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Physical Oceanography examines the dynamic relationship between oceans and the atmosphere, exploring how this interplay molds our planet.
Instructors mentor students as they investigate wave patterns, tidal forces, ocean currents, and variations in salinity and temperature, along with their impacts on weather systems and global climate. Additional research areas include how light and sound propagate through water and how oceans interact with their seafloor and coastal boundaries. This field demands foundational knowledge in geophysical fluid dynamics (analyzing fluid movement on a rotating sphere), traditional physics principles, and practical mathematics.
To earn a Ph.D., candidates must complete a minimum of 18 semester hours in subjects aligned with their specialization, beyond the standard M.S. prerequisites. These 18 hours will be tailored through collaboration between the student, their academic advisor, and their supervisory committee. These criteria apply both to students entering the Ph.D. program with a related M.S. degree and those holding an M.S. in Oceanography. Additionally, all candidates must complete 24 semester hours of dissertation research (OCE6980).