Kimberly Garrett is an environmental health researcher whose work situates chemical toxicology within built, natural, and social environments.
She engages in interdisciplinary research on chemical pollution and exposures, examining relationships between chemicals and social systems through the lenses of exposure science, public health, gender studies, sociology, and critical cartography. Her recent work focuses on per- and polyfluoroalkyl substances (PFAS) pollution and the spatial distribution of PFAS sources, along with the sociological impacts of contamination. Dr. Garrett’s work encompasses many environmental health topics including toxicity assessment and antidote development of mitochondrial poisons, climate change-mediated anthrax outbreaks, HIV prevention, and theoretical work connecting scientific rhetoric and environmental policy. Her methodology varies across projects and includes analytical chemistry techniques, exposure modeling, spatial analysis, and qualitative methods such as interviewing and media analysis. She works collaboratively with diverse groups of researchers, students, and communities impacted by chemical contamination.Dr. Garrett shares her enthusiasm for science through collaboration, mentoring, and teaching. In teaching, she emphasizes interdisciplinary research, along with egalitarianism, situatedness, and accessibility. Dr. Garrett’s science communication work has been featured in Scientific American, Grist, Newsweek, Hell Gate, and the podcast Ologies, among other outlets. Outside of the lab and classroom, Dr. Garrett’s favorite activities are birdwatching, biking, and spending time with her two pet pigeons.
Degrees
PhD in Environmental and Occupational Health from The University of Pittsburgh, Pittsburgh, PA
MPH in Environmental and Occupational Health from The University of Pittsburgh, Pittsburgh, PA
BS in Environmental Science from Allegheny College, Meadville, PA
Research Interests
Environmental health, chemical toxicology, environmental justice, geospatial analysis, interdisciplinary approaches