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HARBOR BRANCH <br />FLORIDA ATLANTIC UNIVERSITY' <br />Ocean Sc ence for o Better wow <br />The Florida Center for Coastal and Hannan Health; <br />Addressing the Health of Florida Coastal Ecosystems and Communities. <br />This Center is made possible by an initial grant of $650Kfronr the Harbor Branch <br />Oceanot,rap/ric Institute Foundation and officially started research operations August 1, 2018 <br />Executive Summary <br />The effects of both environmental and anthropogenic change are evident in Florida coastal waters, <br />where warming temperatures, nutrient eutrophication, sea level rise, changing precipitation <br />patterns and so called "tropicalization" are creating documented ecological shifts. The Florida <br />coastal region that is the focus of the proposed Center's research is the Indian River. Lagoon (IRL) <br />ecosystem and associated watersheds (including Lake Okeechobee), where ecological shifts have <br />already begun to negatively affect the ecosystem, communities and human health through exposure <br />to an increasing number of harmful algal bloom (HAB) events and suites of toxins. The IRL <br />ecosystem is likely one of the most HAB impacted estuaries in the United States in terms of <br />diversity of HAB species, number and extent of blooms, and resultant range of toxins that may <br />ultimately affect the humans that live and work in the region. Understanding the connections <br />between a changing environment and 'HABs, and resultant human health issues is the central <br />mission of the proposed Center. <br />The specific aims of the Center during its first year of funding are: <br />I. Assess HAB dynamics in the IRL ecosystem and associated environmental drivers <br />using direct sampling and remote sensing. <br />2. Develop advanced genomics methods to define the drivers of HAB community <br />dynamics and toxin production. <br />3. Use sentinel species and human epidemiology studies (and hospitalization data) to <br />define mechanisms and the extent of trophic uptake of HAB toxins in bosh wildlife and <br />humans. <br />4. Identify metabolites/toxicity in samples collected by the research projects that may <br />represent a threat to human health or that are predictive of HAB community structure <br />and toxin production. <br />5. Disseminate the results of the Center through both stakeholder meetings and the <br />creation of a display at the HBOI Ocean Discovery Visitor Center that conveys to the <br />public the mission and results of the Center. <br />Center Summary: The proposed, highly integrated Center will fill a critical need for <br />understanding the significant health threats associated with environmental changes in the IRL <br />ecosystem, and how these threats will be affected by climate change and anthropogenic changes <br />HARBOP BPA//CF-1 OCEANOGRAPHIC INSTITUTE <br />5600 US 1 North Fort Pierce, Ft. 34946 tel: 772-242-2400 <br />Ocean Science for a Better World <br />www.fau.edu/hboi <br />An Equal ©pporturiity/ <br />Equ4l P,ccess fr6titution <br />