Matthew Reid joined the Cornell CEE faculty in July, 2016. He received his Ph.D. in Civil and Environmental Engineering from Princeton University in 2014 and a B.A. in Chemistry from the University of Chicago in 2004. From 2004 - 2006 he taught high school chemistry with the U.S. Peace Corps in Karatu, Tanzania. Upon returning to the United States, he began working in the environmental sciences as a laboratory technician in chemical oceanography at Lamont-Doherty Earth Observatory. Since 2014, he has worked as a postdoctoral scientist at the Swiss Federal Institute of Technology (EPFL) in Lausanne, Switzerland, on microbially driven arsenic cycling in rice paddy soils.
Reid is interested in the use of engineered and managed ecosystems as sustainable tools for water quality protection. His research is focused on the coupled biological, chemical, and physical processes that govern contaminant fate in soils, and on how these natural processes can be harnessed to preserve water quality and reduce greenhouse gas emissions from nutrient cycling. He addresses these problems primarily through well-controlled experiments in model systems and a combination of analytical approaches from environmental chemistry, microbiology, and modeling. Current projects include: 1) Microbial cycling of arsenic in rice paddy soils and implications for arsenic uptake into rice plants, 2) Nutrient dynamics and greenhouse gas emissions in on-site, soil-based wastewater treatment systems, and 3) Characterizing coupled biological and physical-chemical controls on nitrous oxide emissions from engineered wetland soils.Research Group Members
The systematic and critical problem solving skills developed through science and engineering education provide an excellent foundation for any future pursuit. Reid's teaching seeks to cultivate these skills through active, problem-based learning that encourages students to apply fundamental scientific concepts to complex environmental problems. Reid also has a special interest in engaging young scientists and engineers in applied water resource issues, as well as instilling principles of environmental stewardship and sustainability.
Reid teaches ENGRI 1130: Sustainable Engineering of Energy, Water, Soil, and Air Resources and CEE 6570: Biological Processes.
Reid is a member of the American Geophysical Union and the Geochemical Society, and is a reviewer for several academic journals.
- Reid, M C., D S. Pal, P R Jaffé. 2015. "Dissolved gas dynamics in wetland soils: Root-mediated gas transfer kinetics determined via push-pull tracer tests." Water Resources Research 51 (9): 7343-7357.
- Kang, M., C M. Kanno, M C. Reid, X. Zhang, D L. Mauzerall, M A. Celia, Y. Chen, T C Onstott. 2014. "Direct measurements of methane emissions from abandoned oil and gas wells in Pennsylvania." Proceedings of the National Academy of Sciences111 (51): 18173-18177.
- Reid, M C., K. Guan, F. Wagner, D L Mauzerall. 2014. "Global Methane Emissions from Pit Latrines." Environmental Science & Technology 48 (15): 8727-8734.
- Reid, M., R. Tripathee, K V. Schäfer, P R Jaffé. 2013. "Tidal Marsh Methane Dynamics: Di erence in Seasonal Lags in Emissions Driven by Storage in Vegetated vs. Unvegetated Sediments." Journal of Geo- physical Research: Biogeosciences118 (4): 1802-1813.
- Reid, M C., P R Jaffé. 2013. "A Push-Pull Test To Measure Root Uptake of Volatile Chemicals from Wetland Soils."Environmental Science & Technology 130318083612001-130318083612001.
Selected Awards and Honors
- Marie Curie International Postdoctoral Fellowship (EPFL) 2014
- Science, Technology, and Environmental Policy Fellow (Princeton University) 2011
- New Jersey Water Resources Research Institute Award 2010
- National Science Foundation Graduate Research Fellowship 2008
- Gordon Y.S. Wu Prize in Engineering (Princeton University) 2008
- BA (Chemistry), University of Chicago, 2004
- Ph D (Civil and Environmental Engineering), Princeton University, 2014