Item talk:Q44815
From geokb
{
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"abstract": "Her background is in physiological ecology (the science of linking the physiology of an animal with on the ground management actions) and ornithology. Her research interests include bioenergetics modeling of waterbirds, habitat utilization of Atlantic seabirds using state of the art tracking technologies and developing innovative techniques to determine underwater noise impacts and potential deterrents on seabirds.New Research:Impacts of prey resources, weather, and time of day on habitat use for wintering lesser scaup in the Chesapeake Bay. Collaborators: University of Delaware (UDEL) and Maryland Department of Natural Resources (MDDNR)Improving and field-testing solar-powered GPS/GSM transmitter design and attachment techniques to increase effectiveness of the technology for tracking marine and coastal birds. Collaborators: USFWSIn-air and underwater hearing thresholds and assessment of auditory deterrents on diving birds. Collaborators: USFWS, University of Delaware (UDEL), Naval Undersea Warfare CenterUnderstanding visual stimuli aversive to diving birds to inform fisheries bycatch mitigation development. Collaborators: Royal Holloway University of London, Natural Environmental Research Council (NERC), Birdlife Europe and Birdlife International, Royal Society for the Protection of Birds (RSPB)Habitat Vulnerability Assessment for Wintering American Black Ducks in the Chesapeake Bay Refuge System in the Face of Impending Sea-Level Rise and Land Use Change Scenarios. Collaborators: USFWS refuges, Black Duck joint Venture (BDJV), Ducks Unlimited (DU), Atlantic Coast Joint Venture (ACJV)Previous Research:Captured surf scoters and long-tailed ducks using mist-nets, net gun, and night lighting techniques to implant with satellite transmitters in the Chesapeake Bay, Pamlico Sound, and coastal waters of Rhode Island and Nantucket the delineate the Atlantic flyway populations.Collaborators: USFWS, SDJV, CWS, MDDNR, VADGIF, URI, MA AudubonCaptured surf scoters, red-throated loons, and northern gannets to implant with satellite transmitters to determine potential impacts of offshore wind energy development on migratory seabirds.Collaborators: USFWS, SDJV, MDDNR, BOEM, VADGIF, BRI, Memorial University of NewfoundlandTesting the use of newly created GMT solar powered backpack transmitters on seabirds to reduce mortality, increase transmission time and quality, and reduce handling stress on seabirds.Collaborators: USFWS, BOEMRunning a clinical trial comparing the epizootology of our current manual feeder system to a more computerized enclosed feeding system.Collaborators: UMD, UMUCDetermined the electrosensory foraging capabilities of ruddy ducks.Collaborators: University of Lethbridge, SmithsonianDetermine the impact of corticosterone levels on reproductive effort of common eiders.Collaborators: University of Windsor, CWS"
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