Biomes

Post on 29-Jun-2015

303 views 0 download

Tags:

Transcript of Biomes

Biomes

Monday, March 25, 13

a large scale ecosystem with similar plants, animals, soil and climate

biome

Monday, March 25, 13

Six major biomes• Taiga • Deciduous forest• Tropical rain forest• Desert• Tundra• Grassland

Monday, March 25, 13

Tundra

Monday, March 25, 13

TundraLocation: northern North America, northern Europe, northern Asia

Monday, March 25, 13

TundraLocation: northern North America, northern Europe, northern Asia

Climate: Cold, ground stays covered in snow, permafrost – permanent frozen layer of ground, scarce rainfall, very short summer

Monday, March 25, 13

TundraLocation: northern North America, northern Europe, northern Asia

Climate: Cold, ground stays covered in snow, permafrost – permanent frozen layer of ground, scarce rainfall, very short summer

Plants: mosses, lichens, small plants that do need a lot of water

Monday, March 25, 13

TundraLocation: northern North America, northern Europe, northern Asia

Climate: Cold, ground stays covered in snow, permafrost – permanent frozen layer of ground, scarce rainfall, very short summer

Plants: mosses, lichens, small plants that do need a lot of water

Animals: caribou, migrating birds (come for the short summer)

Monday, March 25, 13

Monday, March 25, 13

Tundra Abiotic Factors

Monday, March 25, 13

Tundra Abiotic Factors• <25 in/year

Monday, March 25, 13

Tundra Abiotic Factors• <25 in/year• Temp rarely higher than 100C

Monday, March 25, 13

Tundra Abiotic Factors• <25 in/year• Temp rarely higher than 100C• Permafrost layer

Monday, March 25, 13

Tundra Abiotic Factors• <25 in/year• Temp rarely higher than 100C• Permafrost layer• Short growing season

Monday, March 25, 13

Tundra Abiotic Factors• <25 in/year• Temp rarely higher than 100C• Permafrost layer• Short growing season

Monday, March 25, 13

Monday, March 25, 13

Tundra Plant Adaptations

Monday, March 25, 13

Tundra Plant Adaptations•Growing close to the ground

Monday, March 25, 13

Tundra Plant Adaptations•Growing close to the ground•Having shallow roots to absorb the limited water resources.

Monday, March 25, 13

Tundra Plant Adaptations•Growing close to the ground•Having shallow roots to absorb the limited water resources.•Trees grow less than 1 m high!

Monday, March 25, 13

Tundra Animal Adaptations

Monday, March 25, 13

Many visitors, migration

Tundra Animal Adaptations

Monday, March 25, 13

Many visitors, migrationFew predators

Tundra Animal Adaptations

Monday, March 25, 13

Many visitors, migrationFew predatorsLittle Competition

Small earsInsulation, thick

coat

Tundra Animal Adaptations

Monday, March 25, 13

Many visitors, migrationFew predatorsLittle Competition

Small earsInsulation, thick

coat

Tundra Animal Adaptations

Monday, March 25, 13

Many visitors, migrationFew predatorsLittle Competition

Small earsInsulation, thick

coat

Tundra Animal Adaptations

Monday, March 25, 13

Taiga

Monday, March 25, 13

TaigaLocation: Canada, Washington (State), Russia, China- Found only in Northern Hemisphere

Monday, March 25, 13

TaigaLocation: Canada, Washington (State), Russia, China- Found only in Northern Hemisphere

Climate: long cold Winters, short Summers, frequent Rain

Monday, March 25, 13

TaigaLocation: Canada, Washington (State), Russia, China- Found only in Northern Hemisphere

Climate: long cold Winters, short Summers, frequent Rain

Plants: Evergreens (think Christmas Trees), Pines, Spruces, Cedars

Monday, March 25, 13

TaigaLocation: Canada, Washington (State), Russia, China- Found only in Northern Hemisphere

