Abu Dhabi: An island home to stray cats seeks aid

Stray cats eat food at the Lulu island in Abu Dhabi. (AP)
Updated 17 June 2016
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Abu Dhabi: An island home to stray cats seeks aid

ABU DHABI, UAE: The inhabitants of the desolate, man-made island off the coast of Abu Dhabi can’t be immediately seen among the breakwater rocks.

But as you draw close, their meows give them away.
A colony of stray cats has swelled on Lulu Island among its barren sandy hills and abandoned buildings that have fallen into disrepair, with the gleaming modern skyline of the UAE as a background.
The island has lain fallow and largely undeveloped since an ambitious plan by famed Brazilian architect Oscar Niemeyer to turn it into a “leisure park” fell apart in the 1980s.
A volunteer group is trying to spay and neuter the island’s cats while caring for them in an abandoned modernist’s dream that seems to suit the Arabian Maus living there.
“The flora and the fauna all live in harmony with each other,” said Susan Aylott, who leads the aid group Animal Welfare Abu Dhabi . “Everything lives in harmony with the cats here.”
Lulu, which means “pearl” in Arabic, is a narrow island around three miles long running along the coast in front of Abu Dhabi’s downtown, protecting its shores from the sometimes choppy waters of the Arabian Gulf. Niemeyer’s planned attractions, including an aquarium; conference center and marina were never built. A few other beach structures were built but lie unused and more recent plans to develop it never got off the ground.
In 2009, Abu Dhabi stopped ferries to the island amid an economic slowdown, and in theory it’s closed to the public, though sometimes people drop by on their own boats just to see it.
But sometime over the decades, cats made it across the narrow channel — about a half-mile wide — separating it from Abu Dhabi Theatre and the rest of the capital. Four years ago, they numbered 27, Aylott said. Now there’s over 165, mostly Arabian Maus, she said.
“You can’t just remove them,” she said on a recent visit to the 469-hectare (1.8-mile) island. “This is their home.”
So Aylott and others are working to neuter and spay the cats. On a recent day, a bunch of cats dashed out for the food set out by Aylott and her volunteers — and some had docked ears, a sign they had undergone the procedure. But a short distance away, a kitten hid behind a water tank, meaning others remain fertile.
“We all want to help to make the vision of Abu Dhabi a better place — for the cats anyway,” Aylott said.
Yet there is always more work to do. Aylott’s brow at one point furrowed with a call to her mobile phone. Her group had plans to resettle a giant African tortoise at a local Abu Dhabi hotel because its owner, who kept it at home, is leaving the country.


Three-year heatwave bleached half the planet’s coral reefs: study

Updated 10 February 2026
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Three-year heatwave bleached half the planet’s coral reefs: study

PARIS: A study published on Tuesday showed that more than half of the world’s coral reefs were bleached between 2014-2017 — a record-setting episode now being eclipsed by another series of devastating heatwaves.
The analysis concluded that 51 percent of the world’s reefs endured moderate or worse bleaching while 15 percent experienced significant mortality over the three-year period known as the “Third Global Bleaching Event.”
It was “by far the most severe and widespread coral bleaching event on record,” said Sean Connolly, one the study’s authors and a senior scientist at the Panama-based Smithsonian Tropical Research Institute.
“And yet, reefs are currently experiencing an even more severe Fourth Event, which started in early 2023,” Connolly said in a statement.
When the sea overheats, corals eject the microscopic algae that provides their distinct color and food source.
Unless ocean temperatures return to more tolerable levels, bleached corals are unable to recover and eventually die of starvation.
“Our findings demonstrate that the impacts of ocean warming on coral reefs are accelerating, with the near certainty that ongoing warming will cause large-scale, possibly irreversible, degradation of these essential ecosystems,” said the study in the journal Nature Communications.
An international team of scientists analyzed data from more than 15,000 in-water and aerial surveys of reefs around the world over the 2014-2017 period.
They combined the data with satellite-based heat stress measurements and used statistical models to estimate how much bleaching occurred around the world.

No time to recover

The two previous global bleaching events, in 1998 and 2010, had lasted one year.
“2014-17 was the first record of a global coral bleaching event lasting much beyond a single year,” the study said.
“Ocean warming is increasing the frequency, extent, and severity of tropical-coral bleaching and mortality.”
Australia’s Great Barrier Reef, for instance, saw peak heat stress increase each year between 2014 and 2017.
“We are seeing that reefs don’t have time to recover properly before the next bleaching event occurs,” said Scott Heron, professor of physics at James Cook University in Australia.
A major scientific report last year warned that the world’s tropical coral reefs have likely reached a “tipping point” — a shift that could trigger massive and often permanent changes in the natural world.
The global scientific consensus is that most coral reefs would perish at warming of 1.5C above preindustrial levels — the ambitious, long-term limit countries agreed to pursue under the 2015 Paris climate accord.
Global temperatures exceeded 1.5C on average between 2023-2025, the European Union’s climate monitoring service, Copernicus, said last month.
“We are only just beginning to analyze bleaching and mortality observations from the current bleaching event,” Connolly told AFP.
“However the overall level of heat stress was extraordinarily high, especially in 2023-2024, comparable to or higher than what was observed in 2014-2017, at least in some regions,” he said.
He said the Pacific coastline of Panama experienced “dramatically worse heat stress than they had ever experienced before, and we observed considerable coral mortality.”