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FGCU, Mote partnering to decrease impacts of red tide

Posted at 11:26 AM, Apr 04, 2019
and last updated 2019-04-04 20:04:55-04

FORT MYERS, Fla. -- Florida Gulf Coast University and Mote Marine Laboratory & Aquarium are working together to address the impacts of harmful algal blooms to Florida’s environment and economy.

A Memorandum of Understanding was signed Thursday by Mote President & CEO Michael P. Crosby and FGCU President Michael V. Martin, setting the framework for future collaboration between the two organizations.

“Working in partnership, Mote and FGCU will use science to develop innovative technologies to decrease the impacts of red tide and other harmful algal blooms,” said Crosby. “Our joint goal is to not just gain a greater understanding about the ecological forcing functions of red tide and other harmful algal blooms, but to actually do something to decrease the devastating impact of HABs to our environment, our economy and our quality of life.”

Mote and The Water School at FGCU will be pursuing productive scientific research, innovative technology development, and undergraduate and graduate education with a focus on harmful algal blooms.

FGCU graduate students are already hard at work researching different toxins found in marine life and our water. “The real big goal is food safety, health safety and continual monitoring to know if this toxin is present even if there’s not a big bloom of it,” said Adam Catasus, FGCU graduate student.

Several opportunities for partnership between the two organizations are outlined in the MOU, with a term of five years and the option to renew.

Mote and FGCU will collaborate on:
· Improved understanding of dynamics and forecasting of harmful algal blooms;
· Developing effective and ecologically-sound mitigation technologies to decrease the adverse effects of harmful algal blooms; and
· Joint appointments of instructional and research faculty for undergraduate and graduate courses, procurement of funding for research, and implementation of cooperative research projects.