Climate: long cold Winters, short Summers, frequent Rain

Plants: Evergreens (think Christmas Trees), Pines, Spruces, Cedars

Animals: Moose, Bear, Lynx, Hibernating Animals, Migrating Animals

Monday, March 25, 13

Monday, March 25, 13

Abiotic factorsWinters are long and cold

Averages 100 in/yr precipitation—mostly snow

Soil poor in nutrients and very acidic

Growing season is very short

Monday, March 25, 13

Plant adaptations

Animal AdaptationsAdapt for cold winters

Burrow, hibernate, warm coat, insulation, etc.

Monday, March 25, 13

Plant adaptations

Coniferous (needle-bearing) trees are abundant

Animal AdaptationsAdapt for cold winters

Burrow, hibernate, warm coat, insulation, etc.

Monday, March 25, 13

Plant adaptations

Coniferous (needle-bearing) trees are abundant

Roots long to anchor trees

Animal AdaptationsAdapt for cold winters

Burrow, hibernate, warm coat, insulation, etc.

Monday, March 25, 13

Plant adaptations

Coniferous (needle-bearing) trees are abundant

Roots long to anchor trees

Needles long, thin and waxy

Animal AdaptationsAdapt for cold winters

Burrow, hibernate, warm coat, insulation, etc.

Monday, March 25, 13

Plant adaptations

Coniferous (needle-bearing) trees are abundant

Roots long to anchor trees

Needles long, thin and waxy

Low sunlight and poor soil keeps plants from growing on forest

Animal AdaptationsAdapt for cold winters

Burrow, hibernate, warm coat, insulation, etc.

Monday, March 25, 13

Tropical Rain Forest

Monday, March 25, 13

Tropical Rain ForestLocation: near the Equator, Africa, & South America

Monday, March 25, 13

Tropical Rain ForestLocation: near the Equator, Africa, & South America

Climate: Hot and Humid, rains everyday

Monday, March 25, 13

Tropical Rain ForestLocation: near the Equator, Africa, & South America

Climate: Hot and Humid, rains everyday

Plants: Jungle (think Tarzan), very tall trees, thick vegetation on the ground, dense canopy

Monday, March 25, 13

Tropical Rain ForestLocation: near the Equator, Africa, & South America

Climate: Hot and Humid, rains everyday

Plants: Jungle (think Tarzan), very tall trees, thick vegetation on the ground, dense canopy

Animals: parrots, Apes, Toucans, Monkeys, Leopards, other predatory Cats, Snakes

Monday, March 25, 13

Earth's most complex land

biomeMonday, March 25, 13

Earth's most complex land

biome

Abiotic factors

Monday, March 25, 13

Earth's most complex land

biome

Abiotic factors

high biodiversity and biomass

Monday, March 25, 13

Earth's most complex land

biome

Abiotic factors

high biodiversity and biomass

both hot and moist;

Monday, March 25, 13

Earth's most complex land

biome

Abiotic factors

high biodiversity and biomass

both hot and moist;

ideal for bacteria and other microorganisms; they quickly decompose matter on the forest floor allowing nutrients to be recycled.

Monday, March 25, 13

Earth's most complex land

biome

Abiotic factors

high biodiversity and biomass

both hot and moist;

ideal for bacteria and other microorganisms; they quickly decompose matter on the forest floor allowing nutrients to be recycled.

<1 cm of topsoil

Monday, March 25, 13

Earth's most complex land

biome

Abiotic factors

high biodiversity and biomass

both hot and moist;

ideal for bacteria and other microorganisms; they quickly decompose matter on the forest floor allowing nutrients to be recycled.

