concept known as
the Public Trust Doctrine began development in 1842 when the Supreme Court ruled that the Magna Charta had settled the question of who owns fish and wildlife and that King Charles II did not have the authority to give away the ldquodominion and propertyrdquo of lands in colonial America The court further ruled that since the American Revolution the people held public trust responsibilities for fish and wildlife except for rights specified in the US Constitution
Prohibition on Commerce
It was the hunter who brought forth stringent laws that protected wildlife from peril in the 19th
and 20th
centuries Because we all own and appreciate our wildlife as a national resource they should never find themselves on the public market to the highest bidder This path led to a largescale loss of many species
including the Passenger Pigeon and the near loss of the American bison As our country was developing these practices were common as people moved west in search of prosperity capitalizing on a land seemingly untouched by the modern world Today many laws in place serve to protect our most
valuable resourceshellipour wildlife
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 53
Democratic Rule of Law Each citizen of this great nation has the ability and responsibility to engage in healthy politics that serve
to support and protect sound wildlife conservation measures Our first conservation measures in this Country habitat restoration simple harvest restrictions and bag limits came from hunters people who respected the game they pursued and loved the wild places they chased them in The North American Model of conservation is built upon active public involvement instilling a value for wildlife in all citizens
Hunting Opportunity for All The Model was developed on the premise that all people regardless of political or economic standing could participate in and feel the thrill of the chase It is this unique Model that provides us with wildlife opportunities for all Americans Imagine how important this was to our fore fathers who left a brutal
King in England where only the aristocracy had any dream of pursuing wild creatures in wild places Our
wildlife laws ensure that each generation that comes after us will have the same opportunity to enjoy and appreciate wildlife
Nonfrivolous Use Our management of wildlife depends on a citizenry that loves and appreciates the wild creatures and the habitats necessary to their survival and our quality of life Wildlife may be utilized under strict rule of
law including utilizing the wildlife once harvested to its best potential Killing wildlife for the sake of killing can only lead to the numbing of hearts to wildlife and a profound lack of respect for our most
precious resources
International Resources
It was not until the 20th
century that hunters and wildlife lovers understood the importance of
managing wildlife at a much larger scale This became readily apparent with the passage of the
Migratory Bird Treaty Act of 1918 where nations came together to manage wildlife resources as a
collective Wildlife species do not recognize national or state boundaries Governments must work together to be effective in managing wildlife for the benefit of all The United States has made great
strides in this area with Mexico and Canada Our wildlife is not only a resource to us but to all continents they may call home throughout the year Our biologists must think globally to be effective locally
Scientific Management Although Theodore Roosevelt brought conservation to the political forefront it was a young forester from Iowa that made the study of wildlife management a science Aldo Leopold is considered by many
as the ldquofather of wildlife managementrdquo due to his tireless efforts to develop curriculum for future wildlife biologists Today our biologists earn their opportunity to manage wildlife through prominent
Bachelor Masters and Doctorate degree programs from Universities around the world Wildlife must be managed using fact science and the latest research We are constantly learning and adapting to new technology and changing environments For such an important resource we cannot afford to have it any other way
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 54
Nebraska Master Naturalist Specializations Certifying as a Specialist ldquoFollow your own natural geniusrdquo wrote Thoreau ldquoand it will not fail to show you a fresh prospect every hourrdquo Many of us learn by doing When our curiosity and interests carry us into deeper study of a given subject it can be helpful to have clear opportunities to pursue Thus the Nebraska Master Naturalist Program offers specialized voluntary training for those who are hungry to develop and apply their particular skill and personal understanding on behalf of our natural legacy Specializations are designed to create collaborators leaders and mentors in four key areas
Interpretation and Outreach
Outdoor Skills and Recreation
Resource Management
Citizen Science Master Naturalist Certification Requirements Annual Requirement o 8 Hours Training Annually o 20 Hours of Volunteerism Annually Master Naturalist Specialization Requirement One Time Requirement o 20 Hours of Training Total Specific to Specialization Annual Requirement o Additional 20 Hours of Volunteerism Annually Specific to Specialization (does not include initial Certification annual requirement hours)
OUTDOOR SKILLS AND RECREATION SPECIALIZATION The purpose of OUTDOOR SKILLS AND RECREATION is to promote activity and development of skills in the outdoor pursuits associated with natural resources Specializations are designed to create collaborators leaders and mentors in particular areas A Certified Nebraska Master Naturalist can complete the Outdoor Recreation Specializationby meeting the following requirements Complete at least one of the workshops or certification‐leading trainings listed below If specialized training is not listed below it can be approved upon request by the Master Naturalist Program Committee Specialized Training Options ‐
Hunter Education Instructor Certification 13 hrs
National 4‐H Shooting Sports Instructor Certification 32 hrs
Nebraska 4‐H Shooting Sports Shotgun Certification 12 hrs
Nebraska 4‐H Shooting Sports Archery Certification 12 hrs
Nebraska 4‐H Shooting Sports Rifle Certification 12 hrs
Nebraska 4‐H Shooting Sports Pistol Certification 12 hrs
Nebraska 4‐H Shooting Sports Muzzleloader Certification 12 hrs
National Archery in the Schools Program Basic Archery Instructor 4 hrs
NRA Range OfficerMaster Certification 8 hrs
Hunt Master Training Instructor 4 hrs
NRA Shooting Instructor 16 hrs
NRA Shotgun Instructor 16 hrs
NRA Rifle Instructor 16 hrs
Boater Education Instructor 12 hrs
Youth Fishing Instructor 5 hrs
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 55
American Canoe Association National CanoeKayak Instructor 16‐32hrs
National Camp SchoolBoy Scouts 16‐24 hrs
Wood Badge TrainingBoy Scouts 16‐24 hrs
Merit Badge Counselor TrainingBoy Scouts 2‐16 hrs
Conservation Leaders for Tomorrow 35 hrs
Wilderness First Aid 16‐32 hrs
Professional Trappers College 40 hrs
American Camp Association Instructor Training 8‐40 hrs
American Red Cross Instructor Training 2‐16 hrs
American Sailing Association Instructor Training 16‐24 hrs
Certified Horsemanship Association Instructor Training 24‐40 hrs
Leave No Trace Master Educator Training 40 hrs
National Outdoor Leadership School 280 hrs
Camp Cook School 32‐96 hrs
Professional Association of Diving Instructors Training 32‐96 hrs
Professional Mountain Bike Association Instructor Training 24 hrs
League of American Bicyclists Instructor Certification 24 hrs
Hunting
Shooting
Fishing
Trapping
Camping
Outdoor Cooking
Orienteering
Geocaching
Photography
Wildlife Viewing
Hiking
Biking
Birding
Becoming an Outdoors‐Woman Program
Wilderness First Aid
Wilderness Survival
Leave No Trace Educator
Service Options ndash Provide a minimum of 20 hours of service annually in the following or similar areas
4‐H leader and youth training outdoor recreation
Scout leader and youth training outdoor recreation
Wild About Nature
Flying WILD Educator or Facilitator Workshop
Becoming an Outdoors Woman (BOW)
Beyond Becoming an Outdoors Woman (BOW)
Family Camp
Learn to Hunt Program
National Archery in the Schools Program BAI training or greater
Mentor HuntHunt Masters Training
After School Programs
Others ndash Upon approval
Outdoor discovery programs volunteer
CRO at a shooting event
Assist with National or State shooting sports competitions
Family fishing day
Design or write a brochure
Develop or contribute to a website
Develop or contribute to a social networking site
Design or write a newsletter
Assist in fundraising
Plan an event or festival
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 56
Interpretation amp Education- Developed By Lindsay Rogers Nebraska Game amp Parks
Commission
Do not try to satisfy your vanity by teaching a great many things Awaken peoplersquos curiosity It is
enough to open minds do not overload them Put there just a spark If there is some good
inflammable stuff it will catch firerdquo
- Anatole France in The Earth Speaks
Session Objectives
To help participants understand the role education plays in sounds ecological conservation
To help participants learn about past and present conservationist and interpretive educators
To help participants learn components of quality education and interpretation
To have participants partake in quality interpretive education
To make sure participants understand that their role is to light the spark and awaken curiosityhellip not spew facts
Lecture Requirements
1 What is interpretation (5 minutes) a What does ldquointerpretrdquo mean b National Association of Interpretation definition of ldquointerpretationrdquo
i Interpretation is a mission-based communication process that forges emotional and intellectual connection between the interests of the audience and the meanings inherent to the resource
c Freeman Tilden Interpreting Our Heritage 1957 i Interpretation is an educational activity which aims to reveal meanings
and relationships through the use of original objects by first-hand experience and by illustrative media rather than simply to communicate factual information
d Components of interpretation i pleasurable or enjoyable
ii relevant to the world iii organized iv themed v sparks an interest
vi includes information but does not stop there links information to the world
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 57
vii age appropriate viii taught to someone not at them
2 What is education (5 minutes)
a What does it mean to ldquoeducaterdquo someone b John Dewey Democracy amp Education 2944
i Education in its general sense is a form of learning in which the knowledge skills and habits of a group of people are transferred from one generation to the next through teaching training or research
c Components of education i - generally presented to someone but not always
ii enjoyable sometimes iii provides knowledge and facts iv can make connections but not always v organized and themed
d Both education and interpretation are important they work together
3 Conservationists (10 minutes) a Jon Muir
i Immigrated from Scotland to Wisconsin in 1849 ii Attended the University of Wisconsin studies botany amp geology
iii Moved to the western US mainly the Sierra Nevada area iv Believed humans were part of the interconnected natural world v Advocated for the preservation of natural areas
vi Co-founded the Sierra Club b Aldo Leopold
i Iowa native attended Yale University ii After college he joined the US Forest Service was stationed in Arizona
and New Mexico iii Developed theories of land ethics the need for biodiversity and an
appreciation for wilderness areas iv Moved to Wisconsin in 1924 became a professor at the University of
Wisconsin v Regarded as the ldquoFather of Conservationrdquo
c Gifford Pinchot i Born in Connecticut in 1905
ii Studied at Yale studies forestry in France iii Named chief of the Division of Forestry (later to become the US Forest
Service) iv First chief of the US Forest Service greatly improved forest
management and increased the size of Forest Service lands
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Page | 58
v Managed forests for the greatest good for the greatest number Pinchot added the phrase in the long run to emphasize that forest management consists of long-term decisions
d Steven Mather i Born in California attended Berkley University
ii Worked for the Pacific Coast Borax Company where he had a talent for promotion Started a competing company made millions
iii When revisiting Sequoia and Yosemite National Parks in 1914 he was appalled by the conditions of the national parks
iv Joined the Department of the Interior as the head of parks later created the National Parks System
v Professionalized the National Parks and helped to greatly grow protected lands
e Rachel Carson i Born in Pennsylvania in 1907 attended John Hopkins University for
graduate school ii Went to work for the US Bureau of Fisheries (later to become the US
Fish amp Wildlife Service) iii Wrote Silent Spring in 1962 The book created an awaking for Americanrsquos
to their responsibility to the environment and wildlife The book lead to the US Government banning the use of DDT
f Theodore Roosevelt i Born in 1858 in New York New York was a sickly child who stayed inside
studying natural history ii An avid outdoorsman he spent much time in the South Dakota Badlands
iii Became President in 1901 with the assignation of President McKinley iv Among many major accomplishments as president he started the
National Parks was instrumental in conserving about 230 million acres
4 Naturalist Interpreters (10 minutes) a Freeman Tilden
i Born 1883 worked as a newspaper columnist and author ii At age 58 he began working with the National Parks Service
iii While traveling to various National Parks he became concerned with the quality of interpretation
iv Wrote Interpreting Our Heritage in 1957 outlines 6 principles to quality interpretation forever changed the field of interpretation
b William Lewis i Worked as a ranger naturalist and interpreter trainer for the National
Parks Service ii Developed the approach of ldquoThematic Interpretationrdquo which requires the
interpreter to choose a central theme (major point) to guide the development of a program
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 59
iii Wrote Interpreting For Park Visitors c Sam Ham
i Director of Center for International Training and Outreach at the University of Idaho
ii Work has focused on applying communication theory to environmental conservation interpretation and on nature-based tourism and guide training
iii Wrote Environmental Interpretation (1992) d Ted Cable
i Professor of Park Management and Conservation at Kansas State University
ii Co-authored Interpreting Cultural and Natural Resources (2003) and Interpretation for the 21st Century Fifteen Guiding Principles for Interpreting Nature and Culture (2002)
5 Conducting an Interpretative Program Try and Fail (60 minutes + 120 minutes of activities throughouthellip see list of Suggested Activities below)
a Experiential Learning i The first time you tried to walk you failed The first time you rode a bike
you failed This is called experiential learning The first time you attempt an educational or interpretation program you will fail thatrsquos how we learn
ii Donrsquot be afraid to fail b Ask Questions about the ProgramPresentation before you commit to leading it c Plan your Program
i Generally I want my presentation to be about Specifically however I want to tell my audience about After hearing my presentation I want my audience to understand (what is the big picture you want them to take home)
1 You do not need (or want) to teach your audience everything you know your job is to light the spark
ii What will your tangibles and intangibles be 1 Tangibles are those things you can touch things you use to teach
when teaching a Examples include a tree a mammal pelt a skull a live
animal a prairie 2 Intangibles involve connecting the tangibles to concepts and the
ideas they represent intangibles are the meanings the relationships the processes the ideas the feelings and the beliefs
a Examples include food webs ecosystem health entropy ecology
iii People remember themes they forget facts
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 60
iv Plan for an organized presentation 1 Think about your overall theme smaller parts of the program and
your transitions v Stick to your theme
vi Determine what type of presentation you will have 1 PowerPoint (avoid) 2 Podium Presentation (avoid) 3 Active taking a hike playing a game etc 4 Hands-on touching feeling trying hearing smelling
vii Think about all the different kinds of learners 1 verbal-linguistic 2 logical-mathematical 3 visual-spatial 4 kinesthetic 5 musical-rhythmic 6 interpersonal (groups) 7 intrapersonal (individual) 8 naturalist
d Know your role as an educator 1 Provide facts and relationships not opinions 2 Allow participants to determine their own opinions and beliefs
using the facts amp relationships you provide them 3 PLAY ldquoFIRST IMPRESSIONSrdquo
e Prepare Prepare Prepare 1 Know the type of space and area you will have (indoor vs
outdoor small space vs vast area etc) 2 Plan for more that you are told 3 Plan for the weather (always expect it to be windy in Nebraska)
f Questions i Ask good questions
1 Is this a fox Vs How do you know this is a fox 2 Do you have any questions Vs What questions do you have
ii Be prepared for quality questions 1 What are the implications for describe the impact of what are
the reasons for iii Be prepared for ldquogoodrdquo questions
1 Do you have ewoks in the forest If a Mountain Lion and an Eagle were to fight who would win
2 Take all questions seriously Answer seriously g Model what you want to see the students do
i If you want a group of students to catch insects help them get active with them
ii This is true when working with children and adults
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 61
1 Working alongside students validates them and their learning h Be enthusiastic show your passion
i This is another form of modeling what you want to see in your students ii We need to excite students (no matter their age) about conservation
nature and the outdoors iii Have fun
6 Take Home Lesson Light the Spark and Donrsquot Be Afraid to Fail
Suggested Activities (amp potential mandatory activities)
Throughout the lesson conduct multiple games andor activities to model good interpretation
Suggested games include but are not limited to
1 Oh Deer (Project WILD) 2 First Impressions (to be done during section 5) (Project WILD) 3 The Long Haul (Project WET) 4 Sum of the Parts (Project WET) 5 Water Quality Ask the Bugs (Project WET) 6 Adaptation Artistry (Flying WILD) or Fashion a Fish (Aquatic Project WILD) 7 Avian Antics (Flying WILD) 8 Pollinators Meet Your Plants (Nebraska Project WILD wwwnebraskaprojectwildorg) 9 Scavenger Hunts (Nebraska Project WILD wwwnebraskaprojectwildorg)
Suggested Post-Readings
Interpreting Our Heritage Freeman Tilden 1957 (4th edition 2008)
ISBN-13 978-0807858677
Interpreting for Park Visitors William Lewis 1981
ISBN-13 978-0890620793
Environmental Interpretation Sam Ham 1992
ISBN-13 978-1555919023
Interpretation for the 21st Century Fifteen Guiding Principles for Interpreting Nature and
Culture Larry Beck amp Ted Cable 2002
ISBN-13 978-1571675224
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 62
Interpretation-Making a Difference on Purpose Sam Ham 2013
ISBN-13 978-1555917425
Foundations of Interpretation Curriculum Content Narrative National Parks Service 2007
httpwwwnpsgovidpinterp101foundationscurriculumpdf
Websites
National Association of Interpretation
wwwinterpnetcom
North American Association for Environmental Education
wwwnaaeeorg
Nebraska Alliance for Conservation and Environment Education
wwwnaceeorg
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 63
Safety in the Field
Developed by Rich Hawes Nebraska Master Naturalist rdhawes26msncom
Objectives
Raise awareness of Risk Managementassessment as part of event planning
Guidelines to safe activities for participants presenters and the environment
Present Leave No Trace Principals as part of all outdoor activities
Present resources for additional training or certification for outdoor activities
Hands on activities to encourage interest and to provoke thought and discussion
Hazards of the area
Outdoor hiking safety
Stewardship of the land and natural resources
Being flexible and working with ldquowhat you haverdquo
Outline
1 Outdoor Activities ndash Whatrsquos The Worst That Can Happen An Introduction to Event Planning and Risk Management
2 Leave No Trace Principals
3 Trip planning and Logistics
4 Health amp Safety
5 Youth Protection
6 Age Appropriate Activities
7 Resource Training and Certifications
a Standard First Aid CPRAED Wilderness First Aid
b Shooting Sports - Range Safety Officer or Instructor
c Hunter Safety Instructor
d Climbing COPE and Zip Lines
e Water Safety Instructor Life Guard Small Boat Handling
f Leave No Trace Trainer or Master Educator
g Tread Lightly Tread Trainer or Master Tread Trainer
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 64
Suggested Activities
CPR Scenario
First Aid Scenario
Weather Scenario
Lost Scenario
Online Resources
American Camp Association
Boy Scouts of America
Youth Protection
Safe Swim Defense
Safety Afloat
Climb On Safely
Weather Safety
Trek On Safely
(etc)
Leave No Trace
Nebraska Game amp Parks
Hunter Safety
Boating Rules amp Regs
National Rifle Association
(Archery groups)
American Red Cross
(wilderness medicine group(s))
NOLS
Tread Lightly
US Coast Guard
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 43
Larks (Family Alauidae ndash lark)
WHAT TO LOOK FOR
Ground dwellers of open fields ndash seldom seen in trees and shrub
Walk rather than hop have an elongated hind toe
Slender billed seed and insect eaters
Yellowwhite face with black facemask horns and breast band
Has musical song often sung in display flight
Common Nebraska species ndash horned lark
Swallows and Martins (Family Hirundinidae ndash swallow)
WHAT TO LOOK FOR
Slim streamline bodies with long pointed angled wings
Tail forked or squared legs and feet inconspicuous
Bill short and wide
Fluid aerialists ndash dart about catching insects
Flocks perch in long rows on branches and lines
Common Nebraska species ndash purple martin northern rough wing bank cliff barn swallows
Chickadees and Titmice (Family Paridae - )
WHAT TO LOOK FOR
Small plump sociable birds with short bills and wings
Active agile ndash often hang upside down to feed
Many times roam in little bands (often leading the group) in search of food
Chickadee ndash no tuff of feathers on head Titmice ndash tufted Common Nebraska species ndash black-capped chickadee tufted titmouse
Nuthatches (Family Sittidae ndash birds that peck bark of tree)
WHAT TO LOOK FOR
Small stout tree-climbers with slightly upturned strong woodpecker-like bills
Stubby squared off tails
Walk down trees headfirst Common Nebraska species ndash red-breasted and white-breasted nuthatches
Creepers (Family Certhiidae -)
WHAT TO LOOK FOR
Small slim tree-dwellers with stiff tails and slender downward curving bill
Primarily brown
Common Nebraska species ndash brown creeper
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 44
Wrens (Family Troglodytidae ndash cave dweller
WHAT TO LOOK FOR
Small stumpy energetic brown birds
Bill slightly down turned loud song
Tails often in ldquocockedrdquo or up-tilted position
Common Nebraska species ndash rock house winter marsh wrens
Kinglets (Family Regulidae -)
WHAT TO LOOK FOR
TINY very active songbirds ndash only certain hummingbirds smaller
Can hover will feeding
Greenish plumage with bright colored crowns Short tails
Common Nebraska species ndash ruby-crowned and golden-crowned kinglets
Gnatcatchers (and Old World Warblers) (Family Sylviidae - )
WHAT TO LOOK FOR
Small birds with slender pointed bills surrounded by rectal bristles
Drab plumage with seasonally changing head patterns
In constant motion
Common Nebraska species ndash blue-gray gnatcatcher
Thrushes (Family Turdidae -)
WHAT TO LOOK FOR
Large-eyed upright postured songbirds - known for their singing ability
Bill is slender straight but not sharp
Often hop along the ground looking for food
Common Nebraska species ndash eastern bluebird veery gray-cheeked Swainsonrsquos hermit
wood thrush American robin
Mockingbirds and Thrashers (Family Mimidae ndash imitator mimic)
WHAT TO LOOK FOR
Well known for their vocal and mimicking ability
Have short rounded wings long legs and tails
Long down-curved bills
Common Nebraska species ndash gray catbird northern mockingbird brown thrasher
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 45
Starlings (and Mynas) (Family Sturnidae - )
WHAT TO LOOK FOR
Medium sized chunky glossy birds with short tails sharp bills
Short triangular to rounded wings
Gregarious bold birds
Pipits (and Wagtails) (Family Motacillidae -)
WHAT TO LOOK FOR
Slender billed brownish ground dwellers with long back toe
Walk briskly rather than hop along the ground
Most species bob their tails up and down
Common Nebraska species ndash American pipit
Waxwings (Family Bombycillidae ndash silk tail)
WHAT TO LOOK FOR
Birds with sleek crest that can be erected
Plump-bodied birds with pointed wings with red waxy tips of secondaries
Bill is small wide and notched high thin calls
Square tail with terminal yellow band
Common Nebraska species ndash Bohemian and cedar waxwings
Wood Warblers (Family Parulidae -)
WHAT TO LOOK FOR
Brightly colored (mostly yellow) birds
Smaller than sparrows with thin needle-like bills
Common Nebraska species ndash approx 34 warblers ovenbirds yellow-breasted chats and
waterthrush
New World Sparrows (Family Emberizidae -)
WHAT TO LOOK FOR
Small to medium-sized birds - often brown streaked appearance
Rounded wings cone-shaped bills
Common Nebraska species ndash 20 sparrows towhees longspurs dark-eyed juncos snow and
lark buntings
Cardinals and Allies (Family Cardinalidae )
WHAT TO LOOK FOR
Medium to large songbirds
Have large cone-shaped bills
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 46
Males often very colorful
Common Nebraska species ndash northern cardinals rose-breasted and black-headed grosbeaks
indigo bunting dickcissel
Blackbirds Orioles and Allies (Family Icteridae)
WHAT TO LOOK FOR
Medium to large songbirds with strong straight bills
Strong-direct flight
Plumage varies from iridescent black to yellow to orange
Common Nebraska species ndash Bobolink eastern and western meadowlarks red-winged and
rusty blackbirds common and great-tailed grackles orchard Baltimore and
Bullockrsquos orioles brown-headed cowbird
Finches and Allies (Family Fringillidae)
WHAT TO LOOK FOR
Small to medium songbirds
Have conical bills and forked relatively short tails
Fly fast and undulate through the air giving high-pitched calls in flight
Common Nebraska species ndash gray-crowned rosy purple Cassinrsquos house finches red
crossbill white-winged crossbill common redpoll pine siskin American goldfinch
evening grosbeak
Old World Sparrows (Family Passeridae)
WHAT TO LOOK FOR
Stouter bodies shorter legs and thicker bills than native sparrows
Have a simple song repeating single elements with no particular rhythm or beginning
And end vocalize all day and year-round
Common Nebraska species ndash house sparrow (introduced)
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 47
Geology and Natural History of Nebraska
Being Developed by Jon Garbisch Cedar Point Biological Station jgarbisch2unledu
bull Geological history of Nebraska
bull Present geological formation of regions
bull General soil types
bull Geological landforms and related habitats
What we currently use
Theme
Nebraska geology formed over millions of years through the erosion of mountains the deposition of
sediments and the flow of water and ice shaping the landscape that we call home
Goal
Attendees will develop an understanding of the natural processes that influenced and built Nebraska
and in so doing develop a greater appreciation for the geology and how it relates to all other aspects of
the statersquos identity
Objective(s)
The Master Naturalists attendees will be able to use the knowledge they have gained to better
understand the surface and subsurface geology at any location in the state that they may find
themselves working
How will it be measured
Attendees will be able to use the knowledge gained to actively interpret general Nebraska geology by
completing activities in the form of hand-out diagrams biostratigraphic fossil correlations
interpretation of rock type hand specimens and visual description of the Geology on the trail at Camp
Brewster Fontenelle Forest
Introduction
Nebraska geology formed over millions of years through the erosion of mountains the deposition of
sediments and the flow of water and ice shaping the landscape that we call home (Hand out agenda)
Geology is rooted in the 3 rock groups that exist on planet Earth and so familiarity with
o these groups gives us a solid foundation for all other geologic interpretation
A half hour will be spent handling examples from each rock group
o 3 groups 3 tables with one rock type on each table each group spends 10 minutes at
each table
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 48
The Geologic Time Scale is a record over time of the Earths major geologic events and we
can use it to help us understand how and when Nebraska took shape
The natural agents of change which have shaped our state include oceans rivers wind
o and ice
The geologic time periods in Nebraska are represented by rock layers (or not) which occur all
around the state and have been named so that no matter where you are in the state you can
correlate the strata to the time scale (fossilsisotopes)
6 Geologic Principles will be discussed so that when the MN is in the field they can be used as an
aid in basic geologic interpretation
Conclusion
Nebraska geology formed over millions of years through the erosion of mountains the deposition of
sediments and the flow of water and ice shaping the landscape that we call home Geology supplies us
a record of the events that have shaped our Earth by learning the language in which the Earth script is
written we will be able to interpret and share the story of our state of Nebraska This understanding will
aid in us in relating to other areas influential and important to the state
Places to Go (places to see examples of Nebraska geology)
a Agate Fossil Beds National Monument Lower Miocene fossil mammal site including abundant body fossils of ancient mammals and prominent fossil rodent burrows
b Ashfall State Park Upper Miocene fossil mammal assemblage found in ash derived from an eruption of a predecessor to the Yellowstone volcanic field c Chimney Rock National Historic Site Oligocene and Lower Miocene continental sedimentary rocks deposited as sediments by wind and steams
d Hummel Park (Omaha) outcrops of Pleistocene glacial till and loess
e Lincoln area Capitol Beach Lake and history of saline waters and salt industry flooding history of Antelope and Salt creeks building stones in downtown area brick industry University of Nebraska State Museum
f Louisville area outcrops of Upper Pennsylvanian marine sedimentary rocks
g Valentine area and Niobrara National Wildlife Refuge Niobrara River Canyon and Cenozoic stratigraphy
h Niobrara State Park Upper Cretaceous marine sedimentary rocks (Niobrara Formation and Pierre Shale) landslides along Missouri River anthropogenic changes in Missouri River Niobrara River and Mormon Canal
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 49
i Downtown Omaha removal of loess from hills in downtown area engineering of Missouri River (eg groins bank armoring etc) visible at Bob Kerrey Memorial Bridge deep bedrock water wells at old industrial sites
j Platte River State Park Upper Pennsylvanian marine sedimentary rocks and overlook of Platte River
k Ponca State Park Upper Cretaceous marine sedimentary rocks (uppermost Dakota Formation through Greenhorn Limestone)
l Rock Creek State Historical Park middle Cretaceous Dakota Formationmdashfluvio-estuarine continental deposits
m Schramm Park Upper Pennsylvanian marine sedimentary rocks
n Scotia and Happy Jack Chalk Mine Upper Miocene lake deposit In Ogallala Group
o Scotts Bluff National Monument Oligocene and Lower Miocene continental sedimentary rocks deposited as sediments by wind and steams
p Smith Falls State ParkCenozoic stratigraphy Niobrara River waterfalls as knick points
q Toadstool Park and nearby areas continental sedimentary rocks of upper Eocene Chadron Formation Pine Ridge escarpment Trailside Museum and Ft Robinson State Park
r Weeping Water area Upper Pennsylvanian marine sedimentary rocks
s Wildcat RidgeHillsescarpment on Oligocene and Lower Miocene continental sedimentary rocks deeply eroded into canyons buttes and pinnacles by stream erosion during and after the Late Pliocene
t Indian Cave State Park and Iron Horse Trail south of Peru Upper Pennsylvanian Indian Cave Sandstone (fluvio-estuarine deposit) and sandstone cave
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 50
North American Model and Outdoor Skills Developed by Jeff Rawlinson Assistant Division Administrator Information and Education Nebraska Game and Parks Commission jeffrawlinsonnebraskagov
OUR North American Model of Conservation
Perhaps no other story is more compelling and more important in American history as that of how
our natural resources came to be one of the most important elements in our lives The history of our citizenryrsquos strong land ethic ties us to the natural world long after other nations have forgone this relationship We value how the common person from a common family can participate in the thrill of the chase experiencing wildness to its fullest
The North American Model of Conservation is a philosophy that the United States and Canada have
developed to manage wildlife in a sustainable way Historians debate how this land ethic began Some
say our model of conservation began in 1937 with the passage of the PittmanRobertson Act a move that provided funding for wildlife conservation at the national and state level The source of this funding came from the sale of hunting and shooting equipment Others may say that it began when the conservation giant President Theodore Roosevelt brought management of natural resources to the
political forefront Others would argue our Model of conservation was birthed under the Magna Charta which transferred the ownership of wildlife from the King of England and the English nobles to the all of
the people of England In reality however our Model has been under development for several hundred years combining what we have learned from other nations peoples cultures and experiences to shape a philosophy ingrained in our culture supported by hunters anglers and shooting sports enthusiasts
benefiting all wildlife and wild lands in the United States
First Wildlife Managers The concept of managing wildlife or natural resources was not conceived by our young nation For
thousands of years humanity has been manipulating and controlling the land and all its inhabitants to benefit our needs Ever since the first hunter followed that wooly creature across the Bering Straight embarking on an epic journey that would result in settling of North America man has ldquomanagedrdquo
wildlife in North America
Throughout history many leaders have shown some element of concern or conservation ethic towards wildlife The great Kublai Khan grandson of Genghis Khan and founder of the Yuan Dynasty in China forbade harvesting of many species of wildlife during critical reproductive months of March
through August so species could ldquoincrease and multiplyrdquo Conservation of wildlife is even found in Mosaic Law in Deuteronomy 226 representing some of the first written wildlife management idealsmdashldquo If you come across a birdrsquos nest in any tree or on the ground with young ones or eggs and
the mother sitting on the young or on the eggs you shall not take the mother with the youngrdquo (English Standard Version 2001)
As populations expanded throughout Europe wildlife resources fell under ownership of powerful kings
who enacted harsh punishments for anyone found taking the kingrsquos game In 1215 a rebellion against King John of England resulted in the Magna Charta transferring ownership of lands and game from the crown to the people This ldquoprivatizingrdquo of wildlife ownership had profound impacts America over 500 years later
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 51
Era Of Abundance (1600 ndash 1850) When our forefathers first landed on the eastern shores of America they brought with them science
religion and a new hope They found plentiful game and soon began a relationship with the land that provided them with many of their daily needs Wildlife was viewed as a limitless resource in a relatively untapped land These early settlers had left Europe where few had access to wildlife and entered a world where everyone had access Furs feathers hides all had value to this young country In 1776 the Declaration of Independence revoked the Kingrsquos rights to land and people in this new world After a
bloody war led by revolutionaries such as Washington Hamilton Jefferson and Adams the United States gained its independence and the land and wildlife belonged to everyone
Era Of Exploitation (1850 ndash 1900)
The 1800s brought a commercialization of our wildlife resources Market hunting and habitat
destruction began to decimate wildlife populations such as the American Bison and Passenger Pigeon After the American Revolutionary War and the Civial Warmdashwhich nearly destroyed our ldquodemocratic
experimentrdquo all togethermdashfew people were looking after the interest of wildlife and even fewer rules
existed governing the management of a resource everyone had ownership of yet no one had responsibility for
The railroad provided settlers with the means to access new lands expanding the markets for meats hides and fur Advancements in technology such as the repeating rifle further aided the unbridled
destruction of wildlife resources Yet throughout this era something positive was growing The people of this new nation were developing a relationship with the land By 1842 a Supreme Court ruling had huge impacts on this developing model of conservation resulting in a Public Trust Doctrine that would
further outline a model for conserving our natural resources Conservation was developing some direction but had no money or laws to support it
Era Of Protection (19001930) The early 1900s brought an industrial boom Abuse of natural resources had taken its toll and throughout the Nation and evidence of this abuse could be seen in the loss of species such as the
passenger pigeon near loss of the American bison and in many large mammals including whitetailed deer and our once numerous waterfowl species America was becoming an economic giant yet through
the roar of machines both political and metal a small voice could be heard It was the hunter and their voice was of concern for the direction our wildlife resources were heading Conservation minded men and women had continued a relationship with the land and the wildlife
Era of Game Management (1930 ndash 1966) The ldquodirty thirtiesrdquo were marked by the dust bowl and an impoverished nation Agricultural practices
unchecked by environmental stewardship had left the Nationrsquos heartland in ecological peril Politically the conservation movement was supported by the footings laid by Theodore Roosevelt New federal acts moved forward to provide for environmental protection due to the outcry of hunters in panic over the vanishing wildlife resources of the Nation
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 52
Wildlife conservation had support yet it lacked the science to properly manage our Nationrsquos resources A young biologist name Aldo Leopold changed all this with his writings including the book Game
Management which led to Universities across the country developing wildlife conservation programs These programs spawned a new breed of professional game managers who utilized science to support management methods that ultimately lead to the greatest wildlife conservation success story in the world In 1937 the PittmanRobertson Act provided thousands of jobs for young professionals along with ldquogame wardensrdquo supported by individual states to further the development of the Conservation Model
which now had science and funding to support it
Era of Environmental Management (1966 ndash Present) Science and funding led to a broadening view of conservation as focus shifted from managing ldquogame
animalsrdquo to managing the entire biota (environment and all living things in it) Further federal acts such
as the Endangered Species Act of 1966 and the National Environmental Policy Act of 1969 provided greater protection for species by a nation that had finally changed its course providing time to review
and perfect conservation efforts Recent acts such as the 1980 Farm Bill continued the effort to help
landowners provide quality habitat for wildlife and hunters by providing incentives to landowners to set aside highly erosive lands and plant them into wildlife habitat (grasslands) that benefit wildlife and hunters
The story of our unique model of conservation is still being written New challenges today threaten our
coveted resources and new professionals are entering the arena to further the plight of our Nationrsquos wildlife and hunting heritage
Seven Pillars of the Model
Seven main pillars have been highlighted as the foundation of support for the North American Model
of Conservation These include
The Public Trust The wildlife of the United States are owned by the people This is very different from the European Model where wildlife is privately owned The North American Model recognizes wildlife as a public
resource that is so important it can not be owned or managed by any one segment of our society but rather managed by professional state and federal entities for the benefit of all This concept known as
the Public Trust Doctrine began development in 1842 when the Supreme Court ruled that the Magna Charta had settled the question of who owns fish and wildlife and that King Charles II did not have the authority to give away the ldquodominion and propertyrdquo of lands in colonial America The court further ruled that since the American Revolution the people held public trust responsibilities for fish and wildlife except for rights specified in the US Constitution
Prohibition on Commerce
It was the hunter who brought forth stringent laws that protected wildlife from peril in the 19th
and 20th
centuries Because we all own and appreciate our wildlife as a national resource they should never find themselves on the public market to the highest bidder This path led to a largescale loss of many species
including the Passenger Pigeon and the near loss of the American bison As our country was developing these practices were common as people moved west in search of prosperity capitalizing on a land seemingly untouched by the modern world Today many laws in place serve to protect our most
valuable resourceshellipour wildlife
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 53
Democratic Rule of Law Each citizen of this great nation has the ability and responsibility to engage in healthy politics that serve
to support and protect sound wildlife conservation measures Our first conservation measures in this Country habitat restoration simple harvest restrictions and bag limits came from hunters people who respected the game they pursued and loved the wild places they chased them in The North American Model of conservation is built upon active public involvement instilling a value for wildlife in all citizens
Hunting Opportunity for All The Model was developed on the premise that all people regardless of political or economic standing could participate in and feel the thrill of the chase It is this unique Model that provides us with wildlife opportunities for all Americans Imagine how important this was to our fore fathers who left a brutal
King in England where only the aristocracy had any dream of pursuing wild creatures in wild places Our
wildlife laws ensure that each generation that comes after us will have the same opportunity to enjoy and appreciate wildlife
Nonfrivolous Use Our management of wildlife depends on a citizenry that loves and appreciates the wild creatures and the habitats necessary to their survival and our quality of life Wildlife may be utilized under strict rule of
law including utilizing the wildlife once harvested to its best potential Killing wildlife for the sake of killing can only lead to the numbing of hearts to wildlife and a profound lack of respect for our most
precious resources
International Resources
It was not until the 20th
century that hunters and wildlife lovers understood the importance of
managing wildlife at a much larger scale This became readily apparent with the passage of the
Migratory Bird Treaty Act of 1918 where nations came together to manage wildlife resources as a
collective Wildlife species do not recognize national or state boundaries Governments must work together to be effective in managing wildlife for the benefit of all The United States has made great
strides in this area with Mexico and Canada Our wildlife is not only a resource to us but to all continents they may call home throughout the year Our biologists must think globally to be effective locally
Scientific Management Although Theodore Roosevelt brought conservation to the political forefront it was a young forester from Iowa that made the study of wildlife management a science Aldo Leopold is considered by many
as the ldquofather of wildlife managementrdquo due to his tireless efforts to develop curriculum for future wildlife biologists Today our biologists earn their opportunity to manage wildlife through prominent
Bachelor Masters and Doctorate degree programs from Universities around the world Wildlife must be managed using fact science and the latest research We are constantly learning and adapting to new technology and changing environments For such an important resource we cannot afford to have it any other way
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 54
Nebraska Master Naturalist Specializations Certifying as a Specialist ldquoFollow your own natural geniusrdquo wrote Thoreau ldquoand it will not fail to show you a fresh prospect every hourrdquo Many of us learn by doing When our curiosity and interests carry us into deeper study of a given subject it can be helpful to have clear opportunities to pursue Thus the Nebraska Master Naturalist Program offers specialized voluntary training for those who are hungry to develop and apply their particular skill and personal understanding on behalf of our natural legacy Specializations are designed to create collaborators leaders and mentors in four key areas
Interpretation and Outreach
Outdoor Skills and Recreation
Resource Management
Citizen Science Master Naturalist Certification Requirements Annual Requirement o 8 Hours Training Annually o 20 Hours of Volunteerism Annually Master Naturalist Specialization Requirement One Time Requirement o 20 Hours of Training Total Specific to Specialization Annual Requirement o Additional 20 Hours of Volunteerism Annually Specific to Specialization (does not include initial Certification annual requirement hours)
OUTDOOR SKILLS AND RECREATION SPECIALIZATION The purpose of OUTDOOR SKILLS AND RECREATION is to promote activity and development of skills in the outdoor pursuits associated with natural resources Specializations are designed to create collaborators leaders and mentors in particular areas A Certified Nebraska Master Naturalist can complete the Outdoor Recreation Specializationby meeting the following requirements Complete at least one of the workshops or certification‐leading trainings listed below If specialized training is not listed below it can be approved upon request by the Master Naturalist Program Committee Specialized Training Options ‐
Hunter Education Instructor Certification 13 hrs
National 4‐H Shooting Sports Instructor Certification 32 hrs
Nebraska 4‐H Shooting Sports Shotgun Certification 12 hrs
Nebraska 4‐H Shooting Sports Archery Certification 12 hrs
Nebraska 4‐H Shooting Sports Rifle Certification 12 hrs
Nebraska 4‐H Shooting Sports Pistol Certification 12 hrs
Nebraska 4‐H Shooting Sports Muzzleloader Certification 12 hrs
National Archery in the Schools Program Basic Archery Instructor 4 hrs
NRA Range OfficerMaster Certification 8 hrs
Hunt Master Training Instructor 4 hrs
NRA Shooting Instructor 16 hrs
NRA Shotgun Instructor 16 hrs
NRA Rifle Instructor 16 hrs
Boater Education Instructor 12 hrs
Youth Fishing Instructor 5 hrs
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 55
American Canoe Association National CanoeKayak Instructor 16‐32hrs
National Camp SchoolBoy Scouts 16‐24 hrs
Wood Badge TrainingBoy Scouts 16‐24 hrs
Merit Badge Counselor TrainingBoy Scouts 2‐16 hrs
Conservation Leaders for Tomorrow 35 hrs
Wilderness First Aid 16‐32 hrs
Professional Trappers College 40 hrs
American Camp Association Instructor Training 8‐40 hrs
American Red Cross Instructor Training 2‐16 hrs
American Sailing Association Instructor Training 16‐24 hrs
Certified Horsemanship Association Instructor Training 24‐40 hrs
Leave No Trace Master Educator Training 40 hrs
National Outdoor Leadership School 280 hrs
Camp Cook School 32‐96 hrs
Professional Association of Diving Instructors Training 32‐96 hrs
Professional Mountain Bike Association Instructor Training 24 hrs
League of American Bicyclists Instructor Certification 24 hrs
Hunting
Shooting
Fishing
Trapping
Camping
Outdoor Cooking
Orienteering
Geocaching
Photography
Wildlife Viewing
Hiking
Biking
Birding
Becoming an Outdoors‐Woman Program
Wilderness First Aid
Wilderness Survival
Leave No Trace Educator
Service Options ndash Provide a minimum of 20 hours of service annually in the following or similar areas
4‐H leader and youth training outdoor recreation
Scout leader and youth training outdoor recreation
Wild About Nature
Flying WILD Educator or Facilitator Workshop
Becoming an Outdoors Woman (BOW)
Beyond Becoming an Outdoors Woman (BOW)
Family Camp
Learn to Hunt Program
National Archery in the Schools Program BAI training or greater
Mentor HuntHunt Masters Training
After School Programs
Others ndash Upon approval
Outdoor discovery programs volunteer
CRO at a shooting event
Assist with National or State shooting sports competitions
Family fishing day
Design or write a brochure
Develop or contribute to a website
Develop or contribute to a social networking site
Design or write a newsletter
Assist in fundraising
Plan an event or festival
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 56
Interpretation amp Education- Developed By Lindsay Rogers Nebraska Game amp Parks
Commission
Do not try to satisfy your vanity by teaching a great many things Awaken peoplersquos curiosity It is
enough to open minds do not overload them Put there just a spark If there is some good
inflammable stuff it will catch firerdquo
- Anatole France in The Earth Speaks
Session Objectives
To help participants understand the role education plays in sounds ecological conservation
To help participants learn about past and present conservationist and interpretive educators
To help participants learn components of quality education and interpretation
To have participants partake in quality interpretive education
To make sure participants understand that their role is to light the spark and awaken curiosityhellip not spew facts
Lecture Requirements
1 What is interpretation (5 minutes) a What does ldquointerpretrdquo mean b National Association of Interpretation definition of ldquointerpretationrdquo
i Interpretation is a mission-based communication process that forges emotional and intellectual connection between the interests of the audience and the meanings inherent to the resource
c Freeman Tilden Interpreting Our Heritage 1957 i Interpretation is an educational activity which aims to reveal meanings
and relationships through the use of original objects by first-hand experience and by illustrative media rather than simply to communicate factual information
d Components of interpretation i pleasurable or enjoyable
ii relevant to the world iii organized iv themed v sparks an interest
vi includes information but does not stop there links information to the world
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 57
vii age appropriate viii taught to someone not at them
2 What is education (5 minutes)
a What does it mean to ldquoeducaterdquo someone b John Dewey Democracy amp Education 2944
i Education in its general sense is a form of learning in which the knowledge skills and habits of a group of people are transferred from one generation to the next through teaching training or research
c Components of education i - generally presented to someone but not always
ii enjoyable sometimes iii provides knowledge and facts iv can make connections but not always v organized and themed
d Both education and interpretation are important they work together
3 Conservationists (10 minutes) a Jon Muir
i Immigrated from Scotland to Wisconsin in 1849 ii Attended the University of Wisconsin studies botany amp geology
iii Moved to the western US mainly the Sierra Nevada area iv Believed humans were part of the interconnected natural world v Advocated for the preservation of natural areas
vi Co-founded the Sierra Club b Aldo Leopold
i Iowa native attended Yale University ii After college he joined the US Forest Service was stationed in Arizona
and New Mexico iii Developed theories of land ethics the need for biodiversity and an
appreciation for wilderness areas iv Moved to Wisconsin in 1924 became a professor at the University of
Wisconsin v Regarded as the ldquoFather of Conservationrdquo
c Gifford Pinchot i Born in Connecticut in 1905
ii Studied at Yale studies forestry in France iii Named chief of the Division of Forestry (later to become the US Forest
Service) iv First chief of the US Forest Service greatly improved forest
management and increased the size of Forest Service lands
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 58
v Managed forests for the greatest good for the greatest number Pinchot added the phrase in the long run to emphasize that forest management consists of long-term decisions
d Steven Mather i Born in California attended Berkley University
ii Worked for the Pacific Coast Borax Company where he had a talent for promotion Started a competing company made millions
iii When revisiting Sequoia and Yosemite National Parks in 1914 he was appalled by the conditions of the national parks
iv Joined the Department of the Interior as the head of parks later created the National Parks System
v Professionalized the National Parks and helped to greatly grow protected lands
e Rachel Carson i Born in Pennsylvania in 1907 attended John Hopkins University for
graduate school ii Went to work for the US Bureau of Fisheries (later to become the US
Fish amp Wildlife Service) iii Wrote Silent Spring in 1962 The book created an awaking for Americanrsquos
to their responsibility to the environment and wildlife The book lead to the US Government banning the use of DDT
f Theodore Roosevelt i Born in 1858 in New York New York was a sickly child who stayed inside
studying natural history ii An avid outdoorsman he spent much time in the South Dakota Badlands
iii Became President in 1901 with the assignation of President McKinley iv Among many major accomplishments as president he started the
National Parks was instrumental in conserving about 230 million acres
4 Naturalist Interpreters (10 minutes) a Freeman Tilden
i Born 1883 worked as a newspaper columnist and author ii At age 58 he began working with the National Parks Service
iii While traveling to various National Parks he became concerned with the quality of interpretation
iv Wrote Interpreting Our Heritage in 1957 outlines 6 principles to quality interpretation forever changed the field of interpretation
b William Lewis i Worked as a ranger naturalist and interpreter trainer for the National
Parks Service ii Developed the approach of ldquoThematic Interpretationrdquo which requires the
interpreter to choose a central theme (major point) to guide the development of a program
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 59
iii Wrote Interpreting For Park Visitors c Sam Ham
i Director of Center for International Training and Outreach at the University of Idaho
ii Work has focused on applying communication theory to environmental conservation interpretation and on nature-based tourism and guide training
iii Wrote Environmental Interpretation (1992) d Ted Cable
i Professor of Park Management and Conservation at Kansas State University
ii Co-authored Interpreting Cultural and Natural Resources (2003) and Interpretation for the 21st Century Fifteen Guiding Principles for Interpreting Nature and Culture (2002)
5 Conducting an Interpretative Program Try and Fail (60 minutes + 120 minutes of activities throughouthellip see list of Suggested Activities below)
a Experiential Learning i The first time you tried to walk you failed The first time you rode a bike
you failed This is called experiential learning The first time you attempt an educational or interpretation program you will fail thatrsquos how we learn
ii Donrsquot be afraid to fail b Ask Questions about the ProgramPresentation before you commit to leading it c Plan your Program
i Generally I want my presentation to be about Specifically however I want to tell my audience about After hearing my presentation I want my audience to understand (what is the big picture you want them to take home)
1 You do not need (or want) to teach your audience everything you know your job is to light the spark
ii What will your tangibles and intangibles be 1 Tangibles are those things you can touch things you use to teach
when teaching a Examples include a tree a mammal pelt a skull a live
animal a prairie 2 Intangibles involve connecting the tangibles to concepts and the
ideas they represent intangibles are the meanings the relationships the processes the ideas the feelings and the beliefs
a Examples include food webs ecosystem health entropy ecology
iii People remember themes they forget facts
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 60
iv Plan for an organized presentation 1 Think about your overall theme smaller parts of the program and
your transitions v Stick to your theme
vi Determine what type of presentation you will have 1 PowerPoint (avoid) 2 Podium Presentation (avoid) 3 Active taking a hike playing a game etc 4 Hands-on touching feeling trying hearing smelling
vii Think about all the different kinds of learners 1 verbal-linguistic 2 logical-mathematical 3 visual-spatial 4 kinesthetic 5 musical-rhythmic 6 interpersonal (groups) 7 intrapersonal (individual) 8 naturalist
d Know your role as an educator 1 Provide facts and relationships not opinions 2 Allow participants to determine their own opinions and beliefs
using the facts amp relationships you provide them 3 PLAY ldquoFIRST IMPRESSIONSrdquo
