About the National Center for Integrated Coastal Research
The National Center for Integrated Coastal Research (UCF Coastal) integrates science with societal needs to find solutions. Our team of interdisciplinary researchers and scientists is committed to an evidence-based, whole-community approach to increase the resiliency and sustainability of coastal communities by bringing together biologists, chemists, engineers, emergency managers, sociologists, political scientists, medical researchers, economists and urban planners. Responsible management of Florida’s exceptional coastal resources and ocean-based economy depends on innovative scientific research to address complex environmental, economic and social challenges. UCF Coastal’s goal is to link the ecological security of coastal ecosystems with the economic security of coastal communities, ensuring the sustainability of our coastlines and economy for generations to come.
Did you Know?
- Miami is listed as number 10 on the list of global cities most likely to run out of drinking water. This is due to saltwater intrusion into the Biscayne Aquifer, the city’s main source of fresh water. (United Nations)
- 2017 was the costliest hurricane season ever with a total of $306.2 billion in damages from Harvey on Texas, Irma on Florida, Maria on Puerto Rico and Nate on Mississippi. (FEMA)
- VISIT FLORIDA estimated that a record 116.5 million visitors came to Florida in 2017: 102.3 million domestic visitors, 10.7 million overseas visitors and 3.5 million Canadian visitors.
- Florida has 1,800 miles of coastline and about 500,000 acres of salt marsh. Coastal development has reduced the amount of salt marsh in Florida and therefore reduced the ecosystem services salt marshes can provide (such as flood prevention and storm protection).
Cluster Faculty Focus
Dr. Alvarez’s research focus is on issues related to fisheries, coastal adaptation and mitigation of climate change impacts, valuation of ecosystem services, and modeling coupled social-ecological systems.
Dr. Baggio’s research focuses on analyzing and modelling social-ecological systems. Specifically on social-ecological networks, characterizing inter-dependencies between biodiversity, food, water, energy and decision making.
Dr. Lewis’ research investigates the ecology of natural and anthropogenic induced changes on estuarine and marine food webs and coastal communities.
Dr. Wahl’s research connects civil/coastal engineering and various science disciplines (e.g., oceanography, hydrology, meteorology, climatology) to better understand the vulnerability of coastal societies, built infrastructure, and fragile ecosystems under climate change conditions.
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