<1 cm of topsoil

About 100 in/yr of rainfall

Monday, March 25, 13

Plant adaptations

Monday, March 25, 13

Plant adaptations

Monday, March 25, 13

Sunlight is a major limiting factor

Plant adaptations

Monday, March 25, 13

Sunlight is a major limiting factor

Plant adaptations

Monday, March 25, 13

Sunlight is a major limiting factor

Plants grow in layers (canopy receives most light)

Plant adaptations

Monday, March 25, 13

Sunlight is a major limiting factor

Plants grow in layers (canopy receives most light)

Plant adaptations

Monday, March 25, 13

Sunlight is a major limiting factor

Plants grow in layers (canopy receives most light)

Shallow, wide roots since soil is so thin and poor in nutrients

Plant adaptations

Monday, March 25, 13

Sunlight is a major limiting factor

Plants grow in layers (canopy receives most light)

Shallow, wide roots since soil is so thin and poor in nutrients

Plant adaptations

Monday, March 25, 13

Sunlight is a major limiting factor

Plants grow in layers (canopy receives most light)

Shallow, wide roots since soil is so thin and poor in nutrients

Little sun reaches the floor

Plant adaptations

Monday, March 25, 13

Monday, March 25, 13

Animal AdaptationsMany animals are specialists and require special habitat components to survive

Camouflage is common

Many symbiotic relationships

Live in different levels of canopy

Monday, March 25, 13

Deciduous Forest

Monday, March 25, 13

Deciduous ForestLocation: eastern United States (think about where we live), most of Europe, Australia

Monday, March 25, 13

Deciduous ForestLocation: eastern United States (think about where we live), most of Europe, Australia

Climate: hot Summers, cold Winters, Rainfall throughout the year

Monday, March 25, 13

Deciduous ForestLocation: eastern United States (think about where we live), most of Europe, Australia

Climate: hot Summers, cold Winters, Rainfall throughout the year

Plants: Trees that lose their leaves, Maples, Oaks, Hickories, Sycamores, Willows

Monday, March 25, 13

Deciduous ForestLocation: eastern United States (think about where we live), most of Europe, Australia

Climate: hot Summers, cold Winters, Rainfall throughout the year

Plants: Trees that lose their leaves, Maples, Oaks, Hickories, Sycamores, Willows

Animals: Bears, Foxes, Raccoons, Deer, Squirrels, Birds

Monday, March 25, 13

Abiotic Factors Plant adaptations

Animal Adaptations

Monday, March 25, 13

Characterized by an abundance of deciduous (leaf bearing) trees

Characterized by 4 seasons

Soils: Deep soil layers, rich in nutrients

Precipitation: 30–100 in/yr in all forms (snow, rain, hail, fog, etc.)

Abiotic Factors Plant adaptations

Animal Adaptations

Monday, March 25, 13

Characterized by an abundance of deciduous (leaf bearing) trees

Characterized by 4 seasons

Soils: Deep soil layers, rich in nutrients

Precipitation: 30–100 in/yr in all forms (snow, rain, hail, fog, etc.)

Abiotic Factors Plant adaptationsDeciduous forests grow in layers

Animal Adaptations

Monday, March 25, 13

Characterized by an abundance of deciduous (leaf bearing) trees

Characterized by 4 seasons

Soils: Deep soil layers, rich in nutrients

Precipitation: 30–100 in/yr in all forms (snow, rain, hail, fog, etc.)

Abiotic Factors Plant adaptationsDeciduous forests grow in layers

More sunlight reaches the ground compared to a rainforest so you will find more ground dwelling plants.

Animal Adaptations

Monday, March 25, 13

Characterized by an abundance of deciduous (leaf bearing) trees

Characterized by 4 seasons

Soils: Deep soil layers, rich in nutrients

Precipitation: 30–100 in/yr in all forms (snow, rain, hail, fog, etc.)

Abiotic Factors Plant adaptationsDeciduous forests grow in layers

More sunlight reaches the ground compared to a rainforest so you will find more ground dwelling plants.

More diversity in the deciduous forest vs. the coniferous forest due to increased sunlight.