e Prepare Prepare Prepare 1 Know the type of space and area you will have (indoor vs
outdoor small space vs vast area etc) 2 Plan for more that you are told 3 Plan for the weather (always expect it to be windy in Nebraska)
f Questions i Ask good questions
1 Is this a fox Vs How do you know this is a fox 2 Do you have any questions Vs What questions do you have
ii Be prepared for quality questions 1 What are the implications for describe the impact of what are
the reasons for iii Be prepared for ldquogoodrdquo questions
1 Do you have ewoks in the forest If a Mountain Lion and an Eagle were to fight who would win
2 Take all questions seriously Answer seriously g Model what you want to see the students do
i If you want a group of students to catch insects help them get active with them
ii This is true when working with children and adults
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 61
1 Working alongside students validates them and their learning h Be enthusiastic show your passion
i This is another form of modeling what you want to see in your students ii We need to excite students (no matter their age) about conservation
nature and the outdoors iii Have fun
6 Take Home Lesson Light the Spark and Donrsquot Be Afraid to Fail
Suggested Activities (amp potential mandatory activities)
Throughout the lesson conduct multiple games andor activities to model good interpretation
Suggested games include but are not limited to
1 Oh Deer (Project WILD) 2 First Impressions (to be done during section 5) (Project WILD) 3 The Long Haul (Project WET) 4 Sum of the Parts (Project WET) 5 Water Quality Ask the Bugs (Project WET) 6 Adaptation Artistry (Flying WILD) or Fashion a Fish (Aquatic Project WILD) 7 Avian Antics (Flying WILD) 8 Pollinators Meet Your Plants (Nebraska Project WILD wwwnebraskaprojectwildorg) 9 Scavenger Hunts (Nebraska Project WILD wwwnebraskaprojectwildorg)
Suggested Post-Readings
Interpreting Our Heritage Freeman Tilden 1957 (4th edition 2008)
ISBN-13 978-0807858677
Interpreting for Park Visitors William Lewis 1981
ISBN-13 978-0890620793
Environmental Interpretation Sam Ham 1992
ISBN-13 978-1555919023
Interpretation for the 21st Century Fifteen Guiding Principles for Interpreting Nature and
Culture Larry Beck amp Ted Cable 2002
ISBN-13 978-1571675224
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 62
Interpretation-Making a Difference on Purpose Sam Ham 2013
ISBN-13 978-1555917425
Foundations of Interpretation Curriculum Content Narrative National Parks Service 2007
httpwwwnpsgovidpinterp101foundationscurriculumpdf
Websites
National Association of Interpretation
wwwinterpnetcom
North American Association for Environmental Education
wwwnaaeeorg
Nebraska Alliance for Conservation and Environment Education
wwwnaceeorg
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 63
Safety in the Field
Developed by Rich Hawes Nebraska Master Naturalist rdhawes26msncom
Objectives
Raise awareness of Risk Managementassessment as part of event planning
Guidelines to safe activities for participants presenters and the environment
Present Leave No Trace Principals as part of all outdoor activities
Present resources for additional training or certification for outdoor activities
Hands on activities to encourage interest and to provoke thought and discussion
Hazards of the area
Outdoor hiking safety
Stewardship of the land and natural resources
Being flexible and working with ldquowhat you haverdquo
Outline
1 Outdoor Activities ndash Whatrsquos The Worst That Can Happen An Introduction to Event Planning and Risk Management
2 Leave No Trace Principals
3 Trip planning and Logistics
4 Health amp Safety
5 Youth Protection
6 Age Appropriate Activities
7 Resource Training and Certifications
a Standard First Aid CPRAED Wilderness First Aid
b Shooting Sports - Range Safety Officer or Instructor
c Hunter Safety Instructor
d Climbing COPE and Zip Lines
e Water Safety Instructor Life Guard Small Boat Handling
f Leave No Trace Trainer or Master Educator
g Tread Lightly Tread Trainer or Master Tread Trainer
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 64
Suggested Activities
CPR Scenario
First Aid Scenario
Weather Scenario
Lost Scenario
Online Resources
American Camp Association
Boy Scouts of America
Youth Protection
Safe Swim Defense
Safety Afloat
Climb On Safely
Weather Safety
Trek On Safely
(etc)
Leave No Trace
Nebraska Game amp Parks
Hunter Safety
Boating Rules amp Regs
National Rifle Association
(Archery groups)
American Red Cross
(wilderness medicine group(s))
NOLS
Tread Lightly
US Coast Guard
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 44
Wrens (Family Troglodytidae ndash cave dweller
WHAT TO LOOK FOR
Small stumpy energetic brown birds
Bill slightly down turned loud song
Tails often in ldquocockedrdquo or up-tilted position
Common Nebraska species ndash rock house winter marsh wrens
Kinglets (Family Regulidae -)
WHAT TO LOOK FOR
TINY very active songbirds ndash only certain hummingbirds smaller
Can hover will feeding
Greenish plumage with bright colored crowns Short tails
Common Nebraska species ndash ruby-crowned and golden-crowned kinglets
Gnatcatchers (and Old World Warblers) (Family Sylviidae - )
WHAT TO LOOK FOR
Small birds with slender pointed bills surrounded by rectal bristles
Drab plumage with seasonally changing head patterns
In constant motion
Common Nebraska species ndash blue-gray gnatcatcher
Thrushes (Family Turdidae -)
WHAT TO LOOK FOR
Large-eyed upright postured songbirds - known for their singing ability
Bill is slender straight but not sharp
Often hop along the ground looking for food
Common Nebraska species ndash eastern bluebird veery gray-cheeked Swainsonrsquos hermit
wood thrush American robin
Mockingbirds and Thrashers (Family Mimidae ndash imitator mimic)
WHAT TO LOOK FOR
Well known for their vocal and mimicking ability
Have short rounded wings long legs and tails
Long down-curved bills
Common Nebraska species ndash gray catbird northern mockingbird brown thrasher
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 45
Starlings (and Mynas) (Family Sturnidae - )
WHAT TO LOOK FOR
Medium sized chunky glossy birds with short tails sharp bills
Short triangular to rounded wings
Gregarious bold birds
Pipits (and Wagtails) (Family Motacillidae -)
WHAT TO LOOK FOR
Slender billed brownish ground dwellers with long back toe
Walk briskly rather than hop along the ground
Most species bob their tails up and down
Common Nebraska species ndash American pipit
Waxwings (Family Bombycillidae ndash silk tail)
WHAT TO LOOK FOR
Birds with sleek crest that can be erected
Plump-bodied birds with pointed wings with red waxy tips of secondaries
Bill is small wide and notched high thin calls
Square tail with terminal yellow band
Common Nebraska species ndash Bohemian and cedar waxwings
Wood Warblers (Family Parulidae -)
WHAT TO LOOK FOR
Brightly colored (mostly yellow) birds
Smaller than sparrows with thin needle-like bills
Common Nebraska species ndash approx 34 warblers ovenbirds yellow-breasted chats and
waterthrush
New World Sparrows (Family Emberizidae -)
WHAT TO LOOK FOR
Small to medium-sized birds - often brown streaked appearance
Rounded wings cone-shaped bills
Common Nebraska species ndash 20 sparrows towhees longspurs dark-eyed juncos snow and
lark buntings
Cardinals and Allies (Family Cardinalidae )
WHAT TO LOOK FOR
Medium to large songbirds
Have large cone-shaped bills
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 46
Males often very colorful
Common Nebraska species ndash northern cardinals rose-breasted and black-headed grosbeaks
indigo bunting dickcissel
Blackbirds Orioles and Allies (Family Icteridae)
WHAT TO LOOK FOR
Medium to large songbirds with strong straight bills
Strong-direct flight
Plumage varies from iridescent black to yellow to orange
Common Nebraska species ndash Bobolink eastern and western meadowlarks red-winged and
rusty blackbirds common and great-tailed grackles orchard Baltimore and
Bullockrsquos orioles brown-headed cowbird
Finches and Allies (Family Fringillidae)
WHAT TO LOOK FOR
Small to medium songbirds
Have conical bills and forked relatively short tails
Fly fast and undulate through the air giving high-pitched calls in flight
Common Nebraska species ndash gray-crowned rosy purple Cassinrsquos house finches red
crossbill white-winged crossbill common redpoll pine siskin American goldfinch
evening grosbeak
Old World Sparrows (Family Passeridae)
WHAT TO LOOK FOR
Stouter bodies shorter legs and thicker bills than native sparrows
Have a simple song repeating single elements with no particular rhythm or beginning
And end vocalize all day and year-round
Common Nebraska species ndash house sparrow (introduced)
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 47
Geology and Natural History of Nebraska
Being Developed by Jon Garbisch Cedar Point Biological Station jgarbisch2unledu
bull Geological history of Nebraska
bull Present geological formation of regions
bull General soil types
bull Geological landforms and related habitats
What we currently use
Theme
Nebraska geology formed over millions of years through the erosion of mountains the deposition of
sediments and the flow of water and ice shaping the landscape that we call home
Goal
Attendees will develop an understanding of the natural processes that influenced and built Nebraska
and in so doing develop a greater appreciation for the geology and how it relates to all other aspects of
the statersquos identity
Objective(s)
The Master Naturalists attendees will be able to use the knowledge they have gained to better
understand the surface and subsurface geology at any location in the state that they may find
themselves working
How will it be measured
Attendees will be able to use the knowledge gained to actively interpret general Nebraska geology by
completing activities in the form of hand-out diagrams biostratigraphic fossil correlations
interpretation of rock type hand specimens and visual description of the Geology on the trail at Camp
Brewster Fontenelle Forest
Introduction
Nebraska geology formed over millions of years through the erosion of mountains the deposition of
sediments and the flow of water and ice shaping the landscape that we call home (Hand out agenda)
Geology is rooted in the 3 rock groups that exist on planet Earth and so familiarity with
o these groups gives us a solid foundation for all other geologic interpretation
A half hour will be spent handling examples from each rock group
o 3 groups 3 tables with one rock type on each table each group spends 10 minutes at
each table
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 48
The Geologic Time Scale is a record over time of the Earths major geologic events and we
can use it to help us understand how and when Nebraska took shape
The natural agents of change which have shaped our state include oceans rivers wind
o and ice
The geologic time periods in Nebraska are represented by rock layers (or not) which occur all
around the state and have been named so that no matter where you are in the state you can
correlate the strata to the time scale (fossilsisotopes)
6 Geologic Principles will be discussed so that when the MN is in the field they can be used as an
aid in basic geologic interpretation
Conclusion
Nebraska geology formed over millions of years through the erosion of mountains the deposition of
sediments and the flow of water and ice shaping the landscape that we call home Geology supplies us
a record of the events that have shaped our Earth by learning the language in which the Earth script is
written we will be able to interpret and share the story of our state of Nebraska This understanding will
aid in us in relating to other areas influential and important to the state
Places to Go (places to see examples of Nebraska geology)
a Agate Fossil Beds National Monument Lower Miocene fossil mammal site including abundant body fossils of ancient mammals and prominent fossil rodent burrows
b Ashfall State Park Upper Miocene fossil mammal assemblage found in ash derived from an eruption of a predecessor to the Yellowstone volcanic field c Chimney Rock National Historic Site Oligocene and Lower Miocene continental sedimentary rocks deposited as sediments by wind and steams
d Hummel Park (Omaha) outcrops of Pleistocene glacial till and loess
e Lincoln area Capitol Beach Lake and history of saline waters and salt industry flooding history of Antelope and Salt creeks building stones in downtown area brick industry University of Nebraska State Museum
f Louisville area outcrops of Upper Pennsylvanian marine sedimentary rocks
g Valentine area and Niobrara National Wildlife Refuge Niobrara River Canyon and Cenozoic stratigraphy
h Niobrara State Park Upper Cretaceous marine sedimentary rocks (Niobrara Formation and Pierre Shale) landslides along Missouri River anthropogenic changes in Missouri River Niobrara River and Mormon Canal
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 49
i Downtown Omaha removal of loess from hills in downtown area engineering of Missouri River (eg groins bank armoring etc) visible at Bob Kerrey Memorial Bridge deep bedrock water wells at old industrial sites
j Platte River State Park Upper Pennsylvanian marine sedimentary rocks and overlook of Platte River
k Ponca State Park Upper Cretaceous marine sedimentary rocks (uppermost Dakota Formation through Greenhorn Limestone)
l Rock Creek State Historical Park middle Cretaceous Dakota Formationmdashfluvio-estuarine continental deposits
m Schramm Park Upper Pennsylvanian marine sedimentary rocks
n Scotia and Happy Jack Chalk Mine Upper Miocene lake deposit In Ogallala Group
o Scotts Bluff National Monument Oligocene and Lower Miocene continental sedimentary rocks deposited as sediments by wind and steams
p Smith Falls State ParkCenozoic stratigraphy Niobrara River waterfalls as knick points
q Toadstool Park and nearby areas continental sedimentary rocks of upper Eocene Chadron Formation Pine Ridge escarpment Trailside Museum and Ft Robinson State Park
r Weeping Water area Upper Pennsylvanian marine sedimentary rocks
s Wildcat RidgeHillsescarpment on Oligocene and Lower Miocene continental sedimentary rocks deeply eroded into canyons buttes and pinnacles by stream erosion during and after the Late Pliocene
t Indian Cave State Park and Iron Horse Trail south of Peru Upper Pennsylvanian Indian Cave Sandstone (fluvio-estuarine deposit) and sandstone cave
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 50
North American Model and Outdoor Skills Developed by Jeff Rawlinson Assistant Division Administrator Information and Education Nebraska Game and Parks Commission jeffrawlinsonnebraskagov
OUR North American Model of Conservation
Perhaps no other story is more compelling and more important in American history as that of how
our natural resources came to be one of the most important elements in our lives The history of our citizenryrsquos strong land ethic ties us to the natural world long after other nations have forgone this relationship We value how the common person from a common family can participate in the thrill of the chase experiencing wildness to its fullest
The North American Model of Conservation is a philosophy that the United States and Canada have
developed to manage wildlife in a sustainable way Historians debate how this land ethic began Some
say our model of conservation began in 1937 with the passage of the PittmanRobertson Act a move that provided funding for wildlife conservation at the national and state level The source of this funding came from the sale of hunting and shooting equipment Others may say that it began when the conservation giant President Theodore Roosevelt brought management of natural resources to the
political forefront Others would argue our Model of conservation was birthed under the Magna Charta which transferred the ownership of wildlife from the King of England and the English nobles to the all of
the people of England In reality however our Model has been under development for several hundred years combining what we have learned from other nations peoples cultures and experiences to shape a philosophy ingrained in our culture supported by hunters anglers and shooting sports enthusiasts
benefiting all wildlife and wild lands in the United States
First Wildlife Managers The concept of managing wildlife or natural resources was not conceived by our young nation For
thousands of years humanity has been manipulating and controlling the land and all its inhabitants to benefit our needs Ever since the first hunter followed that wooly creature across the Bering Straight embarking on an epic journey that would result in settling of North America man has ldquomanagedrdquo
wildlife in North America
Throughout history many leaders have shown some element of concern or conservation ethic towards wildlife The great Kublai Khan grandson of Genghis Khan and founder of the Yuan Dynasty in China forbade harvesting of many species of wildlife during critical reproductive months of March
through August so species could ldquoincrease and multiplyrdquo Conservation of wildlife is even found in Mosaic Law in Deuteronomy 226 representing some of the first written wildlife management idealsmdashldquo If you come across a birdrsquos nest in any tree or on the ground with young ones or eggs and
the mother sitting on the young or on the eggs you shall not take the mother with the youngrdquo (English Standard Version 2001)
As populations expanded throughout Europe wildlife resources fell under ownership of powerful kings
who enacted harsh punishments for anyone found taking the kingrsquos game In 1215 a rebellion against King John of England resulted in the Magna Charta transferring ownership of lands and game from the crown to the people This ldquoprivatizingrdquo of wildlife ownership had profound impacts America over 500 years later
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 51
Era Of Abundance (1600 ndash 1850) When our forefathers first landed on the eastern shores of America they brought with them science
religion and a new hope They found plentiful game and soon began a relationship with the land that provided them with many of their daily needs Wildlife was viewed as a limitless resource in a relatively untapped land These early settlers had left Europe where few had access to wildlife and entered a world where everyone had access Furs feathers hides all had value to this young country In 1776 the Declaration of Independence revoked the Kingrsquos rights to land and people in this new world After a
bloody war led by revolutionaries such as Washington Hamilton Jefferson and Adams the United States gained its independence and the land and wildlife belonged to everyone
Era Of Exploitation (1850 ndash 1900)
The 1800s brought a commercialization of our wildlife resources Market hunting and habitat
destruction began to decimate wildlife populations such as the American Bison and Passenger Pigeon After the American Revolutionary War and the Civial Warmdashwhich nearly destroyed our ldquodemocratic
experimentrdquo all togethermdashfew people were looking after the interest of wildlife and even fewer rules
existed governing the management of a resource everyone had ownership of yet no one had responsibility for
The railroad provided settlers with the means to access new lands expanding the markets for meats hides and fur Advancements in technology such as the repeating rifle further aided the unbridled
destruction of wildlife resources Yet throughout this era something positive was growing The people of this new nation were developing a relationship with the land By 1842 a Supreme Court ruling had huge impacts on this developing model of conservation resulting in a Public Trust Doctrine that would
further outline a model for conserving our natural resources Conservation was developing some direction but had no money or laws to support it
Era Of Protection (19001930) The early 1900s brought an industrial boom Abuse of natural resources had taken its toll and throughout the Nation and evidence of this abuse could be seen in the loss of species such as the
passenger pigeon near loss of the American bison and in many large mammals including whitetailed deer and our once numerous waterfowl species America was becoming an economic giant yet through
the roar of machines both political and metal a small voice could be heard It was the hunter and their voice was of concern for the direction our wildlife resources were heading Conservation minded men and women had continued a relationship with the land and the wildlife
Era of Game Management (1930 ndash 1966) The ldquodirty thirtiesrdquo were marked by the dust bowl and an impoverished nation Agricultural practices
unchecked by environmental stewardship had left the Nationrsquos heartland in ecological peril Politically the conservation movement was supported by the footings laid by Theodore Roosevelt New federal acts moved forward to provide for environmental protection due to the outcry of hunters in panic over the vanishing wildlife resources of the Nation
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 52
Wildlife conservation had support yet it lacked the science to properly manage our Nationrsquos resources A young biologist name Aldo Leopold changed all this with his writings including the book Game
Management which led to Universities across the country developing wildlife conservation programs These programs spawned a new breed of professional game managers who utilized science to support management methods that ultimately lead to the greatest wildlife conservation success story in the world In 1937 the PittmanRobertson Act provided thousands of jobs for young professionals along with ldquogame wardensrdquo supported by individual states to further the development of the Conservation Model
which now had science and funding to support it
Era of Environmental Management (1966 ndash Present) Science and funding led to a broadening view of conservation as focus shifted from managing ldquogame
animalsrdquo to managing the entire biota (environment and all living things in it) Further federal acts such
as the Endangered Species Act of 1966 and the National Environmental Policy Act of 1969 provided greater protection for species by a nation that had finally changed its course providing time to review
and perfect conservation efforts Recent acts such as the 1980 Farm Bill continued the effort to help
landowners provide quality habitat for wildlife and hunters by providing incentives to landowners to set aside highly erosive lands and plant them into wildlife habitat (grasslands) that benefit wildlife and hunters
The story of our unique model of conservation is still being written New challenges today threaten our
coveted resources and new professionals are entering the arena to further the plight of our Nationrsquos wildlife and hunting heritage
Seven Pillars of the Model
Seven main pillars have been highlighted as the foundation of support for the North American Model
of Conservation These include
The Public Trust The wildlife of the United States are owned by the people This is very different from the European Model where wildlife is privately owned The North American Model recognizes wildlife as a public
resource that is so important it can not be owned or managed by any one segment of our society but rather managed by professional state and federal entities for the benefit of all This concept known as
the Public Trust Doctrine began development in 1842 when the Supreme Court ruled that the Magna Charta had settled the question of who owns fish and wildlife and that King Charles II did not have the authority to give away the ldquodominion and propertyrdquo of lands in colonial America The court further ruled that since the American Revolution the people held public trust responsibilities for fish and wildlife except for rights specified in the US Constitution
Prohibition on Commerce
It was the hunter who brought forth stringent laws that protected wildlife from peril in the 19th
and 20th
centuries Because we all own and appreciate our wildlife as a national resource they should never find themselves on the public market to the highest bidder This path led to a largescale loss of many species
including the Passenger Pigeon and the near loss of the American bison As our country was developing these practices were common as people moved west in search of prosperity capitalizing on a land seemingly untouched by the modern world Today many laws in place serve to protect our most
valuable resourceshellipour wildlife
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 53
Democratic Rule of Law Each citizen of this great nation has the ability and responsibility to engage in healthy politics that serve
to support and protect sound wildlife conservation measures Our first conservation measures in this Country habitat restoration simple harvest restrictions and bag limits came from hunters people who respected the game they pursued and loved the wild places they chased them in The North American Model of conservation is built upon active public involvement instilling a value for wildlife in all citizens
Hunting Opportunity for All The Model was developed on the premise that all people regardless of political or economic standing could participate in and feel the thrill of the chase It is this unique Model that provides us with wildlife opportunities for all Americans Imagine how important this was to our fore fathers who left a brutal
King in England where only the aristocracy had any dream of pursuing wild creatures in wild places Our
wildlife laws ensure that each generation that comes after us will have the same opportunity to enjoy and appreciate wildlife
Nonfrivolous Use Our management of wildlife depends on a citizenry that loves and appreciates the wild creatures and the habitats necessary to their survival and our quality of life Wildlife may be utilized under strict rule of
law including utilizing the wildlife once harvested to its best potential Killing wildlife for the sake of killing can only lead to the numbing of hearts to wildlife and a profound lack of respect for our most
precious resources
International Resources
It was not until the 20th
century that hunters and wildlife lovers understood the importance of
managing wildlife at a much larger scale This became readily apparent with the passage of the
Migratory Bird Treaty Act of 1918 where nations came together to manage wildlife resources as a
collective Wildlife species do not recognize national or state boundaries Governments must work together to be effective in managing wildlife for the benefit of all The United States has made great
strides in this area with Mexico and Canada Our wildlife is not only a resource to us but to all continents they may call home throughout the year Our biologists must think globally to be effective locally
Scientific Management Although Theodore Roosevelt brought conservation to the political forefront it was a young forester from Iowa that made the study of wildlife management a science Aldo Leopold is considered by many
as the ldquofather of wildlife managementrdquo due to his tireless efforts to develop curriculum for future wildlife biologists Today our biologists earn their opportunity to manage wildlife through prominent
Bachelor Masters and Doctorate degree programs from Universities around the world Wildlife must be managed using fact science and the latest research We are constantly learning and adapting to new technology and changing environments For such an important resource we cannot afford to have it any other way
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 54
Nebraska Master Naturalist Specializations Certifying as a Specialist ldquoFollow your own natural geniusrdquo wrote Thoreau ldquoand it will not fail to show you a fresh prospect every hourrdquo Many of us learn by doing When our curiosity and interests carry us into deeper study of a given subject it can be helpful to have clear opportunities to pursue Thus the Nebraska Master Naturalist Program offers specialized voluntary training for those who are hungry to develop and apply their particular skill and personal understanding on behalf of our natural legacy Specializations are designed to create collaborators leaders and mentors in four key areas
Interpretation and Outreach
Outdoor Skills and Recreation
Resource Management
Citizen Science Master Naturalist Certification Requirements Annual Requirement o 8 Hours Training Annually o 20 Hours of Volunteerism Annually Master Naturalist Specialization Requirement One Time Requirement o 20 Hours of Training Total Specific to Specialization Annual Requirement o Additional 20 Hours of Volunteerism Annually Specific to Specialization (does not include initial Certification annual requirement hours)
OUTDOOR SKILLS AND RECREATION SPECIALIZATION The purpose of OUTDOOR SKILLS AND RECREATION is to promote activity and development of skills in the outdoor pursuits associated with natural resources Specializations are designed to create collaborators leaders and mentors in particular areas A Certified Nebraska Master Naturalist can complete the Outdoor Recreation Specializationby meeting the following requirements Complete at least one of the workshops or certification‐leading trainings listed below If specialized training is not listed below it can be approved upon request by the Master Naturalist Program Committee Specialized Training Options ‐
Hunter Education Instructor Certification 13 hrs
National 4‐H Shooting Sports Instructor Certification 32 hrs
Nebraska 4‐H Shooting Sports Shotgun Certification 12 hrs
Nebraska 4‐H Shooting Sports Archery Certification 12 hrs
Nebraska 4‐H Shooting Sports Rifle Certification 12 hrs
Nebraska 4‐H Shooting Sports Pistol Certification 12 hrs
Nebraska 4‐H Shooting Sports Muzzleloader Certification 12 hrs
National Archery in the Schools Program Basic Archery Instructor 4 hrs
NRA Range OfficerMaster Certification 8 hrs
Hunt Master Training Instructor 4 hrs
NRA Shooting Instructor 16 hrs
NRA Shotgun Instructor 16 hrs
NRA Rifle Instructor 16 hrs
Boater Education Instructor 12 hrs
Youth Fishing Instructor 5 hrs
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 55
American Canoe Association National CanoeKayak Instructor 16‐32hrs
National Camp SchoolBoy Scouts 16‐24 hrs
Wood Badge TrainingBoy Scouts 16‐24 hrs
Merit Badge Counselor TrainingBoy Scouts 2‐16 hrs
Conservation Leaders for Tomorrow 35 hrs
Wilderness First Aid 16‐32 hrs
Professional Trappers College 40 hrs
American Camp Association Instructor Training 8‐40 hrs
American Red Cross Instructor Training 2‐16 hrs
American Sailing Association Instructor Training 16‐24 hrs
Certified Horsemanship Association Instructor Training 24‐40 hrs
Leave No Trace Master Educator Training 40 hrs
National Outdoor Leadership School 280 hrs
Camp Cook School 32‐96 hrs
Professional Association of Diving Instructors Training 32‐96 hrs
Professional Mountain Bike Association Instructor Training 24 hrs
League of American Bicyclists Instructor Certification 24 hrs
Hunting
Shooting
Fishing
Trapping
Camping
Outdoor Cooking
Orienteering
Geocaching
Photography
Wildlife Viewing
Hiking
Biking
Birding
Becoming an Outdoors‐Woman Program
Wilderness First Aid
Wilderness Survival
Leave No Trace Educator
Service Options ndash Provide a minimum of 20 hours of service annually in the following or similar areas
4‐H leader and youth training outdoor recreation
Scout leader and youth training outdoor recreation
Wild About Nature
Flying WILD Educator or Facilitator Workshop
Becoming an Outdoors Woman (BOW)
Beyond Becoming an Outdoors Woman (BOW)
Family Camp
Learn to Hunt Program
National Archery in the Schools Program BAI training or greater
Mentor HuntHunt Masters Training
After School Programs
Others ndash Upon approval
Outdoor discovery programs volunteer
CRO at a shooting event
Assist with National or State shooting sports competitions
Family fishing day
Design or write a brochure
Develop or contribute to a website
Develop or contribute to a social networking site
Design or write a newsletter
Assist in fundraising
Plan an event or festival
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 56
Interpretation amp Education- Developed By Lindsay Rogers Nebraska Game amp Parks
Commission
Do not try to satisfy your vanity by teaching a great many things Awaken peoplersquos curiosity It is
enough to open minds do not overload them Put there just a spark If there is some good
inflammable stuff it will catch firerdquo
- Anatole France in The Earth Speaks
Session Objectives
To help participants understand the role education plays in sounds ecological conservation
To help participants learn about past and present conservationist and interpretive educators
To help participants learn components of quality education and interpretation
To have participants partake in quality interpretive education
To make sure participants understand that their role is to light the spark and awaken curiosityhellip not spew facts
Lecture Requirements
1 What is interpretation (5 minutes) a What does ldquointerpretrdquo mean b National Association of Interpretation definition of ldquointerpretationrdquo
i Interpretation is a mission-based communication process that forges emotional and intellectual connection between the interests of the audience and the meanings inherent to the resource
c Freeman Tilden Interpreting Our Heritage 1957 i Interpretation is an educational activity which aims to reveal meanings
and relationships through the use of original objects by first-hand experience and by illustrative media rather than simply to communicate factual information
d Components of interpretation i pleasurable or enjoyable
ii relevant to the world iii organized iv themed v sparks an interest
vi includes information but does not stop there links information to the world
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 57
vii age appropriate viii taught to someone not at them
2 What is education (5 minutes)
a What does it mean to ldquoeducaterdquo someone b John Dewey Democracy amp Education 2944
i Education in its general sense is a form of learning in which the knowledge skills and habits of a group of people are transferred from one generation to the next through teaching training or research
c Components of education i - generally presented to someone but not always
ii enjoyable sometimes iii provides knowledge and facts iv can make connections but not always v organized and themed
d Both education and interpretation are important they work together
3 Conservationists (10 minutes) a Jon Muir
i Immigrated from Scotland to Wisconsin in 1849 ii Attended the University of Wisconsin studies botany amp geology
iii Moved to the western US mainly the Sierra Nevada area iv Believed humans were part of the interconnected natural world v Advocated for the preservation of natural areas
vi Co-founded the Sierra Club b Aldo Leopold
i Iowa native attended Yale University ii After college he joined the US Forest Service was stationed in Arizona
and New Mexico iii Developed theories of land ethics the need for biodiversity and an
appreciation for wilderness areas iv Moved to Wisconsin in 1924 became a professor at the University of
Wisconsin v Regarded as the ldquoFather of Conservationrdquo
c Gifford Pinchot i Born in Connecticut in 1905
ii Studied at Yale studies forestry in France iii Named chief of the Division of Forestry (later to become the US Forest
Service) iv First chief of the US Forest Service greatly improved forest
management and increased the size of Forest Service lands
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 58
v Managed forests for the greatest good for the greatest number Pinchot added the phrase in the long run to emphasize that forest management consists of long-term decisions
d Steven Mather i Born in California attended Berkley University
ii Worked for the Pacific Coast Borax Company where he had a talent for promotion Started a competing company made millions
iii When revisiting Sequoia and Yosemite National Parks in 1914 he was appalled by the conditions of the national parks
iv Joined the Department of the Interior as the head of parks later created the National Parks System
v Professionalized the National Parks and helped to greatly grow protected lands
e Rachel Carson i Born in Pennsylvania in 1907 attended John Hopkins University for
graduate school ii Went to work for the US Bureau of Fisheries (later to become the US
Fish amp Wildlife Service) iii Wrote Silent Spring in 1962 The book created an awaking for Americanrsquos
to their responsibility to the environment and wildlife The book lead to the US Government banning the use of DDT
f Theodore Roosevelt i Born in 1858 in New York New York was a sickly child who stayed inside
studying natural history ii An avid outdoorsman he spent much time in the South Dakota Badlands
iii Became President in 1901 with the assignation of President McKinley iv Among many major accomplishments as president he started the
National Parks was instrumental in conserving about 230 million acres
4 Naturalist Interpreters (10 minutes) a Freeman Tilden
i Born 1883 worked as a newspaper columnist and author ii At age 58 he began working with the National Parks Service
iii While traveling to various National Parks he became concerned with the quality of interpretation
iv Wrote Interpreting Our Heritage in 1957 outlines 6 principles to quality interpretation forever changed the field of interpretation
b William Lewis i Worked as a ranger naturalist and interpreter trainer for the National
Parks Service ii Developed the approach of ldquoThematic Interpretationrdquo which requires the
interpreter to choose a central theme (major point) to guide the development of a program
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 59
iii Wrote Interpreting For Park Visitors c Sam Ham
i Director of Center for International Training and Outreach at the University of Idaho
ii Work has focused on applying communication theory to environmental conservation interpretation and on nature-based tourism and guide training
iii Wrote Environmental Interpretation (1992) d Ted Cable
i Professor of Park Management and Conservation at Kansas State University
ii Co-authored Interpreting Cultural and Natural Resources (2003) and Interpretation for the 21st Century Fifteen Guiding Principles for Interpreting Nature and Culture (2002)
5 Conducting an Interpretative Program Try and Fail (60 minutes + 120 minutes of activities throughouthellip see list of Suggested Activities below)
a Experiential Learning i The first time you tried to walk you failed The first time you rode a bike
you failed This is called experiential learning The first time you attempt an educational or interpretation program you will fail thatrsquos how we learn
ii Donrsquot be afraid to fail b Ask Questions about the ProgramPresentation before you commit to leading it c Plan your Program
i Generally I want my presentation to be about Specifically however I want to tell my audience about After hearing my presentation I want my audience to understand (what is the big picture you want them to take home)
1 You do not need (or want) to teach your audience everything you know your job is to light the spark
ii What will your tangibles and intangibles be 1 Tangibles are those things you can touch things you use to teach
when teaching a Examples include a tree a mammal pelt a skull a live
animal a prairie 2 Intangibles involve connecting the tangibles to concepts and the
ideas they represent intangibles are the meanings the relationships the processes the ideas the feelings and the beliefs
a Examples include food webs ecosystem health entropy ecology
iii People remember themes they forget facts
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 60
iv Plan for an organized presentation 1 Think about your overall theme smaller parts of the program and
your transitions v Stick to your theme
vi Determine what type of presentation you will have 1 PowerPoint (avoid) 2 Podium Presentation (avoid) 3 Active taking a hike playing a game etc 4 Hands-on touching feeling trying hearing smelling
vii Think about all the different kinds of learners 1 verbal-linguistic 2 logical-mathematical 3 visual-spatial 4 kinesthetic 5 musical-rhythmic 6 interpersonal (groups) 7 intrapersonal (individual) 8 naturalist
d Know your role as an educator 1 Provide facts and relationships not opinions 2 Allow participants to determine their own opinions and beliefs
using the facts amp relationships you provide them 3 PLAY ldquoFIRST IMPRESSIONSrdquo
e Prepare Prepare Prepare 1 Know the type of space and area you will have (indoor vs
outdoor small space vs vast area etc) 2 Plan for more that you are told 3 Plan for the weather (always expect it to be windy in Nebraska)
f Questions i Ask good questions
1 Is this a fox Vs How do you know this is a fox 2 Do you have any questions Vs What questions do you have
ii Be prepared for quality questions 1 What are the implications for describe the impact of what are
the reasons for iii Be prepared for ldquogoodrdquo questions
1 Do you have ewoks in the forest If a Mountain Lion and an Eagle were to fight who would win
2 Take all questions seriously Answer seriously g Model what you want to see the students do
i If you want a group of students to catch insects help them get active with them
ii This is true when working with children and adults
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 61
1 Working alongside students validates them and their learning h Be enthusiastic show your passion
i This is another form of modeling what you want to see in your students ii We need to excite students (no matter their age) about conservation
nature and the outdoors iii Have fun
6 Take Home Lesson Light the Spark and Donrsquot Be Afraid to Fail
Suggested Activities (amp potential mandatory activities)
Throughout the lesson conduct multiple games andor activities to model good interpretation
Suggested games include but are not limited to
1 Oh Deer (Project WILD) 2 First Impressions (to be done during section 5) (Project WILD) 3 The Long Haul (Project WET) 4 Sum of the Parts (Project WET) 5 Water Quality Ask the Bugs (Project WET) 6 Adaptation Artistry (Flying WILD) or Fashion a Fish (Aquatic Project WILD) 7 Avian Antics (Flying WILD) 8 Pollinators Meet Your Plants (Nebraska Project WILD wwwnebraskaprojectwildorg) 9 Scavenger Hunts (Nebraska Project WILD wwwnebraskaprojectwildorg)
Suggested Post-Readings
Interpreting Our Heritage Freeman Tilden 1957 (4th edition 2008)
ISBN-13 978-0807858677
Interpreting for Park Visitors William Lewis 1981
ISBN-13 978-0890620793
Environmental Interpretation Sam Ham 1992
ISBN-13 978-1555919023
Interpretation for the 21st Century Fifteen Guiding Principles for Interpreting Nature and
Culture Larry Beck amp Ted Cable 2002
ISBN-13 978-1571675224
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 62
Interpretation-Making a Difference on Purpose Sam Ham 2013
ISBN-13 978-1555917425
Foundations of Interpretation Curriculum Content Narrative National Parks Service 2007
httpwwwnpsgovidpinterp101foundationscurriculumpdf
Websites
National Association of Interpretation
wwwinterpnetcom
North American Association for Environmental Education
wwwnaaeeorg
Nebraska Alliance for Conservation and Environment Education
wwwnaceeorg
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 63
Safety in the Field
Developed by Rich Hawes Nebraska Master Naturalist rdhawes26msncom
Objectives
Raise awareness of Risk Managementassessment as part of event planning
Guidelines to safe activities for participants presenters and the environment
Present Leave No Trace Principals as part of all outdoor activities
Present resources for additional training or certification for outdoor activities
Hands on activities to encourage interest and to provoke thought and discussion
Hazards of the area
Outdoor hiking safety
Stewardship of the land and natural resources
Being flexible and working with ldquowhat you haverdquo
Outline
1 Outdoor Activities ndash Whatrsquos The Worst That Can Happen An Introduction to Event Planning and Risk Management
2 Leave No Trace Principals
3 Trip planning and Logistics
4 Health amp Safety
5 Youth Protection
6 Age Appropriate Activities
7 Resource Training and Certifications
a Standard First Aid CPRAED Wilderness First Aid
b Shooting Sports - Range Safety Officer or Instructor
c Hunter Safety Instructor
d Climbing COPE and Zip Lines
e Water Safety Instructor Life Guard Small Boat Handling
f Leave No Trace Trainer or Master Educator
g Tread Lightly Tread Trainer or Master Tread Trainer
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 64
Suggested Activities
CPR Scenario
First Aid Scenario
Weather Scenario
Lost Scenario
Online Resources
American Camp Association
Boy Scouts of America
Youth Protection
Safe Swim Defense
Safety Afloat
Climb On Safely
Weather Safety
Trek On Safely
(etc)
Leave No Trace
Nebraska Game amp Parks
Hunter Safety
Boating Rules amp Regs
National Rifle Association
(Archery groups)
American Red Cross
(wilderness medicine group(s))
NOLS
Tread Lightly
US Coast Guard
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 45
Starlings (and Mynas) (Family Sturnidae - )
WHAT TO LOOK FOR
Medium sized chunky glossy birds with short tails sharp bills
Short triangular to rounded wings
Gregarious bold birds
Pipits (and Wagtails) (Family Motacillidae -)
WHAT TO LOOK FOR
Slender billed brownish ground dwellers with long back toe
Walk briskly rather than hop along the ground
Most species bob their tails up and down
Common Nebraska species ndash American pipit
Waxwings (Family Bombycillidae ndash silk tail)
WHAT TO LOOK FOR
Birds with sleek crest that can be erected
Plump-bodied birds with pointed wings with red waxy tips of secondaries
Bill is small wide and notched high thin calls
Square tail with terminal yellow band
Common Nebraska species ndash Bohemian and cedar waxwings
Wood Warblers (Family Parulidae -)
WHAT TO LOOK FOR
Brightly colored (mostly yellow) birds
Smaller than sparrows with thin needle-like bills
Common Nebraska species ndash approx 34 warblers ovenbirds yellow-breasted chats and
waterthrush
New World Sparrows (Family Emberizidae -)
WHAT TO LOOK FOR
Small to medium-sized birds - often brown streaked appearance
Rounded wings cone-shaped bills
Common Nebraska species ndash 20 sparrows towhees longspurs dark-eyed juncos snow and
lark buntings
Cardinals and Allies (Family Cardinalidae )
WHAT TO LOOK FOR
Medium to large songbirds
Have large cone-shaped bills
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 46
Males often very colorful
Common Nebraska species ndash northern cardinals rose-breasted and black-headed grosbeaks
indigo bunting dickcissel
Blackbirds Orioles and Allies (Family Icteridae)
WHAT TO LOOK FOR
Medium to large songbirds with strong straight bills
Strong-direct flight
Plumage varies from iridescent black to yellow to orange
Common Nebraska species ndash Bobolink eastern and western meadowlarks red-winged and
rusty blackbirds common and great-tailed grackles orchard Baltimore and
Bullockrsquos orioles brown-headed cowbird
Finches and Allies (Family Fringillidae)
WHAT TO LOOK FOR
Small to medium songbirds
Have conical bills and forked relatively short tails
Fly fast and undulate through the air giving high-pitched calls in flight
Common Nebraska species ndash gray-crowned rosy purple Cassinrsquos house finches red
crossbill white-winged crossbill common redpoll pine siskin American goldfinch
evening grosbeak
Old World Sparrows (Family Passeridae)
WHAT TO LOOK FOR
Stouter bodies shorter legs and thicker bills than native sparrows
Have a simple song repeating single elements with no particular rhythm or beginning
And end vocalize all day and year-round
Common Nebraska species ndash house sparrow (introduced)
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 47
Geology and Natural History of Nebraska
Being Developed by Jon Garbisch Cedar Point Biological Station jgarbisch2unledu
bull Geological history of Nebraska
bull Present geological formation of regions
bull General soil types
bull Geological landforms and related habitats
What we currently use
Theme
Nebraska geology formed over millions of years through the erosion of mountains the deposition of
sediments and the flow of water and ice shaping the landscape that we call home
Goal
Attendees will develop an understanding of the natural processes that influenced and built Nebraska
and in so doing develop a greater appreciation for the geology and how it relates to all other aspects of
the statersquos identity
Objective(s)
The Master Naturalists attendees will be able to use the knowledge they have gained to better
understand the surface and subsurface geology at any location in the state that they may find
themselves working
How will it be measured
Attendees will be able to use the knowledge gained to actively interpret general Nebraska geology by
completing activities in the form of hand-out diagrams biostratigraphic fossil correlations
interpretation of rock type hand specimens and visual description of the Geology on the trail at Camp
Brewster Fontenelle Forest
Introduction
Nebraska geology formed over millions of years through the erosion of mountains the deposition of
sediments and the flow of water and ice shaping the landscape that we call home (Hand out agenda)
Geology is rooted in the 3 rock groups that exist on planet Earth and so familiarity with
o these groups gives us a solid foundation for all other geologic interpretation
A half hour will be spent handling examples from each rock group
o 3 groups 3 tables with one rock type on each table each group spends 10 minutes at
each table
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 48
The Geologic Time Scale is a record over time of the Earths major geologic events and we
can use it to help us understand how and when Nebraska took shape
The natural agents of change which have shaped our state include oceans rivers wind
o and ice
The geologic time periods in Nebraska are represented by rock layers (or not) which occur all
around the state and have been named so that no matter where you are in the state you can
correlate the strata to the time scale (fossilsisotopes)
6 Geologic Principles will be discussed so that when the MN is in the field they can be used as an
aid in basic geologic interpretation
Conclusion
Nebraska geology formed over millions of years through the erosion of mountains the deposition of
sediments and the flow of water and ice shaping the landscape that we call home Geology supplies us
a record of the events that have shaped our Earth by learning the language in which the Earth script is
written we will be able to interpret and share the story of our state of Nebraska This understanding will
aid in us in relating to other areas influential and important to the state
Places to Go (places to see examples of Nebraska geology)
a Agate Fossil Beds National Monument Lower Miocene fossil mammal site including abundant body fossils of ancient mammals and prominent fossil rodent burrows
b Ashfall State Park Upper Miocene fossil mammal assemblage found in ash derived from an eruption of a predecessor to the Yellowstone volcanic field c Chimney Rock National Historic Site Oligocene and Lower Miocene continental sedimentary rocks deposited as sediments by wind and steams
d Hummel Park (Omaha) outcrops of Pleistocene glacial till and loess
e Lincoln area Capitol Beach Lake and history of saline waters and salt industry flooding history of Antelope and Salt creeks building stones in downtown area brick industry University of Nebraska State Museum
f Louisville area outcrops of Upper Pennsylvanian marine sedimentary rocks
g Valentine area and Niobrara National Wildlife Refuge Niobrara River Canyon and Cenozoic stratigraphy
h Niobrara State Park Upper Cretaceous marine sedimentary rocks (Niobrara Formation and Pierre Shale) landslides along Missouri River anthropogenic changes in Missouri River Niobrara River and Mormon Canal
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 49
i Downtown Omaha removal of loess from hills in downtown area engineering of Missouri River (eg groins bank armoring etc) visible at Bob Kerrey Memorial Bridge deep bedrock water wells at old industrial sites
j Platte River State Park Upper Pennsylvanian marine sedimentary rocks and overlook of Platte River
k Ponca State Park Upper Cretaceous marine sedimentary rocks (uppermost Dakota Formation through Greenhorn Limestone)
l Rock Creek State Historical Park middle Cretaceous Dakota Formationmdashfluvio-estuarine continental deposits
m Schramm Park Upper Pennsylvanian marine sedimentary rocks
n Scotia and Happy Jack Chalk Mine Upper Miocene lake deposit In Ogallala Group
o Scotts Bluff National Monument Oligocene and Lower Miocene continental sedimentary rocks deposited as sediments by wind and steams
p Smith Falls State ParkCenozoic stratigraphy Niobrara River waterfalls as knick points
q Toadstool Park and nearby areas continental sedimentary rocks of upper Eocene Chadron Formation Pine Ridge escarpment Trailside Museum and Ft Robinson State Park
r Weeping Water area Upper Pennsylvanian marine sedimentary rocks
s Wildcat RidgeHillsescarpment on Oligocene and Lower Miocene continental sedimentary rocks deeply eroded into canyons buttes and pinnacles by stream erosion during and after the Late Pliocene
t Indian Cave State Park and Iron Horse Trail south of Peru Upper Pennsylvanian Indian Cave Sandstone (fluvio-estuarine deposit) and sandstone cave
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 50
North American Model and Outdoor Skills Developed by Jeff Rawlinson Assistant Division Administrator Information and Education Nebraska Game and Parks Commission jeffrawlinsonnebraskagov
OUR North American Model of Conservation
Perhaps no other story is more compelling and more important in American history as that of how
our natural resources came to be one of the most important elements in our lives The history of our citizenryrsquos strong land ethic ties us to the natural world long after other nations have forgone this relationship We value how the common person from a common family can participate in the thrill of the chase experiencing wildness to its fullest
The North American Model of Conservation is a philosophy that the United States and Canada have
developed to manage wildlife in a sustainable way Historians debate how this land ethic began Some
say our model of conservation began in 1937 with the passage of the PittmanRobertson Act a move that provided funding for wildlife conservation at the national and state level The source of this funding came from the sale of hunting and shooting equipment Others may say that it began when the conservation giant President Theodore Roosevelt brought management of natural resources to the
political forefront Others would argue our Model of conservation was birthed under the Magna Charta which transferred the ownership of wildlife from the King of England and the English nobles to the all of
the people of England In reality however our Model has been under development for several hundred years combining what we have learned from other nations peoples cultures and experiences to shape a philosophy ingrained in our culture supported by hunters anglers and shooting sports enthusiasts
benefiting all wildlife and wild lands in the United States
First Wildlife Managers The concept of managing wildlife or natural resources was not conceived by our young nation For
thousands of years humanity has been manipulating and controlling the land and all its inhabitants to benefit our needs Ever since the first hunter followed that wooly creature across the Bering Straight embarking on an epic journey that would result in settling of North America man has ldquomanagedrdquo
wildlife in North America
Throughout history many leaders have shown some element of concern or conservation ethic towards wildlife The great Kublai Khan grandson of Genghis Khan and founder of the Yuan Dynasty in China forbade harvesting of many species of wildlife during critical reproductive months of March
through August so species could ldquoincrease and multiplyrdquo Conservation of wildlife is even found in Mosaic Law in Deuteronomy 226 representing some of the first written wildlife management idealsmdashldquo If you come across a birdrsquos nest in any tree or on the ground with young ones or eggs and
the mother sitting on the young or on the eggs you shall not take the mother with the youngrdquo (English Standard Version 2001)
As populations expanded throughout Europe wildlife resources fell under ownership of powerful kings
who enacted harsh punishments for anyone found taking the kingrsquos game In 1215 a rebellion against King John of England resulted in the Magna Charta transferring ownership of lands and game from the crown to the people This ldquoprivatizingrdquo of wildlife ownership had profound impacts America over 500 years later
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 51
Era Of Abundance (1600 ndash 1850) When our forefathers first landed on the eastern shores of America they brought with them science
religion and a new hope They found plentiful game and soon began a relationship with the land that provided them with many of their daily needs Wildlife was viewed as a limitless resource in a relatively untapped land These early settlers had left Europe where few had access to wildlife and entered a world where everyone had access Furs feathers hides all had value to this young country In 1776 the Declaration of Independence revoked the Kingrsquos rights to land and people in this new world After a
bloody war led by revolutionaries such as Washington Hamilton Jefferson and Adams the United States gained its independence and the land and wildlife belonged to everyone
Era Of Exploitation (1850 ndash 1900)
The 1800s brought a commercialization of our wildlife resources Market hunting and habitat
destruction began to decimate wildlife populations such as the American Bison and Passenger Pigeon After the American Revolutionary War and the Civial Warmdashwhich nearly destroyed our ldquodemocratic
experimentrdquo all togethermdashfew people were looking after the interest of wildlife and even fewer rules
existed governing the management of a resource everyone had ownership of yet no one had responsibility for
The railroad provided settlers with the means to access new lands expanding the markets for meats hides and fur Advancements in technology such as the repeating rifle further aided the unbridled
destruction of wildlife resources Yet throughout this era something positive was growing The people of this new nation were developing a relationship with the land By 1842 a Supreme Court ruling had huge impacts on this developing model of conservation resulting in a Public Trust Doctrine that would
further outline a model for conserving our natural resources Conservation was developing some direction but had no money or laws to support it
Era Of Protection (19001930) The early 1900s brought an industrial boom Abuse of natural resources had taken its toll and throughout the Nation and evidence of this abuse could be seen in the loss of species such as the
