Department of Earth, Ocean & Atmospheric Science
at Florida State University
at Florida State University
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Dr. Jon E. Ahlquist
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• Atmospheric predictability • Statistics • Weathercasting |
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Dr. Amy Baco-Taylor
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• Marine Molecular Ecology • Benthic Ecology • Deep-Sea Coral Ecology • Conservation of Benthic Marine Invertebrates |
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Dr. Mark A. Bourassa
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• Air/Sea Interaction and Observing Systems • Remote Sensing • Boundary-Layer Meteorology • Tropical Meteorology |
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Dr. Ming Cai
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• Dynamics of global mass circulation, Climate Change, Stratosphere-Troposphere Coupling |
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Dr. Jeff Chagnon
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• Mid-Latitude Dynamics Numerical Modeling |
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Dr. Jeff Chanton
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• Chemical Oceanography Geochemistry • Environmental Geologyy |
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Dr. Eric Chassignet
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• Climate variability from coupled ocean-atmosphere modeling and observations. • Emphasis on the study of thermohaline circulation, western boundary currents, associated eddies and their impact on the world ocean circulation. |
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Dr. Allan J. Clarke
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• Climate Dynamics • El Niño Predictions • Equatorial & Shelf Water Dynamics • Sea Level Rise • Surface waves & near-surface ocean flow • High latitude oceanography |
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Dr. William Dewar
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• Dyanmics of the ocean at scales from 100 km to 10,000 km, or from the deformation scale to the basin scale. |
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Dr. Henry Fuelberg
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• Synoptic and Mesometeorology, Lightning, Long-range transport of pollutants and emissions |
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Dr. Mariana Fuentes
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• Marine Conservation • Conservation Planning, Natural Resource Management • Anthropogenic and Climate Change Impacts on Marine Mega-Fauna, especially Marine Turtles |
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Dr. Robert Hart
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• Synoptic-Dynamic Meteorology • Tropical Cyclones • Cyclone genesis and development • Tropical-extratropical interactions • Statistical and Numerical weather prediction • Visualization techniques |
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Dr. Christopher Holmes
| • Atmospheric Chemistry • Climate Change • Atmosphere-Surface Interactions |
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Dr. Markus Huettel
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• Benthic Ecology • Ecology of coastal and shelf environments with emphasis on processes in the sediments and at the sediment-water interface. |
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Dr. Munir Humayun
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• Cosmochemistry • Laser ablation microanalysis • Geochemistry of the platinum group elements • Isotope Systematics |
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Dr. Stephen Kish
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• Igneous and Metamorphic petrology • Isotope use in geochronological and geochemical studies |
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Dr. Angela Knapp
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• Nitrogen Cycling • Marine Biogeochemistry • Isotope Geochemistry • Nitrogen Fixation |
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Dr. Sven Kranz
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• Phytoplankton Ecology • Antarctic and Tropical Oceanic Primary Production • Photosynthesis • Nutrient Acquisition by Phytoplankton • N2 Fixation by Cynobacteria |
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Dr. William M. Landing
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• Biogeochemical cycling of trace elements |
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Dr. Guosheng Liu
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• Radiative transfer, Satellite remote sensing and applications to forecasting and climate research |
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Dr. Ian MacDonald
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• Deep ocean extreme communities |
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Dr. Olivia Mason
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• Marine Microbial Ecology |
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Dr. Vasu Misra
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• Climate variability and predictability |
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Dr. Mainak Mookherjee
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• Mineral Physics • Solid Earth • Volatiles in the deep Earth |
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Dr. Sharon E. Nicholson
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• Tropical meteorology |
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Dr. Jaap Nienhuis
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• Morphodynamic modelling • Sediment transport • River deltas and estuaries • Tidal inlets and barrier islands • Bedforms |
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Dr. Leroy Odom
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• Isotopic geochemistry • Geochronology • ESR dosimitry and thermometry |
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Dr. Jeremy Owens
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• Paleooceanography & Paleoclimatology • Biogeochemistry • Isotope Geochemistry • Stratigraphy & Sedimentary Geochemistry |
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Dr. William C. Parker
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• Evolutionary Paleontology • Paleoecology • Multivariate Data Analysis |
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Dr. Peter S. Ray
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• Physical Meteorology • Doppler Radar • Microphysical retrieval • Cloud Modeling |
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Dr. Vincent J.M. Salters
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• Trace element & isotope geochemistry |
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Dr. Kevin Speer
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• Deep currents & polar circulation |
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Dr. Robert Spencer
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• Biogeochemistry |
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Dr. Mike Stukel
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• The Biological Pump • Plankton Trophic Dynamics • The Balance of New and Export Production • Th-234 Flux • Biogeochemical Modeling |
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Dr. Philip Sura
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• Stochastic-dynamical understanding of extreme climate events |
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Dr. James F. Tull
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• Structural and metamorphic core evolution • Thrust belt evolution • Tectonic modeling of Paleozoic orogenic belts, emphasis on Appalachian and • Caledonian mountain systems • Successor basin formation and genesis |
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Dr. Yang Wang
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• Geochemistry • Paleoclimate and paleoecology • Food webs in modern and fossil ecosystems • Biogeochemical cycling of carbon and nutrients • Water cycle |
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Dr. Allison Wing
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• Tropical Convection and Climate • Tropical Cyclones |
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Dr. Zhaohua Wu
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• Atmospheric and climate dynamics |
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Dr. Ming Ye
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• Hydrogeology • Groundwater reactive transport modeling • Uncertainty quantification • Geostatistics |
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Dr. Seth Young
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• Stratigragraphy & Sedimentary Geochemistry • Stable Isotope Biogeochemistry • Paleoceanography and Paleoclimatology • Carbon and Sulfur Cycling |