Animal Adaptations

Monday, March 25, 13

Characterized by an abundance of deciduous (leaf bearing) trees

Characterized by 4 seasons

Soils: Deep soil layers, rich in nutrients

Precipitation: 30–100 in/yr in all forms (snow, rain, hail, fog, etc.)

Abiotic Factors Plant adaptationsDeciduous forests grow in layers

More sunlight reaches the ground compared to a rainforest so you will find more ground dwelling plants.

More diversity in the deciduous forest vs. the coniferous forest due to increased sunlight.

Trees adapt to varied climate by becoming dormant in winter

Animal Adaptations

Monday, March 25, 13

Characterized by an abundance of deciduous (leaf bearing) trees

Characterized by 4 seasons

Soils: Deep soil layers, rich in nutrients

Precipitation: 30–100 in/yr in all forms (snow, rain, hail, fog, etc.)

Abiotic Factors Plant adaptationsDeciduous forests grow in layers

More sunlight reaches the ground compared to a rainforest so you will find more ground dwelling plants.

More diversity in the deciduous forest vs. the coniferous forest due to increased sunlight.

Trees adapt to varied climate by becoming dormant in winter

Lose Winter Coat

Animal Adaptations

Monday, March 25, 13

Characterized by an abundance of deciduous (leaf bearing) trees

Characterized by 4 seasons

Soils: Deep soil layers, rich in nutrients

Precipitation: 30–100 in/yr in all forms (snow, rain, hail, fog, etc.)

Abiotic Factors Plant adaptationsDeciduous forests grow in layers

More sunlight reaches the ground compared to a rainforest so you will find more ground dwelling plants.

More diversity in the deciduous forest vs. the coniferous forest due to increased sunlight.

Trees adapt to varied climate by becoming dormant in winter

Lose Winter Coat

Adapt to many seasons

Animal Adaptations

Monday, March 25, 13

Characterized by an abundance of deciduous (leaf bearing) trees

Characterized by 4 seasons

Soils: Deep soil layers, rich in nutrients

Precipitation: 30–100 in/yr in all forms (snow, rain, hail, fog, etc.)

Abiotic Factors Plant adaptationsDeciduous forests grow in layers

More sunlight reaches the ground compared to a rainforest so you will find more ground dwelling plants.

More diversity in the deciduous forest vs. the coniferous forest due to increased sunlight.

Trees adapt to varied climate by becoming dormant in winter

Lose Winter Coat

Adapt to many seasons

Eat from different layers of the forest

Animal Adaptations

Monday, March 25, 13

Desert

Location: Africa, Middle East, parts of North America

Climate: Hot in the day and cold at night, little rainfall

Monday, March 25, 13

DesertPlants: Succulent Plants (retain water in the leaves), Cacti, and small Shrubs

Location: Africa, Middle East, parts of North America

Climate: Hot in the day and cold at night, little rainfall

Monday, March 25, 13

DesertPlants: Succulent Plants (retain water in the leaves), Cacti, and small Shrubs

Animals: Lizards, Snakes, small Rodents, other Rodents

Location: Africa, Middle East, parts of North America

Climate: Hot in the day and cold at night, little rainfall

Abiotic factors

<10 in/yr of rain

Little to no topsoil due to high winds.

Minerals not deep in soil.

Too dry for decay

Monday, March 25, 13

Monday, March 25, 13

Desert Plant Adaptations:

Monday, March 25, 13

Desert Plant Adaptations:

• Spines

Monday, March 25, 13

Desert Plant Adaptations:

• Spines• Succulents

Monday, March 25, 13

Desert Plant Adaptations:

• Spines• Succulents• Thick, waxy cuticle

Monday, March 25, 13

Desert Plant Adaptations:

• Spines• Succulents• Thick, waxy cuticle• Shallow, broad

roots

Monday, March 25, 13

Desert Plant Adaptations:

