Our climate drivers and projections research informs projections of extreme climate events, including heatwaves, droughts, floods and other threats to our water supply. It uses Earth system models to analyze how climate change interacts with a changing biosphere, oceans, and atmosphere. It uses the principles of quantum mechanics to develop new ways to analyze the atmosphere’s composition from space. And it takes a ‘deep time’ perspective on climate change through paleoclimatology.
Climate Variability and Climate Change
Weather and Climate Extremes, Hydrometeorology, Hydroclimatology
Weather modeling, analysis and forecasting, boundary layer meteorology, tropical meteorology
Theoretical molecular spectroscopy with emphasis on the spectral line shape problem
Global change, infectious disease, genomics, bioinformatics
Evolution, Biodiversity, Phylogenetics, Herpetology
Coastal Hydrogeology, Groundwater-Surface Water Interactions, Coastal Groundwater Resources, Aquifer Biogeochemistry
Pathophysiology, Anatomy and Physiology, Clinical and Surgical Veterinary Medicine
Climate Change and Sustainability, Microbial Ecology, Biogeochemistry
Materials Chemistry, Nanotechnology, Analytical Chemistry, Energy Materials, Photonics
Ecology, Evolutionary Biology, Global Change
Climate Change, Weather Extremes, Biosphere-Atmosphere Interactions, Climate Modeling
Earth Surface processes & paleoclimatology, with an emphasis on glacial geology, permafrost processes & high-latitude climate change
Terrestrial biogeochemistry, global change biology, urban ecology, ecosystem ecology, forest ecology, plant ecophysiology
