Dominique Bachelet, Ph.D.
Dominique was born and raised in northern France. She received her Master’s degree in 1978 in Lille (France) and her Ph.D. in 1983 at Colorado State University working on biogeochemical cycles in the shortgrass prairie. In 1984, after a brief 3 months in Thailand teaching a simulation modeling class, she went to U.C. Riverside as a postdoc simulating nitrogen fixing shrubs in the Sonoran desert then went two years later to New Mexico State University to simulate Chihuahuan desert ecosystem processes. She was hired in 1988 as a contractor for the US EPA in Corvallis (OR) to work on climate change impacts on paddy rice ecosystems in Asia. In 1994 she spent a year working in Toulouse (France) simulating Mediterranean ecosystems. In the Fall of 1995, she started working with a USFS team simulating climate change impacts on global terrestrial systems first out of the University of New Hampshire and then out of Corvallis where she also taught at Oregon State University (OSU) as faculty in the Biological and Ecological Engineering Department. In 2000, she moved to Olympia (WA), telecommuting for her work at OSU. In the fall of 2006, she spent 2 months as invited professor in Paris. She worked as director of the Climate Change Science Team for The Nature Conservancy from January 2007 until August 2008. She went back to OSU as associate professor, continuing her simulation work on climate change impacts. In June 2009, she joined the Conservation Biology Institute. In her free time, she bikes and kayaks, hikes, skis and paints watercolors.
Dominique Bachelet is attending Representation of terrestrial ecosystem processes in Earth System Models (ESMs) on July 7.
- Estimation of potential evapotranspiration from extraterrestrial radiation, air temperature and humidity to assess future climate change effects on the vegetation of the Northern Great Plains, USA
- Soil depth affects simulated carbon and water in the MC2 dynamic global vegetation model
- Climate change and fire effects on a prairie-woodland ecotone: projecting species range shifts with a dynamic global vegetation model