Stephanie Copeland
Ph.D. Candidate - Ecology, Evolution and Marine Biology
University of California, Santa Barbara
Ph.D. Candidate - Ecology, Evolution and Marine Biology
University of California, Santa Barbara
Hi! I’m Steph. I moved to Santa Barbara in 2019 to join Dr. Hillary Young’s Lab as a field technician, and in 2021, I was thrilled to continue my work in the lab as a student and am currently a 5th-year PhD candidate. Originally from Wilmington, DE, I earned my B.S. in Biomedical Sciences from the University of New Hampshire (Go Wildcats!).
My research focuses on understanding ecological communities through both fieldwork and quantitative approaches. After graduate school, I plan to pursue a career as a community or quantitative ecologist—whether as a postdoctoral researcher, at an NGO, in the federal government, or in ecological consulting.
The Anthropocene is an unofficial geologic unit of time that marks the period when human activities began significantly altering Earth’s climate and ecosystems. These human-induced changes are often complex and multifaceted, creating interactive effects on natural systems that are sometimes overlooked.
My research focuses on understanding how the interactions of multiple forms of human-change may influence ecological communities differently than if they were studied individually. Specifically, my dissertation examines how human impacts affect the density and abundance of arthropod vectors, such as ticks and mosquitoes. These species are not only critical to study due to their role in the transmission of zoonotic diseases but also serve as sentinel species, providing valuable insights into the broader ecological consequences of human environmental change.
Ecological Society of America's Annual Meeting, 2025
I was honored to be accepted as a poster presenter for ESA this August! It was amazing to head back east and enjoy the city of Baltimore. I spoke to others about the impacts (or lack thereof) of nonnative trout and human recreation on the density and host community of alpine mosquitoes in the Eastern Sierra Nevada. My collaborators and I discovered human recreation significantly altered adult female mosquito density around alpine lakes, but nonnative trout had no significant impact on their relative abundance. Thank you to everyone that helped with this work and to everyone who came by the poster for a chat!