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Our research primarily explores large-scale climate dynamics, covering several key areas: atmospheric and oceanic circulation patterns, interactions between oceans and the atmosphere, convective processes in the atmosphere, the relationship between cloud systems and climate, boundary layer mechanisms, tropical cyclone behavior, general circulation modeling, connections between polar zones and global climate, and the stratosphere's influence on climate. Our work examines both natural climate variability and responses to human-induced changes.
The department provides a Ph.D. program for students pursuing advanced academic credentials in atmospheric sciences. Doctoral candidates must show exceptional intellectual contributions, advanced research capabilities, and comprehensive subject knowledge. Beyond fulfilling credit requirements outlined below, all graduate students are expected to participate in weekly departmental colloquiums. These sessions, typically held Fridays at 11:15 a.m. during the academic year, form a vital component of our educational curriculum.