Mote Marine Laboratory is pleased to announce it was awarded nearly $7 million from the National Oceanic and Atmospheric Administration (NOAA) for a four-year, multi-faceted project focused on implementing a holistically transformative coral reef restoration initiative at 10 reef sites along Florida\u2019s Coral Reef, just offshore of the Florida Keys Archipelago.<\/p>\n
Dr. Michael P. Crosby, Mote President & CEO, said, \u201cOver the last decade, Mote has been a leader in changing the paradigm for coral restoration science in Florida and around the world as a result of our coral genetic resiliency and microfragmentation-fusion research. We have been proud to be a core science partner institution in NOAA\u2019s Mission: Iconic Reefs (M:IR) program since its inception. With this new NOAA grant, we will build on our history of innovative science and success in restoring over 200,000 corals to date by launching a transformational initiative focused on holistic coral reef community restoration under the leadership of Mote\u2019s Coral Reef Restoration Research Program Manager, Dr. Jason Spadaro.”<\/p>\n
Led by Principal Investigator Dr. Spadaro, this four-year initiative seeks to substantially expand Mote\u2019s capacity to conduct groundbreaking restoration of coral reef habitats.<\/p>\n
\u201cCoral reef restoration is still essentially in its infancy, but we believe that this project and the ambitious objectives we have set, represent a science-based and scalable pathway to transformative and, more importantly, lasting landscape scale functional restoration of the most biodiverse and socio-economically valuable habitat and natural resource in Florida,\u201d Dr. Spadaro said.<\/p>\n
Global, regional, and local stressors have significantly contributed to the decline of our coral reef ecosystems, most notably in Florida and the Wider Caribbean Region. Living coral cover (the proportion of the reef covered in living coral) on Florida\u2019s Coral Reef is currently between 1 and 5 percent, dramatically less than just 40 years ago when it was more than 30%. Many factors make a natural recovery of Florida\u2019s Coral Reef unlikely and nearly impossible on a timescale relevant to humans. The recovery of function on Florida\u2019s Coral Reef is likely now entirely dependent upon adaptive management and pro-active science-based restoration.<\/p>\n
As part of its $7 million NOAA Transformational Habitat Restoration and Coastal Resilience award, Mote is committed to immediately commence its holistic coral reef community restoration efforts at ten coral reef sites throughout the Florida Keys National Marine Sanctuary. Seven of these sites comprise the seven iconic reefs of\u00a0NOAA\u2019s M:IR program, while the remaining three sites are outside the M:IR, in order to further strengthen and broaden the resulting scientific insights and impacts of the Mote-led initiative.<\/p>\n
Mote scientists have set four major objectives for the project:<\/p>\n
1. Commence or expand restoration efforts at all 10 reef sites<\/strong> 2. Scale Mote\u2019s restoration efforts, and effect, by iteratively increasing cost efficiency in production and outplanting operations<\/strong> 3. Increase production and implementation of Caribbean king crabs to facilitate restoration success<\/strong><\/p>\n Caribbean king crabs are large native reef herbivores but aren’t currently present on our reefs in large enough numbers to keep algae under control. Mote will immediately expand the production of Caribbean king crabs at its newly constructed grazers production facility at Mote Aquaculture Research Park just outside of Sarasota. A major objective is the development and implementation of a State- approved Veterinarian health certification protocol, a necessary regulatory authorization for releasing the cultured crabs onto Florida\u2019s Coral Reef. After this critical regulatory framework is executed, Mote will be the first institution to release cultured Caribbean king crabs on Florida\u2019s Coral Reef to support and facilitate coral reef restoration efforts.<\/p>\n 4. Apply science-based methods to ensure a genetically diverse and resilient restored coral reef community<\/strong> Mote Marine Laboratory is pleased to announce it was awarded nearly $7 million from the National Oceanic and Atmospheric Administration (NOAA) for a four-year, multi-faceted project focused on implementing a …<\/span><\/p>\n","protected":false},"author":6,"featured_media":2118,"comment_status":"closed","ping_status":"closed","sticky":false,"template":"","format":"standard","meta":{"_acf_changed":false,"footnotes":""},"categories":[1,19,93],"tags":[76,50,53,54,51,116,115],"class_list":["post-2117","post","type-post","status-publish","format-standard","has-post-thumbnail","hentry","category-mote-news","category-research","category-support","tag-conservation","tag-coral","tag-coral-reef","tag-coral-reef-restoration","tag-coral-restoration","tag-noaa","tag-reef-restoration"],"acf":[],"yoast_head":"\n
\nThis effort includes the production and outplanting of 242,000 coral fragments and 34,000 Caribbean king crabs over the four-year project duration. Caribbean king crabs, a large native herbivore, aid in the restoration of coral reefs by consuming algae and improving habitat conditions for corals and fishes to grow, reproduce, and thrive. The crabs consume the algae that plague corals and restrict their ability to settle, grow, and reproduce.<\/p>\n
\nThis includes developing and using new science-based methods, materials, and workflows to inform, guide, and enhance our efforts in the production, outplanting, and monitoring of corals, including expanding the use of Structure from Motion 3D photogrammetry technology for restoration planning and monitoring.<\/p>\n
\nMote will apply its genetic management, sexual reproduction, and resilience screening workflows to guide the production and outplanting of corals that have demonstrated resilience to known stressors such as disease and climate change. The active screening of coral genotypes to known stressors allows Mote scientists to identify and thoughtfully incorporate these resilient and resistant genotypes into our restored coral populations.<\/p>\n","protected":false},"excerpt":{"rendered":"