Skylar Hopkins

Renowned for fostering collaboration on interdisciplinary projects, Skylar Hopkins is an Assistant Professor in Applied Ecology at North Carolina State University. Her work is at the intersection of disease ecology and conservation biology, where she is dedicated to finding innovative solutions that advance conservation goals while simultaneously reducing human infectious disease burdens. Her research is particularly focused on the impacts of parasites on wildlife and the broader implications for conservation efforts. Dr. Hopkins's approach is comprehensive, involving a blend of field sampling, laboratory studies, modeling, and synthesis science. This multifaceted methodology allows her to address complex ecological questions and develop strategies that benefit both human and ecological health. Her work often involves close collaboration with non-governmental organizations and local communities, particularly in projects that aim to balance health, livelihoods, and forest conservation within protected areas. Since joining NC State in 2020, Dr. Hopkins has been instrumental in promoting research that seeks "win-win" solutions—outcomes that are beneficial for both conservation and human health. Her efforts in parasite and disease ecology are crucial for understanding how these factors influence wildlife populations and ecosystem dynamics. By evaluating the impacts of parasites and diseases, she contributes to the development of conservation strategies that are both effective and sustainable. Dr. Hopkins's academic journey began with a bachelor's degree in biology and geology from the University of Maine at Farmington. She then pursued her Ph.D. in biological sciences at Virginia Tech, where she honed her expertise in ecological research and developed a passion for integrating scientific inquiry with practical conservation applications. Her commitment to advancing the field of applied ecology is evident in her active engagement with interdisciplinary groups, where she leverages diverse perspectives to tackle pressing ecological challenges. Through her research, Dr. Hopkins aims to bridge the gap between scientific knowledge and real-world conservation practices, ultimately contributing to the preservation of biodiversity and the well-being of human communities.