KAUST Releases New Study on Climate Change and Causes of Floods in Arabian Gulf Region

KAUST Releases New Study on Climate Change and Causes of Floods in Arabian Gulf Region
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KAUST Releases New Study on Climate Change and Causes of Floods in Arabian Gulf Region

KAUST Releases New Study on Climate Change and Causes of Floods in Arabian Gulf Region

A new study by King Abdullah University of Science and Technology (KAUST) exposed the serious dangers climate change poses to the Arabian Gulf region, reported the Saudi Press Agency on Saturday.

Researchers warned about the potential of catastrophic flooding, which could overwhelm existing infrastructure and lead to significant loss of life and damage the economy, due to the rise in temperatures and more frequent rainfall, as observed in the recent extreme weather in the UAE and Oman.

Unless drastic action is taken to decrease greenhouse gas emissions, the region’s maximum annual rainfall could rise by 33% by the end of this century, the study said, stressing that many areas in the Gulf lack the infrastructure needed to cope with the uncharacteristic weather brough about by climate change.

With its extensive satellite data on the oceans and atmosphere of the region, as well as its highly regarded supercomputer lab, KAUST has unmatched resources for gaining a deep understanding of climate risks. This gives the university a vital role in comprehending and getting ready for the forecast challenges.



Latest Tests Show Seine Water Quality Was Substandard When Paris Mayor Took a Dip

 Boats carrying members of delegations sail along the Seine during the opening ceremony of the Paris 2024 Olympic Games on July 26, 2024. (AFP)
Boats carrying members of delegations sail along the Seine during the opening ceremony of the Paris 2024 Olympic Games on July 26, 2024. (AFP)
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Latest Tests Show Seine Water Quality Was Substandard When Paris Mayor Took a Dip

 Boats carrying members of delegations sail along the Seine during the opening ceremony of the Paris 2024 Olympic Games on July 26, 2024. (AFP)
Boats carrying members of delegations sail along the Seine during the opening ceremony of the Paris 2024 Olympic Games on July 26, 2024. (AFP)

Tests results released Friday showed the water quality in the River Seine was slightly below the standards needed to authorize swimming — just as the Paris Olympics start.

Heavy rain during the opening ceremony revived concerns over whether the long-polluted waterway will be clean enough to host swimming competitions, since water quality is deeply linked with the weather in the French capital.

Paris Mayor Anne Hidalgo took a highly publicized dip last week in a bid to ease fears. The Seine will be used for marathon swimming and triathlon.

Daily water quality tests measure levels of fecal bacteria known as E. coli.

Tests by monitoring group Eau de Paris show that at the Bras Marie, E. coli levels were then above the safe limit of 900 colony-forming units per 100 milliliters determined by European rules on June 17, when the mayor took a dip.

The site reached a value of 985 on the day the mayor swam with Paris 2024 chief Tony Estanguet and the top government official for the Paris region, Marc Guillaume, joined her, along with swimmers from local swimming clubs.

At two other measuring points further downstream, the results were below the threshold.

The statement by Paris City Hall and the prefecture of the Paris region noted that water quality last week was in line with European rules six days out of seven on the site which is to host the Olympic swimming competitions.

It noted that "the flow of the Seine is highly unstable due to regular rainfall episodes and remains more than twice the usual flow in summer," explaining fluctuating test results.

Swimming in the Seine has been banned for over a century. Since 2015, organizers have invested $1.5 billion to prepare the Seine for the Olympics and to ensure Parisians have a cleaner river after the Games. The plan included constructing a giant underground water storage basin in central Paris, renovating sewer infrastructure, and upgrading wastewater treatment plants.