Research Collaborations

Collaborations over the past two years (2012-2013)

  • Combat Wounded Veterans Challenge - Community-based coral propagation and restoration.
     
  • Florida International University - Influence of coral colony outplant genetic diversity on growth and survival, disease prevalence and spread, coral predator density and colony selection and Symbiodinium composition and density.
     
  • Florida International University - The roles of nutrient enrichment and herbivore pressure in driving algal abundance, coral growth and microbial communities on a coral reef.
     
  • Florida International University - The roles of nutrient enrichment and herbivore pressure in driving algal abundance, coral growth and microbial communities on a coral reef.
     
  • Florida Keys Community College - Marine Data Collection - student fieldtrip.
     
  • Florida Tech - Determining vectors for transmission of coral diseases.
     
  • HBOI - Determining the molecular basis of susceptibility to disease in Floridian corals.
     
  • HBOI - Resistance, Recovery, and Restoration: Assessing Trade Offs in Ecological Strategies of Floridian Corals.
     
  • HBOI - Determining the molecular basis of susceptibility to disease in corals.
     
  • Louisiana Universities Marine Consortium - Undergraduate course in tropical marine biology.
     
  • NOVA Southeastern University - Investigation of genotypic variations in growth rates of Staghorn coral - implications for coral restoration.
     
  • Oregon State University - Experimental assessment of the effects of eutrophication on coral disease prevalence and coral-associated microbe populations.
     
  • Penn State University - Gene expression due to temperature stress in Staghorn coral (Acropora cervicornis) with respect to long-term environmental acclimation and genotypic variation.
     
  • Rollins College - Continued investigation of the white pox disease pathogen, Serratia marcescens.
     
  • Rollins College - Ecology of a Reverse Zoonosis: Human-Environment Interactions in the Transmission, Persistance, and Virulence of White Pox Disease in Elkhorn Coral.
     
  • SCUBAnauts International - Community-based coral propagation and restoration.
     
  • Seaworld - Utilization of rescued corals of opportunity for education.
     
  • Smithsonian Scientific Diving Program - Development of scientific diver training courses to be held in the Florida Keys.
     
  • Smithsonian Field Station - Continued investigation of inhibitors to Porites astreoides coral larvae settlement.
     
  • Tulane University - Water-borne transmission and cross-infection of Aspergillosis in the sea fan Gorgonia ventalina.
     
  • U.S. Environmental Protection Agency - Utilization of rescued corals of opportunity for Quantification of stressor-response relationships in corals.
     
  • U.S. Geological Society - Monitoring coral and algal calcification: understanding spatial and temporal variation in the context of ocean acidification, warming, and water quality.
     
  • University of Buffalo - Coral spawning - collections for ongoing larval research.
     
  • University of Texas - Gene expression in Porites asteroides exposed to prolonged thermal stress.
     
  • University of Texas - Coral spawning: collections for ongoing larval research.
     
  • University of Richmond - Investigation of zooxanthellate sponges in the Florida Keys.
     
  • University of Georgia - Developing remote sensing technology to measure stress/disease in coral.
     
  • University of Georgia - Long-term monitoring of Acropora palmata.
     
  • University of Houston - Gene expression and bacterial changes during the stress response of soft corals.
     
  • University of Miami - Developing and testing methods for the sequencing of coral genomes.
     
  • University of Michigan - Determining cause and effects of shifts from coral dominated to algal dominated reefs.
     
  • University of Michigan - Role of bacterial assemblages in the biomedical use of Ectinascidea turbinata. 
     
  • Virginia Institute of Marine Science - How does the gastrovascular system in perforate and imperforate corals affect physiological response to environmental stress?
     
  • Woods Hole Oceanographic Institution - Investigation of fundamental or persistent microbial associates residing within coral tissue involved in nitrogen transformations.
     

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