Scientific Collaboration

Little Creatures with a Big Message: An Educator’s Guide

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Lately, you have been hearing from our partners at the University of Miami (UM) about their experiences processing and picking tiny foraminifera from sand samples that we collected on the Global Reef Expedition (GRE). As our colleagues continue to process the large quantity (2,500) of sand samples, we are creating an educator’s guide called “Little Creatures with a Big Message.”

Together, the University of Miami and the Khaled bin Sultan Living Oceans Foundation received a three-year grant from the National Science Foundation (NSF) to utilize microscopic organisms, called foraminifera (‘forams’ for short), to assess the state of coral reefs over the past 1,000 years, and potentially create new metrics that can be used to assess reef health.

NSF recognizes that a critical component to any research project is how it can benefit society. This is what NSF defines as the “Broader Impacts.” As a part of this grant, we will deliver on the broader impacts portion of the grant to educate and communicate this science to others. One of the ways will do this is by creating curriculum that improves STEM (science, technology, engineering, and math) education and increases participation of minorities in STEM.

Science Without Borders®: Conserving the Tropics

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The Science Without Borders®: Conserving the Tropics project was developed by the Khaled bin Sultan Living Oceans Foundation to help address the United Nations Ocean Decade Challenge to “understand the effects of multiple stressors on ocean ecosystems, and develop solutions to monitor, protect, manage and restore ecosystems and their biodiversity under changing environmental, social and climate conditions.”

Our project focuses primarily on conserving tropical marine ecosystems, including coral reefs, seagrass meadows, and mangrove forests, as well as incorporating measurable actions that communities can use to reach their conservation goals.

The Science Without Borders®: Conserving the Tropics project uses a co-design approach to help coastal communities improve ocean literacy and develop science-based solutions to conserve their tropical marine ecosystems…

Measuring reef health from space

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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.

Surveying the Reefs of Lana’i – by Air and by Sea

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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…

Science Without Borders®: Conserving the Tropics

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The Science Without Borders®: Conserving the Tropics project was proposed to help address the United Nations Ocean Decade Challenge to “understand the effects of multiple stressors on ocean ecosystems, and develop solutions to monitor, protect, manage and restore ecosystems and their biodiversity under changing environmental, social and climate conditions.” Our project focuses primarily on conserving tropical marine ecosystems, including coral reefs, seagrasses, and mangroves, as well as incorporating measurable actions that communities can use to reach their conservation goals.

On the Global Reef Expedition, we saw that, particularly in Small Island Developing States (SIDS) and Least Developed Countries (LDC), there was not only a lack of scientific information, but also a lack of ocean literacy, particularly regarding local ecosystems. The Science Without Borders®: Conserving the Tropics project will leverage our existing scientific data and outreach programs, partnering with universities, non-profit organizations, governments, and communities to help raise awareness and improve conservation of these fragile marine ecosystems. We will be addressing not only the lack of scientific knowledge, but also use outreach programs to improve community wide ocean literacy to help influence behavior change…

Surveying Coral Reefs in Hawaii with ACES

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Earlier this year, the Khaled bin Sultan Living Oceans Foundation joined Dr. Ved Chirayath on a research mission to survey and map coral reefs in Lana’i, Hawaii. Chirayath leads the University of Miami’s Rosenstiel School of Marine, Atmospheric, and Earth Science’s Aircraft Center for Earth Studies (ACES), and has pioneered a new approach to mapping reefs using drones equipped with fluid lensing technology.

Fluid lensing harnesses the unique power of waves to magnify and concentrate light on the seafloor, essentially allowing users to see through the water and map the seafloor in stunning detail…