Introduction to Biology (BIO 100)
Essential Skills for Biologists (BIO 150)
General Biology I (BIO 201)
Writing Intensive Program: General Ecology (WIP BIO 305)
Aquatic Biology (BIO 352)
Biology Senior Seminar (BIO 390)
Biological Literature (BIO 405)
Historical and Contemporary Patterns in Species Diversity (BIO 451)
Quaternary Ecology (BIO 452)
I am conducting paleolimnological research to infer long-term changes in climate and environmental conditions. In particular, I analyze remains of diatom algae preserved in lake sediments. Diatoms have glass cell walls made of silica that allow them to be preserved for thousands of years. Because different species grow in different conditions, changes in species composition over time can be used to infer past conditions. For example, drought conditions might be inferred if shallow-water diatoms suddenly became predominant in sediment deposited at a specific time in the past. My research sites have included wetlands or lakes in the Everglades, Nicaragua, and northeastern Illinois.
Ph.D, Environmental Biology, University of Louisville
Slate, J. E., Johnson, T. C., and Moore, T. E. 2013. Impact of pre-Columbian agriculture, climate change, and tectonic activity inferred from a 5700-year paleolimnological record from Lake Nicaragua. J. of Paleolimnology 50:139-149.