| Funding Agency | Principal Investigator | Institution | Title |
|---|---|---|---|
NOAA CSCOR |
Anderson, D. |
Woods Hole Oceanographic Institution, MA |
Control of harmful algal blooms using clays: phase II |
NOAA CSCOR |
Bissett, W. |
Florida Environmental Research Institute |
Identification and Monitoring of Nearshore Harmful Algal Blooms on the West Florida Shelf |
NOAA CSCOR |
Buskey, E. |
Texas A&M Research Foundation |
The role of zooplankton grazing in harmful algal bloom (HAB) dynamics and trophic transfer of toxins |
NOAA CSCOR |
Campbell, L. |
Texas A&M Research Foundation |
In situ Optical Early Warning System to Detect Harmful Algal Blooms |
NOAA CSCOR |
Doucette, G. |
NOAA CCEHBR |
Algicidal bacteria targeting Gymnodinium breve : population dynamics and killing activity |
NOAA CSCOR |
Forward, R. Jr., Tester, P. |
Duke University , NOAA CCFHR |
Effects of the toxic dinoflagellate Karenia brevis on copepod survival, feeding, swimming, behaviour, and photobehaviours involved in diel vertical migration |
NOAA CSCOR |
Heil, C. |
Florida Fish and Wildlife Conservation Commission |
Eastern GOMx Sentinel Program |
NOAA CSCOR |
Heil, C. |
Florida Fish and Wildlife Conservation Commission |
Humic acid utilization by the HAB dinoflagellates Karenia brevis and Alexandrium tamarense : application of a new radioisotopic technique |
NOAA CSCOR |
Kamykowski, D. |
North Carolina State University |
Laboratory and numerical modeling studies of Gymnodinium breve behavior to aid in predicting natural bloom events |
NOAA CSCOR |
Kirkpatrick, G. |
Mote Marine Lab |
Distributed detection and adaptive 3-D mapping of harmful algal blooms incorporating autonomous underwater vehicles |
NOAA CSCOR |
Naar, J. |
University of North Carolina Wilmington |
Detection, toxicity characterization of brevetoxin and brevetoxin metabolites and validation of the ELISA as an alternative to the regulatory mouse bioassay for shellfish monitoring. |
NOAA CSCOR |
Naar, J. |
University of North Carolina Wilmington |
Immunoassay for Florida red tide monitoring |
NOAA CSCOR |
Paul, J. |
University of South Florida |
Quantitative detection of transcriptionally active carbon fixation genes in the Florida red tide organism, Karenia brevis |
NOAA CSCOR |
Paul, J. |
University of South Florida |
Exploring lytic and temperate viruses of Gymnodinium brev e as a mechanism of controlling red tide blooms |
NOAA CSCOR |
Pierce, R. |
Mote Marine Laboratory |
Structure, toxicity, and persistence of brevetoxins and of brevetoxin-conjugates responsible for neurotoxic shellfish poisoning
|
NOAA CSCOR |
Van Dolah, F. |
NOAA CCEHBR |
Physiological and genomic approaches to understanding responses of the Florida red tide dinoflagellate, Karenia brevis , to iron limitation and oxidative stress |
NOAA CSCOR |
Van Dolah, F. |
NOAA CCEHBR |
Cellular mechanisms mediating bloom longevity and bloom termination in a toxic dinoflagellate, Gymnodinium breve |
NOAA CSCOR |
Villareal, T., Gross, T., Stumpf, R. |
University of Texas at Austin, NOAA CSDL, NOAA CCMA |
Detecting Karenia brevis Blooms in the Western Gulf of Mexico |
NOAA CSCOR |
Villareal, T. |
University of Texas at Austin |
Validating Remote Detection of Karenia brevis |
NOAA CSCOR EPA |
Walsh, J. |
University of South Florida |
ECOHAB: Florida |
NOAA CCEHBR |
Van Dolah, F. |
NOAA CCEHBR |
Identification of Molecular Regulators of HAB Growth and Toxicity |
NOAA CCFHR |
Tester, P. |
NOAA CCFHR |
Development of Methods to Detect and Measure Small Amounts of Brevetoxins for Food Web Transfer Studies |
NOAA CCFHR |
Tester, P. |
NOAA CCFHR |
Monitor the Distribution and Abundance of Harmful Algal Blooms and Detail Potential Bloom Control Factors
|
NOAA CCMA |
Stumpf, R. |
NOAA CCMA |
Develop Methods for Monitoring HABs Along the Texas Coast with Remote Sensing and Modeling |
NOAA CCMA |
Stumpf, R. |
NOAA CCMA |
HAB Forecasting -- Develop Methods to use Satellite Imagery, Meteorological Data, and other Data Collected and Processed across NOAA for Monitoring and Forecasting HABs |
EPA |
Campbell, L. |
Texas A&M Research Foundation |
Linking population and physiological diversity in a toxin-producing dinoflagellate |
EPA |
Kamykowski, D. |
North Carolina State University |
Behaving drifters as Gymnodinium breve mimics |
EPA |
Larkin, S. |
University of Florida |
Economic effects of HABs on coastal communities and shellfish culture in Florida |
EPA |
Richardson, T. |
Florida International University |
Gymnodinium breve in the Gulf of Mexico --Gyroxanthin-based estimates of carbon-specific growth rates under varying environmental conditions |
NASA |
Mitchell, B. |
University of California-San Diego |
Role of mycosporine amino acids in UV photoecology of harmful dinoflagellates
|
NASA ONR |
Lohrenz, S. |
The University of Southern Mississippi |
Optical detection and assessment of the Harmful Algal, Karenia brevis |
NSF |
Doucette, G. |
NOAA CCEHBR |
Algicidal bacteria and the regulation of Gymnodinium breve blooms in the Gulf of Mexico |
ONR |
Bissett, W. |
Florida Environmental Research Institute |
Hyperspectral modeling of harmful algal blooms on the West Florida shelf |
