M.S., Bradley University
Ph.D., University of Illinois
Impacts of climate change on crop physiology, energy fluxes between the atmosphere and plant canopies, carbon sequestration, crop canopy responses to stress
The overall focus of my research is to understand the impacts of atmospheric and climatic change on crop species important to the Midwestern U.S. Included in these analyses are global change scenarios as well as natural variations in growth conditions over a wide range of temporal scales.
Specific research includes:
- determining how vegetation responds to atmospheric change with emphasis on energy fluxes between the atmosphere and plant canopies,
- measuring net ecosystem carbon exchange using eddy covariance techniques to estimate the carbon sequestration potential of Midwest agriculture, and
- working toward a mechanistic understanding of crop canopy responses to stresses, such as drought or insect infestation. In addition, I am also involved in numerous projects that focus on soybean physiological responses to growth in elevated CO2 and O3
Specific research experiments in which I am involved include SoyFACE and the Ameriflux network. My participation with this project includes running two eddy covariance flux towers in Bondville, IL.