passenger pigeon near loss of the American bison and in many large mammals including whitetailed deer and our once numerous waterfowl species America was becoming an economic giant yet through
the roar of machines both political and metal a small voice could be heard It was the hunter and their voice was of concern for the direction our wildlife resources were heading Conservation minded men and women had continued a relationship with the land and the wildlife
Era of Game Management (1930 ndash 1966) The ldquodirty thirtiesrdquo were marked by the dust bowl and an impoverished nation Agricultural practices
unchecked by environmental stewardship had left the Nationrsquos heartland in ecological peril Politically the conservation movement was supported by the footings laid by Theodore Roosevelt New federal acts moved forward to provide for environmental protection due to the outcry of hunters in panic over the vanishing wildlife resources of the Nation
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 52
Wildlife conservation had support yet it lacked the science to properly manage our Nationrsquos resources A young biologist name Aldo Leopold changed all this with his writings including the book Game
Management which led to Universities across the country developing wildlife conservation programs These programs spawned a new breed of professional game managers who utilized science to support management methods that ultimately lead to the greatest wildlife conservation success story in the world In 1937 the PittmanRobertson Act provided thousands of jobs for young professionals along with ldquogame wardensrdquo supported by individual states to further the development of the Conservation Model
which now had science and funding to support it
Era of Environmental Management (1966 ndash Present) Science and funding led to a broadening view of conservation as focus shifted from managing ldquogame
animalsrdquo to managing the entire biota (environment and all living things in it) Further federal acts such
as the Endangered Species Act of 1966 and the National Environmental Policy Act of 1969 provided greater protection for species by a nation that had finally changed its course providing time to review
and perfect conservation efforts Recent acts such as the 1980 Farm Bill continued the effort to help
landowners provide quality habitat for wildlife and hunters by providing incentives to landowners to set aside highly erosive lands and plant them into wildlife habitat (grasslands) that benefit wildlife and hunters
The story of our unique model of conservation is still being written New challenges today threaten our
coveted resources and new professionals are entering the arena to further the plight of our Nationrsquos wildlife and hunting heritage
Seven Pillars of the Model
Seven main pillars have been highlighted as the foundation of support for the North American Model
of Conservation These include
The Public Trust The wildlife of the United States are owned by the people This is very different from the European Model where wildlife is privately owned The North American Model recognizes wildlife as a public
resource that is so important it can not be owned or managed by any one segment of our society but rather managed by professional state and federal entities for the benefit of all This concept known as
the Public Trust Doctrine began development in 1842 when the Supreme Court ruled that the Magna Charta had settled the question of who owns fish and wildlife and that King Charles II did not have the authority to give away the ldquodominion and propertyrdquo of lands in colonial America The court further ruled that since the American Revolution the people held public trust responsibilities for fish and wildlife except for rights specified in the US Constitution
Prohibition on Commerce
It was the hunter who brought forth stringent laws that protected wildlife from peril in the 19th
and 20th
centuries Because we all own and appreciate our wildlife as a national resource they should never find themselves on the public market to the highest bidder This path led to a largescale loss of many species
including the Passenger Pigeon and the near loss of the American bison As our country was developing these practices were common as people moved west in search of prosperity capitalizing on a land seemingly untouched by the modern world Today many laws in place serve to protect our most
valuable resourceshellipour wildlife
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 53
Democratic Rule of Law Each citizen of this great nation has the ability and responsibility to engage in healthy politics that serve
to support and protect sound wildlife conservation measures Our first conservation measures in this Country habitat restoration simple harvest restrictions and bag limits came from hunters people who respected the game they pursued and loved the wild places they chased them in The North American Model of conservation is built upon active public involvement instilling a value for wildlife in all citizens
Hunting Opportunity for All The Model was developed on the premise that all people regardless of political or economic standing could participate in and feel the thrill of the chase It is this unique Model that provides us with wildlife opportunities for all Americans Imagine how important this was to our fore fathers who left a brutal
King in England where only the aristocracy had any dream of pursuing wild creatures in wild places Our
wildlife laws ensure that each generation that comes after us will have the same opportunity to enjoy and appreciate wildlife
Nonfrivolous Use Our management of wildlife depends on a citizenry that loves and appreciates the wild creatures and the habitats necessary to their survival and our quality of life Wildlife may be utilized under strict rule of
law including utilizing the wildlife once harvested to its best potential Killing wildlife for the sake of killing can only lead to the numbing of hearts to wildlife and a profound lack of respect for our most
precious resources
International Resources
It was not until the 20th
century that hunters and wildlife lovers understood the importance of
managing wildlife at a much larger scale This became readily apparent with the passage of the
Migratory Bird Treaty Act of 1918 where nations came together to manage wildlife resources as a
collective Wildlife species do not recognize national or state boundaries Governments must work together to be effective in managing wildlife for the benefit of all The United States has made great
strides in this area with Mexico and Canada Our wildlife is not only a resource to us but to all continents they may call home throughout the year Our biologists must think globally to be effective locally
Scientific Management Although Theodore Roosevelt brought conservation to the political forefront it was a young forester from Iowa that made the study of wildlife management a science Aldo Leopold is considered by many
as the ldquofather of wildlife managementrdquo due to his tireless efforts to develop curriculum for future wildlife biologists Today our biologists earn their opportunity to manage wildlife through prominent
Bachelor Masters and Doctorate degree programs from Universities around the world Wildlife must be managed using fact science and the latest research We are constantly learning and adapting to new technology and changing environments For such an important resource we cannot afford to have it any other way
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 54
Nebraska Master Naturalist Specializations Certifying as a Specialist ldquoFollow your own natural geniusrdquo wrote Thoreau ldquoand it will not fail to show you a fresh prospect every hourrdquo Many of us learn by doing When our curiosity and interests carry us into deeper study of a given subject it can be helpful to have clear opportunities to pursue Thus the Nebraska Master Naturalist Program offers specialized voluntary training for those who are hungry to develop and apply their particular skill and personal understanding on behalf of our natural legacy Specializations are designed to create collaborators leaders and mentors in four key areas
Interpretation and Outreach
Outdoor Skills and Recreation
Resource Management
Citizen Science Master Naturalist Certification Requirements Annual Requirement o 8 Hours Training Annually o 20 Hours of Volunteerism Annually Master Naturalist Specialization Requirement One Time Requirement o 20 Hours of Training Total Specific to Specialization Annual Requirement o Additional 20 Hours of Volunteerism Annually Specific to Specialization (does not include initial Certification annual requirement hours)
OUTDOOR SKILLS AND RECREATION SPECIALIZATION The purpose of OUTDOOR SKILLS AND RECREATION is to promote activity and development of skills in the outdoor pursuits associated with natural resources Specializations are designed to create collaborators leaders and mentors in particular areas A Certified Nebraska Master Naturalist can complete the Outdoor Recreation Specializationby meeting the following requirements Complete at least one of the workshops or certification‐leading trainings listed below If specialized training is not listed below it can be approved upon request by the Master Naturalist Program Committee Specialized Training Options ‐
Hunter Education Instructor Certification 13 hrs
National 4‐H Shooting Sports Instructor Certification 32 hrs
Nebraska 4‐H Shooting Sports Shotgun Certification 12 hrs
Nebraska 4‐H Shooting Sports Archery Certification 12 hrs
Nebraska 4‐H Shooting Sports Rifle Certification 12 hrs
Nebraska 4‐H Shooting Sports Pistol Certification 12 hrs
Nebraska 4‐H Shooting Sports Muzzleloader Certification 12 hrs
National Archery in the Schools Program Basic Archery Instructor 4 hrs
NRA Range OfficerMaster Certification 8 hrs
Hunt Master Training Instructor 4 hrs
NRA Shooting Instructor 16 hrs
NRA Shotgun Instructor 16 hrs
NRA Rifle Instructor 16 hrs
Boater Education Instructor 12 hrs
Youth Fishing Instructor 5 hrs
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 55
American Canoe Association National CanoeKayak Instructor 16‐32hrs
National Camp SchoolBoy Scouts 16‐24 hrs
Wood Badge TrainingBoy Scouts 16‐24 hrs
Merit Badge Counselor TrainingBoy Scouts 2‐16 hrs
Conservation Leaders for Tomorrow 35 hrs
Wilderness First Aid 16‐32 hrs
Professional Trappers College 40 hrs
American Camp Association Instructor Training 8‐40 hrs
American Red Cross Instructor Training 2‐16 hrs
American Sailing Association Instructor Training 16‐24 hrs
Certified Horsemanship Association Instructor Training 24‐40 hrs
Leave No Trace Master Educator Training 40 hrs
National Outdoor Leadership School 280 hrs
Camp Cook School 32‐96 hrs
Professional Association of Diving Instructors Training 32‐96 hrs
Professional Mountain Bike Association Instructor Training 24 hrs
League of American Bicyclists Instructor Certification 24 hrs
Hunting
Shooting
Fishing
Trapping
Camping
Outdoor Cooking
Orienteering
Geocaching
Photography
Wildlife Viewing
Hiking
Biking
Birding
Becoming an Outdoors‐Woman Program
Wilderness First Aid
Wilderness Survival
Leave No Trace Educator
Service Options ndash Provide a minimum of 20 hours of service annually in the following or similar areas
4‐H leader and youth training outdoor recreation
Scout leader and youth training outdoor recreation
Wild About Nature
Flying WILD Educator or Facilitator Workshop
Becoming an Outdoors Woman (BOW)
Beyond Becoming an Outdoors Woman (BOW)
Family Camp
Learn to Hunt Program
National Archery in the Schools Program BAI training or greater
Mentor HuntHunt Masters Training
After School Programs
Others ndash Upon approval
Outdoor discovery programs volunteer
CRO at a shooting event
Assist with National or State shooting sports competitions
Family fishing day
Design or write a brochure
Develop or contribute to a website
Develop or contribute to a social networking site
Design or write a newsletter
Assist in fundraising
Plan an event or festival
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 56
Interpretation amp Education- Developed By Lindsay Rogers Nebraska Game amp Parks
Commission
Do not try to satisfy your vanity by teaching a great many things Awaken peoplersquos curiosity It is
enough to open minds do not overload them Put there just a spark If there is some good
inflammable stuff it will catch firerdquo
- Anatole France in The Earth Speaks
Session Objectives
To help participants understand the role education plays in sounds ecological conservation
To help participants learn about past and present conservationist and interpretive educators
To help participants learn components of quality education and interpretation
To have participants partake in quality interpretive education
To make sure participants understand that their role is to light the spark and awaken curiosityhellip not spew facts
Lecture Requirements
1 What is interpretation (5 minutes) a What does ldquointerpretrdquo mean b National Association of Interpretation definition of ldquointerpretationrdquo
i Interpretation is a mission-based communication process that forges emotional and intellectual connection between the interests of the audience and the meanings inherent to the resource
c Freeman Tilden Interpreting Our Heritage 1957 i Interpretation is an educational activity which aims to reveal meanings
and relationships through the use of original objects by first-hand experience and by illustrative media rather than simply to communicate factual information
d Components of interpretation i pleasurable or enjoyable
ii relevant to the world iii organized iv themed v sparks an interest
vi includes information but does not stop there links information to the world
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 57
vii age appropriate viii taught to someone not at them
2 What is education (5 minutes)
a What does it mean to ldquoeducaterdquo someone b John Dewey Democracy amp Education 2944
i Education in its general sense is a form of learning in which the knowledge skills and habits of a group of people are transferred from one generation to the next through teaching training or research
c Components of education i - generally presented to someone but not always
ii enjoyable sometimes iii provides knowledge and facts iv can make connections but not always v organized and themed
d Both education and interpretation are important they work together
3 Conservationists (10 minutes) a Jon Muir
i Immigrated from Scotland to Wisconsin in 1849 ii Attended the University of Wisconsin studies botany amp geology
iii Moved to the western US mainly the Sierra Nevada area iv Believed humans were part of the interconnected natural world v Advocated for the preservation of natural areas
vi Co-founded the Sierra Club b Aldo Leopold
i Iowa native attended Yale University ii After college he joined the US Forest Service was stationed in Arizona
and New Mexico iii Developed theories of land ethics the need for biodiversity and an
appreciation for wilderness areas iv Moved to Wisconsin in 1924 became a professor at the University of
Wisconsin v Regarded as the ldquoFather of Conservationrdquo
c Gifford Pinchot i Born in Connecticut in 1905
ii Studied at Yale studies forestry in France iii Named chief of the Division of Forestry (later to become the US Forest
Service) iv First chief of the US Forest Service greatly improved forest
management and increased the size of Forest Service lands
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 58
v Managed forests for the greatest good for the greatest number Pinchot added the phrase in the long run to emphasize that forest management consists of long-term decisions
d Steven Mather i Born in California attended Berkley University
ii Worked for the Pacific Coast Borax Company where he had a talent for promotion Started a competing company made millions
iii When revisiting Sequoia and Yosemite National Parks in 1914 he was appalled by the conditions of the national parks
iv Joined the Department of the Interior as the head of parks later created the National Parks System
v Professionalized the National Parks and helped to greatly grow protected lands
e Rachel Carson i Born in Pennsylvania in 1907 attended John Hopkins University for
graduate school ii Went to work for the US Bureau of Fisheries (later to become the US
Fish amp Wildlife Service) iii Wrote Silent Spring in 1962 The book created an awaking for Americanrsquos
to their responsibility to the environment and wildlife The book lead to the US Government banning the use of DDT
f Theodore Roosevelt i Born in 1858 in New York New York was a sickly child who stayed inside
studying natural history ii An avid outdoorsman he spent much time in the South Dakota Badlands
iii Became President in 1901 with the assignation of President McKinley iv Among many major accomplishments as president he started the
National Parks was instrumental in conserving about 230 million acres
4 Naturalist Interpreters (10 minutes) a Freeman Tilden
i Born 1883 worked as a newspaper columnist and author ii At age 58 he began working with the National Parks Service
iii While traveling to various National Parks he became concerned with the quality of interpretation
iv Wrote Interpreting Our Heritage in 1957 outlines 6 principles to quality interpretation forever changed the field of interpretation
b William Lewis i Worked as a ranger naturalist and interpreter trainer for the National
Parks Service ii Developed the approach of ldquoThematic Interpretationrdquo which requires the
interpreter to choose a central theme (major point) to guide the development of a program
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 59
iii Wrote Interpreting For Park Visitors c Sam Ham
i Director of Center for International Training and Outreach at the University of Idaho
ii Work has focused on applying communication theory to environmental conservation interpretation and on nature-based tourism and guide training
iii Wrote Environmental Interpretation (1992) d Ted Cable
i Professor of Park Management and Conservation at Kansas State University
ii Co-authored Interpreting Cultural and Natural Resources (2003) and Interpretation for the 21st Century Fifteen Guiding Principles for Interpreting Nature and Culture (2002)
5 Conducting an Interpretative Program Try and Fail (60 minutes + 120 minutes of activities throughouthellip see list of Suggested Activities below)
a Experiential Learning i The first time you tried to walk you failed The first time you rode a bike
you failed This is called experiential learning The first time you attempt an educational or interpretation program you will fail thatrsquos how we learn
ii Donrsquot be afraid to fail b Ask Questions about the ProgramPresentation before you commit to leading it c Plan your Program
i Generally I want my presentation to be about Specifically however I want to tell my audience about After hearing my presentation I want my audience to understand (what is the big picture you want them to take home)
1 You do not need (or want) to teach your audience everything you know your job is to light the spark
ii What will your tangibles and intangibles be 1 Tangibles are those things you can touch things you use to teach
when teaching a Examples include a tree a mammal pelt a skull a live
animal a prairie 2 Intangibles involve connecting the tangibles to concepts and the
ideas they represent intangibles are the meanings the relationships the processes the ideas the feelings and the beliefs
a Examples include food webs ecosystem health entropy ecology
iii People remember themes they forget facts
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 60
iv Plan for an organized presentation 1 Think about your overall theme smaller parts of the program and
your transitions v Stick to your theme
vi Determine what type of presentation you will have 1 PowerPoint (avoid) 2 Podium Presentation (avoid) 3 Active taking a hike playing a game etc 4 Hands-on touching feeling trying hearing smelling
vii Think about all the different kinds of learners 1 verbal-linguistic 2 logical-mathematical 3 visual-spatial 4 kinesthetic 5 musical-rhythmic 6 interpersonal (groups) 7 intrapersonal (individual) 8 naturalist
d Know your role as an educator 1 Provide facts and relationships not opinions 2 Allow participants to determine their own opinions and beliefs
using the facts amp relationships you provide them 3 PLAY ldquoFIRST IMPRESSIONSrdquo
e Prepare Prepare Prepare 1 Know the type of space and area you will have (indoor vs
outdoor small space vs vast area etc) 2 Plan for more that you are told 3 Plan for the weather (always expect it to be windy in Nebraska)
f Questions i Ask good questions
1 Is this a fox Vs How do you know this is a fox 2 Do you have any questions Vs What questions do you have
ii Be prepared for quality questions 1 What are the implications for describe the impact of what are
the reasons for iii Be prepared for ldquogoodrdquo questions
1 Do you have ewoks in the forest If a Mountain Lion and an Eagle were to fight who would win
2 Take all questions seriously Answer seriously g Model what you want to see the students do
i If you want a group of students to catch insects help them get active with them
ii This is true when working with children and adults
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 61
1 Working alongside students validates them and their learning h Be enthusiastic show your passion
i This is another form of modeling what you want to see in your students ii We need to excite students (no matter their age) about conservation
nature and the outdoors iii Have fun
6 Take Home Lesson Light the Spark and Donrsquot Be Afraid to Fail
Suggested Activities (amp potential mandatory activities)
Throughout the lesson conduct multiple games andor activities to model good interpretation
Suggested games include but are not limited to
1 Oh Deer (Project WILD) 2 First Impressions (to be done during section 5) (Project WILD) 3 The Long Haul (Project WET) 4 Sum of the Parts (Project WET) 5 Water Quality Ask the Bugs (Project WET) 6 Adaptation Artistry (Flying WILD) or Fashion a Fish (Aquatic Project WILD) 7 Avian Antics (Flying WILD) 8 Pollinators Meet Your Plants (Nebraska Project WILD wwwnebraskaprojectwildorg) 9 Scavenger Hunts (Nebraska Project WILD wwwnebraskaprojectwildorg)
Suggested Post-Readings
Interpreting Our Heritage Freeman Tilden 1957 (4th edition 2008)
ISBN-13 978-0807858677
Interpreting for Park Visitors William Lewis 1981
ISBN-13 978-0890620793
Environmental Interpretation Sam Ham 1992
ISBN-13 978-1555919023
Interpretation for the 21st Century Fifteen Guiding Principles for Interpreting Nature and
Culture Larry Beck amp Ted Cable 2002
ISBN-13 978-1571675224
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 62
Interpretation-Making a Difference on Purpose Sam Ham 2013
ISBN-13 978-1555917425
Foundations of Interpretation Curriculum Content Narrative National Parks Service 2007
httpwwwnpsgovidpinterp101foundationscurriculumpdf
Websites
National Association of Interpretation
wwwinterpnetcom
North American Association for Environmental Education
wwwnaaeeorg
Nebraska Alliance for Conservation and Environment Education
wwwnaceeorg
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 63
Safety in the Field
Developed by Rich Hawes Nebraska Master Naturalist rdhawes26msncom
Objectives
Raise awareness of Risk Managementassessment as part of event planning
Guidelines to safe activities for participants presenters and the environment
Present Leave No Trace Principals as part of all outdoor activities
Present resources for additional training or certification for outdoor activities
Hands on activities to encourage interest and to provoke thought and discussion
Hazards of the area
Outdoor hiking safety
Stewardship of the land and natural resources
Being flexible and working with ldquowhat you haverdquo
Outline
1 Outdoor Activities ndash Whatrsquos The Worst That Can Happen An Introduction to Event Planning and Risk Management
2 Leave No Trace Principals
3 Trip planning and Logistics
4 Health amp Safety
5 Youth Protection
6 Age Appropriate Activities
7 Resource Training and Certifications
a Standard First Aid CPRAED Wilderness First Aid
b Shooting Sports - Range Safety Officer or Instructor
c Hunter Safety Instructor
d Climbing COPE and Zip Lines
e Water Safety Instructor Life Guard Small Boat Handling
f Leave No Trace Trainer or Master Educator
g Tread Lightly Tread Trainer or Master Tread Trainer
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 64
Suggested Activities
CPR Scenario
First Aid Scenario
Weather Scenario
Lost Scenario
Online Resources
American Camp Association
Boy Scouts of America
Youth Protection
Safe Swim Defense
Safety Afloat
Climb On Safely
Weather Safety
Trek On Safely
(etc)
Leave No Trace
Nebraska Game amp Parks
Hunter Safety
Boating Rules amp Regs
National Rifle Association
(Archery groups)
American Red Cross
(wilderness medicine group(s))
NOLS
Tread Lightly
US Coast Guard
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 46
Males often very colorful
Common Nebraska species ndash northern cardinals rose-breasted and black-headed grosbeaks
indigo bunting dickcissel
Blackbirds Orioles and Allies (Family Icteridae)
WHAT TO LOOK FOR
Medium to large songbirds with strong straight bills
Strong-direct flight
Plumage varies from iridescent black to yellow to orange
Common Nebraska species ndash Bobolink eastern and western meadowlarks red-winged and
rusty blackbirds common and great-tailed grackles orchard Baltimore and
Bullockrsquos orioles brown-headed cowbird
Finches and Allies (Family Fringillidae)
WHAT TO LOOK FOR
Small to medium songbirds
Have conical bills and forked relatively short tails
Fly fast and undulate through the air giving high-pitched calls in flight
Common Nebraska species ndash gray-crowned rosy purple Cassinrsquos house finches red
crossbill white-winged crossbill common redpoll pine siskin American goldfinch
evening grosbeak
Old World Sparrows (Family Passeridae)
WHAT TO LOOK FOR
Stouter bodies shorter legs and thicker bills than native sparrows
Have a simple song repeating single elements with no particular rhythm or beginning
And end vocalize all day and year-round
Common Nebraska species ndash house sparrow (introduced)
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 47
Geology and Natural History of Nebraska
Being Developed by Jon Garbisch Cedar Point Biological Station jgarbisch2unledu
bull Geological history of Nebraska
bull Present geological formation of regions
bull General soil types
bull Geological landforms and related habitats
What we currently use
Theme
Nebraska geology formed over millions of years through the erosion of mountains the deposition of
sediments and the flow of water and ice shaping the landscape that we call home
Goal
Attendees will develop an understanding of the natural processes that influenced and built Nebraska
and in so doing develop a greater appreciation for the geology and how it relates to all other aspects of
the statersquos identity
Objective(s)
The Master Naturalists attendees will be able to use the knowledge they have gained to better
understand the surface and subsurface geology at any location in the state that they may find
themselves working
How will it be measured
Attendees will be able to use the knowledge gained to actively interpret general Nebraska geology by
completing activities in the form of hand-out diagrams biostratigraphic fossil correlations
interpretation of rock type hand specimens and visual description of the Geology on the trail at Camp
Brewster Fontenelle Forest
Introduction
Nebraska geology formed over millions of years through the erosion of mountains the deposition of
sediments and the flow of water and ice shaping the landscape that we call home (Hand out agenda)
Geology is rooted in the 3 rock groups that exist on planet Earth and so familiarity with
o these groups gives us a solid foundation for all other geologic interpretation
A half hour will be spent handling examples from each rock group
o 3 groups 3 tables with one rock type on each table each group spends 10 minutes at
each table
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 48
The Geologic Time Scale is a record over time of the Earths major geologic events and we
can use it to help us understand how and when Nebraska took shape
The natural agents of change which have shaped our state include oceans rivers wind
o and ice
The geologic time periods in Nebraska are represented by rock layers (or not) which occur all
around the state and have been named so that no matter where you are in the state you can
correlate the strata to the time scale (fossilsisotopes)
6 Geologic Principles will be discussed so that when the MN is in the field they can be used as an
aid in basic geologic interpretation
Conclusion
Nebraska geology formed over millions of years through the erosion of mountains the deposition of
sediments and the flow of water and ice shaping the landscape that we call home Geology supplies us
a record of the events that have shaped our Earth by learning the language in which the Earth script is
written we will be able to interpret and share the story of our state of Nebraska This understanding will
aid in us in relating to other areas influential and important to the state
Places to Go (places to see examples of Nebraska geology)
a Agate Fossil Beds National Monument Lower Miocene fossil mammal site including abundant body fossils of ancient mammals and prominent fossil rodent burrows
b Ashfall State Park Upper Miocene fossil mammal assemblage found in ash derived from an eruption of a predecessor to the Yellowstone volcanic field c Chimney Rock National Historic Site Oligocene and Lower Miocene continental sedimentary rocks deposited as sediments by wind and steams
d Hummel Park (Omaha) outcrops of Pleistocene glacial till and loess
e Lincoln area Capitol Beach Lake and history of saline waters and salt industry flooding history of Antelope and Salt creeks building stones in downtown area brick industry University of Nebraska State Museum
f Louisville area outcrops of Upper Pennsylvanian marine sedimentary rocks
g Valentine area and Niobrara National Wildlife Refuge Niobrara River Canyon and Cenozoic stratigraphy
h Niobrara State Park Upper Cretaceous marine sedimentary rocks (Niobrara Formation and Pierre Shale) landslides along Missouri River anthropogenic changes in Missouri River Niobrara River and Mormon Canal
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 49
i Downtown Omaha removal of loess from hills in downtown area engineering of Missouri River (eg groins bank armoring etc) visible at Bob Kerrey Memorial Bridge deep bedrock water wells at old industrial sites
j Platte River State Park Upper Pennsylvanian marine sedimentary rocks and overlook of Platte River
k Ponca State Park Upper Cretaceous marine sedimentary rocks (uppermost Dakota Formation through Greenhorn Limestone)
l Rock Creek State Historical Park middle Cretaceous Dakota Formationmdashfluvio-estuarine continental deposits
m Schramm Park Upper Pennsylvanian marine sedimentary rocks
n Scotia and Happy Jack Chalk Mine Upper Miocene lake deposit In Ogallala Group
o Scotts Bluff National Monument Oligocene and Lower Miocene continental sedimentary rocks deposited as sediments by wind and steams
p Smith Falls State ParkCenozoic stratigraphy Niobrara River waterfalls as knick points
q Toadstool Park and nearby areas continental sedimentary rocks of upper Eocene Chadron Formation Pine Ridge escarpment Trailside Museum and Ft Robinson State Park
r Weeping Water area Upper Pennsylvanian marine sedimentary rocks
s Wildcat RidgeHillsescarpment on Oligocene and Lower Miocene continental sedimentary rocks deeply eroded into canyons buttes and pinnacles by stream erosion during and after the Late Pliocene
t Indian Cave State Park and Iron Horse Trail south of Peru Upper Pennsylvanian Indian Cave Sandstone (fluvio-estuarine deposit) and sandstone cave
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 50
North American Model and Outdoor Skills Developed by Jeff Rawlinson Assistant Division Administrator Information and Education Nebraska Game and Parks Commission jeffrawlinsonnebraskagov
OUR North American Model of Conservation
Perhaps no other story is more compelling and more important in American history as that of how
our natural resources came to be one of the most important elements in our lives The history of our citizenryrsquos strong land ethic ties us to the natural world long after other nations have forgone this relationship We value how the common person from a common family can participate in the thrill of the chase experiencing wildness to its fullest
The North American Model of Conservation is a philosophy that the United States and Canada have
developed to manage wildlife in a sustainable way Historians debate how this land ethic began Some
say our model of conservation began in 1937 with the passage of the PittmanRobertson Act a move that provided funding for wildlife conservation at the national and state level The source of this funding came from the sale of hunting and shooting equipment Others may say that it began when the conservation giant President Theodore Roosevelt brought management of natural resources to the
political forefront Others would argue our Model of conservation was birthed under the Magna Charta which transferred the ownership of wildlife from the King of England and the English nobles to the all of
the people of England In reality however our Model has been under development for several hundred years combining what we have learned from other nations peoples cultures and experiences to shape a philosophy ingrained in our culture supported by hunters anglers and shooting sports enthusiasts
benefiting all wildlife and wild lands in the United States
First Wildlife Managers The concept of managing wildlife or natural resources was not conceived by our young nation For
thousands of years humanity has been manipulating and controlling the land and all its inhabitants to benefit our needs Ever since the first hunter followed that wooly creature across the Bering Straight embarking on an epic journey that would result in settling of North America man has ldquomanagedrdquo
wildlife in North America
Throughout history many leaders have shown some element of concern or conservation ethic towards wildlife The great Kublai Khan grandson of Genghis Khan and founder of the Yuan Dynasty in China forbade harvesting of many species of wildlife during critical reproductive months of March
through August so species could ldquoincrease and multiplyrdquo Conservation of wildlife is even found in Mosaic Law in Deuteronomy 226 representing some of the first written wildlife management idealsmdashldquo If you come across a birdrsquos nest in any tree or on the ground with young ones or eggs and
the mother sitting on the young or on the eggs you shall not take the mother with the youngrdquo (English Standard Version 2001)
As populations expanded throughout Europe wildlife resources fell under ownership of powerful kings
who enacted harsh punishments for anyone found taking the kingrsquos game In 1215 a rebellion against King John of England resulted in the Magna Charta transferring ownership of lands and game from the crown to the people This ldquoprivatizingrdquo of wildlife ownership had profound impacts America over 500 years later
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 51
Era Of Abundance (1600 ndash 1850) When our forefathers first landed on the eastern shores of America they brought with them science
religion and a new hope They found plentiful game and soon began a relationship with the land that provided them with many of their daily needs Wildlife was viewed as a limitless resource in a relatively untapped land These early settlers had left Europe where few had access to wildlife and entered a world where everyone had access Furs feathers hides all had value to this young country In 1776 the Declaration of Independence revoked the Kingrsquos rights to land and people in this new world After a
bloody war led by revolutionaries such as Washington Hamilton Jefferson and Adams the United States gained its independence and the land and wildlife belonged to everyone
Era Of Exploitation (1850 ndash 1900)
The 1800s brought a commercialization of our wildlife resources Market hunting and habitat
destruction began to decimate wildlife populations such as the American Bison and Passenger Pigeon After the American Revolutionary War and the Civial Warmdashwhich nearly destroyed our ldquodemocratic
experimentrdquo all togethermdashfew people were looking after the interest of wildlife and even fewer rules
existed governing the management of a resource everyone had ownership of yet no one had responsibility for
The railroad provided settlers with the means to access new lands expanding the markets for meats hides and fur Advancements in technology such as the repeating rifle further aided the unbridled
destruction of wildlife resources Yet throughout this era something positive was growing The people of this new nation were developing a relationship with the land By 1842 a Supreme Court ruling had huge impacts on this developing model of conservation resulting in a Public Trust Doctrine that would
further outline a model for conserving our natural resources Conservation was developing some direction but had no money or laws to support it
Era Of Protection (19001930) The early 1900s brought an industrial boom Abuse of natural resources had taken its toll and throughout the Nation and evidence of this abuse could be seen in the loss of species such as the
passenger pigeon near loss of the American bison and in many large mammals including whitetailed deer and our once numerous waterfowl species America was becoming an economic giant yet through
the roar of machines both political and metal a small voice could be heard It was the hunter and their voice was of concern for the direction our wildlife resources were heading Conservation minded men and women had continued a relationship with the land and the wildlife
Era of Game Management (1930 ndash 1966) The ldquodirty thirtiesrdquo were marked by the dust bowl and an impoverished nation Agricultural practices
unchecked by environmental stewardship had left the Nationrsquos heartland in ecological peril Politically the conservation movement was supported by the footings laid by Theodore Roosevelt New federal acts moved forward to provide for environmental protection due to the outcry of hunters in panic over the vanishing wildlife resources of the Nation
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 52
Wildlife conservation had support yet it lacked the science to properly manage our Nationrsquos resources A young biologist name Aldo Leopold changed all this with his writings including the book Game
Management which led to Universities across the country developing wildlife conservation programs These programs spawned a new breed of professional game managers who utilized science to support management methods that ultimately lead to the greatest wildlife conservation success story in the world In 1937 the PittmanRobertson Act provided thousands of jobs for young professionals along with ldquogame wardensrdquo supported by individual states to further the development of the Conservation Model
which now had science and funding to support it
Era of Environmental Management (1966 ndash Present) Science and funding led to a broadening view of conservation as focus shifted from managing ldquogame
animalsrdquo to managing the entire biota (environment and all living things in it) Further federal acts such
as the Endangered Species Act of 1966 and the National Environmental Policy Act of 1969 provided greater protection for species by a nation that had finally changed its course providing time to review
and perfect conservation efforts Recent acts such as the 1980 Farm Bill continued the effort to help
landowners provide quality habitat for wildlife and hunters by providing incentives to landowners to set aside highly erosive lands and plant them into wildlife habitat (grasslands) that benefit wildlife and hunters
The story of our unique model of conservation is still being written New challenges today threaten our
coveted resources and new professionals are entering the arena to further the plight of our Nationrsquos wildlife and hunting heritage
Seven Pillars of the Model
Seven main pillars have been highlighted as the foundation of support for the North American Model
of Conservation These include
The Public Trust The wildlife of the United States are owned by the people This is very different from the European Model where wildlife is privately owned The North American Model recognizes wildlife as a public
resource that is so important it can not be owned or managed by any one segment of our society but rather managed by professional state and federal entities for the benefit of all This concept known as
the Public Trust Doctrine began development in 1842 when the Supreme Court ruled that the Magna Charta had settled the question of who owns fish and wildlife and that King Charles II did not have the authority to give away the ldquodominion and propertyrdquo of lands in colonial America The court further ruled that since the American Revolution the people held public trust responsibilities for fish and wildlife except for rights specified in the US Constitution
Prohibition on Commerce
It was the hunter who brought forth stringent laws that protected wildlife from peril in the 19th
and 20th
centuries Because we all own and appreciate our wildlife as a national resource they should never find themselves on the public market to the highest bidder This path led to a largescale loss of many species
including the Passenger Pigeon and the near loss of the American bison As our country was developing these practices were common as people moved west in search of prosperity capitalizing on a land seemingly untouched by the modern world Today many laws in place serve to protect our most
valuable resourceshellipour wildlife
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 53
Democratic Rule of Law Each citizen of this great nation has the ability and responsibility to engage in healthy politics that serve
to support and protect sound wildlife conservation measures Our first conservation measures in this Country habitat restoration simple harvest restrictions and bag limits came from hunters people who respected the game they pursued and loved the wild places they chased them in The North American Model of conservation is built upon active public involvement instilling a value for wildlife in all citizens
Hunting Opportunity for All The Model was developed on the premise that all people regardless of political or economic standing could participate in and feel the thrill of the chase It is this unique Model that provides us with wildlife opportunities for all Americans Imagine how important this was to our fore fathers who left a brutal
King in England where only the aristocracy had any dream of pursuing wild creatures in wild places Our
wildlife laws ensure that each generation that comes after us will have the same opportunity to enjoy and appreciate wildlife
Nonfrivolous Use Our management of wildlife depends on a citizenry that loves and appreciates the wild creatures and the habitats necessary to their survival and our quality of life Wildlife may be utilized under strict rule of
law including utilizing the wildlife once harvested to its best potential Killing wildlife for the sake of killing can only lead to the numbing of hearts to wildlife and a profound lack of respect for our most
precious resources
International Resources
It was not until the 20th
century that hunters and wildlife lovers understood the importance of
managing wildlife at a much larger scale This became readily apparent with the passage of the
Migratory Bird Treaty Act of 1918 where nations came together to manage wildlife resources as a
collective Wildlife species do not recognize national or state boundaries Governments must work together to be effective in managing wildlife for the benefit of all The United States has made great
strides in this area with Mexico and Canada Our wildlife is not only a resource to us but to all continents they may call home throughout the year Our biologists must think globally to be effective locally
Scientific Management Although Theodore Roosevelt brought conservation to the political forefront it was a young forester from Iowa that made the study of wildlife management a science Aldo Leopold is considered by many
as the ldquofather of wildlife managementrdquo due to his tireless efforts to develop curriculum for future wildlife biologists Today our biologists earn their opportunity to manage wildlife through prominent
Bachelor Masters and Doctorate degree programs from Universities around the world Wildlife must be managed using fact science and the latest research We are constantly learning and adapting to new technology and changing environments For such an important resource we cannot afford to have it any other way
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 54
Nebraska Master Naturalist Specializations Certifying as a Specialist ldquoFollow your own natural geniusrdquo wrote Thoreau ldquoand it will not fail to show you a fresh prospect every hourrdquo Many of us learn by doing When our curiosity and interests carry us into deeper study of a given subject it can be helpful to have clear opportunities to pursue Thus the Nebraska Master Naturalist Program offers specialized voluntary training for those who are hungry to develop and apply their particular skill and personal understanding on behalf of our natural legacy Specializations are designed to create collaborators leaders and mentors in four key areas
Interpretation and Outreach
Outdoor Skills and Recreation
Resource Management
Citizen Science Master Naturalist Certification Requirements Annual Requirement o 8 Hours Training Annually o 20 Hours of Volunteerism Annually Master Naturalist Specialization Requirement One Time Requirement o 20 Hours of Training Total Specific to Specialization Annual Requirement o Additional 20 Hours of Volunteerism Annually Specific to Specialization (does not include initial Certification annual requirement hours)
OUTDOOR SKILLS AND RECREATION SPECIALIZATION The purpose of OUTDOOR SKILLS AND RECREATION is to promote activity and development of skills in the outdoor pursuits associated with natural resources Specializations are designed to create collaborators leaders and mentors in particular areas A Certified Nebraska Master Naturalist can complete the Outdoor Recreation Specializationby meeting the following requirements Complete at least one of the workshops or certification‐leading trainings listed below If specialized training is not listed below it can be approved upon request by the Master Naturalist Program Committee Specialized Training Options ‐
Hunter Education Instructor Certification 13 hrs
National 4‐H Shooting Sports Instructor Certification 32 hrs
Nebraska 4‐H Shooting Sports Shotgun Certification 12 hrs
Nebraska 4‐H Shooting Sports Archery Certification 12 hrs
Nebraska 4‐H Shooting Sports Rifle Certification 12 hrs
Nebraska 4‐H Shooting Sports Pistol Certification 12 hrs
Nebraska 4‐H Shooting Sports Muzzleloader Certification 12 hrs
National Archery in the Schools Program Basic Archery Instructor 4 hrs
NRA Range OfficerMaster Certification 8 hrs
Hunt Master Training Instructor 4 hrs
NRA Shooting Instructor 16 hrs
NRA Shotgun Instructor 16 hrs
NRA Rifle Instructor 16 hrs
Boater Education Instructor 12 hrs
Youth Fishing Instructor 5 hrs
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 55
American Canoe Association National CanoeKayak Instructor 16‐32hrs
National Camp SchoolBoy Scouts 16‐24 hrs
Wood Badge TrainingBoy Scouts 16‐24 hrs
Merit Badge Counselor TrainingBoy Scouts 2‐16 hrs
Conservation Leaders for Tomorrow 35 hrs
Wilderness First Aid 16‐32 hrs
Professional Trappers College 40 hrs
American Camp Association Instructor Training 8‐40 hrs
American Red Cross Instructor Training 2‐16 hrs
American Sailing Association Instructor Training 16‐24 hrs
Certified Horsemanship Association Instructor Training 24‐40 hrs
Leave No Trace Master Educator Training 40 hrs
National Outdoor Leadership School 280 hrs
Camp Cook School 32‐96 hrs
Professional Association of Diving Instructors Training 32‐96 hrs
Professional Mountain Bike Association Instructor Training 24 hrs
League of American Bicyclists Instructor Certification 24 hrs
Hunting
Shooting
Fishing
Trapping
Camping
Outdoor Cooking
Orienteering
Geocaching
Photography
Wildlife Viewing
Hiking
Biking
Birding
Becoming an Outdoors‐Woman Program
Wilderness First Aid
Wilderness Survival
Leave No Trace Educator
Service Options ndash Provide a minimum of 20 hours of service annually in the following or similar areas
4‐H leader and youth training outdoor recreation
Scout leader and youth training outdoor recreation
Wild About Nature
Flying WILD Educator or Facilitator Workshop
Becoming an Outdoors Woman (BOW)
Beyond Becoming an Outdoors Woman (BOW)
Family Camp
Learn to Hunt Program
National Archery in the Schools Program BAI training or greater
Mentor HuntHunt Masters Training
After School Programs
Others ndash Upon approval
Outdoor discovery programs volunteer
CRO at a shooting event
Assist with National or State shooting sports competitions
Family fishing day
Design or write a brochure
Develop or contribute to a website
Develop or contribute to a social networking site
Design or write a newsletter
Assist in fundraising
Plan an event or festival
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 56
Interpretation amp Education- Developed By Lindsay Rogers Nebraska Game amp Parks
Commission
Do not try to satisfy your vanity by teaching a great many things Awaken peoplersquos curiosity It is
enough to open minds do not overload them Put there just a spark If there is some good
inflammable stuff it will catch firerdquo
- Anatole France in The Earth Speaks
Session Objectives
To help participants understand the role education plays in sounds ecological conservation
To help participants learn about past and present conservationist and interpretive educators
To help participants learn components of quality education and interpretation
To have participants partake in quality interpretive education
To make sure participants understand that their role is to light the spark and awaken curiosityhellip not spew facts
Lecture Requirements
1 What is interpretation (5 minutes) a What does ldquointerpretrdquo mean b National Association of Interpretation definition of ldquointerpretationrdquo
i Interpretation is a mission-based communication process that forges emotional and intellectual connection between the interests of the audience and the meanings inherent to the resource
c Freeman Tilden Interpreting Our Heritage 1957 i Interpretation is an educational activity which aims to reveal meanings
and relationships through the use of original objects by first-hand experience and by illustrative media rather than simply to communicate factual information
d Components of interpretation i pleasurable or enjoyable
ii relevant to the world iii organized iv themed v sparks an interest
vi includes information but does not stop there links information to the world
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 57
vii age appropriate viii taught to someone not at them
2 What is education (5 minutes)
a What does it mean to ldquoeducaterdquo someone b John Dewey Democracy amp Education 2944
i Education in its general sense is a form of learning in which the knowledge skills and habits of a group of people are transferred from one generation to the next through teaching training or research
c Components of education i - generally presented to someone but not always
ii enjoyable sometimes iii provides knowledge and facts iv can make connections but not always v organized and themed
d Both education and interpretation are important they work together
3 Conservationists (10 minutes) a Jon Muir
i Immigrated from Scotland to Wisconsin in 1849 ii Attended the University of Wisconsin studies botany amp geology
iii Moved to the western US mainly the Sierra Nevada area iv Believed humans were part of the interconnected natural world v Advocated for the preservation of natural areas
vi Co-founded the Sierra Club b Aldo Leopold
i Iowa native attended Yale University ii After college he joined the US Forest Service was stationed in Arizona
and New Mexico iii Developed theories of land ethics the need for biodiversity and an
appreciation for wilderness areas iv Moved to Wisconsin in 1924 became a professor at the University of
Wisconsin v Regarded as the ldquoFather of Conservationrdquo
c Gifford Pinchot i Born in Connecticut in 1905
ii Studied at Yale studies forestry in France iii Named chief of the Division of Forestry (later to become the US Forest
Service) iv First chief of the US Forest Service greatly improved forest
management and increased the size of Forest Service lands
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 58
v Managed forests for the greatest good for the greatest number Pinchot added the phrase in the long run to emphasize that forest management consists of long-term decisions
d Steven Mather i Born in California attended Berkley University
ii Worked for the Pacific Coast Borax Company where he had a talent for promotion Started a competing company made millions
iii When revisiting Sequoia and Yosemite National Parks in 1914 he was appalled by the conditions of the national parks
iv Joined the Department of the Interior as the head of parks later created the National Parks System
v Professionalized the National Parks and helped to greatly grow protected lands
e Rachel Carson i Born in Pennsylvania in 1907 attended John Hopkins University for
graduate school ii Went to work for the US Bureau of Fisheries (later to become the US
Fish amp Wildlife Service) iii Wrote Silent Spring in 1962 The book created an awaking for Americanrsquos
to their responsibility to the environment and wildlife The book lead to the US Government banning the use of DDT
f Theodore Roosevelt i Born in 1858 in New York New York was a sickly child who stayed inside
studying natural history ii An avid outdoorsman he spent much time in the South Dakota Badlands
iii Became President in 1901 with the assignation of President McKinley iv Among many major accomplishments as president he started the
National Parks was instrumental in conserving about 230 million acres
4 Naturalist Interpreters (10 minutes) a Freeman Tilden
i Born 1883 worked as a newspaper columnist and author ii At age 58 he began working with the National Parks Service
iii While traveling to various National Parks he became concerned with the quality of interpretation
iv Wrote Interpreting Our Heritage in 1957 outlines 6 principles to quality interpretation forever changed the field of interpretation
b William Lewis i Worked as a ranger naturalist and interpreter trainer for the National
Parks Service ii Developed the approach of ldquoThematic Interpretationrdquo which requires the
interpreter to choose a central theme (major point) to guide the development of a program
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 59
iii Wrote Interpreting For Park Visitors c Sam Ham
i Director of Center for International Training and Outreach at the University of Idaho
ii Work has focused on applying communication theory to environmental conservation interpretation and on nature-based tourism and guide training
iii Wrote Environmental Interpretation (1992) d Ted Cable
i Professor of Park Management and Conservation at Kansas State University
ii Co-authored Interpreting Cultural and Natural Resources (2003) and Interpretation for the 21st Century Fifteen Guiding Principles for Interpreting Nature and Culture (2002)
5 Conducting an Interpretative Program Try and Fail (60 minutes + 120 minutes of activities throughouthellip see list of Suggested Activities below)
a Experiential Learning i The first time you tried to walk you failed The first time you rode a bike
you failed This is called experiential learning The first time you attempt an educational or interpretation program you will fail thatrsquos how we learn
ii Donrsquot be afraid to fail b Ask Questions about the ProgramPresentation before you commit to leading it c Plan your Program
i Generally I want my presentation to be about Specifically however I want to tell my audience about After hearing my presentation I want my audience to understand (what is the big picture you want them to take home)
1 You do not need (or want) to teach your audience everything you know your job is to light the spark
ii What will your tangibles and intangibles be 1 Tangibles are those things you can touch things you use to teach
when teaching a Examples include a tree a mammal pelt a skull a live
animal a prairie 2 Intangibles involve connecting the tangibles to concepts and the
ideas they represent intangibles are the meanings the relationships the processes the ideas the feelings and the beliefs
a Examples include food webs ecosystem health entropy ecology
iii People remember themes they forget facts
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 60
iv Plan for an organized presentation 1 Think about your overall theme smaller parts of the program and
your transitions v Stick to your theme
vi Determine what type of presentation you will have 1 PowerPoint (avoid) 2 Podium Presentation (avoid) 3 Active taking a hike playing a game etc 4 Hands-on touching feeling trying hearing smelling
vii Think about all the different kinds of learners 1 verbal-linguistic 2 logical-mathematical 3 visual-spatial 4 kinesthetic 5 musical-rhythmic 6 interpersonal (groups) 7 intrapersonal (individual) 8 naturalist
d Know your role as an educator 1 Provide facts and relationships not opinions 2 Allow participants to determine their own opinions and beliefs
using the facts amp relationships you provide them 3 PLAY ldquoFIRST IMPRESSIONSrdquo
e Prepare Prepare Prepare 1 Know the type of space and area you will have (indoor vs
outdoor small space vs vast area etc) 2 Plan for more that you are told 3 Plan for the weather (always expect it to be windy in Nebraska)
f Questions i Ask good questions
1 Is this a fox Vs How do you know this is a fox 2 Do you have any questions Vs What questions do you have
ii Be prepared for quality questions 1 What are the implications for describe the impact of what are
the reasons for iii Be prepared for ldquogoodrdquo questions
1 Do you have ewoks in the forest If a Mountain Lion and an Eagle were to fight who would win
2 Take all questions seriously Answer seriously g Model what you want to see the students do
i If you want a group of students to catch insects help them get active with them
ii This is true when working with children and adults
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 61
1 Working alongside students validates them and their learning h Be enthusiastic show your passion
i This is another form of modeling what you want to see in your students ii We need to excite students (no matter their age) about conservation
nature and the outdoors iii Have fun
