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Migratory Birds

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Assessing the Potential for Climate Change Impacts on the Suitability of Inland Glacial Lakes for Lake-Dependent Biota in the Great Lakes Region

Climate change models predict warmer temperatures, changes to precipitation patterns, and increased evapotranspiration in the Great Lakes region. Such climatic changes have altered, and are expected to further alter hydrological, chemical, and physical properties of inland lakes. Lake-dependent wildlife are often sensitive to changes in water quality, and are particularly susceptible to lake...
Assessing the Potential for Climate Change Impacts on the Suitability of Inland Glacial Lakes for Lake-Dependent Biota in the Great Lakes Region

Assessing the Potential for Climate Change Impacts on the Suitability of Inland Glacial Lakes for Lake-Dependent Biota in the Great Lakes Region

Climate change models predict warmer temperatures, changes to precipitation patterns, and increased evapotranspiration in the Great Lakes region. Such climatic changes have altered, and are expected to further alter hydrological, chemical, and physical properties of inland lakes. Lake-dependent wildlife are often sensitive to changes in water quality, and are particularly susceptible to lake...
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Evaluating Habitat Use by Pelagic Birds on the Western Great Lakes, and Airspace Use of Migrant Songbirds Near and Over the Western Great Lakes.

This assessment deals with a select geographic area, the Upper Great Lakes, and the common birds that can be found there during migration periods. Much is known about potential landbird stopover habitats and raptor migration routes, and a great deal of GIS data is available to develop preliminary risk models for landbirds. However, the distribution, abundance and species composition of waterbirds...
Evaluating Habitat Use by Pelagic Birds on the Western Great Lakes, and Airspace Use of Migrant Songbirds Near and Over the Western Great Lakes.

Evaluating Habitat Use by Pelagic Birds on the Western Great Lakes, and Airspace Use of Migrant Songbirds Near and Over the Western Great Lakes.

This assessment deals with a select geographic area, the Upper Great Lakes, and the common birds that can be found there during migration periods. Much is known about potential landbird stopover habitats and raptor migration routes, and a great deal of GIS data is available to develop preliminary risk models for landbirds. However, the distribution, abundance and species composition of waterbirds...
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Evaluating the Possible Effects of Wind Power Development on Refuging Waterbirds in the Great Plains, Upper Midwest and East Front of Northern Rocky Mountains

We will address the question of whether wind farms can be built near refuges for large concentrations of waterbirds and not cause mortality or critical habitat avoidance. Much is known about many waterbirds (waterfowl, cranes, shorebirds and others) and the places where they concentrate (refuge) during migration. The primary areas of uncertainty in placing wind turbines in relation to the location...
Evaluating the Possible Effects of Wind Power Development on Refuging Waterbirds in the Great Plains, Upper Midwest and East Front of Northern Rocky Mountains

Evaluating the Possible Effects of Wind Power Development on Refuging Waterbirds in the Great Plains, Upper Midwest and East Front of Northern Rocky Mountains

We will address the question of whether wind farms can be built near refuges for large concentrations of waterbirds and not cause mortality or critical habitat avoidance. Much is known about many waterbirds (waterfowl, cranes, shorebirds and others) and the places where they concentrate (refuge) during migration. The primary areas of uncertainty in placing wind turbines in relation to the location...
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Decision Support Partnership for Assessing Bird Movements and Habitat Use in Interior Landscapes and the Upper Great Lakes

Wind energy development is emerging as one of the major controversial issues facing migratory bird management, especially in light of the public’s growing perception of wind energy’s potential detrimental effects on birds, and the rapid growth of the industry. Three DOI bureaus, the Fish and Wildlife Service, Geological Survey, and National Park Service, have recently recommended that research...
Decision Support Partnership for Assessing Bird Movements and Habitat Use in Interior Landscapes and the Upper Great Lakes

Decision Support Partnership for Assessing Bird Movements and Habitat Use in Interior Landscapes and the Upper Great Lakes

Wind energy development is emerging as one of the major controversial issues facing migratory bird management, especially in light of the public’s growing perception of wind energy’s potential detrimental effects on birds, and the rapid growth of the industry. Three DOI bureaus, the Fish and Wildlife Service, Geological Survey, and National Park Service, have recently recommended that research...
Learn More
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