The research topics of the group revolve around climate dynamics, with emphasis on tropical atmosphere dynamics.
We strive to understand the underlying principles behind the dynamics of large-scale natural phenomena in the atmosphere and oceans. The tools we use combine observational analysis with theoretical analysis using a hierarchy of models across a range of complexities.
Currently, active research projects include:
- Conceptual models of tropical circulations
- The width of the tropics (Tropical Width Diagnostics Working Group)
- The effect of continent distribution on tropical climate
- The relation of the atmospheric energy budget and tropical precipitation
- Monsoon dynamics
The theoretical tools we use include idealized models of the atmosphere and oceans which are amenable to mathematical analysis, an intermediate-complexity general circulation model (FMS), as well as the analysis of comprehensive climate models. We also aim to anchor the research in observations. To handle the large variety of observational and modeling datasets, we use a software tool called GOAT (Geophysical Observation Analysis Tool).
Ongoing grants and projects
- ISF 1185/17. Granted 2017 for 4 years. “Relating the Intertropical Convergence Zone to the atmospheric energy budget: Energetic constraints and mechanisms for variations on seasonal or longer timescales.”
- Israel Ministry of Science and Technology. Grant 61793. Lead PI: Dr. Chaim Garfinkel. “Understanding projections of a drier Eastern Mediterranean: from global-scale mechanisms to synoptic and local scale impacts on precipitation.”
- US CLIVAR “Changing width of the tropical belt” and Tropical Width Diagnostics working groups.