A Florida-based marine research team has developed a unique formal process and modeling framework to help manage South Florida's economically important coastal marine environments. The MARES project (Marine and Estuarine Goal Setting), led by the National Oceanic and Atmospheric Administration's (NOAA) Cooperative Institute for Marine and Atmospheric Studies (CIMAS) based at the University of Miami (UM) Rosenstiel School of Marine and Atmospheric Science, successfully integrated both ecosystem science and societal benefits into a marine ecosystem support tool to help improve decision-making by natural resource managers.
The research team published their findings in 15 research papers in a special issue of the journal of Ecological Indicators - Volume 44, entitled: "Tools to support ecosystem based management of South Florida's coastal resources." The results have been incorporated into the revised Guidance Document for the National Marine Sanctuaries' Condition Reports and are being used by the Our Florida Reefs community working groups, the National Parks Service, NOAA's Integrated Ecosystem Assessment efforts, and in undergraduate courses at Florida universities and colleges.
"One of the important aspects of this new suite of tools, which includes conceptual info-graphics, integrated ecosystem models and both human and ecological indicators, is that it's exportable technology," said Peter Ortner, UM Rosenstiel Research Professor and Director of CIMAS. "It can be applied directly to the management of other coastal ecosystems."
A MARES program for coastal North Carolina is under consideration and a full-day workshop on MARES will be held at next December's "Linking Science, Practice and Decision Making" conference in Washington, DC. The NOAA/Climate Program Office has recently announced an award to CIMAS applying the MARES framework entitled "Developing decision support tools for understanding, communicating, and adapting to the impacts of climate on the sustainability of coastal ecosystem services."
South Florida has one of the most diverse ocean and coastal ecosystems in the United States, and is economically important to the local and state economy for tourism, commercial and recreational fishing, SCUBA diving, and other ocean-related jobs. The South Florida marine environment has degraded over the last century due to upstream and local human activity and coastal development. Sea-level rise and climate change are additional stressors that will put the long-term health of South Florida's valuable coastal resources at further risk over the coming century.
The study team, which included over 50 researchers from academia, state and federal government, was comprised of ecological scientists as well as "human dimension" scientists, such as economists, sociologists, and cultural anthropologists to evaluate the societal aspects of ecosystem management and protection. The coastal region studied included the waters from Martin County south to the Florida Keys and Dry Tortugas, the Southwest marine environment in the Gulf of Mexico from Lee County south to Florida Bay.
"Our large, collaborative team developed a conceptual modeling framework that explicitly focuses on the benefits humans receive from the ecosystem," said Ortner. "The framework includes ecological indicators as well as human dimensions indicators to assess the level of services human society is receiving and wishes to continue to receive from the ecosystem, such as recreational opportunity and economic gain."
The new conceptual framework allows natural resource managers to track how the ecological and human requirements are being satisfied and provides a flexible highly adaptive approach that allows for pubic involvement in the decision-making process. The MARES process is designed to reach a science-based consensus on the defining characteristics and fundamental regulatory processes of a coastal marine ecosystem that are both sustainable and capable of providing the diverse ecosystem services upon which our society depends. MARES was funded by the NOAA National Centers for Coastal Ocean Science
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