Nature and Biodiversity

Israel is joining forces with Arab states to save coral from climate change destruction

A still image taken from underwater video footage shows corals and fish near barrels, as divers from Israel Nature and Parks Authority remove corals from objects which are part of industrial debris left by Eilat Ashkelon Pipeline Company (EAPC) after it scaled back its operations, in the Red Sea, near Katza beach in Eilat, Israel March 10, 2019.  Courtesy Omri Omessi/Israel Nature and Parks Authority/Handout via REUTERS

Political differences are being put aside for the sake of the Red Sea's coral reefs. Image: REUTERS

Johnny Wood
Writer, Forum Agenda
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Middle East and North Africa

Scientists from Israel and neighbouring Arab countries are joining forces to save Red Sea coral reefs from the threat of climate change.

The alliance is the brainchild of Moaz Fine, an Israeli professor at Tel Aviv’s Bar-Ilan University, who invited marine experts from the countries that border the Red Sea to collaborate at a new research centre. The team will comprise representatives from Israel, Eritrea, Jordan and Egypt, with scientists from Saudi Arabia, Sudan, Yemen and Djibouti, which do not recognise Israel.

The countries have put aside political differences in the interests of protecting the natural world they share.

Coping with stress

Scientists, ecologists and oceanographers will come together at the new research centre, based in Bern, Switzerland, to study the impact of bleaching on the Red Sea reefs.

Bleaching occurs when coral reacts to changes in sea temperature, light conditions or nutrients. As global warming increases water temperatures, the delicate balance of reef ecosystems is disrupted, forcing coral to eject the algae that live and feed on them.

What is coral bleaching?

Image: National Ocean Service

The stressed coral turns white and although it isn’t dead at this point, if the algae loss is prolonged it becomes vulnerable to disease and can eventually die.

But it’s not just coral that is affected when bleaching occurs, as algae forms the foundation of multiple food chains. When algae disappears, creatures higher up the food chain disappear too, turning bleached reefs into underwater deserts.

A climate of change

Although global warming is increasing the scale and frequency of mass bleaching events, coral in the Red Sea has suffered less damage than reefs in other parts of the world, such as in Hawaii and Australia’s Great Barrier Reef. The research team will investigate studies that suggest Northern Red Sea corals and those in the Gulf of Aqaba are able to withstand higher sea temperatures than in other places, which could help the fight to save the world’s reefs.

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Bleaching events have already devastated large parts of the Great Barrier Reef, which is the world’s largest. Within the last five years more than 30% of the vast reef system is either dead or is threatened with extinction due to rising sea temperatures. That’s an area equal to the size of Italy.

On a global scale, climate change, overfishing and destructive fishing, coastal development and ocean pollution are putting the very existence of our reefs at risk.

Image: World Resources Institute

As the chart shows, more than half of the Earth’s reefs could be under threat by 2030, and without drastic action most of our reefs could be gone by mid-century.


As well as hosting millions of plant and marine species, reefs often support employment and tourism in coastal communities. The Red Sea reefs attract diving enthusiasts from all over the world, attracted by colourful marine life and indiginous red and black corals. Their loss could have devastating environmental and economic consequences for current and future generations.

It is hoped that the new research centre will help develop more resilient corals, which will protect reefs and the livelihoods of people who depend on them.

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Nature and BiodiversityClimate Action
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