Education:
BS, University of Edinburgh (Honor Physics), 1965
PhD, University of Edinburgh (Physics), 1968
Research Interests:
Environmental Physics of plants and animals; vegetation-atmosphere interactions; water vapor and carbon dioxide exchange of forest ecosystems; flux estimation in complex topography.
Current Research:
Carbon-dioxide and water-vapor exchange for forest ecosystems; forest hydrology.
Evaluating Model Predictions of CO2 and Water Vapor Exchange with Flux Measurements in a Ponderosa Pine Forest, (NASA Terrestrial Ecology Program)
Reducing Uncertainty in Carbon and Energy Exchange over Pine Forests: influence of age, management and climate, (NASA Terrestrial Ecology and Global Change Program)
Influence of climate variability on the productivity and distribution of Ponderosa pine ecosystems in the Pacific Northwest: combination of a process-based model and a 102-year high resolution climate data set, (NOAA)
Carbon and water vapor exchange in successional stages of Pacific Northwest ecosystems: integration of eddy flux, plant and soil measurements, (DOE)
Measurement and modeling of soil moisture in relation to the carbon exchange at the Wind River Canopy Crane Research Facility (DOE-NIGEC)
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