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Hi, I'm Drew. Welcome to my GMO-free, low-sodium, boneless website! I am a postdoctoral associate at the Duke University Nicholas School of the Environment and an incoming assistant professor of environmental studies and sciences at Oberlin College; also, I appreciate knowledge of the outcome of a given situation. Be aware that this website is very large, and some of it is randomly generated. For the full experience, reload a bunch of times and navigate as follows:
Date: 8 June 2026 at TBD
Location: Washington University in St. Louis
I will be at the GEOS-Chem meeting, giving (1) a workshop on using CHEEREIO and (2) a talk on my recent reactive nitrogen emissions results.
Date: 19 June 2026 at TBD
Location: Oberlin College
I will be presenting a paper entitled "Beyond prices: multi-criteria signals for a social-ecological transformation" at the USSEE conference on behalf of myself and my co-authors Joël Foramitti, Walther Zeug, and Jakob Heyer.
Additional events, future and past, are available on my events page.
You can learn more about my research on the projects page, or you can read through all of our scientific papers and presentations on their respective pages.
This story covers a long-term ecological research (LTER) site at Harvard Forest, where some scientists, inspired by the Denver Broncos' snow-melting technology, simulated the effects of climate change on a patch of forest by burying heating coils below the soil.
Pendergrass, D. C. (2020). "Ground Control: How forests adapt to climate change." Harper's Magazine. | Read it here.
Read more of my writing here.
30 April 2024 | Watch here
My co-author Troy Vettese and I delivered a plenary entitled "Three Problems with Utopia: Hayek, Kornai, Gorgias" at the conference on Utopia and the Return of History at the University of Manchester, 30 April 2024.
Additional interviews and media are available on my interviews page.
CHEEREIO is a tool that uses observations of pollutants in the atmosphere, measured from satellites or surface stations, to correct supercomputer models that simulate the Earth. Powerful use cases for CHEEREIO include tracking pollution back to its source, even if there are no local observations on the ground, and monitoring greenhouse gas emissions in near-real-time. Read more on my projects page or the offical CHEEREIO site.