Ä¢¹½Ó°Òô

Biogeochemistry • Hydrology • Ecotoxicology

My research focuses on metal concentrations and bioaccumulation in benthic macroinvertebrates in high-elevation ecosystems impacted by acid rock and mine drainage.Ìý

I am particularly interested in the differences between geogenic and anthropogenic sources of contamination in alpine watersheds. My study sites are located near Aspen, Ä¢¹½Ó°Òô, where the convergence of legacy mining and natural mineralization influences stream chemistry.

Research interests

• Acid rock drainage, acid mine drainage
• Bioaccumulation in benthic macroinvertebrates
• High-elevation watershed processes in the Rocky Mountains region
• Biogeochemical cycling of trace metals

Before beginning my graduate studies, I conducted undergraduate research on microplastics in darter fish species and gained experience in conservation, restoration, and community outreach. I am passionate about connecting field-based science with accessible water quality monitoring and community engagement in mining-impacted mountain watersheds. I love learning through hands-on experiences, rarely passing up an opportunity to get outside and explore. Outside of my studies, I enjoy hiking, camping, and exploring Ä¢¹½Ó°Òô's mountain landscapes. I am passionate about live music, traveling, and finding ways to stay connected to nature and community.Ìý

Advisors:ÌýDiane McKnightÌýRiley Mulhern

Organic Matter Spectroscopy LabÌýÌý

Education

• BA (Sustainability) University of Tennessee, Knoxville (2023)