This page is under construction! Updates coming soon.
The Coral Rescue & Propagation Team is responsible for providing guidance and facilitating processes related to the gene-banking and breeding of corals rescued from impacts from stony coral tissue loss disease. The 'rescue' arm focuses on the long-term care of corals in holding while the 'propagation' arm focuses on sexual reproduction of rescue corals in the near-term, with the intention to integrate other corals and organisms (e.g., aquarium maintenance animals) in the longer-term. There are currently 20 coral species in the rescue portfolio; propagation is focusing on five priority species to start.
The Coral Rescue & Propagation Team is co-led by:
Lisa Gregg (FWC)
Jennifer Moore (NOAA NMFS)
Additional coordination support is provided by:
Morgan Eason (FSG/FWC) for propagation matters.
Beth Firchau (AZA) for engagement with the Association of Zoos & Aquariums.
Tanya Ramseyer (FWC FWRI) for coral rescue matters.
At present, there are no planned additional collections for rescue and the Team is prioritizing next steps in propagation. As such, the Team has been working on a comprehensive, statewide 'Propagation Plan' that covers key areas like land-based infrastructure, genetic management, transfers and logistics, production targets, and support for the full production pipeline from broodstock holding through coral outplanting. Propagation will focus on scaling up production for the State’s five priority species: boulder brain coral (Colpophyllia natans), grooved brain coral (Diploria labyrinthiformis), great star coral (Montastraea cavernosa), mountainous star coral (Orbicella faveolata),and symmetrical brain coral (Pseudodiploria strigosa).
The present focus of the Team is the long-term safekeeping, care, and propagation of rescue corals. In the future, as capacity allows, the Team hopes to integrate the propagation of non-rescue corals and other priority organisms into its work.
The Team will not prioritize work on Acroporids as those species are paid great attention by other entities. The Team will, however, work with those groups as needed to ensure that efforts are aligned.
Non-coral priority organisms may include aquarium maintenance animals and reef herbivores.
The Team will collaborate with the Restoration Team to help plan and/or facilitate the transfer of rescue coral offspring from land-based propagation facilities to practitioners who will be getting those corals into the water. It should be noted, the Team will not serve as a clearing house for corals, nor will it be responsible for the distribution of corals, however it can help collate information on corals that are available, genetic and/or parentage information, and transfer protocols.
Research is key to advancing our propagation output. The Team hopes to collaborate with Research Team members to identify and answer key questions related to coral propagation. Team efforts can help collate information on propagation trials/research, articulate current knowledge gaps and potential research avenues, and to connect experts.
While the Team has traditionally focused on sexual propagation, there is interest in developing guidance and support tools for asexual propagation as capacity allows.
It is important to note that invasive or destructive research will not be conducted on rescue corals in holding or their offspring: these corals are reserved for propagation and restoration, respectively.
There is a TON of information on Coral Rescue & Propagation if you are interested in diving deeper!
The FWC page includes more information on coral collections, holding (including holding facility management and care documents), propagation, and more.
The AZA Florida Reef Tract Rescue Project page describes the role of the Association of Zoos & Aquariums in these efforts and highlights opportunities to get involved.
Below is the Coral Rescue monitoring dashboard developed in collaboration with the Data Management Team. The dashboard includes information on corals in holding as part of the Coral Rescue program.
Header photo: Liv Williamson/UM