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Research Chesapeake Bay Bald Eagle Tracking Project On
Memorial Day 2002, Earthspan launched a new research project in cooperation
with the Maryland Department of Natural Resources. The project involves
the tracking of four rehabilitated immature Bald Eagles. |
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During the past three decades, Earthspan associates have conducted a comprehensive study of the tundra peregrine falcon (Falco perigrinus tundrius) throughout its breeding, migratory, and wintering range. We have conducted migration studies on the tundra peregrine and other sub-species on Assateague Island, VA, since 1970 and on Padre Island, TX, from 1978 to present day. 2003 Assateague Island Peregrine Falcon Survey Report 2003 Padre Island Peregrine Falcon Survey Report Partners in Flight Report: Travel Routes and Distances of Migrating Peregrine Falcons and Swainson's Hawks
Crossband
Transponder: A System for Tracking and Monitoring Small Birds and Bats
Earthspan is teaming with California scientists to develop Crossband Radar System tracking techniques to help protect the endangered California Least tern.
As An Indicator Species to Discover Sources of DDT Contamination of Migrating Birds. In 2001 and 2003 we PTT tagged contaminated white-faced ibis at Stillwater National Wildlife Refuge and tracked them to their wintering grounds. We sampled their foraging areas and will report the results of the chemical analysis.
In an Effort to Reduce Deer Vehicle Collisions, Earthspan worked with the Maryland State Highway Administration to create a Deer Strike Reporting System.
Broad-Winged Hawk Migration Paths and Wintering Areas Little is published about the wintering ranges of broad-winged hawks in Central and South America. In June of 2000 Earthspan satellite tagged broad-winged hawks in Western Maryland and Central Minnesota. We then tracked them to their wintering grounds and back. This is the first study to satellite track broad-winged hawks.
Mexico
Peregrine Research In 1997 and 1998 Earthspan, in collaboration with Fundacion Ara, studied peregrine falcons (Falco peregrinus) wintering on the Mexican Gulf Coast to better understand their habitat requirements and movements. Other objectives were to track peregrines via satellite to their breeding areas, and back to the wintering grounds in Mexico. Eight birds were monitored on their southward migration. Like their northward migration, their southward routes were through the middle of the continent. Autumnal migration was initiated in August and September. Peregrine falcons arrived on wintering grounds in September and October. PTT data and capture locations of birds caught in more than one year indicate that peregrines use the same area of beach (and relative range size) for wintering year after year. Read the Final Report of Our Peregrine Reseach on the Gulf Coast of Mexico Location maps are not available on line due to their large size.
Excerpts for the Final Report of a Study of the Golden Eagle In Mexico In 1997 and 1998 we perforned a satellite telemetry and breeding habits study of golden eagles in nort-central Mexico
Steller's Sea Eagle Tracking in Russia In 1997 we PTT tracked Steller's sea eagles in the Sea of Okhotsk and on the Kamchatka Peninsula of Eastern Russia. This was the first use of satellite telemetry to track the movements of this magnificent eagle.
In 1995 and 1996 Earthspan teamed with scientists in five western states and two Canadian provinces to satellite track Swainson's hawks to their wintering (Austral summer) grounds . This effort identified the source of a major threat to the species.
Oryx at White Sands Missile Range, Nevada White Pelicans at Naval Air Station Fallon, Nevada Feral Horses at Dugway Proving Ground, Utah Golden Eagles at Orchard Training Area, Idaho Ferruginous Hawks at Hill AFB, Utah Final Report of Satellite Telemetry Demonstration for the Department of Defense Legacy Resource Management Program
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Assesment
of Deer Vehicle Collisions Using GIS and GPS
From
1995-1997 we demonstrated Satellite Telemetry techniques on Five Military
Bases in the Westen United States. Resourse
managers can now use this technology to map animal movements to conserve
wildlife and maintain readiness.