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Sweet Water Seas ObservationsSweet Water Seas ObservationsGreat Lakes Observation SystemGreat Lakes Observation SystemCase Study Example-Alternative Case Study Example-Alternative
Energy (Wind)Energy (Wind)Observations at the Land Water Observations at the Land Water
InterfaceInterfacePresented byPresented by
Terry L. Yonker, Co-chairTerry L. Yonker, Co-chair
Great Lakes Wind CollaborativeGreat Lakes Wind Collaborative
June 21, 2011June 21, 2011
The Great Lakes RegionWatershed of the Great Lakes
• Two Nations, 8 States, 2 Provinces
• 42 Million People
• 4th Largest Economy in the World
• 100 Giga watts of Current Generating Capacity
• 1000 Giga watts of Wind Potential On and Offshore
Current Land-Based Wind Generating Capacity
Within the Great Lakes Region
A Wave of Wind Power Development Was About to
Break Across the Great Lakes Region
• In 2006 Representative Marci Kaptur (Ohio), the US Fish and Wildlife Service, Environmental Protection Agency and Others Organized a Conference in Toledo entitled: Toward Wildlife-Friendly Wind Power
• In 2007 NREL and the National Wind Coordinating Collaborative Convened a Meeting of 45 Great Lakes Wind Stakeholders in Chicago
• US and Canadian Stakeholders Formed the Great Lakes Wind Collaborative in Buffalo in 2008
Great Lakes Wind Great Lakes Wind CollaborativeCollaborative
The Great Lakes Wind The Great Lakes Wind Collaborative is a multi-sector Collaborative is a multi-sector coalition of wind energy coalition of wind energy stakeholders working to facilitate stakeholders working to facilitate the development of economically the development of economically and environmentally sustainable and environmentally sustainable wind power in the wind power in the binationalbinational Great Great Lakes region.Lakes region.
Administrative Support Provided by the Great Administrative Support Provided by the Great Lakes CommissionLakes Commission
www.glc.org/energy/wind
GLWC is governed by a Steering GLWC is governed by a Steering Committee and is organized around Committee and is organized around the efforts of five Workgroups: the efforts of five Workgroups:
1. Transmission1. Transmissiono Transmission-Related Policy Options to Facilitate o Transmission-Related Policy Options to Facilitate Offshore Wind in the Great Lakes-University of Offshore Wind in the Great Lakes-University of Michigan School of Natural Resources 2011Michigan School of Natural Resources 2011
2. Economic Development2. Economic Developmento The Role of the Great Lakes-St. Lawrence Seaway o The Role of the Great Lakes-St. Lawrence Seaway Ports in the Advancement of the Wind Energy Industry Ports in the Advancement of the Wind Energy Industry 20102010
3.3. Environmental Planning, Siting, and Environmental Planning, Siting, and PermittingPermittingo State and Provincial Land-Based Wind Farm Siting o State and Provincial Land-Based Wind Farm Siting Policy in the Great Lakes Region: Summary and Policy in the Great Lakes Region: Summary and Analysis 2009Analysis 2009
o Best Practices to Accelerate Wind Power in the o Best Practices to Accelerate Wind Power in the Great Lakes Region and Beyond 2011Great Lakes Region and Beyond 2011
4. Offshoreo Background Papers on Current Offshore Regulations, Water Dependency (State and Federal Regulations), Public Trust Doctrine-University of New York at Buffalo 2009
o Offshore Siting Principles and Guidelines for Wind Development on the Great Lakes-GLWC 2009
Offshore Siting Principles and
Guidelines for Wind Development
on the Great Lakes
Great Lakes Wind Collaborative 2009
5. Wind Atlas5. Wind Atlas
www.glc.org/energy/wind
•Elevation and Bathymetry
•Transportation-Waterways, Railroads, Highways, Airports
•Wind Speeds to 100 meters
•Electric Transmission Grid
•Habitat (Coastal Wetlands)
•Managed Areas (Refuges, National and State Forests)
•Aquatic Biota (Fish Spawning Areas)
•Avian Biota (Great Lakes Important Bird Areas)
•Access Sites, Military Bases, etc
Environmental Issues Tend to Environmental Issues Tend to Drive Siting and Operational Drive Siting and Operational
Mitigation IssuesMitigation Issues Bird & Bat MortalityBird & Bat Mortality Fisheries ImpactsFisheries Impacts Lakebed AlterationsLakebed Alterations Habitat AlterationsHabitat Alterations NoiseNoise Public HealthPublic Health Other (Social, View shed, Etc.)Other (Social, View shed, Etc.)