6 Take Home Lesson Light the Spark and Donrsquot Be Afraid to Fail
Suggested Activities (amp potential mandatory activities)
Throughout the lesson conduct multiple games andor activities to model good interpretation
Suggested games include but are not limited to
1 Oh Deer (Project WILD) 2 First Impressions (to be done during section 5) (Project WILD) 3 The Long Haul (Project WET) 4 Sum of the Parts (Project WET) 5 Water Quality Ask the Bugs (Project WET) 6 Adaptation Artistry (Flying WILD) or Fashion a Fish (Aquatic Project WILD) 7 Avian Antics (Flying WILD) 8 Pollinators Meet Your Plants (Nebraska Project WILD wwwnebraskaprojectwildorg) 9 Scavenger Hunts (Nebraska Project WILD wwwnebraskaprojectwildorg)
Suggested Post-Readings
Interpreting Our Heritage Freeman Tilden 1957 (4th edition 2008)
ISBN-13 978-0807858677
Interpreting for Park Visitors William Lewis 1981
ISBN-13 978-0890620793
Environmental Interpretation Sam Ham 1992
ISBN-13 978-1555919023
Interpretation for the 21st Century Fifteen Guiding Principles for Interpreting Nature and
Culture Larry Beck amp Ted Cable 2002
ISBN-13 978-1571675224
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 62
Interpretation-Making a Difference on Purpose Sam Ham 2013
ISBN-13 978-1555917425
Foundations of Interpretation Curriculum Content Narrative National Parks Service 2007
httpwwwnpsgovidpinterp101foundationscurriculumpdf
Websites
National Association of Interpretation
wwwinterpnetcom
North American Association for Environmental Education
wwwnaaeeorg
Nebraska Alliance for Conservation and Environment Education
wwwnaceeorg
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 63
Safety in the Field
Developed by Rich Hawes Nebraska Master Naturalist rdhawes26msncom
Objectives
Raise awareness of Risk Managementassessment as part of event planning
Guidelines to safe activities for participants presenters and the environment
Present Leave No Trace Principals as part of all outdoor activities
Present resources for additional training or certification for outdoor activities
Hands on activities to encourage interest and to provoke thought and discussion
Hazards of the area
Outdoor hiking safety
Stewardship of the land and natural resources
Being flexible and working with ldquowhat you haverdquo
Outline
1 Outdoor Activities ndash Whatrsquos The Worst That Can Happen An Introduction to Event Planning and Risk Management
2 Leave No Trace Principals
3 Trip planning and Logistics
4 Health amp Safety
5 Youth Protection
6 Age Appropriate Activities
7 Resource Training and Certifications
a Standard First Aid CPRAED Wilderness First Aid
b Shooting Sports - Range Safety Officer or Instructor
c Hunter Safety Instructor
d Climbing COPE and Zip Lines
e Water Safety Instructor Life Guard Small Boat Handling
f Leave No Trace Trainer or Master Educator
g Tread Lightly Tread Trainer or Master Tread Trainer
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 64
Suggested Activities
CPR Scenario
First Aid Scenario
Weather Scenario
Lost Scenario
Online Resources
American Camp Association
Boy Scouts of America
Youth Protection
Safe Swim Defense
Safety Afloat
Climb On Safely
Weather Safety
Trek On Safely
(etc)
Leave No Trace
Nebraska Game amp Parks
Hunter Safety
Boating Rules amp Regs
National Rifle Association
(Archery groups)
American Red Cross
(wilderness medicine group(s))
NOLS
Tread Lightly
US Coast Guard
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 47
Geology and Natural History of Nebraska
Being Developed by Jon Garbisch Cedar Point Biological Station jgarbisch2unledu
bull Geological history of Nebraska
bull Present geological formation of regions
bull General soil types
bull Geological landforms and related habitats
What we currently use
Theme
Nebraska geology formed over millions of years through the erosion of mountains the deposition of
sediments and the flow of water and ice shaping the landscape that we call home
Goal
Attendees will develop an understanding of the natural processes that influenced and built Nebraska
and in so doing develop a greater appreciation for the geology and how it relates to all other aspects of
the statersquos identity
Objective(s)
The Master Naturalists attendees will be able to use the knowledge they have gained to better
understand the surface and subsurface geology at any location in the state that they may find
themselves working
How will it be measured
Attendees will be able to use the knowledge gained to actively interpret general Nebraska geology by
completing activities in the form of hand-out diagrams biostratigraphic fossil correlations
interpretation of rock type hand specimens and visual description of the Geology on the trail at Camp
Brewster Fontenelle Forest
Introduction
Nebraska geology formed over millions of years through the erosion of mountains the deposition of
sediments and the flow of water and ice shaping the landscape that we call home (Hand out agenda)
Geology is rooted in the 3 rock groups that exist on planet Earth and so familiarity with
o these groups gives us a solid foundation for all other geologic interpretation
A half hour will be spent handling examples from each rock group
o 3 groups 3 tables with one rock type on each table each group spends 10 minutes at
each table
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 48
The Geologic Time Scale is a record over time of the Earths major geologic events and we
can use it to help us understand how and when Nebraska took shape
The natural agents of change which have shaped our state include oceans rivers wind
o and ice
The geologic time periods in Nebraska are represented by rock layers (or not) which occur all
around the state and have been named so that no matter where you are in the state you can
correlate the strata to the time scale (fossilsisotopes)
6 Geologic Principles will be discussed so that when the MN is in the field they can be used as an
aid in basic geologic interpretation
Conclusion
Nebraska geology formed over millions of years through the erosion of mountains the deposition of
sediments and the flow of water and ice shaping the landscape that we call home Geology supplies us
a record of the events that have shaped our Earth by learning the language in which the Earth script is
written we will be able to interpret and share the story of our state of Nebraska This understanding will
aid in us in relating to other areas influential and important to the state
Places to Go (places to see examples of Nebraska geology)
a Agate Fossil Beds National Monument Lower Miocene fossil mammal site including abundant body fossils of ancient mammals and prominent fossil rodent burrows
b Ashfall State Park Upper Miocene fossil mammal assemblage found in ash derived from an eruption of a predecessor to the Yellowstone volcanic field c Chimney Rock National Historic Site Oligocene and Lower Miocene continental sedimentary rocks deposited as sediments by wind and steams
d Hummel Park (Omaha) outcrops of Pleistocene glacial till and loess
e Lincoln area Capitol Beach Lake and history of saline waters and salt industry flooding history of Antelope and Salt creeks building stones in downtown area brick industry University of Nebraska State Museum
f Louisville area outcrops of Upper Pennsylvanian marine sedimentary rocks
g Valentine area and Niobrara National Wildlife Refuge Niobrara River Canyon and Cenozoic stratigraphy
h Niobrara State Park Upper Cretaceous marine sedimentary rocks (Niobrara Formation and Pierre Shale) landslides along Missouri River anthropogenic changes in Missouri River Niobrara River and Mormon Canal
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 49
i Downtown Omaha removal of loess from hills in downtown area engineering of Missouri River (eg groins bank armoring etc) visible at Bob Kerrey Memorial Bridge deep bedrock water wells at old industrial sites
j Platte River State Park Upper Pennsylvanian marine sedimentary rocks and overlook of Platte River
k Ponca State Park Upper Cretaceous marine sedimentary rocks (uppermost Dakota Formation through Greenhorn Limestone)
l Rock Creek State Historical Park middle Cretaceous Dakota Formationmdashfluvio-estuarine continental deposits
m Schramm Park Upper Pennsylvanian marine sedimentary rocks
n Scotia and Happy Jack Chalk Mine Upper Miocene lake deposit In Ogallala Group
o Scotts Bluff National Monument Oligocene and Lower Miocene continental sedimentary rocks deposited as sediments by wind and steams
p Smith Falls State ParkCenozoic stratigraphy Niobrara River waterfalls as knick points
q Toadstool Park and nearby areas continental sedimentary rocks of upper Eocene Chadron Formation Pine Ridge escarpment Trailside Museum and Ft Robinson State Park
r Weeping Water area Upper Pennsylvanian marine sedimentary rocks
s Wildcat RidgeHillsescarpment on Oligocene and Lower Miocene continental sedimentary rocks deeply eroded into canyons buttes and pinnacles by stream erosion during and after the Late Pliocene
t Indian Cave State Park and Iron Horse Trail south of Peru Upper Pennsylvanian Indian Cave Sandstone (fluvio-estuarine deposit) and sandstone cave
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 50
North American Model and Outdoor Skills Developed by Jeff Rawlinson Assistant Division Administrator Information and Education Nebraska Game and Parks Commission jeffrawlinsonnebraskagov
OUR North American Model of Conservation
Perhaps no other story is more compelling and more important in American history as that of how
our natural resources came to be one of the most important elements in our lives The history of our citizenryrsquos strong land ethic ties us to the natural world long after other nations have forgone this relationship We value how the common person from a common family can participate in the thrill of the chase experiencing wildness to its fullest
The North American Model of Conservation is a philosophy that the United States and Canada have
developed to manage wildlife in a sustainable way Historians debate how this land ethic began Some
say our model of conservation began in 1937 with the passage of the PittmanRobertson Act a move that provided funding for wildlife conservation at the national and state level The source of this funding came from the sale of hunting and shooting equipment Others may say that it began when the conservation giant President Theodore Roosevelt brought management of natural resources to the
political forefront Others would argue our Model of conservation was birthed under the Magna Charta which transferred the ownership of wildlife from the King of England and the English nobles to the all of
the people of England In reality however our Model has been under development for several hundred years combining what we have learned from other nations peoples cultures and experiences to shape a philosophy ingrained in our culture supported by hunters anglers and shooting sports enthusiasts
benefiting all wildlife and wild lands in the United States
First Wildlife Managers The concept of managing wildlife or natural resources was not conceived by our young nation For
thousands of years humanity has been manipulating and controlling the land and all its inhabitants to benefit our needs Ever since the first hunter followed that wooly creature across the Bering Straight embarking on an epic journey that would result in settling of North America man has ldquomanagedrdquo
wildlife in North America
Throughout history many leaders have shown some element of concern or conservation ethic towards wildlife The great Kublai Khan grandson of Genghis Khan and founder of the Yuan Dynasty in China forbade harvesting of many species of wildlife during critical reproductive months of March
through August so species could ldquoincrease and multiplyrdquo Conservation of wildlife is even found in Mosaic Law in Deuteronomy 226 representing some of the first written wildlife management idealsmdashldquo If you come across a birdrsquos nest in any tree or on the ground with young ones or eggs and
the mother sitting on the young or on the eggs you shall not take the mother with the youngrdquo (English Standard Version 2001)
As populations expanded throughout Europe wildlife resources fell under ownership of powerful kings
who enacted harsh punishments for anyone found taking the kingrsquos game In 1215 a rebellion against King John of England resulted in the Magna Charta transferring ownership of lands and game from the crown to the people This ldquoprivatizingrdquo of wildlife ownership had profound impacts America over 500 years later
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 51
Era Of Abundance (1600 ndash 1850) When our forefathers first landed on the eastern shores of America they brought with them science
religion and a new hope They found plentiful game and soon began a relationship with the land that provided them with many of their daily needs Wildlife was viewed as a limitless resource in a relatively untapped land These early settlers had left Europe where few had access to wildlife and entered a world where everyone had access Furs feathers hides all had value to this young country In 1776 the Declaration of Independence revoked the Kingrsquos rights to land and people in this new world After a
bloody war led by revolutionaries such as Washington Hamilton Jefferson and Adams the United States gained its independence and the land and wildlife belonged to everyone
Era Of Exploitation (1850 ndash 1900)
The 1800s brought a commercialization of our wildlife resources Market hunting and habitat
destruction began to decimate wildlife populations such as the American Bison and Passenger Pigeon After the American Revolutionary War and the Civial Warmdashwhich nearly destroyed our ldquodemocratic
experimentrdquo all togethermdashfew people were looking after the interest of wildlife and even fewer rules
existed governing the management of a resource everyone had ownership of yet no one had responsibility for
The railroad provided settlers with the means to access new lands expanding the markets for meats hides and fur Advancements in technology such as the repeating rifle further aided the unbridled
destruction of wildlife resources Yet throughout this era something positive was growing The people of this new nation were developing a relationship with the land By 1842 a Supreme Court ruling had huge impacts on this developing model of conservation resulting in a Public Trust Doctrine that would
further outline a model for conserving our natural resources Conservation was developing some direction but had no money or laws to support it
Era Of Protection (19001930) The early 1900s brought an industrial boom Abuse of natural resources had taken its toll and throughout the Nation and evidence of this abuse could be seen in the loss of species such as the
passenger pigeon near loss of the American bison and in many large mammals including whitetailed deer and our once numerous waterfowl species America was becoming an economic giant yet through
the roar of machines both political and metal a small voice could be heard It was the hunter and their voice was of concern for the direction our wildlife resources were heading Conservation minded men and women had continued a relationship with the land and the wildlife
Era of Game Management (1930 ndash 1966) The ldquodirty thirtiesrdquo were marked by the dust bowl and an impoverished nation Agricultural practices
unchecked by environmental stewardship had left the Nationrsquos heartland in ecological peril Politically the conservation movement was supported by the footings laid by Theodore Roosevelt New federal acts moved forward to provide for environmental protection due to the outcry of hunters in panic over the vanishing wildlife resources of the Nation
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 52
Wildlife conservation had support yet it lacked the science to properly manage our Nationrsquos resources A young biologist name Aldo Leopold changed all this with his writings including the book Game
Management which led to Universities across the country developing wildlife conservation programs These programs spawned a new breed of professional game managers who utilized science to support management methods that ultimately lead to the greatest wildlife conservation success story in the world In 1937 the PittmanRobertson Act provided thousands of jobs for young professionals along with ldquogame wardensrdquo supported by individual states to further the development of the Conservation Model
which now had science and funding to support it
Era of Environmental Management (1966 ndash Present) Science and funding led to a broadening view of conservation as focus shifted from managing ldquogame
animalsrdquo to managing the entire biota (environment and all living things in it) Further federal acts such
as the Endangered Species Act of 1966 and the National Environmental Policy Act of 1969 provided greater protection for species by a nation that had finally changed its course providing time to review
and perfect conservation efforts Recent acts such as the 1980 Farm Bill continued the effort to help
landowners provide quality habitat for wildlife and hunters by providing incentives to landowners to set aside highly erosive lands and plant them into wildlife habitat (grasslands) that benefit wildlife and hunters
The story of our unique model of conservation is still being written New challenges today threaten our
coveted resources and new professionals are entering the arena to further the plight of our Nationrsquos wildlife and hunting heritage
Seven Pillars of the Model
Seven main pillars have been highlighted as the foundation of support for the North American Model
of Conservation These include
The Public Trust The wildlife of the United States are owned by the people This is very different from the European Model where wildlife is privately owned The North American Model recognizes wildlife as a public
resource that is so important it can not be owned or managed by any one segment of our society but rather managed by professional state and federal entities for the benefit of all This concept known as
the Public Trust Doctrine began development in 1842 when the Supreme Court ruled that the Magna Charta had settled the question of who owns fish and wildlife and that King Charles II did not have the authority to give away the ldquodominion and propertyrdquo of lands in colonial America The court further ruled that since the American Revolution the people held public trust responsibilities for fish and wildlife except for rights specified in the US Constitution
Prohibition on Commerce
It was the hunter who brought forth stringent laws that protected wildlife from peril in the 19th
and 20th
centuries Because we all own and appreciate our wildlife as a national resource they should never find themselves on the public market to the highest bidder This path led to a largescale loss of many species
including the Passenger Pigeon and the near loss of the American bison As our country was developing these practices were common as people moved west in search of prosperity capitalizing on a land seemingly untouched by the modern world Today many laws in place serve to protect our most
valuable resourceshellipour wildlife
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 53
Democratic Rule of Law Each citizen of this great nation has the ability and responsibility to engage in healthy politics that serve
to support and protect sound wildlife conservation measures Our first conservation measures in this Country habitat restoration simple harvest restrictions and bag limits came from hunters people who respected the game they pursued and loved the wild places they chased them in The North American Model of conservation is built upon active public involvement instilling a value for wildlife in all citizens
Hunting Opportunity for All The Model was developed on the premise that all people regardless of political or economic standing could participate in and feel the thrill of the chase It is this unique Model that provides us with wildlife opportunities for all Americans Imagine how important this was to our fore fathers who left a brutal
King in England where only the aristocracy had any dream of pursuing wild creatures in wild places Our
wildlife laws ensure that each generation that comes after us will have the same opportunity to enjoy and appreciate wildlife
Nonfrivolous Use Our management of wildlife depends on a citizenry that loves and appreciates the wild creatures and the habitats necessary to their survival and our quality of life Wildlife may be utilized under strict rule of
law including utilizing the wildlife once harvested to its best potential Killing wildlife for the sake of killing can only lead to the numbing of hearts to wildlife and a profound lack of respect for our most
precious resources
International Resources
It was not until the 20th
century that hunters and wildlife lovers understood the importance of
managing wildlife at a much larger scale This became readily apparent with the passage of the
Migratory Bird Treaty Act of 1918 where nations came together to manage wildlife resources as a
collective Wildlife species do not recognize national or state boundaries Governments must work together to be effective in managing wildlife for the benefit of all The United States has made great
strides in this area with Mexico and Canada Our wildlife is not only a resource to us but to all continents they may call home throughout the year Our biologists must think globally to be effective locally
Scientific Management Although Theodore Roosevelt brought conservation to the political forefront it was a young forester from Iowa that made the study of wildlife management a science Aldo Leopold is considered by many
as the ldquofather of wildlife managementrdquo due to his tireless efforts to develop curriculum for future wildlife biologists Today our biologists earn their opportunity to manage wildlife through prominent
Bachelor Masters and Doctorate degree programs from Universities around the world Wildlife must be managed using fact science and the latest research We are constantly learning and adapting to new technology and changing environments For such an important resource we cannot afford to have it any other way
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 54
Nebraska Master Naturalist Specializations Certifying as a Specialist ldquoFollow your own natural geniusrdquo wrote Thoreau ldquoand it will not fail to show you a fresh prospect every hourrdquo Many of us learn by doing When our curiosity and interests carry us into deeper study of a given subject it can be helpful to have clear opportunities to pursue Thus the Nebraska Master Naturalist Program offers specialized voluntary training for those who are hungry to develop and apply their particular skill and personal understanding on behalf of our natural legacy Specializations are designed to create collaborators leaders and mentors in four key areas
Interpretation and Outreach
Outdoor Skills and Recreation
Resource Management
Citizen Science Master Naturalist Certification Requirements Annual Requirement o 8 Hours Training Annually o 20 Hours of Volunteerism Annually Master Naturalist Specialization Requirement One Time Requirement o 20 Hours of Training Total Specific to Specialization Annual Requirement o Additional 20 Hours of Volunteerism Annually Specific to Specialization (does not include initial Certification annual requirement hours)
OUTDOOR SKILLS AND RECREATION SPECIALIZATION The purpose of OUTDOOR SKILLS AND RECREATION is to promote activity and development of skills in the outdoor pursuits associated with natural resources Specializations are designed to create collaborators leaders and mentors in particular areas A Certified Nebraska Master Naturalist can complete the Outdoor Recreation Specializationby meeting the following requirements Complete at least one of the workshops or certification‐leading trainings listed below If specialized training is not listed below it can be approved upon request by the Master Naturalist Program Committee Specialized Training Options ‐
Hunter Education Instructor Certification 13 hrs
National 4‐H Shooting Sports Instructor Certification 32 hrs
Nebraska 4‐H Shooting Sports Shotgun Certification 12 hrs
Nebraska 4‐H Shooting Sports Archery Certification 12 hrs
Nebraska 4‐H Shooting Sports Rifle Certification 12 hrs
Nebraska 4‐H Shooting Sports Pistol Certification 12 hrs
Nebraska 4‐H Shooting Sports Muzzleloader Certification 12 hrs
National Archery in the Schools Program Basic Archery Instructor 4 hrs
NRA Range OfficerMaster Certification 8 hrs
Hunt Master Training Instructor 4 hrs
NRA Shooting Instructor 16 hrs
NRA Shotgun Instructor 16 hrs
NRA Rifle Instructor 16 hrs
Boater Education Instructor 12 hrs
Youth Fishing Instructor 5 hrs
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 55
American Canoe Association National CanoeKayak Instructor 16‐32hrs
National Camp SchoolBoy Scouts 16‐24 hrs
Wood Badge TrainingBoy Scouts 16‐24 hrs
Merit Badge Counselor TrainingBoy Scouts 2‐16 hrs
Conservation Leaders for Tomorrow 35 hrs
Wilderness First Aid 16‐32 hrs
Professional Trappers College 40 hrs
American Camp Association Instructor Training 8‐40 hrs
American Red Cross Instructor Training 2‐16 hrs
American Sailing Association Instructor Training 16‐24 hrs
Certified Horsemanship Association Instructor Training 24‐40 hrs
Leave No Trace Master Educator Training 40 hrs
National Outdoor Leadership School 280 hrs
Camp Cook School 32‐96 hrs
Professional Association of Diving Instructors Training 32‐96 hrs
Professional Mountain Bike Association Instructor Training 24 hrs
League of American Bicyclists Instructor Certification 24 hrs
Hunting
Shooting
Fishing
Trapping
Camping
Outdoor Cooking
Orienteering
Geocaching
Photography
Wildlife Viewing
Hiking
Biking
Birding
Becoming an Outdoors‐Woman Program
Wilderness First Aid
Wilderness Survival
Leave No Trace Educator
Service Options ndash Provide a minimum of 20 hours of service annually in the following or similar areas
4‐H leader and youth training outdoor recreation
Scout leader and youth training outdoor recreation
Wild About Nature
Flying WILD Educator or Facilitator Workshop
Becoming an Outdoors Woman (BOW)
Beyond Becoming an Outdoors Woman (BOW)
Family Camp
Learn to Hunt Program
National Archery in the Schools Program BAI training or greater
Mentor HuntHunt Masters Training
After School Programs
Others ndash Upon approval
Outdoor discovery programs volunteer
CRO at a shooting event
Assist with National or State shooting sports competitions
Family fishing day
Design or write a brochure
Develop or contribute to a website
Develop or contribute to a social networking site
Design or write a newsletter
Assist in fundraising
Plan an event or festival
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 56
Interpretation amp Education- Developed By Lindsay Rogers Nebraska Game amp Parks
Commission
Do not try to satisfy your vanity by teaching a great many things Awaken peoplersquos curiosity It is
enough to open minds do not overload them Put there just a spark If there is some good
inflammable stuff it will catch firerdquo
- Anatole France in The Earth Speaks
Session Objectives
To help participants understand the role education plays in sounds ecological conservation
To help participants learn about past and present conservationist and interpretive educators
To help participants learn components of quality education and interpretation
To have participants partake in quality interpretive education
To make sure participants understand that their role is to light the spark and awaken curiosityhellip not spew facts
Lecture Requirements
1 What is interpretation (5 minutes) a What does ldquointerpretrdquo mean b National Association of Interpretation definition of ldquointerpretationrdquo
i Interpretation is a mission-based communication process that forges emotional and intellectual connection between the interests of the audience and the meanings inherent to the resource
c Freeman Tilden Interpreting Our Heritage 1957 i Interpretation is an educational activity which aims to reveal meanings
and relationships through the use of original objects by first-hand experience and by illustrative media rather than simply to communicate factual information
d Components of interpretation i pleasurable or enjoyable
ii relevant to the world iii organized iv themed v sparks an interest
vi includes information but does not stop there links information to the world
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 57
vii age appropriate viii taught to someone not at them
2 What is education (5 minutes)
a What does it mean to ldquoeducaterdquo someone b John Dewey Democracy amp Education 2944
i Education in its general sense is a form of learning in which the knowledge skills and habits of a group of people are transferred from one generation to the next through teaching training or research
c Components of education i - generally presented to someone but not always
ii enjoyable sometimes iii provides knowledge and facts iv can make connections but not always v organized and themed
d Both education and interpretation are important they work together
3 Conservationists (10 minutes) a Jon Muir
i Immigrated from Scotland to Wisconsin in 1849 ii Attended the University of Wisconsin studies botany amp geology
iii Moved to the western US mainly the Sierra Nevada area iv Believed humans were part of the interconnected natural world v Advocated for the preservation of natural areas
vi Co-founded the Sierra Club b Aldo Leopold
i Iowa native attended Yale University ii After college he joined the US Forest Service was stationed in Arizona
and New Mexico iii Developed theories of land ethics the need for biodiversity and an
appreciation for wilderness areas iv Moved to Wisconsin in 1924 became a professor at the University of
Wisconsin v Regarded as the ldquoFather of Conservationrdquo
c Gifford Pinchot i Born in Connecticut in 1905
ii Studied at Yale studies forestry in France iii Named chief of the Division of Forestry (later to become the US Forest
Service) iv First chief of the US Forest Service greatly improved forest
management and increased the size of Forest Service lands
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 58
v Managed forests for the greatest good for the greatest number Pinchot added the phrase in the long run to emphasize that forest management consists of long-term decisions
d Steven Mather i Born in California attended Berkley University
ii Worked for the Pacific Coast Borax Company where he had a talent for promotion Started a competing company made millions
iii When revisiting Sequoia and Yosemite National Parks in 1914 he was appalled by the conditions of the national parks
iv Joined the Department of the Interior as the head of parks later created the National Parks System
v Professionalized the National Parks and helped to greatly grow protected lands
e Rachel Carson i Born in Pennsylvania in 1907 attended John Hopkins University for
graduate school ii Went to work for the US Bureau of Fisheries (later to become the US
Fish amp Wildlife Service) iii Wrote Silent Spring in 1962 The book created an awaking for Americanrsquos
to their responsibility to the environment and wildlife The book lead to the US Government banning the use of DDT
f Theodore Roosevelt i Born in 1858 in New York New York was a sickly child who stayed inside
studying natural history ii An avid outdoorsman he spent much time in the South Dakota Badlands
iii Became President in 1901 with the assignation of President McKinley iv Among many major accomplishments as president he started the
National Parks was instrumental in conserving about 230 million acres
4 Naturalist Interpreters (10 minutes) a Freeman Tilden
i Born 1883 worked as a newspaper columnist and author ii At age 58 he began working with the National Parks Service
iii While traveling to various National Parks he became concerned with the quality of interpretation
iv Wrote Interpreting Our Heritage in 1957 outlines 6 principles to quality interpretation forever changed the field of interpretation
b William Lewis i Worked as a ranger naturalist and interpreter trainer for the National
Parks Service ii Developed the approach of ldquoThematic Interpretationrdquo which requires the
interpreter to choose a central theme (major point) to guide the development of a program
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 59
iii Wrote Interpreting For Park Visitors c Sam Ham
i Director of Center for International Training and Outreach at the University of Idaho
ii Work has focused on applying communication theory to environmental conservation interpretation and on nature-based tourism and guide training
iii Wrote Environmental Interpretation (1992) d Ted Cable
i Professor of Park Management and Conservation at Kansas State University
ii Co-authored Interpreting Cultural and Natural Resources (2003) and Interpretation for the 21st Century Fifteen Guiding Principles for Interpreting Nature and Culture (2002)
5 Conducting an Interpretative Program Try and Fail (60 minutes + 120 minutes of activities throughouthellip see list of Suggested Activities below)
a Experiential Learning i The first time you tried to walk you failed The first time you rode a bike
you failed This is called experiential learning The first time you attempt an educational or interpretation program you will fail thatrsquos how we learn
ii Donrsquot be afraid to fail b Ask Questions about the ProgramPresentation before you commit to leading it c Plan your Program
i Generally I want my presentation to be about Specifically however I want to tell my audience about After hearing my presentation I want my audience to understand (what is the big picture you want them to take home)
1 You do not need (or want) to teach your audience everything you know your job is to light the spark
ii What will your tangibles and intangibles be 1 Tangibles are those things you can touch things you use to teach
when teaching a Examples include a tree a mammal pelt a skull a live
animal a prairie 2 Intangibles involve connecting the tangibles to concepts and the
ideas they represent intangibles are the meanings the relationships the processes the ideas the feelings and the beliefs
a Examples include food webs ecosystem health entropy ecology
iii People remember themes they forget facts
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 60
iv Plan for an organized presentation 1 Think about your overall theme smaller parts of the program and
your transitions v Stick to your theme
vi Determine what type of presentation you will have 1 PowerPoint (avoid) 2 Podium Presentation (avoid) 3 Active taking a hike playing a game etc 4 Hands-on touching feeling trying hearing smelling
vii Think about all the different kinds of learners 1 verbal-linguistic 2 logical-mathematical 3 visual-spatial 4 kinesthetic 5 musical-rhythmic 6 interpersonal (groups) 7 intrapersonal (individual) 8 naturalist
d Know your role as an educator 1 Provide facts and relationships not opinions 2 Allow participants to determine their own opinions and beliefs
using the facts amp relationships you provide them 3 PLAY ldquoFIRST IMPRESSIONSrdquo
e Prepare Prepare Prepare 1 Know the type of space and area you will have (indoor vs
outdoor small space vs vast area etc) 2 Plan for more that you are told 3 Plan for the weather (always expect it to be windy in Nebraska)
f Questions i Ask good questions
1 Is this a fox Vs How do you know this is a fox 2 Do you have any questions Vs What questions do you have
ii Be prepared for quality questions 1 What are the implications for describe the impact of what are
the reasons for iii Be prepared for ldquogoodrdquo questions
1 Do you have ewoks in the forest If a Mountain Lion and an Eagle were to fight who would win
2 Take all questions seriously Answer seriously g Model what you want to see the students do
i If you want a group of students to catch insects help them get active with them
ii This is true when working with children and adults
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 61
1 Working alongside students validates them and their learning h Be enthusiastic show your passion
i This is another form of modeling what you want to see in your students ii We need to excite students (no matter their age) about conservation
nature and the outdoors iii Have fun
6 Take Home Lesson Light the Spark and Donrsquot Be Afraid to Fail
Suggested Activities (amp potential mandatory activities)
Throughout the lesson conduct multiple games andor activities to model good interpretation
Suggested games include but are not limited to
1 Oh Deer (Project WILD) 2 First Impressions (to be done during section 5) (Project WILD) 3 The Long Haul (Project WET) 4 Sum of the Parts (Project WET) 5 Water Quality Ask the Bugs (Project WET) 6 Adaptation Artistry (Flying WILD) or Fashion a Fish (Aquatic Project WILD) 7 Avian Antics (Flying WILD) 8 Pollinators Meet Your Plants (Nebraska Project WILD wwwnebraskaprojectwildorg) 9 Scavenger Hunts (Nebraska Project WILD wwwnebraskaprojectwildorg)
Suggested Post-Readings
Interpreting Our Heritage Freeman Tilden 1957 (4th edition 2008)
ISBN-13 978-0807858677
Interpreting for Park Visitors William Lewis 1981
ISBN-13 978-0890620793
Environmental Interpretation Sam Ham 1992
ISBN-13 978-1555919023
Interpretation for the 21st Century Fifteen Guiding Principles for Interpreting Nature and
Culture Larry Beck amp Ted Cable 2002
ISBN-13 978-1571675224
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 62
Interpretation-Making a Difference on Purpose Sam Ham 2013
ISBN-13 978-1555917425
Foundations of Interpretation Curriculum Content Narrative National Parks Service 2007
httpwwwnpsgovidpinterp101foundationscurriculumpdf
Websites
National Association of Interpretation
wwwinterpnetcom
North American Association for Environmental Education
wwwnaaeeorg
Nebraska Alliance for Conservation and Environment Education
wwwnaceeorg
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 63
Safety in the Field
Developed by Rich Hawes Nebraska Master Naturalist rdhawes26msncom
Objectives
Raise awareness of Risk Managementassessment as part of event planning
Guidelines to safe activities for participants presenters and the environment
Present Leave No Trace Principals as part of all outdoor activities
Present resources for additional training or certification for outdoor activities
Hands on activities to encourage interest and to provoke thought and discussion
Hazards of the area
Outdoor hiking safety
Stewardship of the land and natural resources
Being flexible and working with ldquowhat you haverdquo
Outline
1 Outdoor Activities ndash Whatrsquos The Worst That Can Happen An Introduction to Event Planning and Risk Management
2 Leave No Trace Principals
3 Trip planning and Logistics
4 Health amp Safety
5 Youth Protection
6 Age Appropriate Activities
7 Resource Training and Certifications
a Standard First Aid CPRAED Wilderness First Aid
b Shooting Sports - Range Safety Officer or Instructor
c Hunter Safety Instructor
d Climbing COPE and Zip Lines
e Water Safety Instructor Life Guard Small Boat Handling
f Leave No Trace Trainer or Master Educator
g Tread Lightly Tread Trainer or Master Tread Trainer
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 64
Suggested Activities
CPR Scenario
First Aid Scenario
Weather Scenario
Lost Scenario
Online Resources
American Camp Association
Boy Scouts of America
Youth Protection
Safe Swim Defense
Safety Afloat
Climb On Safely
Weather Safety
Trek On Safely
(etc)
Leave No Trace
Nebraska Game amp Parks
Hunter Safety
Boating Rules amp Regs
National Rifle Association
(Archery groups)
American Red Cross
(wilderness medicine group(s))
NOLS
Tread Lightly
US Coast Guard
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 48
The Geologic Time Scale is a record over time of the Earths major geologic events and we
can use it to help us understand how and when Nebraska took shape
The natural agents of change which have shaped our state include oceans rivers wind
o and ice
The geologic time periods in Nebraska are represented by rock layers (or not) which occur all
around the state and have been named so that no matter where you are in the state you can
correlate the strata to the time scale (fossilsisotopes)
6 Geologic Principles will be discussed so that when the MN is in the field they can be used as an
aid in basic geologic interpretation
Conclusion
Nebraska geology formed over millions of years through the erosion of mountains the deposition of
sediments and the flow of water and ice shaping the landscape that we call home Geology supplies us
a record of the events that have shaped our Earth by learning the language in which the Earth script is
written we will be able to interpret and share the story of our state of Nebraska This understanding will
aid in us in relating to other areas influential and important to the state
Places to Go (places to see examples of Nebraska geology)
a Agate Fossil Beds National Monument Lower Miocene fossil mammal site including abundant body fossils of ancient mammals and prominent fossil rodent burrows
b Ashfall State Park Upper Miocene fossil mammal assemblage found in ash derived from an eruption of a predecessor to the Yellowstone volcanic field c Chimney Rock National Historic Site Oligocene and Lower Miocene continental sedimentary rocks deposited as sediments by wind and steams
d Hummel Park (Omaha) outcrops of Pleistocene glacial till and loess
e Lincoln area Capitol Beach Lake and history of saline waters and salt industry flooding history of Antelope and Salt creeks building stones in downtown area brick industry University of Nebraska State Museum
f Louisville area outcrops of Upper Pennsylvanian marine sedimentary rocks
g Valentine area and Niobrara National Wildlife Refuge Niobrara River Canyon and Cenozoic stratigraphy
h Niobrara State Park Upper Cretaceous marine sedimentary rocks (Niobrara Formation and Pierre Shale) landslides along Missouri River anthropogenic changes in Missouri River Niobrara River and Mormon Canal
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 49
i Downtown Omaha removal of loess from hills in downtown area engineering of Missouri River (eg groins bank armoring etc) visible at Bob Kerrey Memorial Bridge deep bedrock water wells at old industrial sites
j Platte River State Park Upper Pennsylvanian marine sedimentary rocks and overlook of Platte River
k Ponca State Park Upper Cretaceous marine sedimentary rocks (uppermost Dakota Formation through Greenhorn Limestone)
l Rock Creek State Historical Park middle Cretaceous Dakota Formationmdashfluvio-estuarine continental deposits
m Schramm Park Upper Pennsylvanian marine sedimentary rocks
n Scotia and Happy Jack Chalk Mine Upper Miocene lake deposit In Ogallala Group
o Scotts Bluff National Monument Oligocene and Lower Miocene continental sedimentary rocks deposited as sediments by wind and steams
p Smith Falls State ParkCenozoic stratigraphy Niobrara River waterfalls as knick points
q Toadstool Park and nearby areas continental sedimentary rocks of upper Eocene Chadron Formation Pine Ridge escarpment Trailside Museum and Ft Robinson State Park
r Weeping Water area Upper Pennsylvanian marine sedimentary rocks
s Wildcat RidgeHillsescarpment on Oligocene and Lower Miocene continental sedimentary rocks deeply eroded into canyons buttes and pinnacles by stream erosion during and after the Late Pliocene
t Indian Cave State Park and Iron Horse Trail south of Peru Upper Pennsylvanian Indian Cave Sandstone (fluvio-estuarine deposit) and sandstone cave
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 50
North American Model and Outdoor Skills Developed by Jeff Rawlinson Assistant Division Administrator Information and Education Nebraska Game and Parks Commission jeffrawlinsonnebraskagov
OUR North American Model of Conservation
Perhaps no other story is more compelling and more important in American history as that of how
our natural resources came to be one of the most important elements in our lives The history of our citizenryrsquos strong land ethic ties us to the natural world long after other nations have forgone this relationship We value how the common person from a common family can participate in the thrill of the chase experiencing wildness to its fullest
The North American Model of Conservation is a philosophy that the United States and Canada have
developed to manage wildlife in a sustainable way Historians debate how this land ethic began Some
say our model of conservation began in 1937 with the passage of the PittmanRobertson Act a move that provided funding for wildlife conservation at the national and state level The source of this funding came from the sale of hunting and shooting equipment Others may say that it began when the conservation giant President Theodore Roosevelt brought management of natural resources to the
political forefront Others would argue our Model of conservation was birthed under the Magna Charta which transferred the ownership of wildlife from the King of England and the English nobles to the all of
the people of England In reality however our Model has been under development for several hundred years combining what we have learned from other nations peoples cultures and experiences to shape a philosophy ingrained in our culture supported by hunters anglers and shooting sports enthusiasts
benefiting all wildlife and wild lands in the United States
First Wildlife Managers The concept of managing wildlife or natural resources was not conceived by our young nation For
thousands of years humanity has been manipulating and controlling the land and all its inhabitants to benefit our needs Ever since the first hunter followed that wooly creature across the Bering Straight embarking on an epic journey that would result in settling of North America man has ldquomanagedrdquo
wildlife in North America
Throughout history many leaders have shown some element of concern or conservation ethic towards wildlife The great Kublai Khan grandson of Genghis Khan and founder of the Yuan Dynasty in China forbade harvesting of many species of wildlife during critical reproductive months of March
through August so species could ldquoincrease and multiplyrdquo Conservation of wildlife is even found in Mosaic Law in Deuteronomy 226 representing some of the first written wildlife management idealsmdashldquo If you come across a birdrsquos nest in any tree or on the ground with young ones or eggs and
the mother sitting on the young or on the eggs you shall not take the mother with the youngrdquo (English Standard Version 2001)
As populations expanded throughout Europe wildlife resources fell under ownership of powerful kings
who enacted harsh punishments for anyone found taking the kingrsquos game In 1215 a rebellion against King John of England resulted in the Magna Charta transferring ownership of lands and game from the crown to the people This ldquoprivatizingrdquo of wildlife ownership had profound impacts America over 500 years later
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 51
Era Of Abundance (1600 ndash 1850) When our forefathers first landed on the eastern shores of America they brought with them science
religion and a new hope They found plentiful game and soon began a relationship with the land that provided them with many of their daily needs Wildlife was viewed as a limitless resource in a relatively untapped land These early settlers had left Europe where few had access to wildlife and entered a world where everyone had access Furs feathers hides all had value to this young country In 1776 the Declaration of Independence revoked the Kingrsquos rights to land and people in this new world After a
bloody war led by revolutionaries such as Washington Hamilton Jefferson and Adams the United States gained its independence and the land and wildlife belonged to everyone
Era Of Exploitation (1850 ndash 1900)
The 1800s brought a commercialization of our wildlife resources Market hunting and habitat
destruction began to decimate wildlife populations such as the American Bison and Passenger Pigeon After the American Revolutionary War and the Civial Warmdashwhich nearly destroyed our ldquodemocratic
experimentrdquo all togethermdashfew people were looking after the interest of wildlife and even fewer rules
existed governing the management of a resource everyone had ownership of yet no one had responsibility for
The railroad provided settlers with the means to access new lands expanding the markets for meats hides and fur Advancements in technology such as the repeating rifle further aided the unbridled
destruction of wildlife resources Yet throughout this era something positive was growing The people of this new nation were developing a relationship with the land By 1842 a Supreme Court ruling had huge impacts on this developing model of conservation resulting in a Public Trust Doctrine that would
further outline a model for conserving our natural resources Conservation was developing some direction but had no money or laws to support it
Era Of Protection (19001930) The early 1900s brought an industrial boom Abuse of natural resources had taken its toll and throughout the Nation and evidence of this abuse could be seen in the loss of species such as the
passenger pigeon near loss of the American bison and in many large mammals including whitetailed deer and our once numerous waterfowl species America was becoming an economic giant yet through
the roar of machines both political and metal a small voice could be heard It was the hunter and their voice was of concern for the direction our wildlife resources were heading Conservation minded men and women had continued a relationship with the land and the wildlife
Era of Game Management (1930 ndash 1966) The ldquodirty thirtiesrdquo were marked by the dust bowl and an impoverished nation Agricultural practices
unchecked by environmental stewardship had left the Nationrsquos heartland in ecological peril Politically the conservation movement was supported by the footings laid by Theodore Roosevelt New federal acts moved forward to provide for environmental protection due to the outcry of hunters in panic over the vanishing wildlife resources of the Nation
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 52
Wildlife conservation had support yet it lacked the science to properly manage our Nationrsquos resources A young biologist name Aldo Leopold changed all this with his writings including the book Game
Management which led to Universities across the country developing wildlife conservation programs These programs spawned a new breed of professional game managers who utilized science to support management methods that ultimately lead to the greatest wildlife conservation success story in the world In 1937 the PittmanRobertson Act provided thousands of jobs for young professionals along with ldquogame wardensrdquo supported by individual states to further the development of the Conservation Model
which now had science and funding to support it
Era of Environmental Management (1966 ndash Present) Science and funding led to a broadening view of conservation as focus shifted from managing ldquogame
animalsrdquo to managing the entire biota (environment and all living things in it) Further federal acts such
as the Endangered Species Act of 1966 and the National Environmental Policy Act of 1969 provided greater protection for species by a nation that had finally changed its course providing time to review
and perfect conservation efforts Recent acts such as the 1980 Farm Bill continued the effort to help
landowners provide quality habitat for wildlife and hunters by providing incentives to landowners to set aside highly erosive lands and plant them into wildlife habitat (grasslands) that benefit wildlife and hunters
The story of our unique model of conservation is still being written New challenges today threaten our
coveted resources and new professionals are entering the arena to further the plight of our Nationrsquos wildlife and hunting heritage
Seven Pillars of the Model
Seven main pillars have been highlighted as the foundation of support for the North American Model
of Conservation These include
The Public Trust The wildlife of the United States are owned by the people This is very different from the European Model where wildlife is privately owned The North American Model recognizes wildlife as a public
resource that is so important it can not be owned or managed by any one segment of our society but rather managed by professional state and federal entities for the benefit of all This concept known as
the Public Trust Doctrine began development in 1842 when the Supreme Court ruled that the Magna Charta had settled the question of who owns fish and wildlife and that King Charles II did not have the authority to give away the ldquodominion and propertyrdquo of lands in colonial America The court further ruled that since the American Revolution the people held public trust responsibilities for fish and wildlife except for rights specified in the US Constitution
Prohibition on Commerce
It was the hunter who brought forth stringent laws that protected wildlife from peril in the 19th
and 20th
centuries Because we all own and appreciate our wildlife as a national resource they should never find themselves on the public market to the highest bidder This path led to a largescale loss of many species
including the Passenger Pigeon and the near loss of the American bison As our country was developing these practices were common as people moved west in search of prosperity capitalizing on a land seemingly untouched by the modern world Today many laws in place serve to protect our most
valuable resourceshellipour wildlife
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 53
Democratic Rule of Law Each citizen of this great nation has the ability and responsibility to engage in healthy politics that serve
to support and protect sound wildlife conservation measures Our first conservation measures in this Country habitat restoration simple harvest restrictions and bag limits came from hunters people who respected the game they pursued and loved the wild places they chased them in The North American Model of conservation is built upon active public involvement instilling a value for wildlife in all citizens
Hunting Opportunity for All The Model was developed on the premise that all people regardless of political or economic standing could participate in and feel the thrill of the chase It is this unique Model that provides us with wildlife opportunities for all Americans Imagine how important this was to our fore fathers who left a brutal
King in England where only the aristocracy had any dream of pursuing wild creatures in wild places Our
wildlife laws ensure that each generation that comes after us will have the same opportunity to enjoy and appreciate wildlife
Nonfrivolous Use Our management of wildlife depends on a citizenry that loves and appreciates the wild creatures and the habitats necessary to their survival and our quality of life Wildlife may be utilized under strict rule of
law including utilizing the wildlife once harvested to its best potential Killing wildlife for the sake of killing can only lead to the numbing of hearts to wildlife and a profound lack of respect for our most
precious resources
International Resources
It was not until the 20th
century that hunters and wildlife lovers understood the importance of
managing wildlife at a much larger scale This became readily apparent with the passage of the
Migratory Bird Treaty Act of 1918 where nations came together to manage wildlife resources as a
collective Wildlife species do not recognize national or state boundaries Governments must work together to be effective in managing wildlife for the benefit of all The United States has made great
strides in this area with Mexico and Canada Our wildlife is not only a resource to us but to all continents they may call home throughout the year Our biologists must think globally to be effective locally
Scientific Management Although Theodore Roosevelt brought conservation to the political forefront it was a young forester from Iowa that made the study of wildlife management a science Aldo Leopold is considered by many
as the ldquofather of wildlife managementrdquo due to his tireless efforts to develop curriculum for future wildlife biologists Today our biologists earn their opportunity to manage wildlife through prominent
Bachelor Masters and Doctorate degree programs from Universities around the world Wildlife must be managed using fact science and the latest research We are constantly learning and adapting to new technology and changing environments For such an important resource we cannot afford to have it any other way
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 54
Nebraska Master Naturalist Specializations Certifying as a Specialist ldquoFollow your own natural geniusrdquo wrote Thoreau ldquoand it will not fail to show you a fresh prospect every hourrdquo Many of us learn by doing When our curiosity and interests carry us into deeper study of a given subject it can be helpful to have clear opportunities to pursue Thus the Nebraska Master Naturalist Program offers specialized voluntary training for those who are hungry to develop and apply their particular skill and personal understanding on behalf of our natural legacy Specializations are designed to create collaborators leaders and mentors in four key areas
Interpretation and Outreach
Outdoor Skills and Recreation
Resource Management
Citizen Science Master Naturalist Certification Requirements Annual Requirement o 8 Hours Training Annually o 20 Hours of Volunteerism Annually Master Naturalist Specialization Requirement One Time Requirement o 20 Hours of Training Total Specific to Specialization Annual Requirement o Additional 20 Hours of Volunteerism Annually Specific to Specialization (does not include initial Certification annual requirement hours)
OUTDOOR SKILLS AND RECREATION SPECIALIZATION The purpose of OUTDOOR SKILLS AND RECREATION is to promote activity and development of skills in the outdoor pursuits associated with natural resources Specializations are designed to create collaborators leaders and mentors in particular areas A Certified Nebraska Master Naturalist can complete the Outdoor Recreation Specializationby meeting the following requirements Complete at least one of the workshops or certification‐leading trainings listed below If specialized training is not listed below it can be approved upon request by the Master Naturalist Program Committee Specialized Training Options ‐
Hunter Education Instructor Certification 13 hrs
National 4‐H Shooting Sports Instructor Certification 32 hrs
Nebraska 4‐H Shooting Sports Shotgun Certification 12 hrs
Nebraska 4‐H Shooting Sports Archery Certification 12 hrs
Nebraska 4‐H Shooting Sports Rifle Certification 12 hrs
Nebraska 4‐H Shooting Sports Pistol Certification 12 hrs
Nebraska 4‐H Shooting Sports Muzzleloader Certification 12 hrs
National Archery in the Schools Program Basic Archery Instructor 4 hrs
NRA Range OfficerMaster Certification 8 hrs
Hunt Master Training Instructor 4 hrs
NRA Shooting Instructor 16 hrs
