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Biogeochemical Dynamics
 
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Biogeochemical Dynamics
Research
Faculty

Name E-mail Research Interests
Balkwill, David
Biomedical Sciences
david.balkwill@med.fsu.edu the study of microorganisms surviving in extreme environments
Burnett, William
Oceanography
burnett@ocean.fsu.edu naturally-occurring radioisotopes as tracers of geophysical phenomena in the earth, marine, and environmental sciences
Chan Hilton, Amy B.
Department of Civil & Environmental Engineering
abchan@eng.fsu.edu optimization, evolutionary computation and artificial intelligence, environmental systems analysis, contaminant fate and transport and simulation modeling, tools for enhanced student learning
Chanton, Jeff
Oceanography
chanton@ocean.fsu.edu permafrost decomposition and methane emissions, stable isotope analysis of food webs, using bacteria to reduce methane release from landfills, methane hydrates and using stable isotopes to constrain ecosystem respiration
Chen, Gang
Department of Civil & Environmental Engineering
gchen@eng.fsu.edu microbial and chemical movement and reactions in porous media, environmental biotechnology, surface chemistry, and sustainable design and engineering
Cherrier, Jennifer
Biogeochemical Oceanography
jennifer.cherrier@famu.edu sources, sinks, and transformations of dissolved organic matter (DOM); factors regulating microbial carbon and nitrogen remineralization and assimilation processes; tracing DOM flow using stable and radiocarbon abundance measurements
Coleman, Felicia
Biology
coleman@bio.fsu.edu interactions of physical and biological processes that affect population dynamics in reef fish
Cooper, William T.
Chemistry and Biochemistry
cooper@chem.fsu.edu environmental and geochemical applications of mass spectrometry and NMR spectroscopy; the biogeochemistry of organic compounds in surface and subsurface aquatic environments
Cross, Timothy
Chemistry and Biochemistry
cross@magnet.fsu.edu understanding how biological macromolecules, specifically membrane proteins, carry out their function
Dalal, Naresh
Chemistry and Biochemistry
ndalal@chem.fsu.edu study of physical properties of solid-state materials, development of new materials, understanding of structure-property relationships, obtaining guidelines for developing new materials, and development of novel applications or improvement of existing instrumental methods
Dittmar, Thorsten
Oceanography
dittmar@ocean.fsu.edu origin, cycling, and molecular composition of natural organic matter in the ocean and coastal zone
Fagherazzi, Sergio
Geological Sciences
sergio@csit.fsu.edu morphological modeling of the continental shelf, hydrodynamics and morphology of saltmarshes, and equations characteristic of Coastal Processes and Hydrology
Froelich, Philip
Oceanography and NHMFL
froelich@ocean.fsu.edu global biogeochemical dynamics of nutrients and trace metals; paleoceanography and paleoclimatology: past and future changes in ocean and atmosphere chemistry related to global environmental change; environmental/analytical chemistry
Humayun, Munir
Geological Sciences
humayun@magnet.fsu.edu cosmochemistry, laser ablation microanalysis, geochemistry of the platinum group elements, and isotope systematics
Kostka, Joel
Oceanography
kostka@ocean.fsu.edu Geomicrobiology; metal, carbon, and nitrogen cycling in marine/aquatic sediments
Landing, William
Oceanography
landing@ocean.fsu.edu chemical, biological, and physical processes which affect trace element distributions and behavior in marine and freshwater environments
Marshall, Alan G.
Chemistry and Biochemistry
marshall@magnet.fsu.edu ultrahigh-resolution mass spectral determination of elemental compositions of individual organic components in complex mixtures of petrochemical or environmental origin
Miller, Thomas
Biological Science
miller@bio.fsu.edu interactions between coastal terrestrial vegetation and coastal processes
Salters, Vincent
Geological Sciences and NHMFL
salters@magnet.fsu.edu trace element and isotope geochemistry with the aim of using trace element fractionations to date and quantify processes and isotopes of interest are those that can be measured by solid source mass spectrometry: Sr, Nd, Pb, Hf, Th, Os, Hg
Wang, Yang
Geological Sciences
ywang@magnet.fsu.edu biogeochemical cycling of carbon and nutrients

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