"We will be the first to do this in the southeastern United States," he explained. "The research is very important because we will be able to study our monsoonal weather patterns, which are much like India and China, with very wet and dry seasons. "
Tremaine's six-member climate research team includes a wide swath of experts, from a retired professor to a Russian mathematician and an undergraduate cave researcher. They are Florida State faculty members Philip "Flip" Froelich, retired FSU Francis Eppes Professor of Oceanography; Bill Burnett, the Carl Henry Oppenheimer Professor of Oceanography; and Doron Nof, Distinguished Nansen Professor of Physical Oceanography. In addition, Guy "Harley" Means, assistant state geologist at the Florida Geological Survey; Brian Kilgore, a Florida State undergraduate majoring in biochemistry; and Karina Khazmutdinova, a mathematician and doctoral student at the FSU Geophysical Fluid Dynamics Institute, served on the team.
Their research work on isotopes was recently published in the journal Geochimica et Cosmochimica Acta. Tremaine and his team's research on trace elements also will soon be published in the same research journal. They are also in the process of writing an article for the Journal of Hydrology.
"Records of past climates can be found in the ice caps and in the deep sea," said Jeff Chanton, FSU's John W. Winchester Professor of Oceanography, who has worked with Tremaine. "The unique aspect of Darrel's work is that it will give us a record of local climate right here on the Northern Gulf Coast. This is important because a record of past climate in our region would help to predict what's to come in response to human disturbances of atmospheric greenhouse gas concentrations."
The 32-year-old Tremaine, who holds a master's degree in oceanography from Florida State and an undergraduate degree in engineering from the University of Cincinnati, dr
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Florida State University