天美传媒

From the moment he captured his first loon on Michigan’s Seney National Wildlife Refuge, David Evers has been a champion of wildlife, incorporating innovative approaches to traditional research methods. As the founder, executive director, and chief scientist of BRI, Dr. Evers has made great strides in bringing critical ecological issues to the forefront of our nation’s and the world’s consciousness. He regularly develops collaborations and working groups, often working at regional and international scales with scientists, federal and state governmental agencies, universities and research institutes, as well as other nonprofit organizations. Dr. Evers specializes in research on ecotoxicology with an emphasis on the patterns of methylmercury and oil exposure and effects in wildlife, especially birds such as the Common Loon. Current projects include research and conservation efforts with various loon species across North America as well as assessments of mercury in fish and wildlife across Africa, Asia, Europe, and South America. Through BRI’s Center for Waterbird Studies, Dr. Evers oversees the largest conservation project on the Common Loon in partnership with the Ricketts Conservation Foundation. Through BRI’s Center for Mercury Studies, he oversees several ongoing national and international mercury monitoring networks and database summary efforts, including new projects and partnerships with the Fate and Transport Partnership Group of the United Nations Environment Programme, the United Nations Industrial Development Organization, the International Council on Mercury as a Global Pollutant, and the Society of Environmental Toxicology and Chemistry. During his graduate studies, Dr. Evers worked as a field ornithologist for the Michigan Breeding Bird Atlas and as a wildlife ecologist for the Kalamazoo Nature Center. In 1991, he became executive director of the Whitefish Point Bird Observatory. In 1998, he founded BRI to further progressive wildlife research and conservation. He also holds positions as adjunct professor at both the University of Southern Maine, where he teaches ornithology, and the University of Maine at Orono. He is also the adjunct senior scientist at the University of Southern Maine's Center for Integrated and Applied Environmental technology. He has published more than 100 peer-reviewed publications and presented his research in more than 200 professional venues. Education: Ph.D., Conservation Biology, University of Minnesota, 2001 M.S., Ecology, Western Michigan University, 1992 B.S., Wildlife Management, Michigan State University, 1984

As the head of BRI鈥檚 Center for Research on Wind Power on the Environment, Kate oversees wide-ranging projects focused on renewable energy development and wildlife. Her particular focus is offshore wind energy studies conducted in coordination with state and federal agencies, academics, and other nonprofits. She obtains funding, designs and manages projects, analyzes data, authors technical reports and publications, delivers public presentations at scientific and technical conferences. In addition, she provides technical support for a range of stakeholder and policy initiatives.

Her current projects include providing technical expertise to the New York State Environmental Technical Working Group (E-TWG) and developing guidance for implementing automated VHF telemetry studies at offshore wind energy projects.

Professor Andy Radford is based in the School of Biological Sciences, University of Bristol where his studies involve observing co-operation, conflict and vocal communications among animals. Professor Radford is partocularly interested in how the movement, community living, physiology, reproduction, and survival of animals are all affected when there is significant disruption from unnatural sources of sound. Among other areas of focus, this involves examining the impact on wildlife of man-made noise and interference from boats, windfarms and machinery. Professor Radford has worked in Australia, South Africa, French Polynesia and Panama. He has examined coral-bleaching in the Coral Reef off the coast Australia which impacts on fish and marine invertebrates. He has also explored how windfarms off the coast of the UK have disrupted the nesting habits of seabream. An additional specialist area is the unusual habits of Dwarf Mongoose in South Africa, a species where breeding only takes place among the dominant pair and other adults look after their offspring.

Education
1996 - BA Natural Sciences (Part II Zoology), University of Cambridge, 1998 - MSc Biology Integrative Bioscience, University of Oxford, 2003 - PhD Zoology, University of Cambridge

Affiliations
Member of the Faculty of Life Sciences Promotions Committee, Deputy Director, Graduate School, SoBS, Exams Officer in School of Biological Sciences (SoBS)

Accomplishments
2013 - University Research Fellowship, Institute for Advanced Studies, 2014 - Invited Fellow of the Society of Biology, 2020 - Best of Bristol Lecturers

's research primarily focuses on ways to facilitate the coexistence of bats and humans in human-altered landscapes. She works to understand the roosting and foraging ecology of bats, identify best practices for studying bat ecology, characterize bat behaviors, and assess the quality of mitigation practices designed to help bats. Dr. O'Keefe collaborates with many organizations and people who interact with bats, including private landowners, USDA Forest Service, National Park Service, and state agencies.
More information: 
O'Keefe's lab conducts research that facilitates the coexistence of wildlife and humans in human-altered landscapes. We focus on bats, working to understand roosting and foraging ecology, identify best practices for studying bat ecology, characterize bat behaviors, and assess the quality of mitigation practices designed to help bats. We collaborate with many organizations and people who interact with bats, including private landowners, USDA Forest Service, National Park Service, and state agencies. We regularly communicate with a variety of stakeholders to share practical management solutions topics ranging from effective bat house deployments to best practices for protecting bats and their habitat during prescribed burns.
Our research encompasses distribution and population status of imperiled bats, human-wildlife interactions in urban areas, bats in anthropogenic structures, ecosystem services of forest-dwelling bats, wildlife health and ecology in managed forests, and urban ecology of bats in small cities.
Affiliations: 
O'Keefe is an associate professor and wildlife extension specialist in the  and , both part of the  at the . 

Human behavior is the cause of many environmental, conservation, and societal issues but is also the means to solve them more readily. My lab focuses on human behavior, decision-making, and behavior change in the context of conservation and natural resources management. We use psychology and other social and behavioral science frameworks in combination with survey methods, experiments, and statistical modeling to understand the nature of and reasons for behavior. To inform practice and policy, we study (a) norms, values, and institutions, (b) cognitive, social, and policy processes, and (c) individual and group dynamics.




 

 conducts genetic studies on wildlife and domesticated animals. He uses DNA from elephants to determine conservation priorities for the species and to establish the geographic origins of confiscated ivory. He also studies “endogenous” retroviruses, which are retroviral copies that have become permanent components of the DNA of humans and animals, and can impact their health.
Roca is a professor in the , part of the  at the . He is also affiliated with the , the , and the  at Illinois. 

Larkin Powell is director of the School of Natural Resources at the University of Nebraska-Lincoln and a professor of conservation biology and animal ecology. In recent years, he has led student research projects that documented how painted turtles living in a western Nebraska pond are affected by drought. He has worked on cheetah conservation efforts in Namibia and developed curriculum for th eRwanda Institute for Conservation Agriculture. He is interested in the history of Great Plains landscapes and how government policy has shaped them. His book, "Great Plains Birds," examines the effects of important historical milestones, such as Native American settlement, European settlement, the advent of synthesized nitrogen fertilizers, and farm mechanization, on present-day landscapes.