In the most general sense, he is interested in the study of planetary atmospheres and their evolution. His work is theoretical and computational. His primary tools are general circulation models, line-by-line and correlated-k radative transfer models, and cloud and aerosol microphysical models.​
Skills and Expertise:
Climate Modeling;
Climate;
Atmosphere;
Clouds;
Aerosols;
Radiative Forcing;
Atmospheric Physics;
Planets;
Atmospheric Radiation;
Climate Science.