The Eggleston Lab joined the Department of Biology at Middlebury College Fall of 2017. Our work focuses on molecular microbial ecology. Professor Eggleston teaches BIOL 140 Ecology and Evolution, BIOL 365 Molecular Microbial Ecology, BIOL 310 Microbiology, and a senior seminar BIOL 449 Extremophiles: conquering Earth’s Extreme Environments. Additionally, I’ve offered BIOL 371 Advanced Field Biology, and FYSE 1560 Gut Check. Recent research collaborations include examining microbial communities in the wetlands along the St. Lawrence River and their ability to mobilize methyl mercury with Dr. Michael Twiss at Clarkson University, and examining a thermotolerant coral reef to better understand coral reef resilience. The Eggleston Lab is also starting work investigating cyanobacterial harmful algal bloom dyanamics in Lake Champlain and other Vermont Lakes.
The Eggleston Lab stands in solidarity with students, colleagues, and staff in the Black community. Our lab efforts to break down structures of anti-Black racism align with departmental efforts outlined here.
**If you’re interested in joining the Eggleston Lab please email me with your specific research interests, your CV or resume, and your current transcript: eeggleston at middlebury dot edu. In your email include whether you want to volunteer, work for a wage, or carry our independent research for credit. If you are interested in earning credit you will need to attend weekly Ecology & Evolution Subgroup meetings on Weds 12:30-1:20pm**
Before coming to Middlebury College I spent a year as a Visiting Assistant Professor of Biology at St. Lawrence University where I taught Biology 231 Microbiology. Previously I worked as an adjunct faculty member at Rensselaer Polytechnic Institute and Sage College at Albany where I taught BIO 110 Environmental Issues, BIO 208L Microbiology, BIOL 2120 Intro to Cell and Molecular Biology Laboratory, and BIOL 4320 Microbiology Laboratory. I completed my PhD in Department of Microbiology at Cornell University in August 2015 where I worked in the Hewson Laboratory. My dissertation research explored aquatic bacterial and viral communities, primarily in Chesapeake Bay and the Atlantic Ocean, using a suite of molecular biological techniques. My full CV can be found here.