Investigations in Karenia brevis bloom-enthos coupling in coastal WFS region |
Eckerd College |
P. Schwing |
FY20 |
Karenia brevis bloom-benthos sampling in coastal West Florida Shelf region |
Eckerd College |
P. Schwing |
FY21 |
Karenia brevis bloom-benthos coupling in the coastal West Florida Shelf region |
Eckerd College |
P. Schwing |
FY22 |
Benthic analysis of the coastal West Florida Shelf region and associated ecological indicators |
Eckerd College |
P. Schwing |
FY23 |
AUTOHOLO - Future developments & applications |
Florida Atlantic University |
A. Nayak |
FY20-21 |
Monitoring of red tide in the coastal waters and benthic environments of southwest Florida (Lee and Collier Counties) |
Florida Gulf Coast University |
M. Parsons |
FY20-present |
Understanding Karenia brevis bloom evolution and dynamics using observed morphological variabilities from culture studies and IFCB measurements |
Florida State University |
Sven Kranz |
FY20 |
Sources of nutrients fueling K. brevis in the greater Tampa Bay region: stable isotopic analysis of nutrient sources and their physiological impacts on K. brevis |
Florida State University |
A. Knapp |
FY21 |
West Florida Shelf Nutrient and Isotope Monitoring |
Florida State University |
Angela Knapp |
FY22-24 |
A land-based shellfish depuration mitigation strategy to increase business opportunities and reduce economic losses associated with extended lease closures following red tide exposure |
Mote Marine Laboratory |
Dana Wetzel |
FY23-25 |
Red Tide Cooperative (Field sampling, glider and ocean tech program, toxin testing, communication) |
Mote Marine Laboratory |
Emily Hall, Cory Walters, Rich Pierce, Vince Lovko, John Langan, Sumit Chakroborty, Kevin Claridge |
FY20-25 |
Red Tide Mitigation Technology Development Initiative |
Mote Marine Laboratory |
Kevin Claridge |
FY19-25 |
Scaling the Wildlife Morbidity and Mortality Event Alert System to Enhance Early Detection of Wildlife Morbidity and Mortality Events in Florida |
University of California – Davis |
Pranav Pandit, Terra Kelly, Devin Dombrowski, and Rachel Avilla |
FY23-present |
Leveraging advances in molecular technologies to optimize an efficient and precise protocol for the quantification of red tide |
University of Central Florida |
M. Gaither, Guojun Wang & Malcolm McFarland (HBOI, FAU) |
FY21 |
Testing the efficacy of (sediment) DNA extraction protocols for Karenia brevis in Florida |
University of Central Florida |
Michelle Gaither |
FY22 |
Optimizing protocols for the detection of Karenia brevis in marine sediments |
University of Central Florida |
Michelle Gaither |
FY23 |
*Comparative genetic analysis of sediments from the West Florida Shelf |
University of Central Florida |
Michelle Gaither |
*Anticipated FY24 |
The Diptera Associated with Red Tide Mass-kill Events and Their Role in the Bioaccumulation of Brevetoxin |
University of Florida |
Edwin Burgess |
FY21 |
Development of a red tide communications plan for Florida |
University of Florida |
L. Krimsky, E. Staugler, N. Motes, and C. Simoniello |
FY21 |
Continued development of innovative techniques for measuring aerosolized brevotoxins and identification of atmospheric processes influencing aerosolized brevotoxins |
University of Florida |
M. Jang |
FY21-22 |
Composite Red Tide Vulnerability Index (CRTVI): Assessing and communicating vulnerability of coastal communities to Red Tide in Florida |
University of Florida |
Christa Court |
FY22-24 |
Diversity, systematics, and toxicity of marine and estuarine benthic cyanobacterial mats on Florida’s Gulf Coast |
University of Florida |
D. Laughinghouse and D. Berthold |
FY22-present |
Developing a Physical-Biological Model of Karenia brevis Red Tide for the West Florida Shelf |
University of South Florida |
Yonggang Liu |
FY23-24 |
Red Tide Cooperative (Trace metal sampling, viral/bloom interactions, remote sensing, physical and ecological modeling, glider and ocean tech program) |
University of South Florida |
Kristen Buck, Mya Brietbart, Yongang Liu, Chuamin Hu, Chad Lembke |
FY20-25 |