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The Environmental Biophysics and Molecular Ecology Program

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Past Projects

  • Corals Responses to Ocean Acidification
  • Mapping the Electronic Blueprint of Life
  • The Chemical Transformation of Minerals by Light and the Evolution of Prebiotic Metabolism
  • IRES: Molecular Ecology and Evolution of Marine Photosynthetic Organisms [NSF]
  • Airborne Lidar Induced Fluorescence Transient (LIFT) Method for Measuring Photosynthetic Performance and Primary Productivity in Terrestrial Ecosystems [NASA]
  • Analysis of Biophysical, Optical and Genetic Diversity of DoD Coral Reef Communities [DoD: SERDP]
  • Biocomplexity: The Evolution and Radiation of Eucaryotic Phytoplankton Taxa (EREUPT) [NSF:OCE]
  • Cryptic Protease Genes and the Triggers for Cell Death [NIH]
  • The Distribution Structure and Function of Green Fluorescent Proteins from Cnidarians [ONR]
  • Establishing and Improving a Traceable, Time-dependent Primary Production Algorithm for Generating NASA Standard Ocean Productivity Data Products from Satellite Measurements of Ocean Color (Ocean Primary Productivity Res.) [NASA]
  • Examination of the autocatalytic cell death machinery in marine, planktonic photoautotrophs [NSF]
  • Fluorescent-Based Diagnostic of Iron Limitation for Analysis of Natural Phytoplankton Communities [NSF:OCE]
  • Infrared Fast Repetition Rate Fluorometry (IR-FRR) for Detection and Characterization of Photosynthetic Bacteria in Deep-Sea Vents [NSF:OCE]
  • Impacts of Eddies and mixing on plankton community structure and biogeochemical cycling in the Sargasso Sea [NSF]
  • Inorganic Carbon Cycling Between Photosynthetic Marine Micro-organisms & the Marine Environment [US-Israel BSF]
  • Metabolic and genetic characterizaion of microorganisms encased in ancient, buried Antarctic Ice [Moore Foundation]
  • Molecular Bases and Photobiological Consequences of Light Intensity Adaptation in Photosynthetic Organisms [DOE]
  • National Center for Research on Carbon Sequestration in the Ocean [LBNL; DOE]
  • Natural Iron Fertilization in the ocean and its impacts on ocean nitrogen fixation and carbon cycles [NASA]
  • Processes Affecting the Variability of Fluorescence Signals from Benthic Targets in Shallow Waters (CoBOP) [ONR]
  • Real-time Biophysical Assessment of Iron Limitation of Phytoplankton Photosynthesis in the Open Waters of the Antarctic Ocean (SoFeX) [NSF:OCE]
  • Representing Key Phytoplankton Groups in Ocean Carbon Cycle Models [NASA-Synthesis & Modeling Program; JGOFS]
  • U.S. – Czech Republic Collaborative Study on Photoacclimation in Phytoplankton for Remote Sensing Applications [NSF:INT-EEP]
  • Using remote sensing and ocean oxygen measurements to constrain carbon fluxes in the Southern Ocean [NASA]

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Environmental Biophysics and Molecular Ecology Program
Rutgers, The State University of New Jersey
71 Dudley Rd., New Brunswick, NJ 08901-8521
Marine Sciences Bldg.
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