NRA Shotgun Instructor 16 hrs
NRA Rifle Instructor 16 hrs
Boater Education Instructor 12 hrs
Youth Fishing Instructor 5 hrs
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 55
American Canoe Association National CanoeKayak Instructor 16‐32hrs
National Camp SchoolBoy Scouts 16‐24 hrs
Wood Badge TrainingBoy Scouts 16‐24 hrs
Merit Badge Counselor TrainingBoy Scouts 2‐16 hrs
Conservation Leaders for Tomorrow 35 hrs
Wilderness First Aid 16‐32 hrs
Professional Trappers College 40 hrs
American Camp Association Instructor Training 8‐40 hrs
American Red Cross Instructor Training 2‐16 hrs
American Sailing Association Instructor Training 16‐24 hrs
Certified Horsemanship Association Instructor Training 24‐40 hrs
Leave No Trace Master Educator Training 40 hrs
National Outdoor Leadership School 280 hrs
Camp Cook School 32‐96 hrs
Professional Association of Diving Instructors Training 32‐96 hrs
Professional Mountain Bike Association Instructor Training 24 hrs
League of American Bicyclists Instructor Certification 24 hrs
Hunting
Shooting
Fishing
Trapping
Camping
Outdoor Cooking
Orienteering
Geocaching
Photography
Wildlife Viewing
Hiking
Biking
Birding
Becoming an Outdoors‐Woman Program
Wilderness First Aid
Wilderness Survival
Leave No Trace Educator
Service Options ndash Provide a minimum of 20 hours of service annually in the following or similar areas
4‐H leader and youth training outdoor recreation
Scout leader and youth training outdoor recreation
Wild About Nature
Flying WILD Educator or Facilitator Workshop
Becoming an Outdoors Woman (BOW)
Beyond Becoming an Outdoors Woman (BOW)
Family Camp
Learn to Hunt Program
National Archery in the Schools Program BAI training or greater
Mentor HuntHunt Masters Training
After School Programs
Others ndash Upon approval
Outdoor discovery programs volunteer
CRO at a shooting event
Assist with National or State shooting sports competitions
Family fishing day
Design or write a brochure
Develop or contribute to a website
Develop or contribute to a social networking site
Design or write a newsletter
Assist in fundraising
Plan an event or festival
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 56
Interpretation amp Education- Developed By Lindsay Rogers Nebraska Game amp Parks
Commission
Do not try to satisfy your vanity by teaching a great many things Awaken peoplersquos curiosity It is
enough to open minds do not overload them Put there just a spark If there is some good
inflammable stuff it will catch firerdquo
- Anatole France in The Earth Speaks
Session Objectives
To help participants understand the role education plays in sounds ecological conservation
To help participants learn about past and present conservationist and interpretive educators
To help participants learn components of quality education and interpretation
To have participants partake in quality interpretive education
To make sure participants understand that their role is to light the spark and awaken curiosityhellip not spew facts
Lecture Requirements
1 What is interpretation (5 minutes) a What does ldquointerpretrdquo mean b National Association of Interpretation definition of ldquointerpretationrdquo
i Interpretation is a mission-based communication process that forges emotional and intellectual connection between the interests of the audience and the meanings inherent to the resource
c Freeman Tilden Interpreting Our Heritage 1957 i Interpretation is an educational activity which aims to reveal meanings
and relationships through the use of original objects by first-hand experience and by illustrative media rather than simply to communicate factual information
d Components of interpretation i pleasurable or enjoyable
ii relevant to the world iii organized iv themed v sparks an interest
vi includes information but does not stop there links information to the world
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 57
vii age appropriate viii taught to someone not at them
2 What is education (5 minutes)
a What does it mean to ldquoeducaterdquo someone b John Dewey Democracy amp Education 2944
i Education in its general sense is a form of learning in which the knowledge skills and habits of a group of people are transferred from one generation to the next through teaching training or research
c Components of education i - generally presented to someone but not always
ii enjoyable sometimes iii provides knowledge and facts iv can make connections but not always v organized and themed
d Both education and interpretation are important they work together
3 Conservationists (10 minutes) a Jon Muir
i Immigrated from Scotland to Wisconsin in 1849 ii Attended the University of Wisconsin studies botany amp geology
iii Moved to the western US mainly the Sierra Nevada area iv Believed humans were part of the interconnected natural world v Advocated for the preservation of natural areas
vi Co-founded the Sierra Club b Aldo Leopold
i Iowa native attended Yale University ii After college he joined the US Forest Service was stationed in Arizona
and New Mexico iii Developed theories of land ethics the need for biodiversity and an
appreciation for wilderness areas iv Moved to Wisconsin in 1924 became a professor at the University of
Wisconsin v Regarded as the ldquoFather of Conservationrdquo
c Gifford Pinchot i Born in Connecticut in 1905
ii Studied at Yale studies forestry in France iii Named chief of the Division of Forestry (later to become the US Forest
Service) iv First chief of the US Forest Service greatly improved forest
management and increased the size of Forest Service lands
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 58
v Managed forests for the greatest good for the greatest number Pinchot added the phrase in the long run to emphasize that forest management consists of long-term decisions
d Steven Mather i Born in California attended Berkley University
ii Worked for the Pacific Coast Borax Company where he had a talent for promotion Started a competing company made millions
iii When revisiting Sequoia and Yosemite National Parks in 1914 he was appalled by the conditions of the national parks
iv Joined the Department of the Interior as the head of parks later created the National Parks System
v Professionalized the National Parks and helped to greatly grow protected lands
e Rachel Carson i Born in Pennsylvania in 1907 attended John Hopkins University for
graduate school ii Went to work for the US Bureau of Fisheries (later to become the US
Fish amp Wildlife Service) iii Wrote Silent Spring in 1962 The book created an awaking for Americanrsquos
to their responsibility to the environment and wildlife The book lead to the US Government banning the use of DDT
f Theodore Roosevelt i Born in 1858 in New York New York was a sickly child who stayed inside
studying natural history ii An avid outdoorsman he spent much time in the South Dakota Badlands
iii Became President in 1901 with the assignation of President McKinley iv Among many major accomplishments as president he started the
National Parks was instrumental in conserving about 230 million acres
4 Naturalist Interpreters (10 minutes) a Freeman Tilden
i Born 1883 worked as a newspaper columnist and author ii At age 58 he began working with the National Parks Service
iii While traveling to various National Parks he became concerned with the quality of interpretation
iv Wrote Interpreting Our Heritage in 1957 outlines 6 principles to quality interpretation forever changed the field of interpretation
b William Lewis i Worked as a ranger naturalist and interpreter trainer for the National
Parks Service ii Developed the approach of ldquoThematic Interpretationrdquo which requires the
interpreter to choose a central theme (major point) to guide the development of a program
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 59
iii Wrote Interpreting For Park Visitors c Sam Ham
i Director of Center for International Training and Outreach at the University of Idaho
ii Work has focused on applying communication theory to environmental conservation interpretation and on nature-based tourism and guide training
iii Wrote Environmental Interpretation (1992) d Ted Cable
i Professor of Park Management and Conservation at Kansas State University
ii Co-authored Interpreting Cultural and Natural Resources (2003) and Interpretation for the 21st Century Fifteen Guiding Principles for Interpreting Nature and Culture (2002)
5 Conducting an Interpretative Program Try and Fail (60 minutes + 120 minutes of activities throughouthellip see list of Suggested Activities below)
a Experiential Learning i The first time you tried to walk you failed The first time you rode a bike
you failed This is called experiential learning The first time you attempt an educational or interpretation program you will fail thatrsquos how we learn
ii Donrsquot be afraid to fail b Ask Questions about the ProgramPresentation before you commit to leading it c Plan your Program
i Generally I want my presentation to be about Specifically however I want to tell my audience about After hearing my presentation I want my audience to understand (what is the big picture you want them to take home)
1 You do not need (or want) to teach your audience everything you know your job is to light the spark
ii What will your tangibles and intangibles be 1 Tangibles are those things you can touch things you use to teach
when teaching a Examples include a tree a mammal pelt a skull a live
animal a prairie 2 Intangibles involve connecting the tangibles to concepts and the
ideas they represent intangibles are the meanings the relationships the processes the ideas the feelings and the beliefs
a Examples include food webs ecosystem health entropy ecology
iii People remember themes they forget facts
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 60
iv Plan for an organized presentation 1 Think about your overall theme smaller parts of the program and
your transitions v Stick to your theme
vi Determine what type of presentation you will have 1 PowerPoint (avoid) 2 Podium Presentation (avoid) 3 Active taking a hike playing a game etc 4 Hands-on touching feeling trying hearing smelling
vii Think about all the different kinds of learners 1 verbal-linguistic 2 logical-mathematical 3 visual-spatial 4 kinesthetic 5 musical-rhythmic 6 interpersonal (groups) 7 intrapersonal (individual) 8 naturalist
d Know your role as an educator 1 Provide facts and relationships not opinions 2 Allow participants to determine their own opinions and beliefs
using the facts amp relationships you provide them 3 PLAY ldquoFIRST IMPRESSIONSrdquo
e Prepare Prepare Prepare 1 Know the type of space and area you will have (indoor vs
outdoor small space vs vast area etc) 2 Plan for more that you are told 3 Plan for the weather (always expect it to be windy in Nebraska)
f Questions i Ask good questions
1 Is this a fox Vs How do you know this is a fox 2 Do you have any questions Vs What questions do you have
ii Be prepared for quality questions 1 What are the implications for describe the impact of what are
the reasons for iii Be prepared for ldquogoodrdquo questions
1 Do you have ewoks in the forest If a Mountain Lion and an Eagle were to fight who would win
2 Take all questions seriously Answer seriously g Model what you want to see the students do
i If you want a group of students to catch insects help them get active with them
ii This is true when working with children and adults
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 61
1 Working alongside students validates them and their learning h Be enthusiastic show your passion
i This is another form of modeling what you want to see in your students ii We need to excite students (no matter their age) about conservation
nature and the outdoors iii Have fun
6 Take Home Lesson Light the Spark and Donrsquot Be Afraid to Fail
Suggested Activities (amp potential mandatory activities)
Throughout the lesson conduct multiple games andor activities to model good interpretation
Suggested games include but are not limited to
1 Oh Deer (Project WILD) 2 First Impressions (to be done during section 5) (Project WILD) 3 The Long Haul (Project WET) 4 Sum of the Parts (Project WET) 5 Water Quality Ask the Bugs (Project WET) 6 Adaptation Artistry (Flying WILD) or Fashion a Fish (Aquatic Project WILD) 7 Avian Antics (Flying WILD) 8 Pollinators Meet Your Plants (Nebraska Project WILD wwwnebraskaprojectwildorg) 9 Scavenger Hunts (Nebraska Project WILD wwwnebraskaprojectwildorg)
Suggested Post-Readings
Interpreting Our Heritage Freeman Tilden 1957 (4th edition 2008)
ISBN-13 978-0807858677
Interpreting for Park Visitors William Lewis 1981
ISBN-13 978-0890620793
Environmental Interpretation Sam Ham 1992
ISBN-13 978-1555919023
Interpretation for the 21st Century Fifteen Guiding Principles for Interpreting Nature and
Culture Larry Beck amp Ted Cable 2002
ISBN-13 978-1571675224
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 62
Interpretation-Making a Difference on Purpose Sam Ham 2013
ISBN-13 978-1555917425
Foundations of Interpretation Curriculum Content Narrative National Parks Service 2007
httpwwwnpsgovidpinterp101foundationscurriculumpdf
Websites
National Association of Interpretation
wwwinterpnetcom
North American Association for Environmental Education
wwwnaaeeorg
Nebraska Alliance for Conservation and Environment Education
wwwnaceeorg
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 63
Safety in the Field
Developed by Rich Hawes Nebraska Master Naturalist rdhawes26msncom
Objectives
Raise awareness of Risk Managementassessment as part of event planning
Guidelines to safe activities for participants presenters and the environment
Present Leave No Trace Principals as part of all outdoor activities
Present resources for additional training or certification for outdoor activities
Hands on activities to encourage interest and to provoke thought and discussion
Hazards of the area
Outdoor hiking safety
Stewardship of the land and natural resources
Being flexible and working with ldquowhat you haverdquo
Outline
1 Outdoor Activities ndash Whatrsquos The Worst That Can Happen An Introduction to Event Planning and Risk Management
2 Leave No Trace Principals
3 Trip planning and Logistics
4 Health amp Safety
5 Youth Protection
6 Age Appropriate Activities
7 Resource Training and Certifications
a Standard First Aid CPRAED Wilderness First Aid
b Shooting Sports - Range Safety Officer or Instructor
c Hunter Safety Instructor
d Climbing COPE and Zip Lines
e Water Safety Instructor Life Guard Small Boat Handling
f Leave No Trace Trainer or Master Educator
g Tread Lightly Tread Trainer or Master Tread Trainer
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 64
Suggested Activities
CPR Scenario
First Aid Scenario
Weather Scenario
Lost Scenario
Online Resources
American Camp Association
Boy Scouts of America
Youth Protection
Safe Swim Defense
Safety Afloat
Climb On Safely
Weather Safety
Trek On Safely
(etc)
Leave No Trace
Nebraska Game amp Parks
Hunter Safety
Boating Rules amp Regs
National Rifle Association
(Archery groups)
American Red Cross
(wilderness medicine group(s))
NOLS
Tread Lightly
US Coast Guard
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 49
i Downtown Omaha removal of loess from hills in downtown area engineering of Missouri River (eg groins bank armoring etc) visible at Bob Kerrey Memorial Bridge deep bedrock water wells at old industrial sites
j Platte River State Park Upper Pennsylvanian marine sedimentary rocks and overlook of Platte River
k Ponca State Park Upper Cretaceous marine sedimentary rocks (uppermost Dakota Formation through Greenhorn Limestone)
l Rock Creek State Historical Park middle Cretaceous Dakota Formationmdashfluvio-estuarine continental deposits
m Schramm Park Upper Pennsylvanian marine sedimentary rocks
n Scotia and Happy Jack Chalk Mine Upper Miocene lake deposit In Ogallala Group
o Scotts Bluff National Monument Oligocene and Lower Miocene continental sedimentary rocks deposited as sediments by wind and steams
p Smith Falls State ParkCenozoic stratigraphy Niobrara River waterfalls as knick points
q Toadstool Park and nearby areas continental sedimentary rocks of upper Eocene Chadron Formation Pine Ridge escarpment Trailside Museum and Ft Robinson State Park
r Weeping Water area Upper Pennsylvanian marine sedimentary rocks
s Wildcat RidgeHillsescarpment on Oligocene and Lower Miocene continental sedimentary rocks deeply eroded into canyons buttes and pinnacles by stream erosion during and after the Late Pliocene
t Indian Cave State Park and Iron Horse Trail south of Peru Upper Pennsylvanian Indian Cave Sandstone (fluvio-estuarine deposit) and sandstone cave
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 50
North American Model and Outdoor Skills Developed by Jeff Rawlinson Assistant Division Administrator Information and Education Nebraska Game and Parks Commission jeffrawlinsonnebraskagov
OUR North American Model of Conservation
Perhaps no other story is more compelling and more important in American history as that of how
our natural resources came to be one of the most important elements in our lives The history of our citizenryrsquos strong land ethic ties us to the natural world long after other nations have forgone this relationship We value how the common person from a common family can participate in the thrill of the chase experiencing wildness to its fullest
The North American Model of Conservation is a philosophy that the United States and Canada have
developed to manage wildlife in a sustainable way Historians debate how this land ethic began Some
say our model of conservation began in 1937 with the passage of the PittmanRobertson Act a move that provided funding for wildlife conservation at the national and state level The source of this funding came from the sale of hunting and shooting equipment Others may say that it began when the conservation giant President Theodore Roosevelt brought management of natural resources to the
political forefront Others would argue our Model of conservation was birthed under the Magna Charta which transferred the ownership of wildlife from the King of England and the English nobles to the all of
the people of England In reality however our Model has been under development for several hundred years combining what we have learned from other nations peoples cultures and experiences to shape a philosophy ingrained in our culture supported by hunters anglers and shooting sports enthusiasts
benefiting all wildlife and wild lands in the United States
First Wildlife Managers The concept of managing wildlife or natural resources was not conceived by our young nation For
thousands of years humanity has been manipulating and controlling the land and all its inhabitants to benefit our needs Ever since the first hunter followed that wooly creature across the Bering Straight embarking on an epic journey that would result in settling of North America man has ldquomanagedrdquo
wildlife in North America
Throughout history many leaders have shown some element of concern or conservation ethic towards wildlife The great Kublai Khan grandson of Genghis Khan and founder of the Yuan Dynasty in China forbade harvesting of many species of wildlife during critical reproductive months of March
through August so species could ldquoincrease and multiplyrdquo Conservation of wildlife is even found in Mosaic Law in Deuteronomy 226 representing some of the first written wildlife management idealsmdashldquo If you come across a birdrsquos nest in any tree or on the ground with young ones or eggs and
the mother sitting on the young or on the eggs you shall not take the mother with the youngrdquo (English Standard Version 2001)
As populations expanded throughout Europe wildlife resources fell under ownership of powerful kings
who enacted harsh punishments for anyone found taking the kingrsquos game In 1215 a rebellion against King John of England resulted in the Magna Charta transferring ownership of lands and game from the crown to the people This ldquoprivatizingrdquo of wildlife ownership had profound impacts America over 500 years later
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 51
Era Of Abundance (1600 ndash 1850) When our forefathers first landed on the eastern shores of America they brought with them science
religion and a new hope They found plentiful game and soon began a relationship with the land that provided them with many of their daily needs Wildlife was viewed as a limitless resource in a relatively untapped land These early settlers had left Europe where few had access to wildlife and entered a world where everyone had access Furs feathers hides all had value to this young country In 1776 the Declaration of Independence revoked the Kingrsquos rights to land and people in this new world After a
bloody war led by revolutionaries such as Washington Hamilton Jefferson and Adams the United States gained its independence and the land and wildlife belonged to everyone
Era Of Exploitation (1850 ndash 1900)
The 1800s brought a commercialization of our wildlife resources Market hunting and habitat
destruction began to decimate wildlife populations such as the American Bison and Passenger Pigeon After the American Revolutionary War and the Civial Warmdashwhich nearly destroyed our ldquodemocratic
experimentrdquo all togethermdashfew people were looking after the interest of wildlife and even fewer rules
existed governing the management of a resource everyone had ownership of yet no one had responsibility for
The railroad provided settlers with the means to access new lands expanding the markets for meats hides and fur Advancements in technology such as the repeating rifle further aided the unbridled
destruction of wildlife resources Yet throughout this era something positive was growing The people of this new nation were developing a relationship with the land By 1842 a Supreme Court ruling had huge impacts on this developing model of conservation resulting in a Public Trust Doctrine that would
further outline a model for conserving our natural resources Conservation was developing some direction but had no money or laws to support it
Era Of Protection (19001930) The early 1900s brought an industrial boom Abuse of natural resources had taken its toll and throughout the Nation and evidence of this abuse could be seen in the loss of species such as the
passenger pigeon near loss of the American bison and in many large mammals including whitetailed deer and our once numerous waterfowl species America was becoming an economic giant yet through
the roar of machines both political and metal a small voice could be heard It was the hunter and their voice was of concern for the direction our wildlife resources were heading Conservation minded men and women had continued a relationship with the land and the wildlife
Era of Game Management (1930 ndash 1966) The ldquodirty thirtiesrdquo were marked by the dust bowl and an impoverished nation Agricultural practices
unchecked by environmental stewardship had left the Nationrsquos heartland in ecological peril Politically the conservation movement was supported by the footings laid by Theodore Roosevelt New federal acts moved forward to provide for environmental protection due to the outcry of hunters in panic over the vanishing wildlife resources of the Nation
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 52
Wildlife conservation had support yet it lacked the science to properly manage our Nationrsquos resources A young biologist name Aldo Leopold changed all this with his writings including the book Game
Management which led to Universities across the country developing wildlife conservation programs These programs spawned a new breed of professional game managers who utilized science to support management methods that ultimately lead to the greatest wildlife conservation success story in the world In 1937 the PittmanRobertson Act provided thousands of jobs for young professionals along with ldquogame wardensrdquo supported by individual states to further the development of the Conservation Model
which now had science and funding to support it
Era of Environmental Management (1966 ndash Present) Science and funding led to a broadening view of conservation as focus shifted from managing ldquogame
animalsrdquo to managing the entire biota (environment and all living things in it) Further federal acts such
as the Endangered Species Act of 1966 and the National Environmental Policy Act of 1969 provided greater protection for species by a nation that had finally changed its course providing time to review
and perfect conservation efforts Recent acts such as the 1980 Farm Bill continued the effort to help
landowners provide quality habitat for wildlife and hunters by providing incentives to landowners to set aside highly erosive lands and plant them into wildlife habitat (grasslands) that benefit wildlife and hunters
The story of our unique model of conservation is still being written New challenges today threaten our
coveted resources and new professionals are entering the arena to further the plight of our Nationrsquos wildlife and hunting heritage
Seven Pillars of the Model
Seven main pillars have been highlighted as the foundation of support for the North American Model
of Conservation These include
The Public Trust The wildlife of the United States are owned by the people This is very different from the European Model where wildlife is privately owned The North American Model recognizes wildlife as a public
resource that is so important it can not be owned or managed by any one segment of our society but rather managed by professional state and federal entities for the benefit of all This concept known as
the Public Trust Doctrine began development in 1842 when the Supreme Court ruled that the Magna Charta had settled the question of who owns fish and wildlife and that King Charles II did not have the authority to give away the ldquodominion and propertyrdquo of lands in colonial America The court further ruled that since the American Revolution the people held public trust responsibilities for fish and wildlife except for rights specified in the US Constitution
Prohibition on Commerce
It was the hunter who brought forth stringent laws that protected wildlife from peril in the 19th
and 20th
centuries Because we all own and appreciate our wildlife as a national resource they should never find themselves on the public market to the highest bidder This path led to a largescale loss of many species
including the Passenger Pigeon and the near loss of the American bison As our country was developing these practices were common as people moved west in search of prosperity capitalizing on a land seemingly untouched by the modern world Today many laws in place serve to protect our most
valuable resourceshellipour wildlife
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 53
Democratic Rule of Law Each citizen of this great nation has the ability and responsibility to engage in healthy politics that serve
to support and protect sound wildlife conservation measures Our first conservation measures in this Country habitat restoration simple harvest restrictions and bag limits came from hunters people who respected the game they pursued and loved the wild places they chased them in The North American Model of conservation is built upon active public involvement instilling a value for wildlife in all citizens
Hunting Opportunity for All The Model was developed on the premise that all people regardless of political or economic standing could participate in and feel the thrill of the chase It is this unique Model that provides us with wildlife opportunities for all Americans Imagine how important this was to our fore fathers who left a brutal
King in England where only the aristocracy had any dream of pursuing wild creatures in wild places Our
wildlife laws ensure that each generation that comes after us will have the same opportunity to enjoy and appreciate wildlife
Nonfrivolous Use Our management of wildlife depends on a citizenry that loves and appreciates the wild creatures and the habitats necessary to their survival and our quality of life Wildlife may be utilized under strict rule of
law including utilizing the wildlife once harvested to its best potential Killing wildlife for the sake of killing can only lead to the numbing of hearts to wildlife and a profound lack of respect for our most
precious resources
International Resources
It was not until the 20th
century that hunters and wildlife lovers understood the importance of
managing wildlife at a much larger scale This became readily apparent with the passage of the
Migratory Bird Treaty Act of 1918 where nations came together to manage wildlife resources as a
collective Wildlife species do not recognize national or state boundaries Governments must work together to be effective in managing wildlife for the benefit of all The United States has made great
strides in this area with Mexico and Canada Our wildlife is not only a resource to us but to all continents they may call home throughout the year Our biologists must think globally to be effective locally
Scientific Management Although Theodore Roosevelt brought conservation to the political forefront it was a young forester from Iowa that made the study of wildlife management a science Aldo Leopold is considered by many
as the ldquofather of wildlife managementrdquo due to his tireless efforts to develop curriculum for future wildlife biologists Today our biologists earn their opportunity to manage wildlife through prominent
Bachelor Masters and Doctorate degree programs from Universities around the world Wildlife must be managed using fact science and the latest research We are constantly learning and adapting to new technology and changing environments For such an important resource we cannot afford to have it any other way
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 54
Nebraska Master Naturalist Specializations Certifying as a Specialist ldquoFollow your own natural geniusrdquo wrote Thoreau ldquoand it will not fail to show you a fresh prospect every hourrdquo Many of us learn by doing When our curiosity and interests carry us into deeper study of a given subject it can be helpful to have clear opportunities to pursue Thus the Nebraska Master Naturalist Program offers specialized voluntary training for those who are hungry to develop and apply their particular skill and personal understanding on behalf of our natural legacy Specializations are designed to create collaborators leaders and mentors in four key areas
Interpretation and Outreach
Outdoor Skills and Recreation
Resource Management
Citizen Science Master Naturalist Certification Requirements Annual Requirement o 8 Hours Training Annually o 20 Hours of Volunteerism Annually Master Naturalist Specialization Requirement One Time Requirement o 20 Hours of Training Total Specific to Specialization Annual Requirement o Additional 20 Hours of Volunteerism Annually Specific to Specialization (does not include initial Certification annual requirement hours)
OUTDOOR SKILLS AND RECREATION SPECIALIZATION The purpose of OUTDOOR SKILLS AND RECREATION is to promote activity and development of skills in the outdoor pursuits associated with natural resources Specializations are designed to create collaborators leaders and mentors in particular areas A Certified Nebraska Master Naturalist can complete the Outdoor Recreation Specializationby meeting the following requirements Complete at least one of the workshops or certification‐leading trainings listed below If specialized training is not listed below it can be approved upon request by the Master Naturalist Program Committee Specialized Training Options ‐
Hunter Education Instructor Certification 13 hrs
National 4‐H Shooting Sports Instructor Certification 32 hrs
Nebraska 4‐H Shooting Sports Shotgun Certification 12 hrs
Nebraska 4‐H Shooting Sports Archery Certification 12 hrs
Nebraska 4‐H Shooting Sports Rifle Certification 12 hrs
Nebraska 4‐H Shooting Sports Pistol Certification 12 hrs
Nebraska 4‐H Shooting Sports Muzzleloader Certification 12 hrs
National Archery in the Schools Program Basic Archery Instructor 4 hrs
NRA Range OfficerMaster Certification 8 hrs
Hunt Master Training Instructor 4 hrs
NRA Shooting Instructor 16 hrs
NRA Shotgun Instructor 16 hrs
NRA Rifle Instructor 16 hrs
Boater Education Instructor 12 hrs
Youth Fishing Instructor 5 hrs
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 55
American Canoe Association National CanoeKayak Instructor 16‐32hrs
National Camp SchoolBoy Scouts 16‐24 hrs
Wood Badge TrainingBoy Scouts 16‐24 hrs
Merit Badge Counselor TrainingBoy Scouts 2‐16 hrs
Conservation Leaders for Tomorrow 35 hrs
Wilderness First Aid 16‐32 hrs
Professional Trappers College 40 hrs
American Camp Association Instructor Training 8‐40 hrs
American Red Cross Instructor Training 2‐16 hrs
American Sailing Association Instructor Training 16‐24 hrs
Certified Horsemanship Association Instructor Training 24‐40 hrs
Leave No Trace Master Educator Training 40 hrs
National Outdoor Leadership School 280 hrs
Camp Cook School 32‐96 hrs
Professional Association of Diving Instructors Training 32‐96 hrs
Professional Mountain Bike Association Instructor Training 24 hrs
League of American Bicyclists Instructor Certification 24 hrs
Hunting
Shooting
Fishing
Trapping
Camping
Outdoor Cooking
Orienteering
Geocaching
Photography
Wildlife Viewing
Hiking
Biking
Birding
Becoming an Outdoors‐Woman Program
Wilderness First Aid
Wilderness Survival
Leave No Trace Educator
Service Options ndash Provide a minimum of 20 hours of service annually in the following or similar areas
4‐H leader and youth training outdoor recreation
Scout leader and youth training outdoor recreation
Wild About Nature
Flying WILD Educator or Facilitator Workshop
Becoming an Outdoors Woman (BOW)
Beyond Becoming an Outdoors Woman (BOW)
Family Camp
Learn to Hunt Program
National Archery in the Schools Program BAI training or greater
Mentor HuntHunt Masters Training
After School Programs
Others ndash Upon approval
Outdoor discovery programs volunteer
CRO at a shooting event
Assist with National or State shooting sports competitions
Family fishing day
Design or write a brochure
Develop or contribute to a website
Develop or contribute to a social networking site
Design or write a newsletter
Assist in fundraising
Plan an event or festival
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 56
Interpretation amp Education- Developed By Lindsay Rogers Nebraska Game amp Parks
Commission
Do not try to satisfy your vanity by teaching a great many things Awaken peoplersquos curiosity It is
enough to open minds do not overload them Put there just a spark If there is some good
inflammable stuff it will catch firerdquo
- Anatole France in The Earth Speaks
Session Objectives
To help participants understand the role education plays in sounds ecological conservation
To help participants learn about past and present conservationist and interpretive educators
To help participants learn components of quality education and interpretation
To have participants partake in quality interpretive education
To make sure participants understand that their role is to light the spark and awaken curiosityhellip not spew facts
Lecture Requirements
1 What is interpretation (5 minutes) a What does ldquointerpretrdquo mean b National Association of Interpretation definition of ldquointerpretationrdquo
i Interpretation is a mission-based communication process that forges emotional and intellectual connection between the interests of the audience and the meanings inherent to the resource
c Freeman Tilden Interpreting Our Heritage 1957 i Interpretation is an educational activity which aims to reveal meanings
and relationships through the use of original objects by first-hand experience and by illustrative media rather than simply to communicate factual information
d Components of interpretation i pleasurable or enjoyable
ii relevant to the world iii organized iv themed v sparks an interest
vi includes information but does not stop there links information to the world
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 57
vii age appropriate viii taught to someone not at them
2 What is education (5 minutes)
a What does it mean to ldquoeducaterdquo someone b John Dewey Democracy amp Education 2944
i Education in its general sense is a form of learning in which the knowledge skills and habits of a group of people are transferred from one generation to the next through teaching training or research
c Components of education i - generally presented to someone but not always
ii enjoyable sometimes iii provides knowledge and facts iv can make connections but not always v organized and themed
d Both education and interpretation are important they work together
3 Conservationists (10 minutes) a Jon Muir
i Immigrated from Scotland to Wisconsin in 1849 ii Attended the University of Wisconsin studies botany amp geology
iii Moved to the western US mainly the Sierra Nevada area iv Believed humans were part of the interconnected natural world v Advocated for the preservation of natural areas
vi Co-founded the Sierra Club b Aldo Leopold
i Iowa native attended Yale University ii After college he joined the US Forest Service was stationed in Arizona
and New Mexico iii Developed theories of land ethics the need for biodiversity and an
appreciation for wilderness areas iv Moved to Wisconsin in 1924 became a professor at the University of
Wisconsin v Regarded as the ldquoFather of Conservationrdquo
c Gifford Pinchot i Born in Connecticut in 1905
ii Studied at Yale studies forestry in France iii Named chief of the Division of Forestry (later to become the US Forest
Service) iv First chief of the US Forest Service greatly improved forest
management and increased the size of Forest Service lands
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 58
v Managed forests for the greatest good for the greatest number Pinchot added the phrase in the long run to emphasize that forest management consists of long-term decisions
d Steven Mather i Born in California attended Berkley University
ii Worked for the Pacific Coast Borax Company where he had a talent for promotion Started a competing company made millions
iii When revisiting Sequoia and Yosemite National Parks in 1914 he was appalled by the conditions of the national parks
iv Joined the Department of the Interior as the head of parks later created the National Parks System
v Professionalized the National Parks and helped to greatly grow protected lands
e Rachel Carson i Born in Pennsylvania in 1907 attended John Hopkins University for
graduate school ii Went to work for the US Bureau of Fisheries (later to become the US
Fish amp Wildlife Service) iii Wrote Silent Spring in 1962 The book created an awaking for Americanrsquos
to their responsibility to the environment and wildlife The book lead to the US Government banning the use of DDT
f Theodore Roosevelt i Born in 1858 in New York New York was a sickly child who stayed inside
studying natural history ii An avid outdoorsman he spent much time in the South Dakota Badlands
iii Became President in 1901 with the assignation of President McKinley iv Among many major accomplishments as president he started the
National Parks was instrumental in conserving about 230 million acres
4 Naturalist Interpreters (10 minutes) a Freeman Tilden
i Born 1883 worked as a newspaper columnist and author ii At age 58 he began working with the National Parks Service
iii While traveling to various National Parks he became concerned with the quality of interpretation
iv Wrote Interpreting Our Heritage in 1957 outlines 6 principles to quality interpretation forever changed the field of interpretation
b William Lewis i Worked as a ranger naturalist and interpreter trainer for the National
Parks Service ii Developed the approach of ldquoThematic Interpretationrdquo which requires the
interpreter to choose a central theme (major point) to guide the development of a program
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 59
iii Wrote Interpreting For Park Visitors c Sam Ham
i Director of Center for International Training and Outreach at the University of Idaho
ii Work has focused on applying communication theory to environmental conservation interpretation and on nature-based tourism and guide training
iii Wrote Environmental Interpretation (1992) d Ted Cable
i Professor of Park Management and Conservation at Kansas State University
ii Co-authored Interpreting Cultural and Natural Resources (2003) and Interpretation for the 21st Century Fifteen Guiding Principles for Interpreting Nature and Culture (2002)
5 Conducting an Interpretative Program Try and Fail (60 minutes + 120 minutes of activities throughouthellip see list of Suggested Activities below)
a Experiential Learning i The first time you tried to walk you failed The first time you rode a bike
you failed This is called experiential learning The first time you attempt an educational or interpretation program you will fail thatrsquos how we learn
ii Donrsquot be afraid to fail b Ask Questions about the ProgramPresentation before you commit to leading it c Plan your Program
i Generally I want my presentation to be about Specifically however I want to tell my audience about After hearing my presentation I want my audience to understand (what is the big picture you want them to take home)
1 You do not need (or want) to teach your audience everything you know your job is to light the spark
ii What will your tangibles and intangibles be 1 Tangibles are those things you can touch things you use to teach
when teaching a Examples include a tree a mammal pelt a skull a live
animal a prairie 2 Intangibles involve connecting the tangibles to concepts and the
ideas they represent intangibles are the meanings the relationships the processes the ideas the feelings and the beliefs
a Examples include food webs ecosystem health entropy ecology
iii People remember themes they forget facts
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 60
iv Plan for an organized presentation 1 Think about your overall theme smaller parts of the program and
your transitions v Stick to your theme
vi Determine what type of presentation you will have 1 PowerPoint (avoid) 2 Podium Presentation (avoid) 3 Active taking a hike playing a game etc 4 Hands-on touching feeling trying hearing smelling
vii Think about all the different kinds of learners 1 verbal-linguistic 2 logical-mathematical 3 visual-spatial 4 kinesthetic 5 musical-rhythmic 6 interpersonal (groups) 7 intrapersonal (individual) 8 naturalist
d Know your role as an educator 1 Provide facts and relationships not opinions 2 Allow participants to determine their own opinions and beliefs
using the facts amp relationships you provide them 3 PLAY ldquoFIRST IMPRESSIONSrdquo
e Prepare Prepare Prepare 1 Know the type of space and area you will have (indoor vs
outdoor small space vs vast area etc) 2 Plan for more that you are told 3 Plan for the weather (always expect it to be windy in Nebraska)
f Questions i Ask good questions
1 Is this a fox Vs How do you know this is a fox 2 Do you have any questions Vs What questions do you have
ii Be prepared for quality questions 1 What are the implications for describe the impact of what are
the reasons for iii Be prepared for ldquogoodrdquo questions
1 Do you have ewoks in the forest If a Mountain Lion and an Eagle were to fight who would win
2 Take all questions seriously Answer seriously g Model what you want to see the students do
i If you want a group of students to catch insects help them get active with them
ii This is true when working with children and adults
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 61
1 Working alongside students validates them and their learning h Be enthusiastic show your passion
i This is another form of modeling what you want to see in your students ii We need to excite students (no matter their age) about conservation
nature and the outdoors iii Have fun
6 Take Home Lesson Light the Spark and Donrsquot Be Afraid to Fail
Suggested Activities (amp potential mandatory activities)
Throughout the lesson conduct multiple games andor activities to model good interpretation
Suggested games include but are not limited to
1 Oh Deer (Project WILD) 2 First Impressions (to be done during section 5) (Project WILD) 3 The Long Haul (Project WET) 4 Sum of the Parts (Project WET) 5 Water Quality Ask the Bugs (Project WET) 6 Adaptation Artistry (Flying WILD) or Fashion a Fish (Aquatic Project WILD) 7 Avian Antics (Flying WILD) 8 Pollinators Meet Your Plants (Nebraska Project WILD wwwnebraskaprojectwildorg) 9 Scavenger Hunts (Nebraska Project WILD wwwnebraskaprojectwildorg)
Suggested Post-Readings
Interpreting Our Heritage Freeman Tilden 1957 (4th edition 2008)
ISBN-13 978-0807858677
Interpreting for Park Visitors William Lewis 1981
ISBN-13 978-0890620793
Environmental Interpretation Sam Ham 1992
ISBN-13 978-1555919023
Interpretation for the 21st Century Fifteen Guiding Principles for Interpreting Nature and
Culture Larry Beck amp Ted Cable 2002
ISBN-13 978-1571675224
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 62
Interpretation-Making a Difference on Purpose Sam Ham 2013
ISBN-13 978-1555917425
Foundations of Interpretation Curriculum Content Narrative National Parks Service 2007
httpwwwnpsgovidpinterp101foundationscurriculumpdf
Websites
National Association of Interpretation
wwwinterpnetcom
North American Association for Environmental Education
wwwnaaeeorg
Nebraska Alliance for Conservation and Environment Education
wwwnaceeorg
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 63
Safety in the Field
Developed by Rich Hawes Nebraska Master Naturalist rdhawes26msncom
Objectives
Raise awareness of Risk Managementassessment as part of event planning
Guidelines to safe activities for participants presenters and the environment
Present Leave No Trace Principals as part of all outdoor activities
Present resources for additional training or certification for outdoor activities
Hands on activities to encourage interest and to provoke thought and discussion
Hazards of the area
Outdoor hiking safety
Stewardship of the land and natural resources
Being flexible and working with ldquowhat you haverdquo
Outline
1 Outdoor Activities ndash Whatrsquos The Worst That Can Happen An Introduction to Event Planning and Risk Management
2 Leave No Trace Principals
3 Trip planning and Logistics
4 Health amp Safety
5 Youth Protection
6 Age Appropriate Activities
7 Resource Training and Certifications
a Standard First Aid CPRAED Wilderness First Aid
b Shooting Sports - Range Safety Officer or Instructor
c Hunter Safety Instructor
d Climbing COPE and Zip Lines
e Water Safety Instructor Life Guard Small Boat Handling
f Leave No Trace Trainer or Master Educator
g Tread Lightly Tread Trainer or Master Tread Trainer
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 64
Suggested Activities
CPR Scenario
First Aid Scenario
Weather Scenario
Lost Scenario
Online Resources
American Camp Association
Boy Scouts of America
Youth Protection
Safe Swim Defense
Safety Afloat
Climb On Safely
Weather Safety
Trek On Safely
(etc)
Leave No Trace
Nebraska Game amp Parks
Hunter Safety
Boating Rules amp Regs
National Rifle Association
(Archery groups)
American Red Cross
(wilderness medicine group(s))
NOLS
Tread Lightly
US Coast Guard
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 50
North American Model and Outdoor Skills Developed by Jeff Rawlinson Assistant Division Administrator Information and Education Nebraska Game and Parks Commission jeffrawlinsonnebraskagov
OUR North American Model of Conservation
Perhaps no other story is more compelling and more important in American history as that of how
our natural resources came to be one of the most important elements in our lives The history of our citizenryrsquos strong land ethic ties us to the natural world long after other nations have forgone this relationship We value how the common person from a common family can participate in the thrill of the chase experiencing wildness to its fullest
The North American Model of Conservation is a philosophy that the United States and Canada have
developed to manage wildlife in a sustainable way Historians debate how this land ethic began Some
say our model of conservation began in 1937 with the passage of the PittmanRobertson Act a move that provided funding for wildlife conservation at the national and state level The source of this funding came from the sale of hunting and shooting equipment Others may say that it began when the conservation giant President Theodore Roosevelt brought management of natural resources to the
political forefront Others would argue our Model of conservation was birthed under the Magna Charta which transferred the ownership of wildlife from the King of England and the English nobles to the all of
the people of England In reality however our Model has been under development for several hundred years combining what we have learned from other nations peoples cultures and experiences to shape a philosophy ingrained in our culture supported by hunters anglers and shooting sports enthusiasts
benefiting all wildlife and wild lands in the United States
First Wildlife Managers The concept of managing wildlife or natural resources was not conceived by our young nation For
thousands of years humanity has been manipulating and controlling the land and all its inhabitants to benefit our needs Ever since the first hunter followed that wooly creature across the Bering Straight embarking on an epic journey that would result in settling of North America man has ldquomanagedrdquo
wildlife in North America
Throughout history many leaders have shown some element of concern or conservation ethic towards wildlife The great Kublai Khan grandson of Genghis Khan and founder of the Yuan Dynasty in China forbade harvesting of many species of wildlife during critical reproductive months of March
through August so species could ldquoincrease and multiplyrdquo Conservation of wildlife is even found in Mosaic Law in Deuteronomy 226 representing some of the first written wildlife management idealsmdashldquo If you come across a birdrsquos nest in any tree or on the ground with young ones or eggs and
the mother sitting on the young or on the eggs you shall not take the mother with the youngrdquo (English Standard Version 2001)
As populations expanded throughout Europe wildlife resources fell under ownership of powerful kings
who enacted harsh punishments for anyone found taking the kingrsquos game In 1215 a rebellion against King John of England resulted in the Magna Charta transferring ownership of lands and game from the crown to the people This ldquoprivatizingrdquo of wildlife ownership had profound impacts America over 500 years later
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 51
Era Of Abundance (1600 ndash 1850) When our forefathers first landed on the eastern shores of America they brought with them science
religion and a new hope They found plentiful game and soon began a relationship with the land that provided them with many of their daily needs Wildlife was viewed as a limitless resource in a relatively untapped land These early settlers had left Europe where few had access to wildlife and entered a world where everyone had access Furs feathers hides all had value to this young country In 1776 the Declaration of Independence revoked the Kingrsquos rights to land and people in this new world After a
bloody war led by revolutionaries such as Washington Hamilton Jefferson and Adams the United States gained its independence and the land and wildlife belonged to everyone
Era Of Exploitation (1850 ndash 1900)
The 1800s brought a commercialization of our wildlife resources Market hunting and habitat
destruction began to decimate wildlife populations such as the American Bison and Passenger Pigeon After the American Revolutionary War and the Civial Warmdashwhich nearly destroyed our ldquodemocratic
experimentrdquo all togethermdashfew people were looking after the interest of wildlife and even fewer rules
existed governing the management of a resource everyone had ownership of yet no one had responsibility for
The railroad provided settlers with the means to access new lands expanding the markets for meats hides and fur Advancements in technology such as the repeating rifle further aided the unbridled
destruction of wildlife resources Yet throughout this era something positive was growing The people of this new nation were developing a relationship with the land By 1842 a Supreme Court ruling had huge impacts on this developing model of conservation resulting in a Public Trust Doctrine that would
further outline a model for conserving our natural resources Conservation was developing some direction but had no money or laws to support it
Era Of Protection (19001930) The early 1900s brought an industrial boom Abuse of natural resources had taken its toll and throughout the Nation and evidence of this abuse could be seen in the loss of species such as the
passenger pigeon near loss of the American bison and in many large mammals including whitetailed deer and our once numerous waterfowl species America was becoming an economic giant yet through
the roar of machines both political and metal a small voice could be heard It was the hunter and their voice was of concern for the direction our wildlife resources were heading Conservation minded men and women had continued a relationship with the land and the wildlife
Era of Game Management (1930 ndash 1966) The ldquodirty thirtiesrdquo were marked by the dust bowl and an impoverished nation Agricultural practices
unchecked by environmental stewardship had left the Nationrsquos heartland in ecological peril Politically the conservation movement was supported by the footings laid by Theodore Roosevelt New federal acts moved forward to provide for environmental protection due to the outcry of hunters in panic over the vanishing wildlife resources of the Nation
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 52
Wildlife conservation had support yet it lacked the science to properly manage our Nationrsquos resources A young biologist name Aldo Leopold changed all this with his writings including the book Game
Management which led to Universities across the country developing wildlife conservation programs These programs spawned a new breed of professional game managers who utilized science to support management methods that ultimately lead to the greatest wildlife conservation success story in the world In 1937 the PittmanRobertson Act provided thousands of jobs for young professionals along with ldquogame wardensrdquo supported by individual states to further the development of the Conservation Model
which now had science and funding to support it
Era of Environmental Management (1966 ndash Present) Science and funding led to a broadening view of conservation as focus shifted from managing ldquogame
animalsrdquo to managing the entire biota (environment and all living things in it) Further federal acts such
as the Endangered Species Act of 1966 and the National Environmental Policy Act of 1969 provided greater protection for species by a nation that had finally changed its course providing time to review
and perfect conservation efforts Recent acts such as the 1980 Farm Bill continued the effort to help
landowners provide quality habitat for wildlife and hunters by providing incentives to landowners to set aside highly erosive lands and plant them into wildlife habitat (grasslands) that benefit wildlife and hunters
The story of our unique model of conservation is still being written New challenges today threaten our
coveted resources and new professionals are entering the arena to further the plight of our Nationrsquos wildlife and hunting heritage
Seven Pillars of the Model
Seven main pillars have been highlighted as the foundation of support for the North American Model
of Conservation These include
The Public Trust The wildlife of the United States are owned by the people This is very different from the European Model where wildlife is privately owned The North American Model recognizes wildlife as a public
resource that is so important it can not be owned or managed by any one segment of our society but rather managed by professional state and federal entities for the benefit of all This concept known as
the Public Trust Doctrine began development in 1842 when the Supreme Court ruled that the Magna Charta had settled the question of who owns fish and wildlife and that King Charles II did not have the authority to give away the ldquodominion and propertyrdquo of lands in colonial America The court further ruled that since the American Revolution the people held public trust responsibilities for fish and wildlife except for rights specified in the US Constitution
Prohibition on Commerce
It was the hunter who brought forth stringent laws that protected wildlife from peril in the 19th
and 20th
centuries Because we all own and appreciate our wildlife as a national resource they should never find themselves on the public market to the highest bidder This path led to a largescale loss of many species
including the Passenger Pigeon and the near loss of the American bison As our country was developing these practices were common as people moved west in search of prosperity capitalizing on a land seemingly untouched by the modern world Today many laws in place serve to protect our most
valuable resourceshellipour wildlife
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 53
Democratic Rule of Law Each citizen of this great nation has the ability and responsibility to engage in healthy politics that serve
to support and protect sound wildlife conservation measures Our first conservation measures in this Country habitat restoration simple harvest restrictions and bag limits came from hunters people who respected the game they pursued and loved the wild places they chased them in The North American Model of conservation is built upon active public involvement instilling a value for wildlife in all citizens
Hunting Opportunity for All The Model was developed on the premise that all people regardless of political or economic standing could participate in and feel the thrill of the chase It is this unique Model that provides us with wildlife opportunities for all Americans Imagine how important this was to our fore fathers who left a brutal
King in England where only the aristocracy had any dream of pursuing wild creatures in wild places Our
wildlife laws ensure that each generation that comes after us will have the same opportunity to enjoy and appreciate wildlife
Nonfrivolous Use Our management of wildlife depends on a citizenry that loves and appreciates the wild creatures and the habitats necessary to their survival and our quality of life Wildlife may be utilized under strict rule of
law including utilizing the wildlife once harvested to its best potential Killing wildlife for the sake of killing can only lead to the numbing of hearts to wildlife and a profound lack of respect for our most
precious resources
International Resources
It was not until the 20th
century that hunters and wildlife lovers understood the importance of
managing wildlife at a much larger scale This became readily apparent with the passage of the
