Below, find a list of our new and ongoing projects, as well as completed projects. Click the project link for more information.
Offshore Studies
New and ongoing projects
- Wildlife and Offshore Wind in New York State
- Understanding Predator-Prey Relationships Across Multiple Scales
- Developing Monitoring Protocols for Automated Radio Telemetry at Offshore Wind Farms
- SeaScribe Offshore Survey App
- Flight, Fingers, and Fins: Citizen Science to Improve our Knowledge of Landbirds and Bats in the Marine Environment
- Identifying Technology Development Priorities for Wildlife Monitoring and Adaptive Management to Mitigate Use Conflicts at Offshore Wind Energy Facilities
Completed projects
- Mid-Atlantic Baseline Studies
- Maryland Offshore Wildlife Studies
- Movements of Red-throated Loons along the Coastal United States and Eastern Canada
- Determining Offshore Use of Diving Birds Using Satellite Tracking: Northern Gannets
- Determining Offshore Use of Diving Birds Using Satellite Tracking: Surf Scoters
- Aerial Surveys for Waterbirds in Eastern Lake Erie
- Wildlife Science and Marine Wind Energy Initiative
- Reducing the Adverse Effects of Offshore Wind Development on Waterbirds in the Great Lakes
- Atlantic and Great Lakes Sea Duck Migration Study
Coastal Studies
New and ongoing projects:
- Characterizing the Diurnal and Nocturnal Raptor Migration in Coastal Maine
Completed projects:
- Tracking Northern Saw-whet Owls along the Coast of Maine
- Migratory Bird and Bat Monitoring in the Thousand Islands Region of New York State
- Maine Common Eider Satellite Telemetry Study
- Migration Study of Northern Long-eared and Eastern Small-footed bats in Coastal Massachusetts
Terrestrial Studies
-
New and ongoing projects
- Meta-analysis to compare the effectiveness of curtailment at different cut-in speeds in reducing bat mortality at terrestrial wind farms
- Tracking Eastern Small-footed Bats to Rock Roosts at Acadia National Park
Completed projects
- Meta-analysis to compare the effectiveness of curtailment at different cut-in speeds in reducing bat mortality at terrestrial wind farms