(Williamsburg, VA)—Fletcher Smith, a biologist with The Center for Conservation Biology traveled 1,500 miles to St. Croix in November to catch up with a whimbrel named Hope. Since capturing Hope on 19 May, 2009 in Virginia and fitting her with a satellite transmitter, Smith and a team of researchers have tracked the bird for more than 50,000 miles (80,000 kilometers) back and forth 4 times between breeding grounds on the Mackenzie River Delta in the Northwest Territories of Canada and her winter territory on Great Pond, St. Croix, U.S. Virginia Islands. During that time Hope has made extraordinary flights over the open ocean, encountered several major storms, and along with 2 dozen other tracked birds has revealed important details of migration previously unknown to science.
Smith traveled to St. Croix in November to capture Hope again and remove the transmitter that had stopped transmitting. Hope’s signal was lost shortly after her arrival on Great Pond in early September. From observations and photographs made by local researcher Lisa Yntema it became clear that the transmitter’s antenna had broken off. Plans were made and coordinated with local officials to capture Hope in an effort to remove her transmitter. With assistance from local biologists, Smith sat in a blind for more than 2 days watching noose carpets placed in Hope’s favorite foraging and roosting locations. Hope was captured on the morning of 20 November. Her transmitter was removed but leg bands and her identifying coded flag were left in place for future identification. Removal of the transmitter marks the end of the most successful tracking effort of a shorebird to date but not the end of Hope. She will continue to be searched for along Box Tree Creek in Virginia during spring migration and on her winter territory in Great Pond for years to come.
Hope has taught the research community a great deal about the migratory pathways and habits of whimbrels. She has made tremendous nonstop flights, moved great distances out over the open Atlantic, confronted storms while at sea, navigated with precision to stopover sites and shown high fidelity to her breeding site, her wintering site, and several staging areas. She has demonstrated the importance of both local efforts and international cooperation to the conservation of these highly migratory species. She has moved between communities and nations during different seasons but also utilized the same small creeks and ponds repeatedly.
Great Pond, Hope’s winter home is a 50 hectare mangrove wetland located in the southeast coast of St. Croix. The area is designated as an Important Bird Area by Birdlife International and supports at least 72 bird species during some portion of their life cycle. These include locally rare breeding birds such as the Least Tern and Wilson’s Plover and many migrant shorebird species besides whimbrels. Great Pond and the adjacent East End Marine Park are managed by the Division of Fish and Wildlife, Department of Planning and Natural Resources, U.S. Virgin Islands, who collaborated with and provided logistical support to CCB in the trapping of Hope.
Hope is one of two dozen birds that have been tracked in a collaborative effort between The Center for Conservation Biology, The Nature Conservancy, US Fish and Wildlife Service, Georgia Department of Natural Resources Non-game Division, Canadian Wildlife Service, Manomet Center for Conservation Sciences, and Virginia Coastal Zone Management designed to discover migratory routes that connect breeding and winter areas and to identify migratory staging areas that are critical to the conservation of this declining species.
FOR IMMEDIATE RELEASE: 06 December, 2012
Dr. Bryan D. Watts, Director
(757) 221-2247 office
(757) 272-4492 cell
Fletcher M. Smith, Biologist
(757) 221-1617 office
Center for Conservation Biology
College of William and Mary
Virginia Commonwealth University
Roy A. Pemberton Jr., Director
Dr. William Coles, Chief of Environmental Education
Division of Fish and Wildlife
Department of Planning and Natural Resources
U.S. Virgin Islands