Migratory Bird Treaty Act of 1918 where nations came together to manage wildlife resources as a
collective Wildlife species do not recognize national or state boundaries Governments must work together to be effective in managing wildlife for the benefit of all The United States has made great
strides in this area with Mexico and Canada Our wildlife is not only a resource to us but to all continents they may call home throughout the year Our biologists must think globally to be effective locally
Scientific Management Although Theodore Roosevelt brought conservation to the political forefront it was a young forester from Iowa that made the study of wildlife management a science Aldo Leopold is considered by many
as the ldquofather of wildlife managementrdquo due to his tireless efforts to develop curriculum for future wildlife biologists Today our biologists earn their opportunity to manage wildlife through prominent
Bachelor Masters and Doctorate degree programs from Universities around the world Wildlife must be managed using fact science and the latest research We are constantly learning and adapting to new technology and changing environments For such an important resource we cannot afford to have it any other way
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 54
Nebraska Master Naturalist Specializations Certifying as a Specialist ldquoFollow your own natural geniusrdquo wrote Thoreau ldquoand it will not fail to show you a fresh prospect every hourrdquo Many of us learn by doing When our curiosity and interests carry us into deeper study of a given subject it can be helpful to have clear opportunities to pursue Thus the Nebraska Master Naturalist Program offers specialized voluntary training for those who are hungry to develop and apply their particular skill and personal understanding on behalf of our natural legacy Specializations are designed to create collaborators leaders and mentors in four key areas
Interpretation and Outreach
Outdoor Skills and Recreation
Resource Management
Citizen Science Master Naturalist Certification Requirements Annual Requirement o 8 Hours Training Annually o 20 Hours of Volunteerism Annually Master Naturalist Specialization Requirement One Time Requirement o 20 Hours of Training Total Specific to Specialization Annual Requirement o Additional 20 Hours of Volunteerism Annually Specific to Specialization (does not include initial Certification annual requirement hours)
OUTDOOR SKILLS AND RECREATION SPECIALIZATION The purpose of OUTDOOR SKILLS AND RECREATION is to promote activity and development of skills in the outdoor pursuits associated with natural resources Specializations are designed to create collaborators leaders and mentors in particular areas A Certified Nebraska Master Naturalist can complete the Outdoor Recreation Specializationby meeting the following requirements Complete at least one of the workshops or certification‐leading trainings listed below If specialized training is not listed below it can be approved upon request by the Master Naturalist Program Committee Specialized Training Options ‐
Hunter Education Instructor Certification 13 hrs
National 4‐H Shooting Sports Instructor Certification 32 hrs
Nebraska 4‐H Shooting Sports Shotgun Certification 12 hrs
Nebraska 4‐H Shooting Sports Archery Certification 12 hrs
Nebraska 4‐H Shooting Sports Rifle Certification 12 hrs
Nebraska 4‐H Shooting Sports Pistol Certification 12 hrs
Nebraska 4‐H Shooting Sports Muzzleloader Certification 12 hrs
National Archery in the Schools Program Basic Archery Instructor 4 hrs
NRA Range OfficerMaster Certification 8 hrs
Hunt Master Training Instructor 4 hrs
NRA Shooting Instructor 16 hrs
NRA Shotgun Instructor 16 hrs
NRA Rifle Instructor 16 hrs
Boater Education Instructor 12 hrs
Youth Fishing Instructor 5 hrs
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 55
American Canoe Association National CanoeKayak Instructor 16‐32hrs
National Camp SchoolBoy Scouts 16‐24 hrs
Wood Badge TrainingBoy Scouts 16‐24 hrs
Merit Badge Counselor TrainingBoy Scouts 2‐16 hrs
Conservation Leaders for Tomorrow 35 hrs
Wilderness First Aid 16‐32 hrs
Professional Trappers College 40 hrs
American Camp Association Instructor Training 8‐40 hrs
American Red Cross Instructor Training 2‐16 hrs
American Sailing Association Instructor Training 16‐24 hrs
Certified Horsemanship Association Instructor Training 24‐40 hrs
Leave No Trace Master Educator Training 40 hrs
National Outdoor Leadership School 280 hrs
Camp Cook School 32‐96 hrs
Professional Association of Diving Instructors Training 32‐96 hrs
Professional Mountain Bike Association Instructor Training 24 hrs
League of American Bicyclists Instructor Certification 24 hrs
Hunting
Shooting
Fishing
Trapping
Camping
Outdoor Cooking
Orienteering
Geocaching
Photography
Wildlife Viewing
Hiking
Biking
Birding
Becoming an Outdoors‐Woman Program
Wilderness First Aid
Wilderness Survival
Leave No Trace Educator
Service Options ndash Provide a minimum of 20 hours of service annually in the following or similar areas
4‐H leader and youth training outdoor recreation
Scout leader and youth training outdoor recreation
Wild About Nature
Flying WILD Educator or Facilitator Workshop
Becoming an Outdoors Woman (BOW)
Beyond Becoming an Outdoors Woman (BOW)
Family Camp
Learn to Hunt Program
National Archery in the Schools Program BAI training or greater
Mentor HuntHunt Masters Training
After School Programs
Others ndash Upon approval
Outdoor discovery programs volunteer
CRO at a shooting event
Assist with National or State shooting sports competitions
Family fishing day
Design or write a brochure
Develop or contribute to a website
Develop or contribute to a social networking site
Design or write a newsletter
Assist in fundraising
Plan an event or festival
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 56
Interpretation amp Education- Developed By Lindsay Rogers Nebraska Game amp Parks
Commission
Do not try to satisfy your vanity by teaching a great many things Awaken peoplersquos curiosity It is
enough to open minds do not overload them Put there just a spark If there is some good
inflammable stuff it will catch firerdquo
- Anatole France in The Earth Speaks
Session Objectives
To help participants understand the role education plays in sounds ecological conservation
To help participants learn about past and present conservationist and interpretive educators
To help participants learn components of quality education and interpretation
To have participants partake in quality interpretive education
To make sure participants understand that their role is to light the spark and awaken curiosityhellip not spew facts
Lecture Requirements
1 What is interpretation (5 minutes) a What does ldquointerpretrdquo mean b National Association of Interpretation definition of ldquointerpretationrdquo
i Interpretation is a mission-based communication process that forges emotional and intellectual connection between the interests of the audience and the meanings inherent to the resource
c Freeman Tilden Interpreting Our Heritage 1957 i Interpretation is an educational activity which aims to reveal meanings
and relationships through the use of original objects by first-hand experience and by illustrative media rather than simply to communicate factual information
d Components of interpretation i pleasurable or enjoyable
ii relevant to the world iii organized iv themed v sparks an interest
vi includes information but does not stop there links information to the world
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 57
vii age appropriate viii taught to someone not at them
2 What is education (5 minutes)
a What does it mean to ldquoeducaterdquo someone b John Dewey Democracy amp Education 2944
i Education in its general sense is a form of learning in which the knowledge skills and habits of a group of people are transferred from one generation to the next through teaching training or research
c Components of education i - generally presented to someone but not always
ii enjoyable sometimes iii provides knowledge and facts iv can make connections but not always v organized and themed
d Both education and interpretation are important they work together
3 Conservationists (10 minutes) a Jon Muir
i Immigrated from Scotland to Wisconsin in 1849 ii Attended the University of Wisconsin studies botany amp geology
iii Moved to the western US mainly the Sierra Nevada area iv Believed humans were part of the interconnected natural world v Advocated for the preservation of natural areas
vi Co-founded the Sierra Club b Aldo Leopold
i Iowa native attended Yale University ii After college he joined the US Forest Service was stationed in Arizona
and New Mexico iii Developed theories of land ethics the need for biodiversity and an
appreciation for wilderness areas iv Moved to Wisconsin in 1924 became a professor at the University of
Wisconsin v Regarded as the ldquoFather of Conservationrdquo
c Gifford Pinchot i Born in Connecticut in 1905
ii Studied at Yale studies forestry in France iii Named chief of the Division of Forestry (later to become the US Forest
Service) iv First chief of the US Forest Service greatly improved forest
management and increased the size of Forest Service lands
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 58
v Managed forests for the greatest good for the greatest number Pinchot added the phrase in the long run to emphasize that forest management consists of long-term decisions
d Steven Mather i Born in California attended Berkley University
ii Worked for the Pacific Coast Borax Company where he had a talent for promotion Started a competing company made millions
iii When revisiting Sequoia and Yosemite National Parks in 1914 he was appalled by the conditions of the national parks
iv Joined the Department of the Interior as the head of parks later created the National Parks System
v Professionalized the National Parks and helped to greatly grow protected lands
e Rachel Carson i Born in Pennsylvania in 1907 attended John Hopkins University for
graduate school ii Went to work for the US Bureau of Fisheries (later to become the US
Fish amp Wildlife Service) iii Wrote Silent Spring in 1962 The book created an awaking for Americanrsquos
to their responsibility to the environment and wildlife The book lead to the US Government banning the use of DDT
f Theodore Roosevelt i Born in 1858 in New York New York was a sickly child who stayed inside
studying natural history ii An avid outdoorsman he spent much time in the South Dakota Badlands
iii Became President in 1901 with the assignation of President McKinley iv Among many major accomplishments as president he started the
National Parks was instrumental in conserving about 230 million acres
4 Naturalist Interpreters (10 minutes) a Freeman Tilden
i Born 1883 worked as a newspaper columnist and author ii At age 58 he began working with the National Parks Service
iii While traveling to various National Parks he became concerned with the quality of interpretation
iv Wrote Interpreting Our Heritage in 1957 outlines 6 principles to quality interpretation forever changed the field of interpretation
b William Lewis i Worked as a ranger naturalist and interpreter trainer for the National
Parks Service ii Developed the approach of ldquoThematic Interpretationrdquo which requires the
interpreter to choose a central theme (major point) to guide the development of a program
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 59
iii Wrote Interpreting For Park Visitors c Sam Ham
i Director of Center for International Training and Outreach at the University of Idaho
ii Work has focused on applying communication theory to environmental conservation interpretation and on nature-based tourism and guide training
iii Wrote Environmental Interpretation (1992) d Ted Cable
i Professor of Park Management and Conservation at Kansas State University
ii Co-authored Interpreting Cultural and Natural Resources (2003) and Interpretation for the 21st Century Fifteen Guiding Principles for Interpreting Nature and Culture (2002)
5 Conducting an Interpretative Program Try and Fail (60 minutes + 120 minutes of activities throughouthellip see list of Suggested Activities below)
a Experiential Learning i The first time you tried to walk you failed The first time you rode a bike
you failed This is called experiential learning The first time you attempt an educational or interpretation program you will fail thatrsquos how we learn
ii Donrsquot be afraid to fail b Ask Questions about the ProgramPresentation before you commit to leading it c Plan your Program
i Generally I want my presentation to be about Specifically however I want to tell my audience about After hearing my presentation I want my audience to understand (what is the big picture you want them to take home)
1 You do not need (or want) to teach your audience everything you know your job is to light the spark
ii What will your tangibles and intangibles be 1 Tangibles are those things you can touch things you use to teach
when teaching a Examples include a tree a mammal pelt a skull a live
animal a prairie 2 Intangibles involve connecting the tangibles to concepts and the
ideas they represent intangibles are the meanings the relationships the processes the ideas the feelings and the beliefs
a Examples include food webs ecosystem health entropy ecology
iii People remember themes they forget facts
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 60
iv Plan for an organized presentation 1 Think about your overall theme smaller parts of the program and
your transitions v Stick to your theme
vi Determine what type of presentation you will have 1 PowerPoint (avoid) 2 Podium Presentation (avoid) 3 Active taking a hike playing a game etc 4 Hands-on touching feeling trying hearing smelling
vii Think about all the different kinds of learners 1 verbal-linguistic 2 logical-mathematical 3 visual-spatial 4 kinesthetic 5 musical-rhythmic 6 interpersonal (groups) 7 intrapersonal (individual) 8 naturalist
d Know your role as an educator 1 Provide facts and relationships not opinions 2 Allow participants to determine their own opinions and beliefs
using the facts amp relationships you provide them 3 PLAY ldquoFIRST IMPRESSIONSrdquo
e Prepare Prepare Prepare 1 Know the type of space and area you will have (indoor vs
outdoor small space vs vast area etc) 2 Plan for more that you are told 3 Plan for the weather (always expect it to be windy in Nebraska)
f Questions i Ask good questions
1 Is this a fox Vs How do you know this is a fox 2 Do you have any questions Vs What questions do you have
ii Be prepared for quality questions 1 What are the implications for describe the impact of what are
the reasons for iii Be prepared for ldquogoodrdquo questions
1 Do you have ewoks in the forest If a Mountain Lion and an Eagle were to fight who would win
2 Take all questions seriously Answer seriously g Model what you want to see the students do
i If you want a group of students to catch insects help them get active with them
ii This is true when working with children and adults
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 61
1 Working alongside students validates them and their learning h Be enthusiastic show your passion
i This is another form of modeling what you want to see in your students ii We need to excite students (no matter their age) about conservation
nature and the outdoors iii Have fun
6 Take Home Lesson Light the Spark and Donrsquot Be Afraid to Fail
Suggested Activities (amp potential mandatory activities)
Throughout the lesson conduct multiple games andor activities to model good interpretation
Suggested games include but are not limited to
1 Oh Deer (Project WILD) 2 First Impressions (to be done during section 5) (Project WILD) 3 The Long Haul (Project WET) 4 Sum of the Parts (Project WET) 5 Water Quality Ask the Bugs (Project WET) 6 Adaptation Artistry (Flying WILD) or Fashion a Fish (Aquatic Project WILD) 7 Avian Antics (Flying WILD) 8 Pollinators Meet Your Plants (Nebraska Project WILD wwwnebraskaprojectwildorg) 9 Scavenger Hunts (Nebraska Project WILD wwwnebraskaprojectwildorg)
Suggested Post-Readings
Interpreting Our Heritage Freeman Tilden 1957 (4th edition 2008)
ISBN-13 978-0807858677
Interpreting for Park Visitors William Lewis 1981
ISBN-13 978-0890620793
Environmental Interpretation Sam Ham 1992
ISBN-13 978-1555919023
Interpretation for the 21st Century Fifteen Guiding Principles for Interpreting Nature and
Culture Larry Beck amp Ted Cable 2002
ISBN-13 978-1571675224
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 62
Interpretation-Making a Difference on Purpose Sam Ham 2013
ISBN-13 978-1555917425
Foundations of Interpretation Curriculum Content Narrative National Parks Service 2007
httpwwwnpsgovidpinterp101foundationscurriculumpdf
Websites
National Association of Interpretation
wwwinterpnetcom
North American Association for Environmental Education
wwwnaaeeorg
Nebraska Alliance for Conservation and Environment Education
wwwnaceeorg
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 63
Safety in the Field
Developed by Rich Hawes Nebraska Master Naturalist rdhawes26msncom
Objectives
Raise awareness of Risk Managementassessment as part of event planning
Guidelines to safe activities for participants presenters and the environment
Present Leave No Trace Principals as part of all outdoor activities
Present resources for additional training or certification for outdoor activities
Hands on activities to encourage interest and to provoke thought and discussion
Hazards of the area
Outdoor hiking safety
Stewardship of the land and natural resources
Being flexible and working with ldquowhat you haverdquo
Outline
1 Outdoor Activities ndash Whatrsquos The Worst That Can Happen An Introduction to Event Planning and Risk Management
2 Leave No Trace Principals
3 Trip planning and Logistics
4 Health amp Safety
5 Youth Protection
6 Age Appropriate Activities
7 Resource Training and Certifications
a Standard First Aid CPRAED Wilderness First Aid
b Shooting Sports - Range Safety Officer or Instructor
c Hunter Safety Instructor
d Climbing COPE and Zip Lines
e Water Safety Instructor Life Guard Small Boat Handling
f Leave No Trace Trainer or Master Educator
g Tread Lightly Tread Trainer or Master Tread Trainer
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 64
Suggested Activities
CPR Scenario
First Aid Scenario
Weather Scenario
Lost Scenario
Online Resources
American Camp Association
Boy Scouts of America
Youth Protection
Safe Swim Defense
Safety Afloat
Climb On Safely
Weather Safety
Trek On Safely
(etc)
Leave No Trace
Nebraska Game amp Parks
Hunter Safety
Boating Rules amp Regs
National Rifle Association
(Archery groups)
American Red Cross
(wilderness medicine group(s))
NOLS
Tread Lightly
US Coast Guard
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 51
Era Of Abundance (1600 ndash 1850) When our forefathers first landed on the eastern shores of America they brought with them science
religion and a new hope They found plentiful game and soon began a relationship with the land that provided them with many of their daily needs Wildlife was viewed as a limitless resource in a relatively untapped land These early settlers had left Europe where few had access to wildlife and entered a world where everyone had access Furs feathers hides all had value to this young country In 1776 the Declaration of Independence revoked the Kingrsquos rights to land and people in this new world After a
bloody war led by revolutionaries such as Washington Hamilton Jefferson and Adams the United States gained its independence and the land and wildlife belonged to everyone
Era Of Exploitation (1850 ndash 1900)
The 1800s brought a commercialization of our wildlife resources Market hunting and habitat
destruction began to decimate wildlife populations such as the American Bison and Passenger Pigeon After the American Revolutionary War and the Civial Warmdashwhich nearly destroyed our ldquodemocratic
experimentrdquo all togethermdashfew people were looking after the interest of wildlife and even fewer rules
existed governing the management of a resource everyone had ownership of yet no one had responsibility for
The railroad provided settlers with the means to access new lands expanding the markets for meats hides and fur Advancements in technology such as the repeating rifle further aided the unbridled
destruction of wildlife resources Yet throughout this era something positive was growing The people of this new nation were developing a relationship with the land By 1842 a Supreme Court ruling had huge impacts on this developing model of conservation resulting in a Public Trust Doctrine that would
further outline a model for conserving our natural resources Conservation was developing some direction but had no money or laws to support it
Era Of Protection (19001930) The early 1900s brought an industrial boom Abuse of natural resources had taken its toll and throughout the Nation and evidence of this abuse could be seen in the loss of species such as the
passenger pigeon near loss of the American bison and in many large mammals including whitetailed deer and our once numerous waterfowl species America was becoming an economic giant yet through
the roar of machines both political and metal a small voice could be heard It was the hunter and their voice was of concern for the direction our wildlife resources were heading Conservation minded men and women had continued a relationship with the land and the wildlife
Era of Game Management (1930 ndash 1966) The ldquodirty thirtiesrdquo were marked by the dust bowl and an impoverished nation Agricultural practices
unchecked by environmental stewardship had left the Nationrsquos heartland in ecological peril Politically the conservation movement was supported by the footings laid by Theodore Roosevelt New federal acts moved forward to provide for environmental protection due to the outcry of hunters in panic over the vanishing wildlife resources of the Nation
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 52
Wildlife conservation had support yet it lacked the science to properly manage our Nationrsquos resources A young biologist name Aldo Leopold changed all this with his writings including the book Game
Management which led to Universities across the country developing wildlife conservation programs These programs spawned a new breed of professional game managers who utilized science to support management methods that ultimately lead to the greatest wildlife conservation success story in the world In 1937 the PittmanRobertson Act provided thousands of jobs for young professionals along with ldquogame wardensrdquo supported by individual states to further the development of the Conservation Model
which now had science and funding to support it
Era of Environmental Management (1966 ndash Present) Science and funding led to a broadening view of conservation as focus shifted from managing ldquogame
animalsrdquo to managing the entire biota (environment and all living things in it) Further federal acts such
as the Endangered Species Act of 1966 and the National Environmental Policy Act of 1969 provided greater protection for species by a nation that had finally changed its course providing time to review
and perfect conservation efforts Recent acts such as the 1980 Farm Bill continued the effort to help
landowners provide quality habitat for wildlife and hunters by providing incentives to landowners to set aside highly erosive lands and plant them into wildlife habitat (grasslands) that benefit wildlife and hunters
The story of our unique model of conservation is still being written New challenges today threaten our
coveted resources and new professionals are entering the arena to further the plight of our Nationrsquos wildlife and hunting heritage
Seven Pillars of the Model
Seven main pillars have been highlighted as the foundation of support for the North American Model
of Conservation These include
The Public Trust The wildlife of the United States are owned by the people This is very different from the European Model where wildlife is privately owned The North American Model recognizes wildlife as a public
resource that is so important it can not be owned or managed by any one segment of our society but rather managed by professional state and federal entities for the benefit of all This concept known as
the Public Trust Doctrine began development in 1842 when the Supreme Court ruled that the Magna Charta had settled the question of who owns fish and wildlife and that King Charles II did not have the authority to give away the ldquodominion and propertyrdquo of lands in colonial America The court further ruled that since the American Revolution the people held public trust responsibilities for fish and wildlife except for rights specified in the US Constitution
Prohibition on Commerce
It was the hunter who brought forth stringent laws that protected wildlife from peril in the 19th
and 20th
centuries Because we all own and appreciate our wildlife as a national resource they should never find themselves on the public market to the highest bidder This path led to a largescale loss of many species
including the Passenger Pigeon and the near loss of the American bison As our country was developing these practices were common as people moved west in search of prosperity capitalizing on a land seemingly untouched by the modern world Today many laws in place serve to protect our most
valuable resourceshellipour wildlife
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 53
Democratic Rule of Law Each citizen of this great nation has the ability and responsibility to engage in healthy politics that serve
to support and protect sound wildlife conservation measures Our first conservation measures in this Country habitat restoration simple harvest restrictions and bag limits came from hunters people who respected the game they pursued and loved the wild places they chased them in The North American Model of conservation is built upon active public involvement instilling a value for wildlife in all citizens
Hunting Opportunity for All The Model was developed on the premise that all people regardless of political or economic standing could participate in and feel the thrill of the chase It is this unique Model that provides us with wildlife opportunities for all Americans Imagine how important this was to our fore fathers who left a brutal
King in England where only the aristocracy had any dream of pursuing wild creatures in wild places Our
wildlife laws ensure that each generation that comes after us will have the same opportunity to enjoy and appreciate wildlife
Nonfrivolous Use Our management of wildlife depends on a citizenry that loves and appreciates the wild creatures and the habitats necessary to their survival and our quality of life Wildlife may be utilized under strict rule of
law including utilizing the wildlife once harvested to its best potential Killing wildlife for the sake of killing can only lead to the numbing of hearts to wildlife and a profound lack of respect for our most
precious resources
International Resources
It was not until the 20th
century that hunters and wildlife lovers understood the importance of
managing wildlife at a much larger scale This became readily apparent with the passage of the
Migratory Bird Treaty Act of 1918 where nations came together to manage wildlife resources as a
collective Wildlife species do not recognize national or state boundaries Governments must work together to be effective in managing wildlife for the benefit of all The United States has made great
strides in this area with Mexico and Canada Our wildlife is not only a resource to us but to all continents they may call home throughout the year Our biologists must think globally to be effective locally
Scientific Management Although Theodore Roosevelt brought conservation to the political forefront it was a young forester from Iowa that made the study of wildlife management a science Aldo Leopold is considered by many
as the ldquofather of wildlife managementrdquo due to his tireless efforts to develop curriculum for future wildlife biologists Today our biologists earn their opportunity to manage wildlife through prominent
Bachelor Masters and Doctorate degree programs from Universities around the world Wildlife must be managed using fact science and the latest research We are constantly learning and adapting to new technology and changing environments For such an important resource we cannot afford to have it any other way
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 54
Nebraska Master Naturalist Specializations Certifying as a Specialist ldquoFollow your own natural geniusrdquo wrote Thoreau ldquoand it will not fail to show you a fresh prospect every hourrdquo Many of us learn by doing When our curiosity and interests carry us into deeper study of a given subject it can be helpful to have clear opportunities to pursue Thus the Nebraska Master Naturalist Program offers specialized voluntary training for those who are hungry to develop and apply their particular skill and personal understanding on behalf of our natural legacy Specializations are designed to create collaborators leaders and mentors in four key areas
Interpretation and Outreach
Outdoor Skills and Recreation
Resource Management
Citizen Science Master Naturalist Certification Requirements Annual Requirement o 8 Hours Training Annually o 20 Hours of Volunteerism Annually Master Naturalist Specialization Requirement One Time Requirement o 20 Hours of Training Total Specific to Specialization Annual Requirement o Additional 20 Hours of Volunteerism Annually Specific to Specialization (does not include initial Certification annual requirement hours)
OUTDOOR SKILLS AND RECREATION SPECIALIZATION The purpose of OUTDOOR SKILLS AND RECREATION is to promote activity and development of skills in the outdoor pursuits associated with natural resources Specializations are designed to create collaborators leaders and mentors in particular areas A Certified Nebraska Master Naturalist can complete the Outdoor Recreation Specializationby meeting the following requirements Complete at least one of the workshops or certification‐leading trainings listed below If specialized training is not listed below it can be approved upon request by the Master Naturalist Program Committee Specialized Training Options ‐
Hunter Education Instructor Certification 13 hrs
National 4‐H Shooting Sports Instructor Certification 32 hrs
Nebraska 4‐H Shooting Sports Shotgun Certification 12 hrs
Nebraska 4‐H Shooting Sports Archery Certification 12 hrs
Nebraska 4‐H Shooting Sports Rifle Certification 12 hrs
Nebraska 4‐H Shooting Sports Pistol Certification 12 hrs
Nebraska 4‐H Shooting Sports Muzzleloader Certification 12 hrs
National Archery in the Schools Program Basic Archery Instructor 4 hrs
NRA Range OfficerMaster Certification 8 hrs
Hunt Master Training Instructor 4 hrs
NRA Shooting Instructor 16 hrs
NRA Shotgun Instructor 16 hrs
NRA Rifle Instructor 16 hrs
Boater Education Instructor 12 hrs
Youth Fishing Instructor 5 hrs
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 55
American Canoe Association National CanoeKayak Instructor 16‐32hrs
National Camp SchoolBoy Scouts 16‐24 hrs
Wood Badge TrainingBoy Scouts 16‐24 hrs
Merit Badge Counselor TrainingBoy Scouts 2‐16 hrs
Conservation Leaders for Tomorrow 35 hrs
Wilderness First Aid 16‐32 hrs
Professional Trappers College 40 hrs
American Camp Association Instructor Training 8‐40 hrs
American Red Cross Instructor Training 2‐16 hrs
American Sailing Association Instructor Training 16‐24 hrs
Certified Horsemanship Association Instructor Training 24‐40 hrs
Leave No Trace Master Educator Training 40 hrs
National Outdoor Leadership School 280 hrs
Camp Cook School 32‐96 hrs
Professional Association of Diving Instructors Training 32‐96 hrs
Professional Mountain Bike Association Instructor Training 24 hrs
League of American Bicyclists Instructor Certification 24 hrs
Hunting
Shooting
Fishing
Trapping
Camping
Outdoor Cooking
Orienteering
Geocaching
Photography
Wildlife Viewing
Hiking
Biking
Birding
Becoming an Outdoors‐Woman Program
Wilderness First Aid
Wilderness Survival
Leave No Trace Educator
Service Options ndash Provide a minimum of 20 hours of service annually in the following or similar areas
4‐H leader and youth training outdoor recreation
Scout leader and youth training outdoor recreation
Wild About Nature
Flying WILD Educator or Facilitator Workshop
Becoming an Outdoors Woman (BOW)
Beyond Becoming an Outdoors Woman (BOW)
Family Camp
Learn to Hunt Program
National Archery in the Schools Program BAI training or greater
Mentor HuntHunt Masters Training
After School Programs
Others ndash Upon approval
Outdoor discovery programs volunteer
CRO at a shooting event
Assist with National or State shooting sports competitions
Family fishing day
Design or write a brochure
Develop or contribute to a website
Develop or contribute to a social networking site
Design or write a newsletter
Assist in fundraising
Plan an event or festival
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 56
Interpretation amp Education- Developed By Lindsay Rogers Nebraska Game amp Parks
Commission
Do not try to satisfy your vanity by teaching a great many things Awaken peoplersquos curiosity It is
enough to open minds do not overload them Put there just a spark If there is some good
inflammable stuff it will catch firerdquo
- Anatole France in The Earth Speaks
Session Objectives
To help participants understand the role education plays in sounds ecological conservation
To help participants learn about past and present conservationist and interpretive educators
To help participants learn components of quality education and interpretation
To have participants partake in quality interpretive education
To make sure participants understand that their role is to light the spark and awaken curiosityhellip not spew facts
Lecture Requirements
1 What is interpretation (5 minutes) a What does ldquointerpretrdquo mean b National Association of Interpretation definition of ldquointerpretationrdquo
i Interpretation is a mission-based communication process that forges emotional and intellectual connection between the interests of the audience and the meanings inherent to the resource
c Freeman Tilden Interpreting Our Heritage 1957 i Interpretation is an educational activity which aims to reveal meanings
and relationships through the use of original objects by first-hand experience and by illustrative media rather than simply to communicate factual information
d Components of interpretation i pleasurable or enjoyable
ii relevant to the world iii organized iv themed v sparks an interest
vi includes information but does not stop there links information to the world
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 57
vii age appropriate viii taught to someone not at them
2 What is education (5 minutes)
a What does it mean to ldquoeducaterdquo someone b John Dewey Democracy amp Education 2944
i Education in its general sense is a form of learning in which the knowledge skills and habits of a group of people are transferred from one generation to the next through teaching training or research
c Components of education i - generally presented to someone but not always
ii enjoyable sometimes iii provides knowledge and facts iv can make connections but not always v organized and themed
d Both education and interpretation are important they work together
3 Conservationists (10 minutes) a Jon Muir
i Immigrated from Scotland to Wisconsin in 1849 ii Attended the University of Wisconsin studies botany amp geology
iii Moved to the western US mainly the Sierra Nevada area iv Believed humans were part of the interconnected natural world v Advocated for the preservation of natural areas
vi Co-founded the Sierra Club b Aldo Leopold
i Iowa native attended Yale University ii After college he joined the US Forest Service was stationed in Arizona
and New Mexico iii Developed theories of land ethics the need for biodiversity and an
appreciation for wilderness areas iv Moved to Wisconsin in 1924 became a professor at the University of
Wisconsin v Regarded as the ldquoFather of Conservationrdquo
c Gifford Pinchot i Born in Connecticut in 1905
ii Studied at Yale studies forestry in France iii Named chief of the Division of Forestry (later to become the US Forest
Service) iv First chief of the US Forest Service greatly improved forest
management and increased the size of Forest Service lands
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 58
v Managed forests for the greatest good for the greatest number Pinchot added the phrase in the long run to emphasize that forest management consists of long-term decisions
d Steven Mather i Born in California attended Berkley University
ii Worked for the Pacific Coast Borax Company where he had a talent for promotion Started a competing company made millions
iii When revisiting Sequoia and Yosemite National Parks in 1914 he was appalled by the conditions of the national parks
iv Joined the Department of the Interior as the head of parks later created the National Parks System
v Professionalized the National Parks and helped to greatly grow protected lands
e Rachel Carson i Born in Pennsylvania in 1907 attended John Hopkins University for
graduate school ii Went to work for the US Bureau of Fisheries (later to become the US
Fish amp Wildlife Service) iii Wrote Silent Spring in 1962 The book created an awaking for Americanrsquos
to their responsibility to the environment and wildlife The book lead to the US Government banning the use of DDT
f Theodore Roosevelt i Born in 1858 in New York New York was a sickly child who stayed inside
studying natural history ii An avid outdoorsman he spent much time in the South Dakota Badlands
iii Became President in 1901 with the assignation of President McKinley iv Among many major accomplishments as president he started the
National Parks was instrumental in conserving about 230 million acres
4 Naturalist Interpreters (10 minutes) a Freeman Tilden
i Born 1883 worked as a newspaper columnist and author ii At age 58 he began working with the National Parks Service
iii While traveling to various National Parks he became concerned with the quality of interpretation
iv Wrote Interpreting Our Heritage in 1957 outlines 6 principles to quality interpretation forever changed the field of interpretation
b William Lewis i Worked as a ranger naturalist and interpreter trainer for the National
Parks Service ii Developed the approach of ldquoThematic Interpretationrdquo which requires the
interpreter to choose a central theme (major point) to guide the development of a program
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 59
iii Wrote Interpreting For Park Visitors c Sam Ham
i Director of Center for International Training and Outreach at the University of Idaho
ii Work has focused on applying communication theory to environmental conservation interpretation and on nature-based tourism and guide training
iii Wrote Environmental Interpretation (1992) d Ted Cable
i Professor of Park Management and Conservation at Kansas State University
ii Co-authored Interpreting Cultural and Natural Resources (2003) and Interpretation for the 21st Century Fifteen Guiding Principles for Interpreting Nature and Culture (2002)
5 Conducting an Interpretative Program Try and Fail (60 minutes + 120 minutes of activities throughouthellip see list of Suggested Activities below)
a Experiential Learning i The first time you tried to walk you failed The first time you rode a bike
you failed This is called experiential learning The first time you attempt an educational or interpretation program you will fail thatrsquos how we learn
ii Donrsquot be afraid to fail b Ask Questions about the ProgramPresentation before you commit to leading it c Plan your Program
i Generally I want my presentation to be about Specifically however I want to tell my audience about After hearing my presentation I want my audience to understand (what is the big picture you want them to take home)
1 You do not need (or want) to teach your audience everything you know your job is to light the spark
ii What will your tangibles and intangibles be 1 Tangibles are those things you can touch things you use to teach
when teaching a Examples include a tree a mammal pelt a skull a live
animal a prairie 2 Intangibles involve connecting the tangibles to concepts and the
ideas they represent intangibles are the meanings the relationships the processes the ideas the feelings and the beliefs
a Examples include food webs ecosystem health entropy ecology
iii People remember themes they forget facts
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 60
iv Plan for an organized presentation 1 Think about your overall theme smaller parts of the program and
your transitions v Stick to your theme
vi Determine what type of presentation you will have 1 PowerPoint (avoid) 2 Podium Presentation (avoid) 3 Active taking a hike playing a game etc 4 Hands-on touching feeling trying hearing smelling
vii Think about all the different kinds of learners 1 verbal-linguistic 2 logical-mathematical 3 visual-spatial 4 kinesthetic 5 musical-rhythmic 6 interpersonal (groups) 7 intrapersonal (individual) 8 naturalist
d Know your role as an educator 1 Provide facts and relationships not opinions 2 Allow participants to determine their own opinions and beliefs
using the facts amp relationships you provide them 3 PLAY ldquoFIRST IMPRESSIONSrdquo
e Prepare Prepare Prepare 1 Know the type of space and area you will have (indoor vs
outdoor small space vs vast area etc) 2 Plan for more that you are told 3 Plan for the weather (always expect it to be windy in Nebraska)
f Questions i Ask good questions
1 Is this a fox Vs How do you know this is a fox 2 Do you have any questions Vs What questions do you have
ii Be prepared for quality questions 1 What are the implications for describe the impact of what are
the reasons for iii Be prepared for ldquogoodrdquo questions
1 Do you have ewoks in the forest If a Mountain Lion and an Eagle were to fight who would win
2 Take all questions seriously Answer seriously g Model what you want to see the students do
i If you want a group of students to catch insects help them get active with them
ii This is true when working with children and adults
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 61
1 Working alongside students validates them and their learning h Be enthusiastic show your passion
i This is another form of modeling what you want to see in your students ii We need to excite students (no matter their age) about conservation
nature and the outdoors iii Have fun
6 Take Home Lesson Light the Spark and Donrsquot Be Afraid to Fail
Suggested Activities (amp potential mandatory activities)
Throughout the lesson conduct multiple games andor activities to model good interpretation
Suggested games include but are not limited to
1 Oh Deer (Project WILD) 2 First Impressions (to be done during section 5) (Project WILD) 3 The Long Haul (Project WET) 4 Sum of the Parts (Project WET) 5 Water Quality Ask the Bugs (Project WET) 6 Adaptation Artistry (Flying WILD) or Fashion a Fish (Aquatic Project WILD) 7 Avian Antics (Flying WILD) 8 Pollinators Meet Your Plants (Nebraska Project WILD wwwnebraskaprojectwildorg) 9 Scavenger Hunts (Nebraska Project WILD wwwnebraskaprojectwildorg)
Suggested Post-Readings
Interpreting Our Heritage Freeman Tilden 1957 (4th edition 2008)
ISBN-13 978-0807858677
Interpreting for Park Visitors William Lewis 1981
ISBN-13 978-0890620793
Environmental Interpretation Sam Ham 1992
ISBN-13 978-1555919023
Interpretation for the 21st Century Fifteen Guiding Principles for Interpreting Nature and
Culture Larry Beck amp Ted Cable 2002
ISBN-13 978-1571675224
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 62
Interpretation-Making a Difference on Purpose Sam Ham 2013
ISBN-13 978-1555917425
Foundations of Interpretation Curriculum Content Narrative National Parks Service 2007
httpwwwnpsgovidpinterp101foundationscurriculumpdf
Websites
National Association of Interpretation
wwwinterpnetcom
North American Association for Environmental Education
wwwnaaeeorg
Nebraska Alliance for Conservation and Environment Education
wwwnaceeorg
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 63
Safety in the Field
Developed by Rich Hawes Nebraska Master Naturalist rdhawes26msncom
Objectives
Raise awareness of Risk Managementassessment as part of event planning
Guidelines to safe activities for participants presenters and the environment
Present Leave No Trace Principals as part of all outdoor activities
Present resources for additional training or certification for outdoor activities
Hands on activities to encourage interest and to provoke thought and discussion
Hazards of the area
Outdoor hiking safety
Stewardship of the land and natural resources
Being flexible and working with ldquowhat you haverdquo
Outline
1 Outdoor Activities ndash Whatrsquos The Worst That Can Happen An Introduction to Event Planning and Risk Management
2 Leave No Trace Principals
3 Trip planning and Logistics
4 Health amp Safety
5 Youth Protection
6 Age Appropriate Activities
7 Resource Training and Certifications
a Standard First Aid CPRAED Wilderness First Aid
b Shooting Sports - Range Safety Officer or Instructor
c Hunter Safety Instructor
d Climbing COPE and Zip Lines
e Water Safety Instructor Life Guard Small Boat Handling
f Leave No Trace Trainer or Master Educator
g Tread Lightly Tread Trainer or Master Tread Trainer
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 64
Suggested Activities
CPR Scenario
First Aid Scenario
Weather Scenario
Lost Scenario
Online Resources
American Camp Association
Boy Scouts of America
Youth Protection
Safe Swim Defense
Safety Afloat
Climb On Safely
Weather Safety
Trek On Safely
(etc)
Leave No Trace
Nebraska Game amp Parks
Hunter Safety
Boating Rules amp Regs
National Rifle Association
(Archery groups)
American Red Cross
(wilderness medicine group(s))
NOLS
Tread Lightly
US Coast Guard
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 52
Wildlife conservation had support yet it lacked the science to properly manage our Nationrsquos resources A young biologist name Aldo Leopold changed all this with his writings including the book Game
Management which led to Universities across the country developing wildlife conservation programs These programs spawned a new breed of professional game managers who utilized science to support management methods that ultimately lead to the greatest wildlife conservation success story in the world In 1937 the PittmanRobertson Act provided thousands of jobs for young professionals along with ldquogame wardensrdquo supported by individual states to further the development of the Conservation Model
which now had science and funding to support it
Era of Environmental Management (1966 ndash Present) Science and funding led to a broadening view of conservation as focus shifted from managing ldquogame
animalsrdquo to managing the entire biota (environment and all living things in it) Further federal acts such
as the Endangered Species Act of 1966 and the National Environmental Policy Act of 1969 provided greater protection for species by a nation that had finally changed its course providing time to review
and perfect conservation efforts Recent acts such as the 1980 Farm Bill continued the effort to help
landowners provide quality habitat for wildlife and hunters by providing incentives to landowners to set aside highly erosive lands and plant them into wildlife habitat (grasslands) that benefit wildlife and hunters
The story of our unique model of conservation is still being written New challenges today threaten our
coveted resources and new professionals are entering the arena to further the plight of our Nationrsquos wildlife and hunting heritage
Seven Pillars of the Model
Seven main pillars have been highlighted as the foundation of support for the North American Model
of Conservation These include
The Public Trust The wildlife of the United States are owned by the people This is very different from the European Model where wildlife is privately owned The North American Model recognizes wildlife as a public
resource that is so important it can not be owned or managed by any one segment of our society but rather managed by professional state and federal entities for the benefit of all This concept known as
the Public Trust Doctrine began development in 1842 when the Supreme Court ruled that the Magna Charta had settled the question of who owns fish and wildlife and that King Charles II did not have the authority to give away the ldquodominion and propertyrdquo of lands in colonial America The court further ruled that since the American Revolution the people held public trust responsibilities for fish and wildlife except for rights specified in the US Constitution
Prohibition on Commerce
It was the hunter who brought forth stringent laws that protected wildlife from peril in the 19th
and 20th
centuries Because we all own and appreciate our wildlife as a national resource they should never find themselves on the public market to the highest bidder This path led to a largescale loss of many species
including the Passenger Pigeon and the near loss of the American bison As our country was developing these practices were common as people moved west in search of prosperity capitalizing on a land seemingly untouched by the modern world Today many laws in place serve to protect our most
valuable resourceshellipour wildlife
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 53
Democratic Rule of Law Each citizen of this great nation has the ability and responsibility to engage in healthy politics that serve
to support and protect sound wildlife conservation measures Our first conservation measures in this Country habitat restoration simple harvest restrictions and bag limits came from hunters people who respected the game they pursued and loved the wild places they chased them in The North American Model of conservation is built upon active public involvement instilling a value for wildlife in all citizens
Hunting Opportunity for All The Model was developed on the premise that all people regardless of political or economic standing could participate in and feel the thrill of the chase It is this unique Model that provides us with wildlife opportunities for all Americans Imagine how important this was to our fore fathers who left a brutal
King in England where only the aristocracy had any dream of pursuing wild creatures in wild places Our
wildlife laws ensure that each generation that comes after us will have the same opportunity to enjoy and appreciate wildlife
Nonfrivolous Use Our management of wildlife depends on a citizenry that loves and appreciates the wild creatures and the habitats necessary to their survival and our quality of life Wildlife may be utilized under strict rule of
law including utilizing the wildlife once harvested to its best potential Killing wildlife for the sake of killing can only lead to the numbing of hearts to wildlife and a profound lack of respect for our most
precious resources
International Resources
It was not until the 20th
century that hunters and wildlife lovers understood the importance of
managing wildlife at a much larger scale This became readily apparent with the passage of the
Migratory Bird Treaty Act of 1918 where nations came together to manage wildlife resources as a
collective Wildlife species do not recognize national or state boundaries Governments must work together to be effective in managing wildlife for the benefit of all The United States has made great
strides in this area with Mexico and Canada Our wildlife is not only a resource to us but to all continents they may call home throughout the year Our biologists must think globally to be effective locally
Scientific Management Although Theodore Roosevelt brought conservation to the political forefront it was a young forester from Iowa that made the study of wildlife management a science Aldo Leopold is considered by many
as the ldquofather of wildlife managementrdquo due to his tireless efforts to develop curriculum for future wildlife biologists Today our biologists earn their opportunity to manage wildlife through prominent
Bachelor Masters and Doctorate degree programs from Universities around the world Wildlife must be managed using fact science and the latest research We are constantly learning and adapting to new technology and changing environments For such an important resource we cannot afford to have it any other way
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 54
Nebraska Master Naturalist Specializations Certifying as a Specialist ldquoFollow your own natural geniusrdquo wrote Thoreau ldquoand it will not fail to show you a fresh prospect every hourrdquo Many of us learn by doing When our curiosity and interests carry us into deeper study of a given subject it can be helpful to have clear opportunities to pursue Thus the Nebraska Master Naturalist Program offers specialized voluntary training for those who are hungry to develop and apply their particular skill and personal understanding on behalf of our natural legacy Specializations are designed to create collaborators leaders and mentors in four key areas
Interpretation and Outreach
Outdoor Skills and Recreation
Resource Management
Citizen Science Master Naturalist Certification Requirements Annual Requirement o 8 Hours Training Annually o 20 Hours of Volunteerism Annually Master Naturalist Specialization Requirement One Time Requirement o 20 Hours of Training Total Specific to Specialization Annual Requirement o Additional 20 Hours of Volunteerism Annually Specific to Specialization (does not include initial Certification annual requirement hours)
OUTDOOR SKILLS AND RECREATION SPECIALIZATION The purpose of OUTDOOR SKILLS AND RECREATION is to promote activity and development of skills in the outdoor pursuits associated with natural resources Specializations are designed to create collaborators leaders and mentors in particular areas A Certified Nebraska Master Naturalist can complete the Outdoor Recreation Specializationby meeting the following requirements Complete at least one of the workshops or certification‐leading trainings listed below If specialized training is not listed below it can be approved upon request by the Master Naturalist Program Committee Specialized Training Options ‐
Hunter Education Instructor Certification 13 hrs
National 4‐H Shooting Sports Instructor Certification 32 hrs
Nebraska 4‐H Shooting Sports Shotgun Certification 12 hrs
Nebraska 4‐H Shooting Sports Archery Certification 12 hrs
Nebraska 4‐H Shooting Sports Rifle Certification 12 hrs
Nebraska 4‐H Shooting Sports Pistol Certification 12 hrs
Nebraska 4‐H Shooting Sports Muzzleloader Certification 12 hrs
National Archery in the Schools Program Basic Archery Instructor 4 hrs
NRA Range OfficerMaster Certification 8 hrs
Hunt Master Training Instructor 4 hrs
NRA Shooting Instructor 16 hrs
NRA Shotgun Instructor 16 hrs
NRA Rifle Instructor 16 hrs
Boater Education Instructor 12 hrs
Youth Fishing Instructor 5 hrs
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 55
American Canoe Association National CanoeKayak Instructor 16‐32hrs
National Camp SchoolBoy Scouts 16‐24 hrs
Wood Badge TrainingBoy Scouts 16‐24 hrs
Merit Badge Counselor TrainingBoy Scouts 2‐16 hrs
Conservation Leaders for Tomorrow 35 hrs
Wilderness First Aid 16‐32 hrs
Professional Trappers College 40 hrs
American Camp Association Instructor Training 8‐40 hrs
American Red Cross Instructor Training 2‐16 hrs
American Sailing Association Instructor Training 16‐24 hrs
Certified Horsemanship Association Instructor Training 24‐40 hrs
Leave No Trace Master Educator Training 40 hrs
National Outdoor Leadership School 280 hrs
Camp Cook School 32‐96 hrs
Professional Association of Diving Instructors Training 32‐96 hrs
Professional Mountain Bike Association Instructor Training 24 hrs
League of American Bicyclists Instructor Certification 24 hrs
Hunting
Shooting
Fishing
Trapping
Camping
Outdoor Cooking
Orienteering
Geocaching
Photography
Wildlife Viewing
Hiking
Biking
Birding
Becoming an Outdoors‐Woman Program
Wilderness First Aid
Wilderness Survival
Leave No Trace Educator
Service Options ndash Provide a minimum of 20 hours of service annually in the following or similar areas
4‐H leader and youth training outdoor recreation
Scout leader and youth training outdoor recreation
Wild About Nature
Flying WILD Educator or Facilitator Workshop
Becoming an Outdoors Woman (BOW)
Beyond Becoming an Outdoors Woman (BOW)
Family Camp
Learn to Hunt Program
National Archery in the Schools Program BAI training or greater
Mentor HuntHunt Masters Training
After School Programs
Others ndash Upon approval
Outdoor discovery programs volunteer
CRO at a shooting event
Assist with National or State shooting sports competitions
Family fishing day
Design or write a brochure
Develop or contribute to a website
Develop or contribute to a social networking site
Design or write a newsletter
Assist in fundraising
Plan an event or festival
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 56
Interpretation amp Education- Developed By Lindsay Rogers Nebraska Game amp Parks
Commission
Do not try to satisfy your vanity by teaching a great many things Awaken peoplersquos curiosity It is
enough to open minds do not overload them Put there just a spark If there is some good
inflammable stuff it will catch firerdquo
- Anatole France in The Earth Speaks
Session Objectives
To help participants understand the role education plays in sounds ecological conservation
To help participants learn about past and present conservationist and interpretive educators
To help participants learn components of quality education and interpretation
To have participants partake in quality interpretive education
To make sure participants understand that their role is to light the spark and awaken curiosityhellip not spew facts
Lecture Requirements
1 What is interpretation (5 minutes) a What does ldquointerpretrdquo mean b National Association of Interpretation definition of ldquointerpretationrdquo
i Interpretation is a mission-based communication process that forges emotional and intellectual connection between the interests of the audience and the meanings inherent to the resource
c Freeman Tilden Interpreting Our Heritage 1957 i Interpretation is an educational activity which aims to reveal meanings
and relationships through the use of original objects by first-hand experience and by illustrative media rather than simply to communicate factual information
d Components of interpretation i pleasurable or enjoyable
ii relevant to the world iii organized iv themed v sparks an interest
vi includes information but does not stop there links information to the world
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 57
vii age appropriate viii taught to someone not at them
2 What is education (5 minutes)
a What does it mean to ldquoeducaterdquo someone b John Dewey Democracy amp Education 2944
i Education in its general sense is a form of learning in which the knowledge skills and habits of a group of people are transferred from one generation to the next through teaching training or research
