Updated: 6 days ago
EXPANDING OUR KEY WEST CORAL NURSERY
This spring, our Restoration team and interns have been working tirelessly both on land and in the water to prepare for the addition of 100 new Coral Trees™ to the Key West nursery. This expansion is no easy feat; our team has been constructing and prepping Coral Trees™ on land, transporting them from our headquarters in Key Largo to our Key West open-ocean nursery, and finally suspending them in the water column.
If that isn’t enough, we also must transport coral fragments from our Tavernier Nursery to fill those trees! By the end of the nursery expansion, we will have 150 Coral Trees in our Key West Nursery housing over 9,000 corals.
Coral Restoration Foundation™ divers fill Coral Trees™ with staghorn coral fragments as part of a massive coral nursery expansion, from 50 to 150 Coral Trees™ ©Jess Levy/ Coral Restoration Foundation™
This expansion is critical. “Mission: Iconic Reefs” is in full swing, with significant funding in place to make a meaningful difference at Eastern Dry Rocks (EDR), one of the seven iconic reef sites targeted for restoration.
Constructing and launching Coral Trees™ is a multistage process spanning a few days! ©(1,3) Sami Miller/(2) Jess Levy/Coral Restoration Foundation™
Over the next three years, Coral Restoration Foundation™ will be working to return nearly 40,000 corals to EDR. Though we already have a coral nursery in Key West that houses 50 Coral Trees™, our commitment to the scale of work at Eastern Dry Rocks calls for this massive expansion of our most southerly nursery.
“Even though it’s hard work, building Coral Trees™ is so rewarding! It gives you a holistic perspective of how much work goes into caring for these corals. Some of my favorite dives so far have been taking Coral Trees™ that I personally built to the Key West nursery and hanging new corals from them!” says Sami Miller, CRF™ Lead Intern.
NEW GENETIC BANK IN BROWARD COUNTY
One of our main goals in the Restoration Department at Coral Restoration Foundation™ is preserving the genetic diversity of our corals. Though corals of the same species may look the same, their DNA (much like the DNA of humans) is different from one another.
These differences mean that corals will have different growth patterns and responses to anthropogenic stress, such as warming waters andocean acidification.
As part of our restoration plan, we raise and rehome corals of as many different genotypes as possible in order to allow the population the best chance of survival.
We currently maintain an enormous coral gene bank in our Tavernier Nursery with over 400 genotypes. The gene bank is home to multiple fragments of each of the genotypes we have ever collected.
Operations Coordinator Andrew and Temporary Restoration Associate Sam transport coral clones from our Tavernier nursery gene bank to our new gene bank in Broward county! ©Madalen Howard/Coral Restoration Foundation™
To safeguard these genotypes, we have teamed up with Nova Southeastern University to establish a second genetic bank in Broward County. This addition creates redundancy for our corals and safeguards our coral diversity in case of a severe weather or disease event causing a major loss in our original gene bank. We are excited to be taking this extra step alongside Nova Southeastern University to protect our corals.
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"Bringing It Back" Editorial Intern
Bailey grew up on a lake in North Carolina, and has felt connected to the water for as long as she can remember. When she was 10 years old, she got SCUBA certified and started taking annual diving trips to Florida where she saw first-hand the decline of coral reefs in the Keys. Knowing that she wanted to make a career in marine conservation, she joined an Operation Wallacea expedition to Greece where she learned field work skills.
Bailey graduated from the University of North Carolina at Chapel Hill in 2019 with a major in Biology and minors in Chemistry and Marine Science. During her four years there, she worked as a research assistant investigating how the calcium carbonate skeleton of corals are affected by ocean warming and acidification. Most recently, she worked as a summer camp educator at the Discovery Place Nature Museum in North Carolina where she taught students about the natural environment and how to protect it. Bailey is so excited for the opportunity to work with Coral Restoration Foundation™ towards its mission of restoring coral reefs