Preconstruction Observations and Site Characterization Studies•Wind Resource
•Habitat
•Wildlife Use
•Bird and Bat Migration and Abundance (Nocturnal and Diurnal)
ABP Diurnal Point Count Summary, 2005/2006
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Time
Nu
mb
er
of
Pa
ssi
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Bir
ds
Common Tern UpCommon Tern DownCaspian Tern UpCaspian Tern DownDouble-crested Cormorant UpDouble-crested Cormorant DownHerring Gull UpHerring Gull DownBonaparte's Gull UpBonaparte's Gull DownRing-billed Gull UpRing-billed Gull DownGreat Black-backed Gull UpGreat Black-backed Gull DownCommon Loon UpCommon Loon DownRed-breasted Merganser UpRed-breasted Merganser DownCommon Merganser UpCommon Merganser DownLong-tailed Duck UpLong-tailed Duck DownGoldeneye UpGoldeneye DownBufflehead UpBufflehead DownGreater Scaup UpGreater Scaup DownLesser Scaup UpLesser Scaup DownRing-necked Duck UpRing-necked Duck DownRedhead UpRedhead DownCanvasback UpCanvasback DownScoter Species UpScoter Species DownCanada Goose UpCanada Goose DownTundra Swan UpTundra Swan DownGreat Egret UpGreat Egret DownGreat Blue Heron UpGreat Blue Heron DownBlack-crowned Night Heron UpBlack-crowned Night Heron DownMallard UpMallard DownBlack Duck UpBlack Duck DownBlack Tern UpBlack Tern Down
0300 0400 0500 0600 0700 0800 0900 1000 1100 1200 1300 1400 1500 1600 1700 1800 1900 2000 2100 2200 2300 2400
One Year on the Niagara-Temporal Diurnal Distribution of
Passing Birds
ABP Seasonal Summary of Passing Bird Echoes by Hourly Sample Session
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1645 1745 1845 1945 2045 2145 2245 2345 45 145 245 345 445 545 645 745
HHS (EST)
Nu
mb
er o
f B
ird
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oes
per
Kil
om
eter
Spring/B
Summer/B
Fall/B
Winter/B
Dusk to Dawn on the Niagara River-Temporal Distribution of Passing
Birds
ABP Project Year Radar Echo Altitude Summary, April 8, 2005 through March 30,2006
7198
9889
10912
9841
7767
5480
4076
3117
2533
1710
1255
942
744
668
256
1241
656
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243
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137
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152
79
134
99
58
36
33
12
0 2000 4000 6000 8000 10000 12000
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1400-1500E
ch
o A
ltit
ud
e A
bo
ve
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ou
nd
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ve
l in
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ters
Number of Echoes/Kilometer
Flock Echoes
Bird Echoes
Dusk to Dawn on the Niagara River-Altitude Distribution
May Morning Bird Fallout Near Tifft Nature Preserve in Buffalo
Gallagher Beach
Buffalo Harbor Lake ErieTifft Nature Preserve
Small Boat Harbor Study
Copyright Google Earth
Steel Winds
Small Boat Harbor
Buffalo
LackawannaGulls Gull
Colony
Fall Bird Movements at the Peace Bridge
Canada Geese Double-crested Cormorants
Diving Ducks
Bonaparte’s Gulls
Post Construction Observations•Remote Bird and Bat Migration Observations (NEXRAD, X Band Radar)
•Great Lakes Observatory (Bird and Raptor Counts, Banding, Acoustics
•Weather Observations (Wind, Ceiling, Precipitation)
•Bird and Bat Mortality Studies (Weather Related
•Climate Change (Changes and Timing of Bird and Bat Migration)
Ron Larkin (Weather TAP, November, 2004)
Yonker (NEXRAD, May 17, 2001)
Nocturnal Radar Observation of Bird and Bat Movement
And Abundance
Bird Observatoriesof theGreat Lakes
1. Hawk Ridge Bird Observatory2. Thunder Cape Bird Observatory3. Whitefish Point Bird Observatory4. Chicagoland Bird Observatory5. Bruce Peninsula Bird Observatory6. Rouge River Bird Observatory7. Black Swamp Bird Observatory8. Pelee Island Bird Observatory9. Long Point Bird Observatory10. Toronto Bird Observatory11. Prince Edward Point Bird Observatory12. Derby Hill Bird Observatory13. Braddock Bay Bird Observatory14. Proposed Niagara Corridor Bird Observatory15. Proposed Lake Bluff Bird Observatory16. Proposed Keweenaw Bird Observatory
1
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Existing and Proposed Great Lakes Bird Observatories
Yonker 2011
Saw-whet Owl Migration at Long Point Bird Observatory
Yonker 2007
(Yonker 2007)
Fall Warblers
Winter Wren
White-eyed Vireo
Acoustics Lab
Bird Banding
Fall Migration Monitoring at Powdermill Nature Reserve
Comparison of Call Count data to Weather data
Ratios of numbers of calls at the two sites were regressed against a series of weather variables to determine if they had differential effects on the call totals at the two sites Weather Variables:
Barometric pressure
Wind speed
Wind direction
Precipitation
Visibility
Cloud Covercloud cover
rati
o b
l:ag
543210
35
30
25
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15
10
5
0
thrush bl/agwarbler bl/ag_
Variable
call ratios of thrushes and warblers correspond to cloud cover
Emma Deleon, 2010
Sonogram
Horizontal Radar View of Advancing Precipitation
Shield Approaching Buffalo
Vertical Radar View of Advancing Precipitation
Shield Approaching Buffalo
Weather as a Factor in Migration Across the Great Lakes
Marine Services Diversified LLC, May 2003
(Yonker 2007)
In the Middle of Lake Erie on April 1, 2007
US and Canadian Coast Guard Spring Offshore Migration/Climate Change Project
Common Loon
Dark-eyed Junco
Gulls and Coyote
Galbreath 2007Tree Swallow
Climate Related Changes to Summer Breeding Ranges
Operational Mitigation•Curtailment Under Specific Weather Conditions (Wind, Precipitation, Ceiling)
•Changes in Cut In Speeds (Bat Mortality)
•Changes in Site Design
Many Observation Needs Could be Met by Wind Developers
Who Agree as a Permit Condition to Share Monitoring
Data and Mortality Studies
Thank You
Great Lakes Wind Collaborative
www.glc.org/energy/wind