c Components of education i - generally presented to someone but not always
ii enjoyable sometimes iii provides knowledge and facts iv can make connections but not always v organized and themed
d Both education and interpretation are important they work together
3 Conservationists (10 minutes) a Jon Muir
i Immigrated from Scotland to Wisconsin in 1849 ii Attended the University of Wisconsin studies botany amp geology
iii Moved to the western US mainly the Sierra Nevada area iv Believed humans were part of the interconnected natural world v Advocated for the preservation of natural areas
vi Co-founded the Sierra Club b Aldo Leopold
i Iowa native attended Yale University ii After college he joined the US Forest Service was stationed in Arizona
and New Mexico iii Developed theories of land ethics the need for biodiversity and an
appreciation for wilderness areas iv Moved to Wisconsin in 1924 became a professor at the University of
Wisconsin v Regarded as the ldquoFather of Conservationrdquo
c Gifford Pinchot i Born in Connecticut in 1905
ii Studied at Yale studies forestry in France iii Named chief of the Division of Forestry (later to become the US Forest
Service) iv First chief of the US Forest Service greatly improved forest
management and increased the size of Forest Service lands
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 58
v Managed forests for the greatest good for the greatest number Pinchot added the phrase in the long run to emphasize that forest management consists of long-term decisions
d Steven Mather i Born in California attended Berkley University
ii Worked for the Pacific Coast Borax Company where he had a talent for promotion Started a competing company made millions
iii When revisiting Sequoia and Yosemite National Parks in 1914 he was appalled by the conditions of the national parks
iv Joined the Department of the Interior as the head of parks later created the National Parks System
v Professionalized the National Parks and helped to greatly grow protected lands
e Rachel Carson i Born in Pennsylvania in 1907 attended John Hopkins University for
graduate school ii Went to work for the US Bureau of Fisheries (later to become the US
Fish amp Wildlife Service) iii Wrote Silent Spring in 1962 The book created an awaking for Americanrsquos
to their responsibility to the environment and wildlife The book lead to the US Government banning the use of DDT
f Theodore Roosevelt i Born in 1858 in New York New York was a sickly child who stayed inside
studying natural history ii An avid outdoorsman he spent much time in the South Dakota Badlands
iii Became President in 1901 with the assignation of President McKinley iv Among many major accomplishments as president he started the
National Parks was instrumental in conserving about 230 million acres
4 Naturalist Interpreters (10 minutes) a Freeman Tilden
i Born 1883 worked as a newspaper columnist and author ii At age 58 he began working with the National Parks Service
iii While traveling to various National Parks he became concerned with the quality of interpretation
iv Wrote Interpreting Our Heritage in 1957 outlines 6 principles to quality interpretation forever changed the field of interpretation
b William Lewis i Worked as a ranger naturalist and interpreter trainer for the National
Parks Service ii Developed the approach of ldquoThematic Interpretationrdquo which requires the
interpreter to choose a central theme (major point) to guide the development of a program
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 59
iii Wrote Interpreting For Park Visitors c Sam Ham
i Director of Center for International Training and Outreach at the University of Idaho
ii Work has focused on applying communication theory to environmental conservation interpretation and on nature-based tourism and guide training
iii Wrote Environmental Interpretation (1992) d Ted Cable
i Professor of Park Management and Conservation at Kansas State University
ii Co-authored Interpreting Cultural and Natural Resources (2003) and Interpretation for the 21st Century Fifteen Guiding Principles for Interpreting Nature and Culture (2002)
5 Conducting an Interpretative Program Try and Fail (60 minutes + 120 minutes of activities throughouthellip see list of Suggested Activities below)
a Experiential Learning i The first time you tried to walk you failed The first time you rode a bike
you failed This is called experiential learning The first time you attempt an educational or interpretation program you will fail thatrsquos how we learn
ii Donrsquot be afraid to fail b Ask Questions about the ProgramPresentation before you commit to leading it c Plan your Program
i Generally I want my presentation to be about Specifically however I want to tell my audience about After hearing my presentation I want my audience to understand (what is the big picture you want them to take home)
1 You do not need (or want) to teach your audience everything you know your job is to light the spark
ii What will your tangibles and intangibles be 1 Tangibles are those things you can touch things you use to teach
when teaching a Examples include a tree a mammal pelt a skull a live
animal a prairie 2 Intangibles involve connecting the tangibles to concepts and the
ideas they represent intangibles are the meanings the relationships the processes the ideas the feelings and the beliefs
a Examples include food webs ecosystem health entropy ecology
iii People remember themes they forget facts
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 60
iv Plan for an organized presentation 1 Think about your overall theme smaller parts of the program and
your transitions v Stick to your theme
vi Determine what type of presentation you will have 1 PowerPoint (avoid) 2 Podium Presentation (avoid) 3 Active taking a hike playing a game etc 4 Hands-on touching feeling trying hearing smelling
vii Think about all the different kinds of learners 1 verbal-linguistic 2 logical-mathematical 3 visual-spatial 4 kinesthetic 5 musical-rhythmic 6 interpersonal (groups) 7 intrapersonal (individual) 8 naturalist
d Know your role as an educator 1 Provide facts and relationships not opinions 2 Allow participants to determine their own opinions and beliefs
using the facts amp relationships you provide them 3 PLAY ldquoFIRST IMPRESSIONSrdquo
e Prepare Prepare Prepare 1 Know the type of space and area you will have (indoor vs
outdoor small space vs vast area etc) 2 Plan for more that you are told 3 Plan for the weather (always expect it to be windy in Nebraska)
f Questions i Ask good questions
1 Is this a fox Vs How do you know this is a fox 2 Do you have any questions Vs What questions do you have
ii Be prepared for quality questions 1 What are the implications for describe the impact of what are
the reasons for iii Be prepared for ldquogoodrdquo questions
1 Do you have ewoks in the forest If a Mountain Lion and an Eagle were to fight who would win
2 Take all questions seriously Answer seriously g Model what you want to see the students do
i If you want a group of students to catch insects help them get active with them
ii This is true when working with children and adults
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 61
1 Working alongside students validates them and their learning h Be enthusiastic show your passion
i This is another form of modeling what you want to see in your students ii We need to excite students (no matter their age) about conservation
nature and the outdoors iii Have fun
6 Take Home Lesson Light the Spark and Donrsquot Be Afraid to Fail
Suggested Activities (amp potential mandatory activities)
Throughout the lesson conduct multiple games andor activities to model good interpretation
Suggested games include but are not limited to
1 Oh Deer (Project WILD) 2 First Impressions (to be done during section 5) (Project WILD) 3 The Long Haul (Project WET) 4 Sum of the Parts (Project WET) 5 Water Quality Ask the Bugs (Project WET) 6 Adaptation Artistry (Flying WILD) or Fashion a Fish (Aquatic Project WILD) 7 Avian Antics (Flying WILD) 8 Pollinators Meet Your Plants (Nebraska Project WILD wwwnebraskaprojectwildorg) 9 Scavenger Hunts (Nebraska Project WILD wwwnebraskaprojectwildorg)
Suggested Post-Readings
Interpreting Our Heritage Freeman Tilden 1957 (4th edition 2008)
ISBN-13 978-0807858677
Interpreting for Park Visitors William Lewis 1981
ISBN-13 978-0890620793
Environmental Interpretation Sam Ham 1992
ISBN-13 978-1555919023
Interpretation for the 21st Century Fifteen Guiding Principles for Interpreting Nature and
Culture Larry Beck amp Ted Cable 2002
ISBN-13 978-1571675224
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 62
Interpretation-Making a Difference on Purpose Sam Ham 2013
ISBN-13 978-1555917425
Foundations of Interpretation Curriculum Content Narrative National Parks Service 2007
httpwwwnpsgovidpinterp101foundationscurriculumpdf
Websites
National Association of Interpretation
wwwinterpnetcom
North American Association for Environmental Education
wwwnaaeeorg
Nebraska Alliance for Conservation and Environment Education
wwwnaceeorg
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 63
Safety in the Field
Developed by Rich Hawes Nebraska Master Naturalist rdhawes26msncom
Objectives
Raise awareness of Risk Managementassessment as part of event planning
Guidelines to safe activities for participants presenters and the environment
Present Leave No Trace Principals as part of all outdoor activities
Present resources for additional training or certification for outdoor activities
Hands on activities to encourage interest and to provoke thought and discussion
Hazards of the area
Outdoor hiking safety
Stewardship of the land and natural resources
Being flexible and working with ldquowhat you haverdquo
Outline
1 Outdoor Activities ndash Whatrsquos The Worst That Can Happen An Introduction to Event Planning and Risk Management
2 Leave No Trace Principals
3 Trip planning and Logistics
4 Health amp Safety
5 Youth Protection
6 Age Appropriate Activities
7 Resource Training and Certifications
a Standard First Aid CPRAED Wilderness First Aid
b Shooting Sports - Range Safety Officer or Instructor
c Hunter Safety Instructor
d Climbing COPE and Zip Lines
e Water Safety Instructor Life Guard Small Boat Handling
f Leave No Trace Trainer or Master Educator
g Tread Lightly Tread Trainer or Master Tread Trainer
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 64
Suggested Activities
CPR Scenario
First Aid Scenario
Weather Scenario
Lost Scenario
Online Resources
American Camp Association
Boy Scouts of America
Youth Protection
Safe Swim Defense
Safety Afloat
Climb On Safely
Weather Safety
Trek On Safely
(etc)
Leave No Trace
Nebraska Game amp Parks
Hunter Safety
Boating Rules amp Regs
National Rifle Association
(Archery groups)
American Red Cross
(wilderness medicine group(s))
NOLS
Tread Lightly
US Coast Guard
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 53
Democratic Rule of Law Each citizen of this great nation has the ability and responsibility to engage in healthy politics that serve
to support and protect sound wildlife conservation measures Our first conservation measures in this Country habitat restoration simple harvest restrictions and bag limits came from hunters people who respected the game they pursued and loved the wild places they chased them in The North American Model of conservation is built upon active public involvement instilling a value for wildlife in all citizens
Hunting Opportunity for All The Model was developed on the premise that all people regardless of political or economic standing could participate in and feel the thrill of the chase It is this unique Model that provides us with wildlife opportunities for all Americans Imagine how important this was to our fore fathers who left a brutal
King in England where only the aristocracy had any dream of pursuing wild creatures in wild places Our
wildlife laws ensure that each generation that comes after us will have the same opportunity to enjoy and appreciate wildlife
Nonfrivolous Use Our management of wildlife depends on a citizenry that loves and appreciates the wild creatures and the habitats necessary to their survival and our quality of life Wildlife may be utilized under strict rule of
law including utilizing the wildlife once harvested to its best potential Killing wildlife for the sake of killing can only lead to the numbing of hearts to wildlife and a profound lack of respect for our most
precious resources
International Resources
It was not until the 20th
century that hunters and wildlife lovers understood the importance of
managing wildlife at a much larger scale This became readily apparent with the passage of the
Migratory Bird Treaty Act of 1918 where nations came together to manage wildlife resources as a
collective Wildlife species do not recognize national or state boundaries Governments must work together to be effective in managing wildlife for the benefit of all The United States has made great
strides in this area with Mexico and Canada Our wildlife is not only a resource to us but to all continents they may call home throughout the year Our biologists must think globally to be effective locally
Scientific Management Although Theodore Roosevelt brought conservation to the political forefront it was a young forester from Iowa that made the study of wildlife management a science Aldo Leopold is considered by many
as the ldquofather of wildlife managementrdquo due to his tireless efforts to develop curriculum for future wildlife biologists Today our biologists earn their opportunity to manage wildlife through prominent
Bachelor Masters and Doctorate degree programs from Universities around the world Wildlife must be managed using fact science and the latest research We are constantly learning and adapting to new technology and changing environments For such an important resource we cannot afford to have it any other way
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 54
Nebraska Master Naturalist Specializations Certifying as a Specialist ldquoFollow your own natural geniusrdquo wrote Thoreau ldquoand it will not fail to show you a fresh prospect every hourrdquo Many of us learn by doing When our curiosity and interests carry us into deeper study of a given subject it can be helpful to have clear opportunities to pursue Thus the Nebraska Master Naturalist Program offers specialized voluntary training for those who are hungry to develop and apply their particular skill and personal understanding on behalf of our natural legacy Specializations are designed to create collaborators leaders and mentors in four key areas
Interpretation and Outreach
Outdoor Skills and Recreation
Resource Management
Citizen Science Master Naturalist Certification Requirements Annual Requirement o 8 Hours Training Annually o 20 Hours of Volunteerism Annually Master Naturalist Specialization Requirement One Time Requirement o 20 Hours of Training Total Specific to Specialization Annual Requirement o Additional 20 Hours of Volunteerism Annually Specific to Specialization (does not include initial Certification annual requirement hours)
OUTDOOR SKILLS AND RECREATION SPECIALIZATION The purpose of OUTDOOR SKILLS AND RECREATION is to promote activity and development of skills in the outdoor pursuits associated with natural resources Specializations are designed to create collaborators leaders and mentors in particular areas A Certified Nebraska Master Naturalist can complete the Outdoor Recreation Specializationby meeting the following requirements Complete at least one of the workshops or certification‐leading trainings listed below If specialized training is not listed below it can be approved upon request by the Master Naturalist Program Committee Specialized Training Options ‐
Hunter Education Instructor Certification 13 hrs
National 4‐H Shooting Sports Instructor Certification 32 hrs
Nebraska 4‐H Shooting Sports Shotgun Certification 12 hrs
Nebraska 4‐H Shooting Sports Archery Certification 12 hrs
Nebraska 4‐H Shooting Sports Rifle Certification 12 hrs
Nebraska 4‐H Shooting Sports Pistol Certification 12 hrs
Nebraska 4‐H Shooting Sports Muzzleloader Certification 12 hrs
National Archery in the Schools Program Basic Archery Instructor 4 hrs
NRA Range OfficerMaster Certification 8 hrs
Hunt Master Training Instructor 4 hrs
NRA Shooting Instructor 16 hrs
NRA Shotgun Instructor 16 hrs
NRA Rifle Instructor 16 hrs
Boater Education Instructor 12 hrs
Youth Fishing Instructor 5 hrs
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 55
American Canoe Association National CanoeKayak Instructor 16‐32hrs
National Camp SchoolBoy Scouts 16‐24 hrs
Wood Badge TrainingBoy Scouts 16‐24 hrs
Merit Badge Counselor TrainingBoy Scouts 2‐16 hrs
Conservation Leaders for Tomorrow 35 hrs
Wilderness First Aid 16‐32 hrs
Professional Trappers College 40 hrs
American Camp Association Instructor Training 8‐40 hrs
American Red Cross Instructor Training 2‐16 hrs
American Sailing Association Instructor Training 16‐24 hrs
Certified Horsemanship Association Instructor Training 24‐40 hrs
Leave No Trace Master Educator Training 40 hrs
National Outdoor Leadership School 280 hrs
Camp Cook School 32‐96 hrs
Professional Association of Diving Instructors Training 32‐96 hrs
Professional Mountain Bike Association Instructor Training 24 hrs
League of American Bicyclists Instructor Certification 24 hrs
Hunting
Shooting
Fishing
Trapping
Camping
Outdoor Cooking
Orienteering
Geocaching
Photography
Wildlife Viewing
Hiking
Biking
Birding
Becoming an Outdoors‐Woman Program
Wilderness First Aid
Wilderness Survival
Leave No Trace Educator
Service Options ndash Provide a minimum of 20 hours of service annually in the following or similar areas
4‐H leader and youth training outdoor recreation
Scout leader and youth training outdoor recreation
Wild About Nature
Flying WILD Educator or Facilitator Workshop
Becoming an Outdoors Woman (BOW)
Beyond Becoming an Outdoors Woman (BOW)
Family Camp
Learn to Hunt Program
National Archery in the Schools Program BAI training or greater
Mentor HuntHunt Masters Training
After School Programs
Others ndash Upon approval
Outdoor discovery programs volunteer
CRO at a shooting event
Assist with National or State shooting sports competitions
Family fishing day
Design or write a brochure
Develop or contribute to a website
Develop or contribute to a social networking site
Design or write a newsletter
Assist in fundraising
Plan an event or festival
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 56
Interpretation amp Education- Developed By Lindsay Rogers Nebraska Game amp Parks
Commission
Do not try to satisfy your vanity by teaching a great many things Awaken peoplersquos curiosity It is
enough to open minds do not overload them Put there just a spark If there is some good
inflammable stuff it will catch firerdquo
- Anatole France in The Earth Speaks
Session Objectives
To help participants understand the role education plays in sounds ecological conservation
To help participants learn about past and present conservationist and interpretive educators
To help participants learn components of quality education and interpretation
To have participants partake in quality interpretive education
To make sure participants understand that their role is to light the spark and awaken curiosityhellip not spew facts
Lecture Requirements
1 What is interpretation (5 minutes) a What does ldquointerpretrdquo mean b National Association of Interpretation definition of ldquointerpretationrdquo
i Interpretation is a mission-based communication process that forges emotional and intellectual connection between the interests of the audience and the meanings inherent to the resource
c Freeman Tilden Interpreting Our Heritage 1957 i Interpretation is an educational activity which aims to reveal meanings
and relationships through the use of original objects by first-hand experience and by illustrative media rather than simply to communicate factual information
d Components of interpretation i pleasurable or enjoyable
ii relevant to the world iii organized iv themed v sparks an interest
vi includes information but does not stop there links information to the world
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 57
vii age appropriate viii taught to someone not at them
2 What is education (5 minutes)
a What does it mean to ldquoeducaterdquo someone b John Dewey Democracy amp Education 2944
i Education in its general sense is a form of learning in which the knowledge skills and habits of a group of people are transferred from one generation to the next through teaching training or research
c Components of education i - generally presented to someone but not always
ii enjoyable sometimes iii provides knowledge and facts iv can make connections but not always v organized and themed
d Both education and interpretation are important they work together
3 Conservationists (10 minutes) a Jon Muir
i Immigrated from Scotland to Wisconsin in 1849 ii Attended the University of Wisconsin studies botany amp geology
iii Moved to the western US mainly the Sierra Nevada area iv Believed humans were part of the interconnected natural world v Advocated for the preservation of natural areas
vi Co-founded the Sierra Club b Aldo Leopold
i Iowa native attended Yale University ii After college he joined the US Forest Service was stationed in Arizona
and New Mexico iii Developed theories of land ethics the need for biodiversity and an
appreciation for wilderness areas iv Moved to Wisconsin in 1924 became a professor at the University of
Wisconsin v Regarded as the ldquoFather of Conservationrdquo
c Gifford Pinchot i Born in Connecticut in 1905
ii Studied at Yale studies forestry in France iii Named chief of the Division of Forestry (later to become the US Forest
Service) iv First chief of the US Forest Service greatly improved forest
management and increased the size of Forest Service lands
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 58
v Managed forests for the greatest good for the greatest number Pinchot added the phrase in the long run to emphasize that forest management consists of long-term decisions
d Steven Mather i Born in California attended Berkley University
ii Worked for the Pacific Coast Borax Company where he had a talent for promotion Started a competing company made millions
iii When revisiting Sequoia and Yosemite National Parks in 1914 he was appalled by the conditions of the national parks
iv Joined the Department of the Interior as the head of parks later created the National Parks System
v Professionalized the National Parks and helped to greatly grow protected lands
e Rachel Carson i Born in Pennsylvania in 1907 attended John Hopkins University for
graduate school ii Went to work for the US Bureau of Fisheries (later to become the US
Fish amp Wildlife Service) iii Wrote Silent Spring in 1962 The book created an awaking for Americanrsquos
to their responsibility to the environment and wildlife The book lead to the US Government banning the use of DDT
f Theodore Roosevelt i Born in 1858 in New York New York was a sickly child who stayed inside
studying natural history ii An avid outdoorsman he spent much time in the South Dakota Badlands
iii Became President in 1901 with the assignation of President McKinley iv Among many major accomplishments as president he started the
National Parks was instrumental in conserving about 230 million acres
4 Naturalist Interpreters (10 minutes) a Freeman Tilden
i Born 1883 worked as a newspaper columnist and author ii At age 58 he began working with the National Parks Service
iii While traveling to various National Parks he became concerned with the quality of interpretation
iv Wrote Interpreting Our Heritage in 1957 outlines 6 principles to quality interpretation forever changed the field of interpretation
b William Lewis i Worked as a ranger naturalist and interpreter trainer for the National
Parks Service ii Developed the approach of ldquoThematic Interpretationrdquo which requires the
interpreter to choose a central theme (major point) to guide the development of a program
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 59
iii Wrote Interpreting For Park Visitors c Sam Ham
i Director of Center for International Training and Outreach at the University of Idaho
ii Work has focused on applying communication theory to environmental conservation interpretation and on nature-based tourism and guide training
iii Wrote Environmental Interpretation (1992) d Ted Cable
i Professor of Park Management and Conservation at Kansas State University
ii Co-authored Interpreting Cultural and Natural Resources (2003) and Interpretation for the 21st Century Fifteen Guiding Principles for Interpreting Nature and Culture (2002)
5 Conducting an Interpretative Program Try and Fail (60 minutes + 120 minutes of activities throughouthellip see list of Suggested Activities below)
a Experiential Learning i The first time you tried to walk you failed The first time you rode a bike
you failed This is called experiential learning The first time you attempt an educational or interpretation program you will fail thatrsquos how we learn
ii Donrsquot be afraid to fail b Ask Questions about the ProgramPresentation before you commit to leading it c Plan your Program
i Generally I want my presentation to be about Specifically however I want to tell my audience about After hearing my presentation I want my audience to understand (what is the big picture you want them to take home)
1 You do not need (or want) to teach your audience everything you know your job is to light the spark
ii What will your tangibles and intangibles be 1 Tangibles are those things you can touch things you use to teach
when teaching a Examples include a tree a mammal pelt a skull a live
animal a prairie 2 Intangibles involve connecting the tangibles to concepts and the
ideas they represent intangibles are the meanings the relationships the processes the ideas the feelings and the beliefs
a Examples include food webs ecosystem health entropy ecology
iii People remember themes they forget facts
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 60
iv Plan for an organized presentation 1 Think about your overall theme smaller parts of the program and
your transitions v Stick to your theme
vi Determine what type of presentation you will have 1 PowerPoint (avoid) 2 Podium Presentation (avoid) 3 Active taking a hike playing a game etc 4 Hands-on touching feeling trying hearing smelling
vii Think about all the different kinds of learners 1 verbal-linguistic 2 logical-mathematical 3 visual-spatial 4 kinesthetic 5 musical-rhythmic 6 interpersonal (groups) 7 intrapersonal (individual) 8 naturalist
d Know your role as an educator 1 Provide facts and relationships not opinions 2 Allow participants to determine their own opinions and beliefs
using the facts amp relationships you provide them 3 PLAY ldquoFIRST IMPRESSIONSrdquo
e Prepare Prepare Prepare 1 Know the type of space and area you will have (indoor vs
outdoor small space vs vast area etc) 2 Plan for more that you are told 3 Plan for the weather (always expect it to be windy in Nebraska)
f Questions i Ask good questions
1 Is this a fox Vs How do you know this is a fox 2 Do you have any questions Vs What questions do you have
ii Be prepared for quality questions 1 What are the implications for describe the impact of what are
the reasons for iii Be prepared for ldquogoodrdquo questions
1 Do you have ewoks in the forest If a Mountain Lion and an Eagle were to fight who would win
2 Take all questions seriously Answer seriously g Model what you want to see the students do
i If you want a group of students to catch insects help them get active with them
ii This is true when working with children and adults
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 61
1 Working alongside students validates them and their learning h Be enthusiastic show your passion
i This is another form of modeling what you want to see in your students ii We need to excite students (no matter their age) about conservation
nature and the outdoors iii Have fun
6 Take Home Lesson Light the Spark and Donrsquot Be Afraid to Fail
Suggested Activities (amp potential mandatory activities)
Throughout the lesson conduct multiple games andor activities to model good interpretation
Suggested games include but are not limited to
1 Oh Deer (Project WILD) 2 First Impressions (to be done during section 5) (Project WILD) 3 The Long Haul (Project WET) 4 Sum of the Parts (Project WET) 5 Water Quality Ask the Bugs (Project WET) 6 Adaptation Artistry (Flying WILD) or Fashion a Fish (Aquatic Project WILD) 7 Avian Antics (Flying WILD) 8 Pollinators Meet Your Plants (Nebraska Project WILD wwwnebraskaprojectwildorg) 9 Scavenger Hunts (Nebraska Project WILD wwwnebraskaprojectwildorg)
Suggested Post-Readings
Interpreting Our Heritage Freeman Tilden 1957 (4th edition 2008)
ISBN-13 978-0807858677
Interpreting for Park Visitors William Lewis 1981
ISBN-13 978-0890620793
Environmental Interpretation Sam Ham 1992
ISBN-13 978-1555919023
Interpretation for the 21st Century Fifteen Guiding Principles for Interpreting Nature and
Culture Larry Beck amp Ted Cable 2002
ISBN-13 978-1571675224
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 62
Interpretation-Making a Difference on Purpose Sam Ham 2013
ISBN-13 978-1555917425
Foundations of Interpretation Curriculum Content Narrative National Parks Service 2007
httpwwwnpsgovidpinterp101foundationscurriculumpdf
Websites
National Association of Interpretation
wwwinterpnetcom
North American Association for Environmental Education
wwwnaaeeorg
Nebraska Alliance for Conservation and Environment Education
wwwnaceeorg
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 63
Safety in the Field
Developed by Rich Hawes Nebraska Master Naturalist rdhawes26msncom
Objectives
Raise awareness of Risk Managementassessment as part of event planning
Guidelines to safe activities for participants presenters and the environment
Present Leave No Trace Principals as part of all outdoor activities
Present resources for additional training or certification for outdoor activities
Hands on activities to encourage interest and to provoke thought and discussion
Hazards of the area
Outdoor hiking safety
Stewardship of the land and natural resources
Being flexible and working with ldquowhat you haverdquo
Outline
1 Outdoor Activities ndash Whatrsquos The Worst That Can Happen An Introduction to Event Planning and Risk Management
2 Leave No Trace Principals
3 Trip planning and Logistics
4 Health amp Safety
5 Youth Protection
6 Age Appropriate Activities
7 Resource Training and Certifications
a Standard First Aid CPRAED Wilderness First Aid
b Shooting Sports - Range Safety Officer or Instructor
c Hunter Safety Instructor
d Climbing COPE and Zip Lines
e Water Safety Instructor Life Guard Small Boat Handling
f Leave No Trace Trainer or Master Educator
g Tread Lightly Tread Trainer or Master Tread Trainer
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 64
Suggested Activities
CPR Scenario
First Aid Scenario
Weather Scenario
Lost Scenario
Online Resources
American Camp Association
Boy Scouts of America
Youth Protection
Safe Swim Defense
Safety Afloat
Climb On Safely
Weather Safety
Trek On Safely
(etc)
Leave No Trace
Nebraska Game amp Parks
Hunter Safety
Boating Rules amp Regs
National Rifle Association
(Archery groups)
American Red Cross
(wilderness medicine group(s))
NOLS
Tread Lightly
US Coast Guard
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 54
Nebraska Master Naturalist Specializations Certifying as a Specialist ldquoFollow your own natural geniusrdquo wrote Thoreau ldquoand it will not fail to show you a fresh prospect every hourrdquo Many of us learn by doing When our curiosity and interests carry us into deeper study of a given subject it can be helpful to have clear opportunities to pursue Thus the Nebraska Master Naturalist Program offers specialized voluntary training for those who are hungry to develop and apply their particular skill and personal understanding on behalf of our natural legacy Specializations are designed to create collaborators leaders and mentors in four key areas
Interpretation and Outreach
Outdoor Skills and Recreation
Resource Management
Citizen Science Master Naturalist Certification Requirements Annual Requirement o 8 Hours Training Annually o 20 Hours of Volunteerism Annually Master Naturalist Specialization Requirement One Time Requirement o 20 Hours of Training Total Specific to Specialization Annual Requirement o Additional 20 Hours of Volunteerism Annually Specific to Specialization (does not include initial Certification annual requirement hours)
OUTDOOR SKILLS AND RECREATION SPECIALIZATION The purpose of OUTDOOR SKILLS AND RECREATION is to promote activity and development of skills in the outdoor pursuits associated with natural resources Specializations are designed to create collaborators leaders and mentors in particular areas A Certified Nebraska Master Naturalist can complete the Outdoor Recreation Specializationby meeting the following requirements Complete at least one of the workshops or certification‐leading trainings listed below If specialized training is not listed below it can be approved upon request by the Master Naturalist Program Committee Specialized Training Options ‐
Hunter Education Instructor Certification 13 hrs
National 4‐H Shooting Sports Instructor Certification 32 hrs
Nebraska 4‐H Shooting Sports Shotgun Certification 12 hrs
Nebraska 4‐H Shooting Sports Archery Certification 12 hrs
Nebraska 4‐H Shooting Sports Rifle Certification 12 hrs
Nebraska 4‐H Shooting Sports Pistol Certification 12 hrs
Nebraska 4‐H Shooting Sports Muzzleloader Certification 12 hrs
National Archery in the Schools Program Basic Archery Instructor 4 hrs
NRA Range OfficerMaster Certification 8 hrs
Hunt Master Training Instructor 4 hrs
NRA Shooting Instructor 16 hrs
NRA Shotgun Instructor 16 hrs
NRA Rifle Instructor 16 hrs
Boater Education Instructor 12 hrs
Youth Fishing Instructor 5 hrs
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 55
American Canoe Association National CanoeKayak Instructor 16‐32hrs
National Camp SchoolBoy Scouts 16‐24 hrs
Wood Badge TrainingBoy Scouts 16‐24 hrs
Merit Badge Counselor TrainingBoy Scouts 2‐16 hrs
Conservation Leaders for Tomorrow 35 hrs
Wilderness First Aid 16‐32 hrs
Professional Trappers College 40 hrs
American Camp Association Instructor Training 8‐40 hrs
American Red Cross Instructor Training 2‐16 hrs
American Sailing Association Instructor Training 16‐24 hrs
Certified Horsemanship Association Instructor Training 24‐40 hrs
Leave No Trace Master Educator Training 40 hrs
National Outdoor Leadership School 280 hrs
Camp Cook School 32‐96 hrs
Professional Association of Diving Instructors Training 32‐96 hrs
Professional Mountain Bike Association Instructor Training 24 hrs
League of American Bicyclists Instructor Certification 24 hrs
Hunting
Shooting
Fishing
Trapping
Camping
Outdoor Cooking
Orienteering
Geocaching
Photography
Wildlife Viewing
Hiking
Biking
Birding
Becoming an Outdoors‐Woman Program
Wilderness First Aid
Wilderness Survival
Leave No Trace Educator
Service Options ndash Provide a minimum of 20 hours of service annually in the following or similar areas
4‐H leader and youth training outdoor recreation
Scout leader and youth training outdoor recreation
Wild About Nature
Flying WILD Educator or Facilitator Workshop
Becoming an Outdoors Woman (BOW)
Beyond Becoming an Outdoors Woman (BOW)
Family Camp
Learn to Hunt Program
National Archery in the Schools Program BAI training or greater
Mentor HuntHunt Masters Training
After School Programs
Others ndash Upon approval
Outdoor discovery programs volunteer
CRO at a shooting event
Assist with National or State shooting sports competitions
Family fishing day
Design or write a brochure
Develop or contribute to a website
Develop or contribute to a social networking site
Design or write a newsletter
Assist in fundraising
Plan an event or festival
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 56
Interpretation amp Education- Developed By Lindsay Rogers Nebraska Game amp Parks
Commission
Do not try to satisfy your vanity by teaching a great many things Awaken peoplersquos curiosity It is
enough to open minds do not overload them Put there just a spark If there is some good
inflammable stuff it will catch firerdquo
- Anatole France in The Earth Speaks
Session Objectives
To help participants understand the role education plays in sounds ecological conservation
To help participants learn about past and present conservationist and interpretive educators
To help participants learn components of quality education and interpretation
To have participants partake in quality interpretive education
To make sure participants understand that their role is to light the spark and awaken curiosityhellip not spew facts
Lecture Requirements
1 What is interpretation (5 minutes) a What does ldquointerpretrdquo mean b National Association of Interpretation definition of ldquointerpretationrdquo
i Interpretation is a mission-based communication process that forges emotional and intellectual connection between the interests of the audience and the meanings inherent to the resource
c Freeman Tilden Interpreting Our Heritage 1957 i Interpretation is an educational activity which aims to reveal meanings
and relationships through the use of original objects by first-hand experience and by illustrative media rather than simply to communicate factual information
d Components of interpretation i pleasurable or enjoyable
ii relevant to the world iii organized iv themed v sparks an interest
vi includes information but does not stop there links information to the world
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 57
vii age appropriate viii taught to someone not at them
2 What is education (5 minutes)
a What does it mean to ldquoeducaterdquo someone b John Dewey Democracy amp Education 2944
i Education in its general sense is a form of learning in which the knowledge skills and habits of a group of people are transferred from one generation to the next through teaching training or research
c Components of education i - generally presented to someone but not always
ii enjoyable sometimes iii provides knowledge and facts iv can make connections but not always v organized and themed
d Both education and interpretation are important they work together
3 Conservationists (10 minutes) a Jon Muir
i Immigrated from Scotland to Wisconsin in 1849 ii Attended the University of Wisconsin studies botany amp geology
iii Moved to the western US mainly the Sierra Nevada area iv Believed humans were part of the interconnected natural world v Advocated for the preservation of natural areas
vi Co-founded the Sierra Club b Aldo Leopold
i Iowa native attended Yale University ii After college he joined the US Forest Service was stationed in Arizona
and New Mexico iii Developed theories of land ethics the need for biodiversity and an
appreciation for wilderness areas iv Moved to Wisconsin in 1924 became a professor at the University of
Wisconsin v Regarded as the ldquoFather of Conservationrdquo
c Gifford Pinchot i Born in Connecticut in 1905
ii Studied at Yale studies forestry in France iii Named chief of the Division of Forestry (later to become the US Forest
Service) iv First chief of the US Forest Service greatly improved forest
management and increased the size of Forest Service lands
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 58
v Managed forests for the greatest good for the greatest number Pinchot added the phrase in the long run to emphasize that forest management consists of long-term decisions
d Steven Mather i Born in California attended Berkley University
ii Worked for the Pacific Coast Borax Company where he had a talent for promotion Started a competing company made millions
iii When revisiting Sequoia and Yosemite National Parks in 1914 he was appalled by the conditions of the national parks
iv Joined the Department of the Interior as the head of parks later created the National Parks System
v Professionalized the National Parks and helped to greatly grow protected lands
e Rachel Carson i Born in Pennsylvania in 1907 attended John Hopkins University for
graduate school ii Went to work for the US Bureau of Fisheries (later to become the US
Fish amp Wildlife Service) iii Wrote Silent Spring in 1962 The book created an awaking for Americanrsquos
to their responsibility to the environment and wildlife The book lead to the US Government banning the use of DDT
f Theodore Roosevelt i Born in 1858 in New York New York was a sickly child who stayed inside
studying natural history ii An avid outdoorsman he spent much time in the South Dakota Badlands
iii Became President in 1901 with the assignation of President McKinley iv Among many major accomplishments as president he started the
National Parks was instrumental in conserving about 230 million acres
4 Naturalist Interpreters (10 minutes) a Freeman Tilden
i Born 1883 worked as a newspaper columnist and author ii At age 58 he began working with the National Parks Service
iii While traveling to various National Parks he became concerned with the quality of interpretation
iv Wrote Interpreting Our Heritage in 1957 outlines 6 principles to quality interpretation forever changed the field of interpretation
b William Lewis i Worked as a ranger naturalist and interpreter trainer for the National
Parks Service ii Developed the approach of ldquoThematic Interpretationrdquo which requires the
interpreter to choose a central theme (major point) to guide the development of a program
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 59
iii Wrote Interpreting For Park Visitors c Sam Ham
i Director of Center for International Training and Outreach at the University of Idaho
ii Work has focused on applying communication theory to environmental conservation interpretation and on nature-based tourism and guide training
iii Wrote Environmental Interpretation (1992) d Ted Cable
i Professor of Park Management and Conservation at Kansas State University
ii Co-authored Interpreting Cultural and Natural Resources (2003) and Interpretation for the 21st Century Fifteen Guiding Principles for Interpreting Nature and Culture (2002)
5 Conducting an Interpretative Program Try and Fail (60 minutes + 120 minutes of activities throughouthellip see list of Suggested Activities below)
a Experiential Learning i The first time you tried to walk you failed The first time you rode a bike
you failed This is called experiential learning The first time you attempt an educational or interpretation program you will fail thatrsquos how we learn
ii Donrsquot be afraid to fail b Ask Questions about the ProgramPresentation before you commit to leading it c Plan your Program
i Generally I want my presentation to be about Specifically however I want to tell my audience about After hearing my presentation I want my audience to understand (what is the big picture you want them to take home)
1 You do not need (or want) to teach your audience everything you know your job is to light the spark
ii What will your tangibles and intangibles be 1 Tangibles are those things you can touch things you use to teach
when teaching a Examples include a tree a mammal pelt a skull a live
animal a prairie 2 Intangibles involve connecting the tangibles to concepts and the
ideas they represent intangibles are the meanings the relationships the processes the ideas the feelings and the beliefs
a Examples include food webs ecosystem health entropy ecology
iii People remember themes they forget facts
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 60
iv Plan for an organized presentation 1 Think about your overall theme smaller parts of the program and
your transitions v Stick to your theme
vi Determine what type of presentation you will have 1 PowerPoint (avoid) 2 Podium Presentation (avoid) 3 Active taking a hike playing a game etc 4 Hands-on touching feeling trying hearing smelling
vii Think about all the different kinds of learners 1 verbal-linguistic 2 logical-mathematical 3 visual-spatial 4 kinesthetic 5 musical-rhythmic 6 interpersonal (groups) 7 intrapersonal (individual) 8 naturalist
d Know your role as an educator 1 Provide facts and relationships not opinions 2 Allow participants to determine their own opinions and beliefs
using the facts amp relationships you provide them 3 PLAY ldquoFIRST IMPRESSIONSrdquo
e Prepare Prepare Prepare 1 Know the type of space and area you will have (indoor vs
outdoor small space vs vast area etc) 2 Plan for more that you are told 3 Plan for the weather (always expect it to be windy in Nebraska)
f Questions i Ask good questions
1 Is this a fox Vs How do you know this is a fox 2 Do you have any questions Vs What questions do you have
ii Be prepared for quality questions 1 What are the implications for describe the impact of what are
the reasons for iii Be prepared for ldquogoodrdquo questions
1 Do you have ewoks in the forest If a Mountain Lion and an Eagle were to fight who would win
2 Take all questions seriously Answer seriously g Model what you want to see the students do
i If you want a group of students to catch insects help them get active with them
ii This is true when working with children and adults
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 61
1 Working alongside students validates them and their learning h Be enthusiastic show your passion
i This is another form of modeling what you want to see in your students ii We need to excite students (no matter their age) about conservation
nature and the outdoors iii Have fun
6 Take Home Lesson Light the Spark and Donrsquot Be Afraid to Fail
Suggested Activities (amp potential mandatory activities)
Throughout the lesson conduct multiple games andor activities to model good interpretation
Suggested games include but are not limited to
1 Oh Deer (Project WILD) 2 First Impressions (to be done during section 5) (Project WILD) 3 The Long Haul (Project WET) 4 Sum of the Parts (Project WET) 5 Water Quality Ask the Bugs (Project WET) 6 Adaptation Artistry (Flying WILD) or Fashion a Fish (Aquatic Project WILD) 7 Avian Antics (Flying WILD) 8 Pollinators Meet Your Plants (Nebraska Project WILD wwwnebraskaprojectwildorg) 9 Scavenger Hunts (Nebraska Project WILD wwwnebraskaprojectwildorg)
Suggested Post-Readings
Interpreting Our Heritage Freeman Tilden 1957 (4th edition 2008)
ISBN-13 978-0807858677
Interpreting for Park Visitors William Lewis 1981
ISBN-13 978-0890620793
Environmental Interpretation Sam Ham 1992
ISBN-13 978-1555919023
Interpretation for the 21st Century Fifteen Guiding Principles for Interpreting Nature and
Culture Larry Beck amp Ted Cable 2002
ISBN-13 978-1571675224
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 62
Interpretation-Making a Difference on Purpose Sam Ham 2013
ISBN-13 978-1555917425
Foundations of Interpretation Curriculum Content Narrative National Parks Service 2007
httpwwwnpsgovidpinterp101foundationscurriculumpdf
Websites
National Association of Interpretation
wwwinterpnetcom
North American Association for Environmental Education
wwwnaaeeorg
Nebraska Alliance for Conservation and Environment Education
wwwnaceeorg
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 63
Safety in the Field
Developed by Rich Hawes Nebraska Master Naturalist rdhawes26msncom
Objectives
Raise awareness of Risk Managementassessment as part of event planning
Guidelines to safe activities for participants presenters and the environment
Present Leave No Trace Principals as part of all outdoor activities
Present resources for additional training or certification for outdoor activities
Hands on activities to encourage interest and to provoke thought and discussion
Hazards of the area
Outdoor hiking safety
Stewardship of the land and natural resources
Being flexible and working with ldquowhat you haverdquo
Outline
1 Outdoor Activities ndash Whatrsquos The Worst That Can Happen An Introduction to Event Planning and Risk Management
2 Leave No Trace Principals
3 Trip planning and Logistics
4 Health amp Safety
5 Youth Protection
6 Age Appropriate Activities
7 Resource Training and Certifications
a Standard First Aid CPRAED Wilderness First Aid
b Shooting Sports - Range Safety Officer or Instructor
c Hunter Safety Instructor
d Climbing COPE and Zip Lines
e Water Safety Instructor Life Guard Small Boat Handling
f Leave No Trace Trainer or Master Educator
g Tread Lightly Tread Trainer or Master Tread Trainer
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 64
Suggested Activities
CPR Scenario
First Aid Scenario
Weather Scenario
Lost Scenario
Online Resources
American Camp Association
Boy Scouts of America
Youth Protection
Safe Swim Defense
Safety Afloat
Climb On Safely
Weather Safety
Trek On Safely
(etc)
Leave No Trace
Nebraska Game amp Parks
Hunter Safety
Boating Rules amp Regs
National Rifle Association
(Archery groups)
American Red Cross
(wilderness medicine group(s))
NOLS
Tread Lightly
US Coast Guard
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 55
American Canoe Association National CanoeKayak Instructor 16‐32hrs
National Camp SchoolBoy Scouts 16‐24 hrs
Wood Badge TrainingBoy Scouts 16‐24 hrs
Merit Badge Counselor TrainingBoy Scouts 2‐16 hrs
Conservation Leaders for Tomorrow 35 hrs
Wilderness First Aid 16‐32 hrs
Professional Trappers College 40 hrs
American Camp Association Instructor Training 8‐40 hrs
American Red Cross Instructor Training 2‐16 hrs
American Sailing Association Instructor Training 16‐24 hrs
Certified Horsemanship Association Instructor Training 24‐40 hrs
Leave No Trace Master Educator Training 40 hrs
National Outdoor Leadership School 280 hrs
Camp Cook School 32‐96 hrs
Professional Association of Diving Instructors Training 32‐96 hrs
Professional Mountain Bike Association Instructor Training 24 hrs
League of American Bicyclists Instructor Certification 24 hrs
Hunting
Shooting
Fishing
Trapping
Camping
Outdoor Cooking
Orienteering
Geocaching
Photography
Wildlife Viewing
Hiking
Biking
Birding
Becoming an Outdoors‐Woman Program
Wilderness First Aid
Wilderness Survival
Leave No Trace Educator
Service Options ndash Provide a minimum of 20 hours of service annually in the following or similar areas
4‐H leader and youth training outdoor recreation
Scout leader and youth training outdoor recreation
Wild About Nature
Flying WILD Educator or Facilitator Workshop
Becoming an Outdoors Woman (BOW)
Beyond Becoming an Outdoors Woman (BOW)
Family Camp
Learn to Hunt Program
National Archery in the Schools Program BAI training or greater
Mentor HuntHunt Masters Training
After School Programs
Others ndash Upon approval
Outdoor discovery programs volunteer
CRO at a shooting event
Assist with National or State shooting sports competitions
Family fishing day
Design or write a brochure
Develop or contribute to a website
Develop or contribute to a social networking site
Design or write a newsletter
Assist in fundraising
Plan an event or festival
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 56
Interpretation amp Education- Developed By Lindsay Rogers Nebraska Game amp Parks
Commission
Do not try to satisfy your vanity by teaching a great many things Awaken peoplersquos curiosity It is
enough to open minds do not overload them Put there just a spark If there is some good
inflammable stuff it will catch firerdquo
- Anatole France in The Earth Speaks
Session Objectives
To help participants understand the role education plays in sounds ecological conservation
To help participants learn about past and present conservationist and interpretive educators
To help participants learn components of quality education and interpretation
To have participants partake in quality interpretive education
To make sure participants understand that their role is to light the spark and awaken curiosityhellip not spew facts
Lecture Requirements
1 What is interpretation (5 minutes) a What does ldquointerpretrdquo mean b National Association of Interpretation definition of ldquointerpretationrdquo
i Interpretation is a mission-based communication process that forges emotional and intellectual connection between the interests of the audience and the meanings inherent to the resource
c Freeman Tilden Interpreting Our Heritage 1957 i Interpretation is an educational activity which aims to reveal meanings
and relationships through the use of original objects by first-hand experience and by illustrative media rather than simply to communicate factual information
d Components of interpretation i pleasurable or enjoyable
ii relevant to the world iii organized iv themed v sparks an interest
vi includes information but does not stop there links information to the world
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 57
vii age appropriate viii taught to someone not at them
2 What is education (5 minutes)
a What does it mean to ldquoeducaterdquo someone b John Dewey Democracy amp Education 2944
i Education in its general sense is a form of learning in which the knowledge skills and habits of a group of people are transferred from one generation to the next through teaching training or research
c Components of education i - generally presented to someone but not always
ii enjoyable sometimes iii provides knowledge and facts iv can make connections but not always v organized and themed
d Both education and interpretation are important they work together
3 Conservationists (10 minutes) a Jon Muir
i Immigrated from Scotland to Wisconsin in 1849 ii Attended the University of Wisconsin studies botany amp geology
iii Moved to the western US mainly the Sierra Nevada area iv Believed humans were part of the interconnected natural world v Advocated for the preservation of natural areas
vi Co-founded the Sierra Club b Aldo Leopold
i Iowa native attended Yale University ii After college he joined the US Forest Service was stationed in Arizona
and New Mexico iii Developed theories of land ethics the need for biodiversity and an
appreciation for wilderness areas iv Moved to Wisconsin in 1924 became a professor at the University of
Wisconsin v Regarded as the ldquoFather of Conservationrdquo
c Gifford Pinchot i Born in Connecticut in 1905
ii Studied at Yale studies forestry in France iii Named chief of the Division of Forestry (later to become the US Forest
Service) iv First chief of the US Forest Service greatly improved forest
management and increased the size of Forest Service lands
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 58
v Managed forests for the greatest good for the greatest number Pinchot added the phrase in the long run to emphasize that forest management consists of long-term decisions
d Steven Mather i Born in California attended Berkley University
ii Worked for the Pacific Coast Borax Company where he had a talent for promotion Started a competing company made millions
iii When revisiting Sequoia and Yosemite National Parks in 1914 he was appalled by the conditions of the national parks
iv Joined the Department of the Interior as the head of parks later created the National Parks System
v Professionalized the National Parks and helped to greatly grow protected lands
e Rachel Carson i Born in Pennsylvania in 1907 attended John Hopkins University for
graduate school ii Went to work for the US Bureau of Fisheries (later to become the US
Fish amp Wildlife Service) iii Wrote Silent Spring in 1962 The book created an awaking for Americanrsquos
to their responsibility to the environment and wildlife The book lead to the US Government banning the use of DDT
f Theodore Roosevelt i Born in 1858 in New York New York was a sickly child who stayed inside
studying natural history ii An avid outdoorsman he spent much time in the South Dakota Badlands
iii Became President in 1901 with the assignation of President McKinley iv Among many major accomplishments as president he started the
National Parks was instrumental in conserving about 230 million acres
4 Naturalist Interpreters (10 minutes) a Freeman Tilden
i Born 1883 worked as a newspaper columnist and author ii At age 58 he began working with the National Parks Service
iii While traveling to various National Parks he became concerned with the quality of interpretation
iv Wrote Interpreting Our Heritage in 1957 outlines 6 principles to quality interpretation forever changed the field of interpretation
b William Lewis i Worked as a ranger naturalist and interpreter trainer for the National
Parks Service ii Developed the approach of ldquoThematic Interpretationrdquo which requires the
interpreter to choose a central theme (major point) to guide the development of a program
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 59
iii Wrote Interpreting For Park Visitors c Sam Ham
i Director of Center for International Training and Outreach at the University of Idaho
ii Work has focused on applying communication theory to environmental conservation interpretation and on nature-based tourism and guide training
iii Wrote Environmental Interpretation (1992) d Ted Cable
i Professor of Park Management and Conservation at Kansas State University
ii Co-authored Interpreting Cultural and Natural Resources (2003) and Interpretation for the 21st Century Fifteen Guiding Principles for Interpreting Nature and Culture (2002)
5 Conducting an Interpretative Program Try and Fail (60 minutes + 120 minutes of activities throughouthellip see list of Suggested Activities below)
a Experiential Learning i The first time you tried to walk you failed The first time you rode a bike
you failed This is called experiential learning The first time you attempt an educational or interpretation program you will fail thatrsquos how we learn
ii Donrsquot be afraid to fail b Ask Questions about the ProgramPresentation before you commit to leading it c Plan your Program
i Generally I want my presentation to be about Specifically however I want to tell my audience about After hearing my presentation I want my audience to understand (what is the big picture you want them to take home)
1 You do not need (or want) to teach your audience everything you know your job is to light the spark
ii What will your tangibles and intangibles be 1 Tangibles are those things you can touch things you use to teach
when teaching a Examples include a tree a mammal pelt a skull a live
animal a prairie 2 Intangibles involve connecting the tangibles to concepts and the
ideas they represent intangibles are the meanings the relationships the processes the ideas the feelings and the beliefs
a Examples include food webs ecosystem health entropy ecology
iii People remember themes they forget facts
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 60
iv Plan for an organized presentation 1 Think about your overall theme smaller parts of the program and
your transitions v Stick to your theme
vi Determine what type of presentation you will have 1 PowerPoint (avoid) 2 Podium Presentation (avoid) 3 Active taking a hike playing a game etc 4 Hands-on touching feeling trying hearing smelling
vii Think about all the different kinds of learners 1 verbal-linguistic 2 logical-mathematical 3 visual-spatial 4 kinesthetic 5 musical-rhythmic 6 interpersonal (groups) 7 intrapersonal (individual) 8 naturalist
d Know your role as an educator 1 Provide facts and relationships not opinions 2 Allow participants to determine their own opinions and beliefs
using the facts amp relationships you provide them 3 PLAY ldquoFIRST IMPRESSIONSrdquo