• Spines• Succulents• Thick, waxy cuticle• Shallow, broad

roots

Monday, March 25, 13

Monday, March 25, 13

Desert Animal Adaptations:

Monday, March 25, 13

Desert Animal Adaptations:• Get water from food

Monday, March 25, 13

Desert Animal Adaptations:• Get water from food• Thick outer coat

Monday, March 25, 13

Desert Animal Adaptations:• Get water from food• Thick outer coat• Burrow during day

Monday, March 25, 13

Desert Animal Adaptations:• Get water from food• Thick outer coat• Burrow during day• Large ears

Monday, March 25, 13

Desert Animal Adaptations:• Get water from food• Thick outer coat• Burrow during day• Large ears• Smaller animals = less surface area

Monday, March 25, 13

Aquatic BiomesMarine (Salt Water)

Freshwater

– Location: Oceans & Estuaries

– Types of Organisms: Kelp, Whales, Dolphins, Sharks, Tuna, Crabs, Shrimp, Lobsters, Salmon, Eels, Plankton

Monday, March 25, 13

Aquatic Biomes

– Location: Wetlands, Rivers, Streams, Ponds, Lakes, & Creeks

– Types of Organisms: Algae, Muskrats, Ducks, Geese, Fish, Pike, Carp, Bass, & Catfish

Marine (Salt Water)

Freshwater

– Location: Oceans & Estuaries

– Types of Organisms: Kelp, Whales, Dolphins, Sharks, Tuna, Crabs, Shrimp, Lobsters, Salmon, Eels, Plankton

Monday, March 25, 13

Aquatic Biomes

– Location: Wetlands, Rivers, Streams, Ponds, Lakes, & Creeks

– Types of Organisms: Algae, Muskrats, Ducks, Geese, Fish, Pike, Carp, Bass, & Catfish

Marine (Salt Water)

Freshwater

– Location: Oceans & Estuaries

– Types of Organisms: Kelp, Whales, Dolphins, Sharks, Tuna, Crabs, Shrimp, Lobsters, Salmon, Eels, Plankton

Monday, March 25, 13

Estuaries • Streams and rivers merge with ocean water in areas known as estuaries. • Estuary organisms experience changes in salt concentration and temperature as

the fresh water and salt water mix. • Estuaries serve as breeding grounds for many invertebrate and fish species, and

as nesting and feeding areas for a great diversity of birds. • Along most of the east coast of the United States, the major ecosystems found in

estuaries are salt marshes. • In tropical areas, the typical estuary ecosystems are mangrove swamps. • These swamps are dominated by mangrove trees, which are anchored by tangled

networks of arching roots.

Monday, March 25, 13

• The area of shore between the high-tide and low-tide lines. • Pounded by waves during high tide and exposed to the sun and drying winds

during low tide, benthic organisms in this zone must be well-adapted to survive these harsh conditions

Intertidal Zone

Monday, March 25, 13

Near Shore Zone • The area of the ocean from the low-tide line out to the edge of the

continental shelf. • Since the ocean here is fairly shallow, some sunlight reaches the

bottom in most of the zone. • As a result, many organisms that require light for photosynthesis can

live in this zone, including seaweeds and phytoplankton.

Monday, March 25, 13

Open-Ocean Zone • The vast open ocean from the edge of the continental shelf outward. • Phytoplankton drifting near the surface are the major producers in this

zone. • Microscopic animals called zooplankton also inhabit this area and in turn

are a source of food for other animals.

Monday, March 25, 13

Deforestation The removal of large amounts of trees for the resources those

trees or land provide

Monday, March 25, 13

Reclamation The planting of new vegetation on land that has been previously harvested or

used.

Monday, March 25, 13

Strip Mining

The removing of earth's resources by removing layer by layer, this destroys the land and makes it impossible to replant.

Monday, March 25, 13

Monday, March 25, 13

Monday, March 25, 13

Terrence

Monday, March 25, 13