Hottest Oceans in 400 Years Endanger Great Barrier Reef

FILE PHOTO: Peter Gash, owner and manager of the Lady Elliot Island Eco Resort, snorkels during an inspection of the reef's condition in an area called the 'Coral Gardens' located at Lady Elliot Island, north-east of the town of Bundaberg in Queensland, Australia, June 11, 2015. REUTERS/David Gray/File Photo
FILE PHOTO: Peter Gash, owner and manager of the Lady Elliot Island Eco Resort, snorkels during an inspection of the reef's condition in an area called the 'Coral Gardens' located at Lady Elliot Island, north-east of the town of Bundaberg in Queensland, Australia, June 11, 2015. REUTERS/David Gray/File Photo
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Hottest Oceans in 400 Years Endanger Great Barrier Reef

FILE PHOTO: Peter Gash, owner and manager of the Lady Elliot Island Eco Resort, snorkels during an inspection of the reef's condition in an area called the 'Coral Gardens' located at Lady Elliot Island, north-east of the town of Bundaberg in Queensland, Australia, June 11, 2015. REUTERS/David Gray/File Photo
FILE PHOTO: Peter Gash, owner and manager of the Lady Elliot Island Eco Resort, snorkels during an inspection of the reef's condition in an area called the 'Coral Gardens' located at Lady Elliot Island, north-east of the town of Bundaberg in Queensland, Australia, June 11, 2015. REUTERS/David Gray/File Photo

Water temperatures in and around Australia's Great Barrier Reef have risen to their warmest in 400 years over the past decade, placing the world's largest reef under threat, according to research published on Thursday.
The reef, the world's largest living ecosystem, stretches for some 1,500 miles (2,400 km) off the coast of the northern state of Queensland. The research is rare in putting the effects of man-made climate change into historical context, as other surveys on damage to the reef have a shorter time frame.
A group of scientists at universities across Australia drilled cores into the coral and, much like counting the rings on a tree, analyzed the samples to measure summer ocean temperatures going back to 1618.
Combined with ship and satellite data going back around a hundred years, the results show ocean temperatures that were stable for hundreds of years begin to rise from 1900 onwards as a result of human influence, the research concluded.
From 1960 to 2024, the study's authors observed an average annual warming for January to March of 0.12°C (0.22°F) per decade, Reuters reported.
Since 2016, the reef has experienced five summers of mass coral bleaching, when large sections of the reef turn white due to heat stress, putting them at greater risk of death.
These summers were during five of the six warmest years in the last four centuries, the study showed.
"The world is losing one of its icons," said Benjamin Henley, an academic at the University of Melbourne and one of the study's co-authors.
"I find that to be an absolute tragedy. It's hard to understand how that can happen on our watch in our lifetime. So it's very, very sad."
The last temperature data point, from January to March of this year, was the highest on record and "head and shoulders" above any other year, Henley said.
Coral reefs protect shorelines from erosion, are home to thousands of species of fish, and are an important source of tourism revenue in many countries.
At least 54 countries and regions have experienced mass bleaching of their reefs since February 2023 as climate change warms the ocean's surface waters, the US National Oceanic and Atmospheric Administration (NOAA) has said.
The Great Barrier Reef is not currently on UNESCO's list of world heritage sites that are in danger, though the UN recommends it should be added.
Australia has lobbied for years to keep the reef - which contributes A$6.4 billion ($4.2 billion) to the economy annually - off the endangered list, as it could damage tourism.
Lissa Schindler, Great Barrier Reef campaign manager at the Australian Marine Conservation Society, said the research showed Australia needed to do more to reduce its emissions.



Professor Sir Edward Byrne to Lead KAUST as President

Professor Sir Edward Byrne AC. SPA
Professor Sir Edward Byrne AC. SPA
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Professor Sir Edward Byrne to Lead KAUST as President

Professor Sir Edward Byrne AC. SPA
Professor Sir Edward Byrne AC. SPA

King Abdullah University of Science and Technology (KAUST) announced on Wednesday the appointment of Professor Sir Edward Byrne AC as its new president, effective September 1.

Byrne's appointment marks a significant milestone for KAUST as the university continues its transformative journey through the implementation of its Accelerating Impact Strategy. His extensive background in academia and industry uniquely positions him to propel KAUST in supporting the goals of Vision 2030 and solidifying its standing as a leading research technology university.

A statement said that by translating research advancements into practical innovations, fostering robust collaborations with public and private sectors, and enhancing KAUST's role in economic development, Byrne will guide the institution into a new era of growth and impact.

His previous roles include President and Principal of King’s College London and President of Monash University, where he led significant expansions and research initiatives. Byrne brings a wealth of experience, expertise and academic excellence across various sectors, said the statement.

“As the University embarks on a new era delivering its Accelerating Impact Strategy, it is an honor to join an academic community at the forefront of translating research into economically productive innovations for the benefit of society across the Kingdom and the world,” the statement quoted Byrne as saying.

"Drawing on my extensive career leading top-ranked global universities and visionary approaches to scientific discovery, I welcome the opportunity to lead an Institution that is paving the way for future progress and is committed to making the discoveries that will power tomorrow.”

Aligned with Vision 2030, KAUST’s focus on research, development and innovation is central to driving economic diversification and technological advancement in the Kingdom. The University's efforts in these areas support the Kingdom's ambitions.

Byrne succeeds Professor Tony Chan, who significantly enhanced KAUST's alignment with Vision 2030, expanding its global research and academic influence.