Simulating Extreme Weather & Climate using Global Climate Models, Regional Scale Models (WRF), and Land Surface Models such as UCD-ACASA
including linking UCD-ACASA to biogeochemical models such as TEM, for selected regions in the US
Using the Surface Renewal Method to estimate evapotranspiration
Simulating the regional climate and weather of the European continent using WRF-ACASA
Simulating the fluxes of energy, carbon dioxide, and water from urban areas using ACASA, for Florence, Italy and Helsinki, Finland
Developing Wildfire risk indices based on fuel moisture and weather variables
Large Eddy Simulation of air flow within and above Urban Canyons using PALM; linked to detailed building energy budget model TUF-IOBES
Advective Mass Balance profile measurements of compost emissions of CO2, N2O, CH4
Chamber measurements of biofilter emissions of CO2, N2O, CH4 and filter efficiency
Using ACASA to simulate evapotranspiration from selected California agricultural regions; linking ACASA to remotely sensed data sets