James Booth teaches and conducts research on the physics of the atmosphere with a focus on the mid-latitudes. His current research projects examine the interactions between clouds and precipitation in mid-latitude dynamics, especially in extratropical cyclones, to better understand climate dynamics. He uses ground-based observations, satellite data, numerical weather models, and general circulation models to learn how the thermodynamics associated with clouds and precipitation couples with the wind fields in cyclones. He also conducts research on the links between the cyclones and natural hazards, such as coastal flooding and ice storms. He joined the Earth and Atmospheric Sciences department at City College of New York in 2013.
- Atmospheric Science
- Climate Dynamics
- Air-sea interactions
- Earth and Atmospheric Science, CCNY
- Earth and Environmental Sciences and Physics at the Graduate Center
Visualizing the coupling of dynamics and thermodynamics in extratropical cyclones
Brief Description of Research
Numerical modeling experiments are performed using case studies of past cyclones. The tendency terms for all resolved and parameterized physics are saved for visualization purposes.
- National Oceanic and Atmospheric Administration
- National Aeronautic and Space Administration
- Department of Energy
Collaborators on the HPCC based Research Project
David Lindo Atichati
Contribution of the HPC in your research
Providing computing power, data storage, and visualization tools.