Scientific Surveys

The Global Reef Expedition at the IUCN World Conservation Congress

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The Khaled bin Sultan Living Oceans Foundation’s Director of Science Management, Alex Dempsey, had the prestigious opportunity to present at the IUCN World Conservation Congress in Marseille, France. Her presentation, entitled “The Global Reef Expedition (GRE): Circumnavigating the Globe to Address the Coral Reef Crisis,” focused on the plight of coral reefs and how the Global Reef Expedition assessed the state of coral reefs around the world.

Held once every four years, the IUCN World Conservation Congress brings together “several thousand leaders and decision-makers from government, civil society, indigenous peoples, business, and academia, with the goal of conserving the environment and harnessing the solutions nature offers to global challenges.” As coral reefs are rapidly declining globally due to a host of different stressors such as climate change and overfishing, they are a key example of a critical habitat in need of global awareness and protection using a multifaceted approach of conservation disciplines and stakeholder involvement. The presentation highlighted how the GRE was meticulously planned under the framework of Science Without Borders©, and the foundation’s three-pronged approach of using scientific research, education, and outreach to address the coral reef crisis. In each country the GRE visited, an international team of scientists together with local leaders, conservationists, government officials, and subject matter experts worked in tandem to assess the state of the reefs.

The Last Great Coral Reef Wilderness

Global Geneva Magazine April 21, 2021 By Liz Thompson & Renée Carlton   Scientists aboard the Global Reef Expedition—the largest coral reef survey and mapping expedition in history—traveled to the Chagos Archipelago to study some of the most pristine coral …

The State of Coral Reefs in the Solomon Islands

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The Khaled bin Sultan Living Oceans Foundation (KSLOF) is pleased to announce our findings from the Global Reef Expedition mission to the Solomon Islands! Released today, the Global Reef Expedition: Solomon Islands Final Report summarizes what we found on a monumental research mission to study corals and reef fish in the Solomon Islands and provides recommendations on how to preserve these precious ecosystems into the future.

Big Corals, Little Fish: A survey of coral reef fish in Tonga

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As a marine scientist, visiting the Kingdom of Tonga to study the coral reefs was a treat. We observed so many beautiful marine animals and habitats that were unlike anywhere else on the Global Reef Expedition. One of my favorite sites was in Vava’u where there were massive Porites corals the size of cars that dwarfed the divers. It was incredible.

However, what I found most surprising was the fish communities.

Making the Grade: How we grade coral reefs

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The Khaled bin Sultan Living Oceans Foundation recently published our findings on the health and resilience of the coral reefs in the Kingdom of Tonga. The report includes a unique grading scale we developed to indicate the relative health and resilience of the reef. For each survey site we visited in Tonga, we assessed the benthic community and classified the reef as being in “good,” moderate,” or “poor” condition.

This assessment was based on the overall live coral cover, algae, and invertebrate composition of the reef.

Fish Findings: The Remarkable Fish Communities of Tuamotu Archipelago

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French Polynesia was one of the most magnificent countries we studied on the Global Reef Expedition. While there, we experienced first-hand some of the most beautiful coral and fish communities in the world. There are times, though, when the data …

Scientists Create Largest Collection of Coral Reef Maps Ever Made

A study from scientists at the Khaled bin Sultan Living Oceans Foundation and the University of Miami offers a new way to accurately map coral reefs using a combination of Earth-orbiting satellites and field observations. Using this new method, the scientists mapped over 65,000 km2 of coral reefs and surrounding habitats–by far the largest collection of high-resolution coral reef maps ever made.