e Prepare Prepare Prepare 1 Know the type of space and area you will have (indoor vs
outdoor small space vs vast area etc) 2 Plan for more that you are told 3 Plan for the weather (always expect it to be windy in Nebraska)
f Questions i Ask good questions
1 Is this a fox Vs How do you know this is a fox 2 Do you have any questions Vs What questions do you have
ii Be prepared for quality questions 1 What are the implications for describe the impact of what are
the reasons for iii Be prepared for ldquogoodrdquo questions
1 Do you have ewoks in the forest If a Mountain Lion and an Eagle were to fight who would win
2 Take all questions seriously Answer seriously g Model what you want to see the students do
i If you want a group of students to catch insects help them get active with them
ii This is true when working with children and adults
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 61
1 Working alongside students validates them and their learning h Be enthusiastic show your passion
i This is another form of modeling what you want to see in your students ii We need to excite students (no matter their age) about conservation
nature and the outdoors iii Have fun
6 Take Home Lesson Light the Spark and Donrsquot Be Afraid to Fail
Suggested Activities (amp potential mandatory activities)
Throughout the lesson conduct multiple games andor activities to model good interpretation
Suggested games include but are not limited to
1 Oh Deer (Project WILD) 2 First Impressions (to be done during section 5) (Project WILD) 3 The Long Haul (Project WET) 4 Sum of the Parts (Project WET) 5 Water Quality Ask the Bugs (Project WET) 6 Adaptation Artistry (Flying WILD) or Fashion a Fish (Aquatic Project WILD) 7 Avian Antics (Flying WILD) 8 Pollinators Meet Your Plants (Nebraska Project WILD wwwnebraskaprojectwildorg) 9 Scavenger Hunts (Nebraska Project WILD wwwnebraskaprojectwildorg)
Suggested Post-Readings
Interpreting Our Heritage Freeman Tilden 1957 (4th edition 2008)
ISBN-13 978-0807858677
Interpreting for Park Visitors William Lewis 1981
ISBN-13 978-0890620793
Environmental Interpretation Sam Ham 1992
ISBN-13 978-1555919023
Interpretation for the 21st Century Fifteen Guiding Principles for Interpreting Nature and
Culture Larry Beck amp Ted Cable 2002
ISBN-13 978-1571675224
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 62
Interpretation-Making a Difference on Purpose Sam Ham 2013
ISBN-13 978-1555917425
Foundations of Interpretation Curriculum Content Narrative National Parks Service 2007
httpwwwnpsgovidpinterp101foundationscurriculumpdf
Websites
National Association of Interpretation
wwwinterpnetcom
North American Association for Environmental Education
wwwnaaeeorg
Nebraska Alliance for Conservation and Environment Education
wwwnaceeorg
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 63
Safety in the Field
Developed by Rich Hawes Nebraska Master Naturalist rdhawes26msncom
Objectives
Raise awareness of Risk Managementassessment as part of event planning
Guidelines to safe activities for participants presenters and the environment
Present Leave No Trace Principals as part of all outdoor activities
Present resources for additional training or certification for outdoor activities
Hands on activities to encourage interest and to provoke thought and discussion
Hazards of the area
Outdoor hiking safety
Stewardship of the land and natural resources
Being flexible and working with ldquowhat you haverdquo
Outline
1 Outdoor Activities ndash Whatrsquos The Worst That Can Happen An Introduction to Event Planning and Risk Management
2 Leave No Trace Principals
3 Trip planning and Logistics
4 Health amp Safety
5 Youth Protection
6 Age Appropriate Activities
7 Resource Training and Certifications
a Standard First Aid CPRAED Wilderness First Aid
b Shooting Sports - Range Safety Officer or Instructor
c Hunter Safety Instructor
d Climbing COPE and Zip Lines
e Water Safety Instructor Life Guard Small Boat Handling
f Leave No Trace Trainer or Master Educator
g Tread Lightly Tread Trainer or Master Tread Trainer
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 64
Suggested Activities
CPR Scenario
First Aid Scenario
Weather Scenario
Lost Scenario
Online Resources
American Camp Association
Boy Scouts of America
Youth Protection
Safe Swim Defense
Safety Afloat
Climb On Safely
Weather Safety
Trek On Safely
(etc)
Leave No Trace
Nebraska Game amp Parks
Hunter Safety
Boating Rules amp Regs
National Rifle Association
(Archery groups)
American Red Cross
(wilderness medicine group(s))
NOLS
Tread Lightly
US Coast Guard
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 56
Interpretation amp Education- Developed By Lindsay Rogers Nebraska Game amp Parks
Commission
Do not try to satisfy your vanity by teaching a great many things Awaken peoplersquos curiosity It is
enough to open minds do not overload them Put there just a spark If there is some good
inflammable stuff it will catch firerdquo
- Anatole France in The Earth Speaks
Session Objectives
To help participants understand the role education plays in sounds ecological conservation
To help participants learn about past and present conservationist and interpretive educators
To help participants learn components of quality education and interpretation
To have participants partake in quality interpretive education
To make sure participants understand that their role is to light the spark and awaken curiosityhellip not spew facts
Lecture Requirements
1 What is interpretation (5 minutes) a What does ldquointerpretrdquo mean b National Association of Interpretation definition of ldquointerpretationrdquo
i Interpretation is a mission-based communication process that forges emotional and intellectual connection between the interests of the audience and the meanings inherent to the resource
c Freeman Tilden Interpreting Our Heritage 1957 i Interpretation is an educational activity which aims to reveal meanings
and relationships through the use of original objects by first-hand experience and by illustrative media rather than simply to communicate factual information
d Components of interpretation i pleasurable or enjoyable
ii relevant to the world iii organized iv themed v sparks an interest
vi includes information but does not stop there links information to the world
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 57
vii age appropriate viii taught to someone not at them
2 What is education (5 minutes)
a What does it mean to ldquoeducaterdquo someone b John Dewey Democracy amp Education 2944
i Education in its general sense is a form of learning in which the knowledge skills and habits of a group of people are transferred from one generation to the next through teaching training or research
c Components of education i - generally presented to someone but not always
ii enjoyable sometimes iii provides knowledge and facts iv can make connections but not always v organized and themed
d Both education and interpretation are important they work together
3 Conservationists (10 minutes) a Jon Muir
i Immigrated from Scotland to Wisconsin in 1849 ii Attended the University of Wisconsin studies botany amp geology
iii Moved to the western US mainly the Sierra Nevada area iv Believed humans were part of the interconnected natural world v Advocated for the preservation of natural areas
vi Co-founded the Sierra Club b Aldo Leopold
i Iowa native attended Yale University ii After college he joined the US Forest Service was stationed in Arizona
and New Mexico iii Developed theories of land ethics the need for biodiversity and an
appreciation for wilderness areas iv Moved to Wisconsin in 1924 became a professor at the University of
Wisconsin v Regarded as the ldquoFather of Conservationrdquo
c Gifford Pinchot i Born in Connecticut in 1905
ii Studied at Yale studies forestry in France iii Named chief of the Division of Forestry (later to become the US Forest
Service) iv First chief of the US Forest Service greatly improved forest
management and increased the size of Forest Service lands
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 58
v Managed forests for the greatest good for the greatest number Pinchot added the phrase in the long run to emphasize that forest management consists of long-term decisions
d Steven Mather i Born in California attended Berkley University
ii Worked for the Pacific Coast Borax Company where he had a talent for promotion Started a competing company made millions
iii When revisiting Sequoia and Yosemite National Parks in 1914 he was appalled by the conditions of the national parks
iv Joined the Department of the Interior as the head of parks later created the National Parks System
v Professionalized the National Parks and helped to greatly grow protected lands
e Rachel Carson i Born in Pennsylvania in 1907 attended John Hopkins University for
graduate school ii Went to work for the US Bureau of Fisheries (later to become the US
Fish amp Wildlife Service) iii Wrote Silent Spring in 1962 The book created an awaking for Americanrsquos
to their responsibility to the environment and wildlife The book lead to the US Government banning the use of DDT
f Theodore Roosevelt i Born in 1858 in New York New York was a sickly child who stayed inside
studying natural history ii An avid outdoorsman he spent much time in the South Dakota Badlands
iii Became President in 1901 with the assignation of President McKinley iv Among many major accomplishments as president he started the
National Parks was instrumental in conserving about 230 million acres
4 Naturalist Interpreters (10 minutes) a Freeman Tilden
i Born 1883 worked as a newspaper columnist and author ii At age 58 he began working with the National Parks Service
iii While traveling to various National Parks he became concerned with the quality of interpretation
iv Wrote Interpreting Our Heritage in 1957 outlines 6 principles to quality interpretation forever changed the field of interpretation
b William Lewis i Worked as a ranger naturalist and interpreter trainer for the National
Parks Service ii Developed the approach of ldquoThematic Interpretationrdquo which requires the
interpreter to choose a central theme (major point) to guide the development of a program
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 59
iii Wrote Interpreting For Park Visitors c Sam Ham
i Director of Center for International Training and Outreach at the University of Idaho
ii Work has focused on applying communication theory to environmental conservation interpretation and on nature-based tourism and guide training
iii Wrote Environmental Interpretation (1992) d Ted Cable
i Professor of Park Management and Conservation at Kansas State University
ii Co-authored Interpreting Cultural and Natural Resources (2003) and Interpretation for the 21st Century Fifteen Guiding Principles for Interpreting Nature and Culture (2002)
5 Conducting an Interpretative Program Try and Fail (60 minutes + 120 minutes of activities throughouthellip see list of Suggested Activities below)
a Experiential Learning i The first time you tried to walk you failed The first time you rode a bike
you failed This is called experiential learning The first time you attempt an educational or interpretation program you will fail thatrsquos how we learn
ii Donrsquot be afraid to fail b Ask Questions about the ProgramPresentation before you commit to leading it c Plan your Program
i Generally I want my presentation to be about Specifically however I want to tell my audience about After hearing my presentation I want my audience to understand (what is the big picture you want them to take home)
1 You do not need (or want) to teach your audience everything you know your job is to light the spark
ii What will your tangibles and intangibles be 1 Tangibles are those things you can touch things you use to teach
when teaching a Examples include a tree a mammal pelt a skull a live
animal a prairie 2 Intangibles involve connecting the tangibles to concepts and the
ideas they represent intangibles are the meanings the relationships the processes the ideas the feelings and the beliefs
a Examples include food webs ecosystem health entropy ecology
iii People remember themes they forget facts
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 60
iv Plan for an organized presentation 1 Think about your overall theme smaller parts of the program and
your transitions v Stick to your theme
vi Determine what type of presentation you will have 1 PowerPoint (avoid) 2 Podium Presentation (avoid) 3 Active taking a hike playing a game etc 4 Hands-on touching feeling trying hearing smelling
vii Think about all the different kinds of learners 1 verbal-linguistic 2 logical-mathematical 3 visual-spatial 4 kinesthetic 5 musical-rhythmic 6 interpersonal (groups) 7 intrapersonal (individual) 8 naturalist
d Know your role as an educator 1 Provide facts and relationships not opinions 2 Allow participants to determine their own opinions and beliefs
using the facts amp relationships you provide them 3 PLAY ldquoFIRST IMPRESSIONSrdquo
e Prepare Prepare Prepare 1 Know the type of space and area you will have (indoor vs
outdoor small space vs vast area etc) 2 Plan for more that you are told 3 Plan for the weather (always expect it to be windy in Nebraska)
f Questions i Ask good questions
1 Is this a fox Vs How do you know this is a fox 2 Do you have any questions Vs What questions do you have
ii Be prepared for quality questions 1 What are the implications for describe the impact of what are
the reasons for iii Be prepared for ldquogoodrdquo questions
1 Do you have ewoks in the forest If a Mountain Lion and an Eagle were to fight who would win
2 Take all questions seriously Answer seriously g Model what you want to see the students do
i If you want a group of students to catch insects help them get active with them
ii This is true when working with children and adults
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 61
1 Working alongside students validates them and their learning h Be enthusiastic show your passion
i This is another form of modeling what you want to see in your students ii We need to excite students (no matter their age) about conservation
nature and the outdoors iii Have fun
6 Take Home Lesson Light the Spark and Donrsquot Be Afraid to Fail
Suggested Activities (amp potential mandatory activities)
Throughout the lesson conduct multiple games andor activities to model good interpretation
Suggested games include but are not limited to
1 Oh Deer (Project WILD) 2 First Impressions (to be done during section 5) (Project WILD) 3 The Long Haul (Project WET) 4 Sum of the Parts (Project WET) 5 Water Quality Ask the Bugs (Project WET) 6 Adaptation Artistry (Flying WILD) or Fashion a Fish (Aquatic Project WILD) 7 Avian Antics (Flying WILD) 8 Pollinators Meet Your Plants (Nebraska Project WILD wwwnebraskaprojectwildorg) 9 Scavenger Hunts (Nebraska Project WILD wwwnebraskaprojectwildorg)
Suggested Post-Readings
Interpreting Our Heritage Freeman Tilden 1957 (4th edition 2008)
ISBN-13 978-0807858677
Interpreting for Park Visitors William Lewis 1981
ISBN-13 978-0890620793
Environmental Interpretation Sam Ham 1992
ISBN-13 978-1555919023
Interpretation for the 21st Century Fifteen Guiding Principles for Interpreting Nature and
Culture Larry Beck amp Ted Cable 2002
ISBN-13 978-1571675224
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 62
Interpretation-Making a Difference on Purpose Sam Ham 2013
ISBN-13 978-1555917425
Foundations of Interpretation Curriculum Content Narrative National Parks Service 2007
httpwwwnpsgovidpinterp101foundationscurriculumpdf
Websites
National Association of Interpretation
wwwinterpnetcom
North American Association for Environmental Education
wwwnaaeeorg
Nebraska Alliance for Conservation and Environment Education
wwwnaceeorg
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 63
Safety in the Field
Developed by Rich Hawes Nebraska Master Naturalist rdhawes26msncom
Objectives
Raise awareness of Risk Managementassessment as part of event planning
Guidelines to safe activities for participants presenters and the environment
Present Leave No Trace Principals as part of all outdoor activities
Present resources for additional training or certification for outdoor activities
Hands on activities to encourage interest and to provoke thought and discussion
Hazards of the area
Outdoor hiking safety
Stewardship of the land and natural resources
Being flexible and working with ldquowhat you haverdquo
Outline
1 Outdoor Activities ndash Whatrsquos The Worst That Can Happen An Introduction to Event Planning and Risk Management
2 Leave No Trace Principals
3 Trip planning and Logistics
4 Health amp Safety
5 Youth Protection
6 Age Appropriate Activities
7 Resource Training and Certifications
a Standard First Aid CPRAED Wilderness First Aid
b Shooting Sports - Range Safety Officer or Instructor
c Hunter Safety Instructor
d Climbing COPE and Zip Lines
e Water Safety Instructor Life Guard Small Boat Handling
f Leave No Trace Trainer or Master Educator
g Tread Lightly Tread Trainer or Master Tread Trainer
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 64
Suggested Activities
CPR Scenario
First Aid Scenario
Weather Scenario
Lost Scenario
Online Resources
American Camp Association
Boy Scouts of America
Youth Protection
Safe Swim Defense
Safety Afloat
Climb On Safely
Weather Safety
Trek On Safely
(etc)
Leave No Trace
Nebraska Game amp Parks
Hunter Safety
Boating Rules amp Regs
National Rifle Association
(Archery groups)
American Red Cross
(wilderness medicine group(s))
NOLS
Tread Lightly
US Coast Guard
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 57
vii age appropriate viii taught to someone not at them
2 What is education (5 minutes)
a What does it mean to ldquoeducaterdquo someone b John Dewey Democracy amp Education 2944
i Education in its general sense is a form of learning in which the knowledge skills and habits of a group of people are transferred from one generation to the next through teaching training or research
c Components of education i - generally presented to someone but not always
ii enjoyable sometimes iii provides knowledge and facts iv can make connections but not always v organized and themed
d Both education and interpretation are important they work together
3 Conservationists (10 minutes) a Jon Muir
i Immigrated from Scotland to Wisconsin in 1849 ii Attended the University of Wisconsin studies botany amp geology
iii Moved to the western US mainly the Sierra Nevada area iv Believed humans were part of the interconnected natural world v Advocated for the preservation of natural areas
vi Co-founded the Sierra Club b Aldo Leopold
i Iowa native attended Yale University ii After college he joined the US Forest Service was stationed in Arizona
and New Mexico iii Developed theories of land ethics the need for biodiversity and an
appreciation for wilderness areas iv Moved to Wisconsin in 1924 became a professor at the University of
Wisconsin v Regarded as the ldquoFather of Conservationrdquo
c Gifford Pinchot i Born in Connecticut in 1905
ii Studied at Yale studies forestry in France iii Named chief of the Division of Forestry (later to become the US Forest
Service) iv First chief of the US Forest Service greatly improved forest
management and increased the size of Forest Service lands
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 58
v Managed forests for the greatest good for the greatest number Pinchot added the phrase in the long run to emphasize that forest management consists of long-term decisions
d Steven Mather i Born in California attended Berkley University
ii Worked for the Pacific Coast Borax Company where he had a talent for promotion Started a competing company made millions
iii When revisiting Sequoia and Yosemite National Parks in 1914 he was appalled by the conditions of the national parks
iv Joined the Department of the Interior as the head of parks later created the National Parks System
v Professionalized the National Parks and helped to greatly grow protected lands
e Rachel Carson i Born in Pennsylvania in 1907 attended John Hopkins University for
graduate school ii Went to work for the US Bureau of Fisheries (later to become the US
Fish amp Wildlife Service) iii Wrote Silent Spring in 1962 The book created an awaking for Americanrsquos
to their responsibility to the environment and wildlife The book lead to the US Government banning the use of DDT
f Theodore Roosevelt i Born in 1858 in New York New York was a sickly child who stayed inside
studying natural history ii An avid outdoorsman he spent much time in the South Dakota Badlands
iii Became President in 1901 with the assignation of President McKinley iv Among many major accomplishments as president he started the
National Parks was instrumental in conserving about 230 million acres
4 Naturalist Interpreters (10 minutes) a Freeman Tilden
i Born 1883 worked as a newspaper columnist and author ii At age 58 he began working with the National Parks Service
iii While traveling to various National Parks he became concerned with the quality of interpretation
iv Wrote Interpreting Our Heritage in 1957 outlines 6 principles to quality interpretation forever changed the field of interpretation
b William Lewis i Worked as a ranger naturalist and interpreter trainer for the National
Parks Service ii Developed the approach of ldquoThematic Interpretationrdquo which requires the
interpreter to choose a central theme (major point) to guide the development of a program
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 59
iii Wrote Interpreting For Park Visitors c Sam Ham
i Director of Center for International Training and Outreach at the University of Idaho
ii Work has focused on applying communication theory to environmental conservation interpretation and on nature-based tourism and guide training
iii Wrote Environmental Interpretation (1992) d Ted Cable
i Professor of Park Management and Conservation at Kansas State University
ii Co-authored Interpreting Cultural and Natural Resources (2003) and Interpretation for the 21st Century Fifteen Guiding Principles for Interpreting Nature and Culture (2002)
5 Conducting an Interpretative Program Try and Fail (60 minutes + 120 minutes of activities throughouthellip see list of Suggested Activities below)
a Experiential Learning i The first time you tried to walk you failed The first time you rode a bike
you failed This is called experiential learning The first time you attempt an educational or interpretation program you will fail thatrsquos how we learn
ii Donrsquot be afraid to fail b Ask Questions about the ProgramPresentation before you commit to leading it c Plan your Program
i Generally I want my presentation to be about Specifically however I want to tell my audience about After hearing my presentation I want my audience to understand (what is the big picture you want them to take home)
1 You do not need (or want) to teach your audience everything you know your job is to light the spark
ii What will your tangibles and intangibles be 1 Tangibles are those things you can touch things you use to teach
when teaching a Examples include a tree a mammal pelt a skull a live
animal a prairie 2 Intangibles involve connecting the tangibles to concepts and the
ideas they represent intangibles are the meanings the relationships the processes the ideas the feelings and the beliefs
a Examples include food webs ecosystem health entropy ecology
iii People remember themes they forget facts
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 60
iv Plan for an organized presentation 1 Think about your overall theme smaller parts of the program and
your transitions v Stick to your theme
vi Determine what type of presentation you will have 1 PowerPoint (avoid) 2 Podium Presentation (avoid) 3 Active taking a hike playing a game etc 4 Hands-on touching feeling trying hearing smelling
vii Think about all the different kinds of learners 1 verbal-linguistic 2 logical-mathematical 3 visual-spatial 4 kinesthetic 5 musical-rhythmic 6 interpersonal (groups) 7 intrapersonal (individual) 8 naturalist
d Know your role as an educator 1 Provide facts and relationships not opinions 2 Allow participants to determine their own opinions and beliefs
using the facts amp relationships you provide them 3 PLAY ldquoFIRST IMPRESSIONSrdquo
e Prepare Prepare Prepare 1 Know the type of space and area you will have (indoor vs
outdoor small space vs vast area etc) 2 Plan for more that you are told 3 Plan for the weather (always expect it to be windy in Nebraska)
f Questions i Ask good questions
1 Is this a fox Vs How do you know this is a fox 2 Do you have any questions Vs What questions do you have
ii Be prepared for quality questions 1 What are the implications for describe the impact of what are
the reasons for iii Be prepared for ldquogoodrdquo questions
1 Do you have ewoks in the forest If a Mountain Lion and an Eagle were to fight who would win
2 Take all questions seriously Answer seriously g Model what you want to see the students do
i If you want a group of students to catch insects help them get active with them
ii This is true when working with children and adults
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 61
1 Working alongside students validates them and their learning h Be enthusiastic show your passion
i This is another form of modeling what you want to see in your students ii We need to excite students (no matter their age) about conservation
nature and the outdoors iii Have fun
6 Take Home Lesson Light the Spark and Donrsquot Be Afraid to Fail
Suggested Activities (amp potential mandatory activities)
Throughout the lesson conduct multiple games andor activities to model good interpretation
Suggested games include but are not limited to
1 Oh Deer (Project WILD) 2 First Impressions (to be done during section 5) (Project WILD) 3 The Long Haul (Project WET) 4 Sum of the Parts (Project WET) 5 Water Quality Ask the Bugs (Project WET) 6 Adaptation Artistry (Flying WILD) or Fashion a Fish (Aquatic Project WILD) 7 Avian Antics (Flying WILD) 8 Pollinators Meet Your Plants (Nebraska Project WILD wwwnebraskaprojectwildorg) 9 Scavenger Hunts (Nebraska Project WILD wwwnebraskaprojectwildorg)
Suggested Post-Readings
Interpreting Our Heritage Freeman Tilden 1957 (4th edition 2008)
ISBN-13 978-0807858677
Interpreting for Park Visitors William Lewis 1981
ISBN-13 978-0890620793
Environmental Interpretation Sam Ham 1992
ISBN-13 978-1555919023
Interpretation for the 21st Century Fifteen Guiding Principles for Interpreting Nature and
Culture Larry Beck amp Ted Cable 2002
ISBN-13 978-1571675224
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 62
Interpretation-Making a Difference on Purpose Sam Ham 2013
ISBN-13 978-1555917425
Foundations of Interpretation Curriculum Content Narrative National Parks Service 2007
httpwwwnpsgovidpinterp101foundationscurriculumpdf
Websites
National Association of Interpretation
wwwinterpnetcom
North American Association for Environmental Education
wwwnaaeeorg
Nebraska Alliance for Conservation and Environment Education
wwwnaceeorg
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 63
Safety in the Field
Developed by Rich Hawes Nebraska Master Naturalist rdhawes26msncom
Objectives
Raise awareness of Risk Managementassessment as part of event planning
Guidelines to safe activities for participants presenters and the environment
Present Leave No Trace Principals as part of all outdoor activities
Present resources for additional training or certification for outdoor activities
Hands on activities to encourage interest and to provoke thought and discussion
Hazards of the area
Outdoor hiking safety
Stewardship of the land and natural resources
Being flexible and working with ldquowhat you haverdquo
Outline
1 Outdoor Activities ndash Whatrsquos The Worst That Can Happen An Introduction to Event Planning and Risk Management
2 Leave No Trace Principals
3 Trip planning and Logistics
4 Health amp Safety
5 Youth Protection
6 Age Appropriate Activities
7 Resource Training and Certifications
a Standard First Aid CPRAED Wilderness First Aid
b Shooting Sports - Range Safety Officer or Instructor
c Hunter Safety Instructor
d Climbing COPE and Zip Lines
e Water Safety Instructor Life Guard Small Boat Handling
f Leave No Trace Trainer or Master Educator
g Tread Lightly Tread Trainer or Master Tread Trainer
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 64
Suggested Activities
CPR Scenario
First Aid Scenario
Weather Scenario
Lost Scenario
Online Resources
American Camp Association
Boy Scouts of America
Youth Protection
Safe Swim Defense
Safety Afloat
Climb On Safely
Weather Safety
Trek On Safely
(etc)
Leave No Trace
Nebraska Game amp Parks
Hunter Safety
Boating Rules amp Regs
National Rifle Association
(Archery groups)
American Red Cross
(wilderness medicine group(s))
NOLS
Tread Lightly
US Coast Guard
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 58
v Managed forests for the greatest good for the greatest number Pinchot added the phrase in the long run to emphasize that forest management consists of long-term decisions
d Steven Mather i Born in California attended Berkley University
ii Worked for the Pacific Coast Borax Company where he had a talent for promotion Started a competing company made millions
iii When revisiting Sequoia and Yosemite National Parks in 1914 he was appalled by the conditions of the national parks
iv Joined the Department of the Interior as the head of parks later created the National Parks System
v Professionalized the National Parks and helped to greatly grow protected lands
e Rachel Carson i Born in Pennsylvania in 1907 attended John Hopkins University for
graduate school ii Went to work for the US Bureau of Fisheries (later to become the US
Fish amp Wildlife Service) iii Wrote Silent Spring in 1962 The book created an awaking for Americanrsquos
to their responsibility to the environment and wildlife The book lead to the US Government banning the use of DDT
f Theodore Roosevelt i Born in 1858 in New York New York was a sickly child who stayed inside
studying natural history ii An avid outdoorsman he spent much time in the South Dakota Badlands
iii Became President in 1901 with the assignation of President McKinley iv Among many major accomplishments as president he started the
National Parks was instrumental in conserving about 230 million acres
4 Naturalist Interpreters (10 minutes) a Freeman Tilden
i Born 1883 worked as a newspaper columnist and author ii At age 58 he began working with the National Parks Service
iii While traveling to various National Parks he became concerned with the quality of interpretation
iv Wrote Interpreting Our Heritage in 1957 outlines 6 principles to quality interpretation forever changed the field of interpretation
b William Lewis i Worked as a ranger naturalist and interpreter trainer for the National
Parks Service ii Developed the approach of ldquoThematic Interpretationrdquo which requires the
interpreter to choose a central theme (major point) to guide the development of a program
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 59
iii Wrote Interpreting For Park Visitors c Sam Ham
i Director of Center for International Training and Outreach at the University of Idaho
ii Work has focused on applying communication theory to environmental conservation interpretation and on nature-based tourism and guide training
iii Wrote Environmental Interpretation (1992) d Ted Cable
i Professor of Park Management and Conservation at Kansas State University
ii Co-authored Interpreting Cultural and Natural Resources (2003) and Interpretation for the 21st Century Fifteen Guiding Principles for Interpreting Nature and Culture (2002)
5 Conducting an Interpretative Program Try and Fail (60 minutes + 120 minutes of activities throughouthellip see list of Suggested Activities below)
a Experiential Learning i The first time you tried to walk you failed The first time you rode a bike
you failed This is called experiential learning The first time you attempt an educational or interpretation program you will fail thatrsquos how we learn
ii Donrsquot be afraid to fail b Ask Questions about the ProgramPresentation before you commit to leading it c Plan your Program
i Generally I want my presentation to be about Specifically however I want to tell my audience about After hearing my presentation I want my audience to understand (what is the big picture you want them to take home)
1 You do not need (or want) to teach your audience everything you know your job is to light the spark
ii What will your tangibles and intangibles be 1 Tangibles are those things you can touch things you use to teach
when teaching a Examples include a tree a mammal pelt a skull a live
animal a prairie 2 Intangibles involve connecting the tangibles to concepts and the
ideas they represent intangibles are the meanings the relationships the processes the ideas the feelings and the beliefs
a Examples include food webs ecosystem health entropy ecology
iii People remember themes they forget facts
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 60
iv Plan for an organized presentation 1 Think about your overall theme smaller parts of the program and
your transitions v Stick to your theme
vi Determine what type of presentation you will have 1 PowerPoint (avoid) 2 Podium Presentation (avoid) 3 Active taking a hike playing a game etc 4 Hands-on touching feeling trying hearing smelling
vii Think about all the different kinds of learners 1 verbal-linguistic 2 logical-mathematical 3 visual-spatial 4 kinesthetic 5 musical-rhythmic 6 interpersonal (groups) 7 intrapersonal (individual) 8 naturalist
d Know your role as an educator 1 Provide facts and relationships not opinions 2 Allow participants to determine their own opinions and beliefs
using the facts amp relationships you provide them 3 PLAY ldquoFIRST IMPRESSIONSrdquo
e Prepare Prepare Prepare 1 Know the type of space and area you will have (indoor vs
outdoor small space vs vast area etc) 2 Plan for more that you are told 3 Plan for the weather (always expect it to be windy in Nebraska)
f Questions i Ask good questions
1 Is this a fox Vs How do you know this is a fox 2 Do you have any questions Vs What questions do you have
ii Be prepared for quality questions 1 What are the implications for describe the impact of what are
the reasons for iii Be prepared for ldquogoodrdquo questions
1 Do you have ewoks in the forest If a Mountain Lion and an Eagle were to fight who would win
2 Take all questions seriously Answer seriously g Model what you want to see the students do
i If you want a group of students to catch insects help them get active with them
ii This is true when working with children and adults
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 61
1 Working alongside students validates them and their learning h Be enthusiastic show your passion
i This is another form of modeling what you want to see in your students ii We need to excite students (no matter their age) about conservation
nature and the outdoors iii Have fun
6 Take Home Lesson Light the Spark and Donrsquot Be Afraid to Fail
Suggested Activities (amp potential mandatory activities)
Throughout the lesson conduct multiple games andor activities to model good interpretation
Suggested games include but are not limited to
1 Oh Deer (Project WILD) 2 First Impressions (to be done during section 5) (Project WILD) 3 The Long Haul (Project WET) 4 Sum of the Parts (Project WET) 5 Water Quality Ask the Bugs (Project WET) 6 Adaptation Artistry (Flying WILD) or Fashion a Fish (Aquatic Project WILD) 7 Avian Antics (Flying WILD) 8 Pollinators Meet Your Plants (Nebraska Project WILD wwwnebraskaprojectwildorg) 9 Scavenger Hunts (Nebraska Project WILD wwwnebraskaprojectwildorg)
Suggested Post-Readings
Interpreting Our Heritage Freeman Tilden 1957 (4th edition 2008)
ISBN-13 978-0807858677
Interpreting for Park Visitors William Lewis 1981
ISBN-13 978-0890620793
Environmental Interpretation Sam Ham 1992
ISBN-13 978-1555919023
Interpretation for the 21st Century Fifteen Guiding Principles for Interpreting Nature and
Culture Larry Beck amp Ted Cable 2002
ISBN-13 978-1571675224
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 62
Interpretation-Making a Difference on Purpose Sam Ham 2013
ISBN-13 978-1555917425
Foundations of Interpretation Curriculum Content Narrative National Parks Service 2007
httpwwwnpsgovidpinterp101foundationscurriculumpdf
Websites
National Association of Interpretation
wwwinterpnetcom
North American Association for Environmental Education
wwwnaaeeorg
Nebraska Alliance for Conservation and Environment Education
wwwnaceeorg
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 63
Safety in the Field
Developed by Rich Hawes Nebraska Master Naturalist rdhawes26msncom
Objectives
Raise awareness of Risk Managementassessment as part of event planning
Guidelines to safe activities for participants presenters and the environment
Present Leave No Trace Principals as part of all outdoor activities
Present resources for additional training or certification for outdoor activities
Hands on activities to encourage interest and to provoke thought and discussion
Hazards of the area
Outdoor hiking safety
Stewardship of the land and natural resources
Being flexible and working with ldquowhat you haverdquo
Outline
1 Outdoor Activities ndash Whatrsquos The Worst That Can Happen An Introduction to Event Planning and Risk Management
2 Leave No Trace Principals
3 Trip planning and Logistics
4 Health amp Safety
5 Youth Protection
6 Age Appropriate Activities
7 Resource Training and Certifications
a Standard First Aid CPRAED Wilderness First Aid
b Shooting Sports - Range Safety Officer or Instructor
c Hunter Safety Instructor
d Climbing COPE and Zip Lines
e Water Safety Instructor Life Guard Small Boat Handling
f Leave No Trace Trainer or Master Educator
g Tread Lightly Tread Trainer or Master Tread Trainer
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 64
Suggested Activities
CPR Scenario
First Aid Scenario
Weather Scenario
Lost Scenario
Online Resources
American Camp Association
Boy Scouts of America
Youth Protection
Safe Swim Defense
Safety Afloat
Climb On Safely
Weather Safety
Trek On Safely
(etc)
Leave No Trace
Nebraska Game amp Parks
Hunter Safety
Boating Rules amp Regs
National Rifle Association
(Archery groups)
American Red Cross
(wilderness medicine group(s))
NOLS
Tread Lightly
US Coast Guard
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 59
iii Wrote Interpreting For Park Visitors c Sam Ham
i Director of Center for International Training and Outreach at the University of Idaho
ii Work has focused on applying communication theory to environmental conservation interpretation and on nature-based tourism and guide training
iii Wrote Environmental Interpretation (1992) d Ted Cable
i Professor of Park Management and Conservation at Kansas State University
ii Co-authored Interpreting Cultural and Natural Resources (2003) and Interpretation for the 21st Century Fifteen Guiding Principles for Interpreting Nature and Culture (2002)
5 Conducting an Interpretative Program Try and Fail (60 minutes + 120 minutes of activities throughouthellip see list of Suggested Activities below)
a Experiential Learning i The first time you tried to walk you failed The first time you rode a bike
you failed This is called experiential learning The first time you attempt an educational or interpretation program you will fail thatrsquos how we learn
ii Donrsquot be afraid to fail b Ask Questions about the ProgramPresentation before you commit to leading it c Plan your Program
i Generally I want my presentation to be about Specifically however I want to tell my audience about After hearing my presentation I want my audience to understand (what is the big picture you want them to take home)
1 You do not need (or want) to teach your audience everything you know your job is to light the spark
ii What will your tangibles and intangibles be 1 Tangibles are those things you can touch things you use to teach
when teaching a Examples include a tree a mammal pelt a skull a live
animal a prairie 2 Intangibles involve connecting the tangibles to concepts and the
ideas they represent intangibles are the meanings the relationships the processes the ideas the feelings and the beliefs
a Examples include food webs ecosystem health entropy ecology
iii People remember themes they forget facts
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 60
iv Plan for an organized presentation 1 Think about your overall theme smaller parts of the program and
your transitions v Stick to your theme
vi Determine what type of presentation you will have 1 PowerPoint (avoid) 2 Podium Presentation (avoid) 3 Active taking a hike playing a game etc 4 Hands-on touching feeling trying hearing smelling
vii Think about all the different kinds of learners 1 verbal-linguistic 2 logical-mathematical 3 visual-spatial 4 kinesthetic 5 musical-rhythmic 6 interpersonal (groups) 7 intrapersonal (individual) 8 naturalist
d Know your role as an educator 1 Provide facts and relationships not opinions 2 Allow participants to determine their own opinions and beliefs
using the facts amp relationships you provide them 3 PLAY ldquoFIRST IMPRESSIONSrdquo
e Prepare Prepare Prepare 1 Know the type of space and area you will have (indoor vs
outdoor small space vs vast area etc) 2 Plan for more that you are told 3 Plan for the weather (always expect it to be windy in Nebraska)
f Questions i Ask good questions
1 Is this a fox Vs How do you know this is a fox 2 Do you have any questions Vs What questions do you have
ii Be prepared for quality questions 1 What are the implications for describe the impact of what are
the reasons for iii Be prepared for ldquogoodrdquo questions
1 Do you have ewoks in the forest If a Mountain Lion and an Eagle were to fight who would win
2 Take all questions seriously Answer seriously g Model what you want to see the students do
i If you want a group of students to catch insects help them get active with them
ii This is true when working with children and adults
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 61
1 Working alongside students validates them and their learning h Be enthusiastic show your passion
i This is another form of modeling what you want to see in your students ii We need to excite students (no matter their age) about conservation
nature and the outdoors iii Have fun
6 Take Home Lesson Light the Spark and Donrsquot Be Afraid to Fail
Suggested Activities (amp potential mandatory activities)
Throughout the lesson conduct multiple games andor activities to model good interpretation
Suggested games include but are not limited to
1 Oh Deer (Project WILD) 2 First Impressions (to be done during section 5) (Project WILD) 3 The Long Haul (Project WET) 4 Sum of the Parts (Project WET) 5 Water Quality Ask the Bugs (Project WET) 6 Adaptation Artistry (Flying WILD) or Fashion a Fish (Aquatic Project WILD) 7 Avian Antics (Flying WILD) 8 Pollinators Meet Your Plants (Nebraska Project WILD wwwnebraskaprojectwildorg) 9 Scavenger Hunts (Nebraska Project WILD wwwnebraskaprojectwildorg)
Suggested Post-Readings
Interpreting Our Heritage Freeman Tilden 1957 (4th edition 2008)
ISBN-13 978-0807858677
Interpreting for Park Visitors William Lewis 1981
ISBN-13 978-0890620793
Environmental Interpretation Sam Ham 1992
ISBN-13 978-1555919023
Interpretation for the 21st Century Fifteen Guiding Principles for Interpreting Nature and
Culture Larry Beck amp Ted Cable 2002
ISBN-13 978-1571675224
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 62
Interpretation-Making a Difference on Purpose Sam Ham 2013
ISBN-13 978-1555917425
Foundations of Interpretation Curriculum Content Narrative National Parks Service 2007
httpwwwnpsgovidpinterp101foundationscurriculumpdf
Websites
National Association of Interpretation
wwwinterpnetcom
North American Association for Environmental Education
wwwnaaeeorg
Nebraska Alliance for Conservation and Environment Education
wwwnaceeorg
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 63
Safety in the Field
Developed by Rich Hawes Nebraska Master Naturalist rdhawes26msncom
Objectives
Raise awareness of Risk Managementassessment as part of event planning
Guidelines to safe activities for participants presenters and the environment
Present Leave No Trace Principals as part of all outdoor activities
Present resources for additional training or certification for outdoor activities
Hands on activities to encourage interest and to provoke thought and discussion
Hazards of the area
Outdoor hiking safety
Stewardship of the land and natural resources
Being flexible and working with ldquowhat you haverdquo
Outline
1 Outdoor Activities ndash Whatrsquos The Worst That Can Happen An Introduction to Event Planning and Risk Management
2 Leave No Trace Principals
3 Trip planning and Logistics
4 Health amp Safety
5 Youth Protection
6 Age Appropriate Activities
7 Resource Training and Certifications
a Standard First Aid CPRAED Wilderness First Aid
b Shooting Sports - Range Safety Officer or Instructor
c Hunter Safety Instructor
d Climbing COPE and Zip Lines
e Water Safety Instructor Life Guard Small Boat Handling
f Leave No Trace Trainer or Master Educator
g Tread Lightly Tread Trainer or Master Tread Trainer
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 64
Suggested Activities
CPR Scenario
First Aid Scenario
Weather Scenario
Lost Scenario
Online Resources
American Camp Association
Boy Scouts of America
Youth Protection
Safe Swim Defense
Safety Afloat
Climb On Safely
Weather Safety
Trek On Safely
(etc)
Leave No Trace
Nebraska Game amp Parks
Hunter Safety
Boating Rules amp Regs
National Rifle Association
(Archery groups)
American Red Cross
(wilderness medicine group(s))
NOLS
Tread Lightly
US Coast Guard
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 60
iv Plan for an organized presentation 1 Think about your overall theme smaller parts of the program and
your transitions v Stick to your theme
vi Determine what type of presentation you will have 1 PowerPoint (avoid) 2 Podium Presentation (avoid) 3 Active taking a hike playing a game etc 4 Hands-on touching feeling trying hearing smelling
vii Think about all the different kinds of learners 1 verbal-linguistic 2 logical-mathematical 3 visual-spatial 4 kinesthetic 5 musical-rhythmic 6 interpersonal (groups) 7 intrapersonal (individual) 8 naturalist
d Know your role as an educator 1 Provide facts and relationships not opinions 2 Allow participants to determine their own opinions and beliefs
using the facts amp relationships you provide them 3 PLAY ldquoFIRST IMPRESSIONSrdquo
e Prepare Prepare Prepare 1 Know the type of space and area you will have (indoor vs
outdoor small space vs vast area etc) 2 Plan for more that you are told 3 Plan for the weather (always expect it to be windy in Nebraska)
f Questions i Ask good questions
1 Is this a fox Vs How do you know this is a fox 2 Do you have any questions Vs What questions do you have
ii Be prepared for quality questions 1 What are the implications for describe the impact of what are
the reasons for iii Be prepared for ldquogoodrdquo questions
1 Do you have ewoks in the forest If a Mountain Lion and an Eagle were to fight who would win
2 Take all questions seriously Answer seriously g Model what you want to see the students do
i If you want a group of students to catch insects help them get active with them
ii This is true when working with children and adults
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 61
1 Working alongside students validates them and their learning h Be enthusiastic show your passion
i This is another form of modeling what you want to see in your students ii We need to excite students (no matter their age) about conservation
nature and the outdoors iii Have fun
6 Take Home Lesson Light the Spark and Donrsquot Be Afraid to Fail
Suggested Activities (amp potential mandatory activities)
Throughout the lesson conduct multiple games andor activities to model good interpretation
Suggested games include but are not limited to
1 Oh Deer (Project WILD) 2 First Impressions (to be done during section 5) (Project WILD) 3 The Long Haul (Project WET) 4 Sum of the Parts (Project WET) 5 Water Quality Ask the Bugs (Project WET) 6 Adaptation Artistry (Flying WILD) or Fashion a Fish (Aquatic Project WILD) 7 Avian Antics (Flying WILD) 8 Pollinators Meet Your Plants (Nebraska Project WILD wwwnebraskaprojectwildorg) 9 Scavenger Hunts (Nebraska Project WILD wwwnebraskaprojectwildorg)
Suggested Post-Readings
Interpreting Our Heritage Freeman Tilden 1957 (4th edition 2008)
ISBN-13 978-0807858677
Interpreting for Park Visitors William Lewis 1981
ISBN-13 978-0890620793
Environmental Interpretation Sam Ham 1992
ISBN-13 978-1555919023
Interpretation for the 21st Century Fifteen Guiding Principles for Interpreting Nature and
Culture Larry Beck amp Ted Cable 2002
ISBN-13 978-1571675224
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 62
Interpretation-Making a Difference on Purpose Sam Ham 2013
ISBN-13 978-1555917425
Foundations of Interpretation Curriculum Content Narrative National Parks Service 2007
httpwwwnpsgovidpinterp101foundationscurriculumpdf
Websites
National Association of Interpretation
wwwinterpnetcom
North American Association for Environmental Education
wwwnaaeeorg
Nebraska Alliance for Conservation and Environment Education
wwwnaceeorg
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 63
Safety in the Field
Developed by Rich Hawes Nebraska Master Naturalist rdhawes26msncom
Objectives
Raise awareness of Risk Managementassessment as part of event planning
Guidelines to safe activities for participants presenters and the environment
Present Leave No Trace Principals as part of all outdoor activities
Present resources for additional training or certification for outdoor activities
Hands on activities to encourage interest and to provoke thought and discussion
Hazards of the area
Outdoor hiking safety
Stewardship of the land and natural resources
Being flexible and working with ldquowhat you haverdquo
Outline
1 Outdoor Activities ndash Whatrsquos The Worst That Can Happen An Introduction to Event Planning and Risk Management
2 Leave No Trace Principals
3 Trip planning and Logistics
4 Health amp Safety
5 Youth Protection
6 Age Appropriate Activities
7 Resource Training and Certifications
a Standard First Aid CPRAED Wilderness First Aid
b Shooting Sports - Range Safety Officer or Instructor
c Hunter Safety Instructor
d Climbing COPE and Zip Lines
e Water Safety Instructor Life Guard Small Boat Handling
f Leave No Trace Trainer or Master Educator
g Tread Lightly Tread Trainer or Master Tread Trainer
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 64
Suggested Activities
CPR Scenario
First Aid Scenario
Weather Scenario
Lost Scenario
Online Resources
American Camp Association
Boy Scouts of America
Youth Protection
Safe Swim Defense
Safety Afloat
Climb On Safely
Weather Safety
Trek On Safely
(etc)
Leave No Trace
Nebraska Game amp Parks
Hunter Safety
Boating Rules amp Regs
National Rifle Association
(Archery groups)
American Red Cross
(wilderness medicine group(s))
NOLS
Tread Lightly
US Coast Guard
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 61
1 Working alongside students validates them and their learning h Be enthusiastic show your passion
i This is another form of modeling what you want to see in your students ii We need to excite students (no matter their age) about conservation
nature and the outdoors iii Have fun
6 Take Home Lesson Light the Spark and Donrsquot Be Afraid to Fail
Suggested Activities (amp potential mandatory activities)
Throughout the lesson conduct multiple games andor activities to model good interpretation
Suggested games include but are not limited to
1 Oh Deer (Project WILD) 2 First Impressions (to be done during section 5) (Project WILD) 3 The Long Haul (Project WET) 4 Sum of the Parts (Project WET) 5 Water Quality Ask the Bugs (Project WET) 6 Adaptation Artistry (Flying WILD) or Fashion a Fish (Aquatic Project WILD) 7 Avian Antics (Flying WILD) 8 Pollinators Meet Your Plants (Nebraska Project WILD wwwnebraskaprojectwildorg) 9 Scavenger Hunts (Nebraska Project WILD wwwnebraskaprojectwildorg)
Suggested Post-Readings
Interpreting Our Heritage Freeman Tilden 1957 (4th edition 2008)
ISBN-13 978-0807858677
Interpreting for Park Visitors William Lewis 1981
ISBN-13 978-0890620793
Environmental Interpretation Sam Ham 1992
ISBN-13 978-1555919023
Interpretation for the 21st Century Fifteen Guiding Principles for Interpreting Nature and
Culture Larry Beck amp Ted Cable 2002
ISBN-13 978-1571675224
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 62
Interpretation-Making a Difference on Purpose Sam Ham 2013
ISBN-13 978-1555917425
Foundations of Interpretation Curriculum Content Narrative National Parks Service 2007
httpwwwnpsgovidpinterp101foundationscurriculumpdf
Websites
National Association of Interpretation
wwwinterpnetcom
North American Association for Environmental Education
wwwnaaeeorg
Nebraska Alliance for Conservation and Environment Education
wwwnaceeorg
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 63
Safety in the Field
Developed by Rich Hawes Nebraska Master Naturalist rdhawes26msncom
Objectives
Raise awareness of Risk Managementassessment as part of event planning
Guidelines to safe activities for participants presenters and the environment
Present Leave No Trace Principals as part of all outdoor activities
Present resources for additional training or certification for outdoor activities
Hands on activities to encourage interest and to provoke thought and discussion
Hazards of the area
Outdoor hiking safety
Stewardship of the land and natural resources
Being flexible and working with ldquowhat you haverdquo
Outline
1 Outdoor Activities ndash Whatrsquos The Worst That Can Happen An Introduction to Event Planning and Risk Management
2 Leave No Trace Principals
3 Trip planning and Logistics
4 Health amp Safety
5 Youth Protection
6 Age Appropriate Activities
7 Resource Training and Certifications
a Standard First Aid CPRAED Wilderness First Aid
b Shooting Sports - Range Safety Officer or Instructor
c Hunter Safety Instructor
d Climbing COPE and Zip Lines
e Water Safety Instructor Life Guard Small Boat Handling
f Leave No Trace Trainer or Master Educator
g Tread Lightly Tread Trainer or Master Tread Trainer
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 64
Suggested Activities
CPR Scenario
First Aid Scenario
Weather Scenario
Lost Scenario
Online Resources
American Camp Association
Boy Scouts of America
Youth Protection
Safe Swim Defense
Safety Afloat
Climb On Safely
Weather Safety
Trek On Safely
(etc)
Leave No Trace
Nebraska Game amp Parks
Hunter Safety
Boating Rules amp Regs
National Rifle Association
(Archery groups)
American Red Cross
(wilderness medicine group(s))
NOLS
Tread Lightly
US Coast Guard
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 62
Interpretation-Making a Difference on Purpose Sam Ham 2013
ISBN-13 978-1555917425
Foundations of Interpretation Curriculum Content Narrative National Parks Service 2007
httpwwwnpsgovidpinterp101foundationscurriculumpdf
Websites
National Association of Interpretation
wwwinterpnetcom
North American Association for Environmental Education
wwwnaaeeorg
Nebraska Alliance for Conservation and Environment Education
wwwnaceeorg
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 63
Safety in the Field
Developed by Rich Hawes Nebraska Master Naturalist rdhawes26msncom
Objectives
Raise awareness of Risk Managementassessment as part of event planning
Guidelines to safe activities for participants presenters and the environment
Present Leave No Trace Principals as part of all outdoor activities
Present resources for additional training or certification for outdoor activities
Hands on activities to encourage interest and to provoke thought and discussion
Hazards of the area
Outdoor hiking safety
Stewardship of the land and natural resources
Being flexible and working with ldquowhat you haverdquo
Outline
1 Outdoor Activities ndash Whatrsquos The Worst That Can Happen An Introduction to Event Planning and Risk Management
2 Leave No Trace Principals
3 Trip planning and Logistics
4 Health amp Safety
5 Youth Protection
6 Age Appropriate Activities
7 Resource Training and Certifications
a Standard First Aid CPRAED Wilderness First Aid
b Shooting Sports - Range Safety Officer or Instructor
c Hunter Safety Instructor
d Climbing COPE and Zip Lines
e Water Safety Instructor Life Guard Small Boat Handling
f Leave No Trace Trainer or Master Educator
g Tread Lightly Tread Trainer or Master Tread Trainer
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 64
Suggested Activities
CPR Scenario
First Aid Scenario
Weather Scenario
Lost Scenario
Online Resources
American Camp Association
Boy Scouts of America
Youth Protection
Safe Swim Defense
Safety Afloat
Climb On Safely
Weather Safety
Trek On Safely
(etc)
Leave No Trace
Nebraska Game amp Parks
Hunter Safety
Boating Rules amp Regs
National Rifle Association
(Archery groups)
American Red Cross
(wilderness medicine group(s))
NOLS
Tread Lightly
US Coast Guard
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 63
Safety in the Field
Developed by Rich Hawes Nebraska Master Naturalist rdhawes26msncom
Objectives
Raise awareness of Risk Managementassessment as part of event planning
Guidelines to safe activities for participants presenters and the environment
Present Leave No Trace Principals as part of all outdoor activities
Present resources for additional training or certification for outdoor activities
Hands on activities to encourage interest and to provoke thought and discussion
Hazards of the area
Outdoor hiking safety
Stewardship of the land and natural resources
Being flexible and working with ldquowhat you haverdquo
Outline
1 Outdoor Activities ndash Whatrsquos The Worst That Can Happen An Introduction to Event Planning and Risk Management
2 Leave No Trace Principals
3 Trip planning and Logistics
4 Health amp Safety
5 Youth Protection
6 Age Appropriate Activities
7 Resource Training and Certifications
a Standard First Aid CPRAED Wilderness First Aid
b Shooting Sports - Range Safety Officer or Instructor
c Hunter Safety Instructor
d Climbing COPE and Zip Lines
e Water Safety Instructor Life Guard Small Boat Handling
f Leave No Trace Trainer or Master Educator
g Tread Lightly Tread Trainer or Master Tread Trainer
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 64
Suggested Activities
CPR Scenario
First Aid Scenario
Weather Scenario
Lost Scenario
Online Resources
American Camp Association
Boy Scouts of America
Youth Protection
Safe Swim Defense
Safety Afloat
Climb On Safely
Weather Safety
Trek On Safely
(etc)
Leave No Trace
Nebraska Game amp Parks
Hunter Safety
Boating Rules amp Regs
National Rifle Association
(Archery groups)
American Red Cross
(wilderness medicine group(s))
NOLS
Tread Lightly
US Coast Guard
NEBRASKA MASTER NATURALIST Explore Contribute Connect
Page | 64
Suggested Activities
CPR Scenario
First Aid Scenario
Weather Scenario
Lost Scenario
Online Resources
American Camp Association
Boy Scouts of America
Youth Protection
Safe Swim Defense
Safety Afloat
Climb On Safely
Weather Safety
Trek On Safely
(etc)
Leave No Trace
Nebraska Game amp Parks
Hunter Safety
Boating Rules amp Regs
National Rifle Association
(Archery groups)
American Red Cross
(wilderness medicine group(s))
NOLS
Tread Lightly
US Coast Guard