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Research Education Outreach



Research Education Outreach


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We’d like to join you in welcoming Dr. Nick Higgs to the Cape Eleuthera Institute as our new Assistant Director!

Greetings from Cape Eleuthera,

I would like to introduce myself as the new Assistant Director of the Cape Eleuthera Institute. It feels good to be back on Eleuthera, having grown up in Spanish Wells at the northern tip of the island. I previously worked as Deputy Director of the Marine Institute at the University of Plymouth in the UK, where I lived for the last 5 years with my wife and two small children.

I come from a long line of Bahamian fishermen and farmers and many of my family still work in the lobster fishery today. The Bahamas spiny lobster fishery is the largest and most valuable fishery in the country. Recently, it was certified as a sustainable fishery by the Marine Stewardship Council, the only such lobster fishery in the Caribbean region. I am proud to have played a small part in achieving this milestone. My future research at CEI will focus on helping the fishery meet its sustainability targets. Island School students will be at the forefront of this research starting with my first IS research class during the upcoming spring 2019 semester.

In addition to the lobster work, I want to explore the relatively unknown deep water ecosystems of the Bahamas. My doctoral research was on deep-sea ecology, working at the University of Leeds and The Natural History Museum in London, where I am still an honorary Research Associate. I think there are innumerable new species and discoveries just waiting to happen on our deep-sea doorstep at Cape Eleuthera.

I am excited by the sheer talent that we have here at the Cape Eleuthera Institute and am committed to supporting our staff in producing world-leading research. We are also determined to make sure that this research is relevant to our Bahamian partners, so a big part of my job will be meeting with them to work out how we can best work together. Most of all, I am proud to be applying my skills and experience to ensure a sustainable future for The Bahamas.

Thank you for joining us in this exciting journey.

Dr. Nick Higgs

Assistant Director


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This fall marks the beginning of the Bahamas Coral Innovation Hub! Based out of Cape Eleuthera, the hub aims to upscale coral reef restoration in the Bahamas, develop new technologies, as well as educate, train and engage local Bahamians on the importance of coral conservation. Key hub members include The Nature Conservancy, The Perry Institute for Marine Science (PIMS), SECORE International, SHEDD Aquarium and the Cape Eleuthera Institute (CEI).

Our Goals

As an archipelago of over 700 islands and cays painted in clear, popsicle-blue waters, it’s no secret that coral reefs are vital to Bahamian culture, economy and ecology. Still, live coral cover is lower in the Bahamas than any other Caribbean nation. Over the next five years, the Bahamas Coral Innovation Hub will develop one of the largest coral reef restoration projects in the Caribbean, as well as tackle the following cutting-edge research questions:

1 – How can we use sexual coral recruits and microfragmentation to grow and farm corals on a much larger scale than what we see today?

2 – How can we maintain genetic diversity of our reared coral populations, so that they might be more resilient to climate change?

3- How can we raise awareness about the importance of corals and coral restoration technology? In particular, how can we involve local communities and Bahamian youth in our reef-rebuilding work?

“By working together, we plan to grow and plant thousands of baby corals onto Bahamian coral reefs each year,” said PIMS and CEI coral researcher Lily Haines, “as well as offer experiential education opportunities in coral restoration to hundreds of students in the Bahamas.”  


By Nathan Robinson


Have you ever wondered what it would be like to swim through the ocean like a sea turtle? We certainly have, and the idea of seeing the world through the eyes of a sea turtle inspired us to start the ‘TurtleCam’ project.

The TurtleCam is made from a camera, a small radio transmitter, and a couple of recycled foam buoys. Each of these items are glued together to create a device that can be mounted directly on the shell of a free-swimming sea turtle. These devices, or TurtleCams, are fastened to the turtle’s carapace using corrodible links that detach within a few hours allowing us to recover it and the footage it contains. These TurtleCams are providing us with a first-person (or should it be first-turtle?) perspective of how sea turtles see the world around them.

Animal-borne cameras have been utilized by scientists and film-makers for many years to reveal the secret lives of wildlife. While this footage never fails to captivate an audience, perhaps the most exciting videos have come from marine animals. This is because most marine animals spend the majority of their lives far beneath the waves and out of sight to humans, meaning that even their most typical behaviors can be a mystery to us. It is therefore of little surprise then that scientists have excitedly deployed these cameras onto an ever-increasing range of marine animals, including whales, sharks, crocodiles, and sea birds. We are now adding to this list by deploying animal-borne cameras, for the very first-time, onto the juvenile green sea turtles of The Bahamas.

Perhaps the most interesting discovery that we have made so far is that juvenile sea turtles appear to be extremely social. Contrary to most prior conceptions of sea turtles being solitary animals, juvenile sea turtles spend large amounts of time interacting with each other. Sometimes this can involve short chases, flipper biting, or even a behavior that can be best described as nuzzling. We have also been using the footage to help us determine in which habitats turtles spend the majority of their time. By identifying such critical habitats for sea turtles, we can begin to develop conservation management plans that ensure that these habitats remain free from threats, such as boat traffic or entanglement in fishing gear.


The clear value of this footage from a scientist’s perspective is furthermore complemented by the ability of these videos to capture people’s imaginations. We truly believe that these videos, which allow you pretend for a minute that you are like one of these turtles swimming through the ocean, can help inspire countless people to live more turtle-friendly lives; and this can be easily achieved regardless of where you live. Indeed, each year countless sea turtles are accidentally caught and killed by fisheries that are hunting for commercial species, such as tuna or swordfish. Those that are not caught by fisheries often suffer a similar fate, after choking on plastic bags and other plastic waste that is ingested after confusing it for a jellyfish prey.

These issues of unsustainable fisheries and plastic in the ocean are global problems, and we all have a responsibility to help against these. By supporting fisheries that fish in a smarter and less wasteful manner or reducing our use of single-use plastics, you too can help create a more turtle-friendly world.

We hope that you are as inspired by the TurtleCam footage as we are and we can only imagine what fantastic discoveries this project will uncover in the future!