The AEON KAUST collaboration will see as a first step under this engagement the co-appointments of both Prof. Carlos Duarte and Prof. Raquel Peixoto from KAUST as members of Aeon Collective working to advance efforts towards planetary repair, ecosystem restoration and resiliency.

King Abdullah University of Science and Technology (KAUST) recently announced the inauguration of the world's first coral probiotics village in the Red Sea. The village, located around 20 km off the campus shores, is part of the University's Red Sea Research Center (RSRC) efforts and approach to coral preservation and restoration. The inaugural featured an underwater ribbon-cutting ceremony and was attended by representatives from KAUST leadership, RSRC researchers and students, as well as members from the community.

New microbiome-based interventions, such as the use of probiotics, are beginning to be identified as key to reverse deterioration and protect wildlife. There is an urgent need for moving from devising to safely testing and implementing these approaches.

Saudi Gazette: "A new study shows probiotics to be helpful protagonists in boosting coral health and preventing mortality in the face of environmental stressors, such as warming oceans and changing climate conditions."

Follow the conversation with Prof. Raquel Peixoto in The Economist about the coral crisis and potential solutions highlighting coral probiotics.

We took some time to talk to Nathalia Delgadillo, currently a PhD student at Prof. Raquel Peixoto Marine Microbiomes lab.

Dr. Raquel Peixoto, KAUST associate professor of marine science at the Red Sea Research Center (RSRC), is recognized as a Fellow of the International Coral Reef Society (ICRS) for her contributions to the field of coral probiotics.

Coral reef ecosystems are severely threatened by climate change. The urgent need to address the issue is driving a new era of innovation in reef science, shown by a global multidisciplinary exploration of different approaches to enhance coral resilience.

An international team including KAUST professors Manuel Aranda and Raquel Peixoto, with adjunct professor Chris Voolstra, have proposed an adaptive framework to increase the resilience of corals in the face of climate change.

Coral reefs are rapidly degrading all over the world due to climate change and human activity. This phenomenon has dire consequences on the livelihoods of almost one billion people who directly depend on the ecosystem services delivered through healthy tropical reefs. Based on current projections, and without active intervention, coral reefs may become extinct by the year 2050.

The microbiologist Raquel Peixoto gives the corals, which can only survive in symbiosis with algae and bacteria, a probiotic treatment. A medicine that makes them more resilient and thus buys them time.

The first-ever report on the world’s coral reefs presents a grim picture, as losses mount due to global warming. But there are signs of hope — some regions are having coral growth, and researchers found that corals can recover if given a decade of reprieve from hot water.

As more coral reefs around the world suffer from bleaching and mass mortality due to warming ocean temperatures and related climate change conditions, good news about reefs is welcome news.

Treating corals with a probiotic cocktail of beneficial bacteria increases survival after a bleaching event, according to new research. This approach could be administered in advance of a predicted heatwave to help corals recover from high sea temperatures.

Climate change is increasing the temperatures of the oceans, which disrupts the relationship between corals and their symbiotic photosynthetic algae and causes corals to bleach, in some cases eventually leading to their death. KAUST researchers have proposed that manipulating the coral microbiome might enhance their stress tolerance by using beneficial microorganisms for corals, or BMC.

For decades, scientists have been engaged in a furious effort to save the world’s coral reefs, which are vanishing at an alarming rate—about half of them are believed to have died over the last 50 years. Efforts to “do something about it” have ranged from replanting programs to genetic engineering and establishing protective reserves. The combined effects of acidification, pollution, and climate change, however, continue to ravage these colonies. Scientists predict that up to 9O percent will die out over the next two decades, and that they will be gone completely by 2100.

The world’s coral reefs are in crisis, with climate change emerging as the biggest threat of mass coral reef bleaching. Coral reef health walks hand-in-hand with overall ocean health, in addition to supplying effective shoreline protection and supporting businesses globally, from fishing to tourism.

Inês Raimundo, a PhD Student in the Marine Microbiomes Lab at KAUST's Red Sea Research Center, has a deep fascination with marine microorganisms, and believes these tiny organisms could play a key role in saving coral reefs.

Manta rays and whitetip reef sharks glide past socially distanced visitors at Rio de Janeiro’s hangar-sized AquaRio aquarium. In a laboratory upstairs, above the main gallery, a new experiment is underway, one that marine scientists hope will enhance the survival prospects of the world’s coral reefs. Twenty rectangular aquarium tanks, each about 20 centimeters wide, are arranged in a grid on the fourth floor. Each one houses a colorful assortment of coral fragments.

The ocean’s stable health is an important component that upholds the climate’s behavior and life on Earth. A key indicator of that health? Coral reefs, also known as the marine "canaries in the coal mine."

Coral bleaching due to climate change is a major concern among ocean researchers. Record ocean temperatures during 2014-2017 triggered a mass bleaching event around the globe, a sign that this issue is becoming more dire.

A simple but powerful idea is to improve the health of corals using cocktails of beneficial bacteria. The strategy is being explored as part of global scientific efforts to help corals become stronger, more stress resistant and more likely to survive bleaching events associated with climate change. Corals rely on bacterial and algal symbionts to provide nutrients, energy (through photosynthesis), toxin regulation and protection against pathogenic attacks.