Khaled bin Sultan Living Oceans Foundation
Providing science-based solutions to protect and restore ocean health
Published in Ecological Indicators Abstract In terrestrial landscapes, the spectral variability hypothesis (SVH) enables estimation of species diversity from satellite data, thereby allowing biodiversity assessments to be upscaled. Whether the SVH works in the marine realm is an open question. …
In DIVE Magazine By Stewart Butler February 15, 2024 Using space technology, a team of researchers has developed a technique for monitoring reef biodiversity on a global scale. Almost since the very day marine biology was invented the standard …
The Khaled bin Sultan Living Oceans Foundation makes ArcGIS StoryMaps to guide people through our maps and data, tell key conservation stories, and showcase our findings from the Global Reef Expedition. Mapping our Planet’s Coral Reefs This StoryMap guides …
With compelling evidence that we have lost half of the world’s tropical coral reefs over the last few decades, there is an urgent need to understand their overall health. Without this basic information to use as a baseline, it is near impossible to mount a response to the so-called global reef crisis. The most straightforward method we have for monitoring reefs is conducting SCUBA diver surveys. However, this type of field work is logistically and financially challenging to execute on large scales, so developing a new method to monitor reefs remotely is key.
In attempt to find a solution, Anna Bakker combines the fields of remote sensing, computer science, and ecology to measure reef health from space. Recently, Anna published a paper in Coral Reefs, which utilized the Living Oceans Foundation’s Global Reef Expedition field dataset to build a model that can predict coral cover and other metrics of coral reef health using open-source satellite data.
As the sun begins to rise over the island ridges of Lana’i, Hawai’i, the drone lifts off from its landing pad on the beach and begins to fly a grid along the coast, imaging the nearshore coral reefs. The drone is being flown by Dr. Ved Chirayath from the University of Miami Rosenstiel School of Marine, Atmospheric, and Earth Science’s Aircraft Center for Earth Studies (ACES). Ved has pioneered a new approach to mapping reefs using drones equipped with fluid lensing technology. While this cutting-edge technology is capturing reefs by air, the need for in-water validation of those images and census of marine life is critical to understanding the status of this coral reef ecosystem. And that is where my expertise comes into play.
I have been surveying reefs all over the world for the past 10 years, and I am excited to be putting my skill set to use again in the field. Traditional underwater surveys of both the benthic and fish communities, combined with drone surveys, gives the most detailed information regarding the health of the coral reef ecosystem…
Exploring Coral Reefs in Virtual Reality The Khaled bin Sultan Living Oceans Foundation worked with scientists at the University of Miami to create virtual reality (VR) field trips to accompany our Coral Reef Ecology Curriculum. This allows students anywhere to learn about coral …
Published in Frontiers in Marine Science Abstract Empirical methods for estimating shallow-water bathymetry using passive multispectral satellite imagery are robust and globally applicable, in theory, but they require copious local measurements of water depth for algorithm calibration. Such calibration data have …
The Global Reef Expedition Final Report summarizes the findings from our 10-year research mission to survey and map coral reefs across the Atlantic, Pacific, and Indian Oceans as well as the Red Sea. The Expedition involved hundreds of research scientists …
The second episode of Our Living Oceans is now streaming on EarthxTV! In this episode, submersible pilot Erika Bergman talks to leading marine scientists who are mapping coral reefs across the globe. These maps give us a better understanding of the …
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.
