Australia Tackles Poor Great Barrier Reef Water Quality

This underwater photo taken on April 5, 2024, shows bleached and dead coral around Lizard Island on the Great Barrier Reef, located 270 kilometers north of the city of Cairns. (Photo by DAVID GRAY / AFP)
This underwater photo taken on April 5, 2024, shows bleached and dead coral around Lizard Island on the Great Barrier Reef, located 270 kilometers north of the city of Cairns. (Photo by DAVID GRAY / AFP)
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Australia Tackles Poor Great Barrier Reef Water Quality

This underwater photo taken on April 5, 2024, shows bleached and dead coral around Lizard Island on the Great Barrier Reef, located 270 kilometers north of the city of Cairns. (Photo by DAVID GRAY / AFP)
This underwater photo taken on April 5, 2024, shows bleached and dead coral around Lizard Island on the Great Barrier Reef, located 270 kilometers north of the city of Cairns. (Photo by DAVID GRAY / AFP)

Australia on Friday launched a multi-million dollar effort to stop pesticide runoff and other water quality issues on the Great Barrier Reef, the latest effort to save the ailing natural wonder.

Environment Minister Tanya Plibersek unveiled a US$130 million bid to reduce nutrient and pesticide runoff, improve invasive species management, and support better land management across some of the most vulnerable spots along the reef, Agence France Presse reported.

Often dubbed the world's largest living structure, the Great Barrier Reef is a 2,300-kilometer (1,400-mile) long expanse, home to a stunning array of biodiversity that includes more than 600 types of coral and 1,625 fish species.

But repeated mass bleaching events -- when extreme heat saps the coral of nutrients and color -- threaten the reef's fragile ecosystem.

Mass bleaching events along the reef occurred in 1998, 2002, 2016, 2017, 2020, 2022 and now 2024.

Such is the damage to the reef that the UN's cultural organization UNESCO has weighed labelling the world heritage site "at risk,” a move that could put millions of tourist dollars at risk.

Plibersek said the latest funding was vital to stop some of the other problems plaguing the ecosystem and "make sure the beauty and majesty of the Reef can be enjoyed for our kids and grandkids.”

"Sediment run-off is one of the biggest threats to the Great Barrier Reef," she said.

"Poor water quality stops coral from regrowing, kills seagrass, and blocks the sunlight needed for a healthy reef."

This year's bleaching event has left 81 percent of the reef with extreme or high levels of damage -- one of the most severe and widespread on record, the latest government data shows.

It will take scientists a few more months to determine how much of the reef is beyond recovery.

Coral bleaching occurs when water temperatures rise more than one degree Celsius (1.8 degrees Fahrenheit).

Australian Marine Conservation Society marine ecologist Lissa Schindler welcomed the government's funding boost but said more needed to be done to address the root cause of climate change.

Historically, investment had been spread thin across the reef rather than a targeted approach, she said.

"Water pollution is one of the biggest threats to the reef outside of climate change," she told AFP.

"The reef needs every bit of help it can get."

But Australia, one of the world's largest gas and coal exporters, has only recently set targets to become carbon neutral.



Chinese Scientists Use Lunar Soil to Produce Water

Using the new method, one tonne of lunar soil will be able to produce about 51-76 kg of water - EPA
Using the new method, one tonne of lunar soil will be able to produce about 51-76 kg of water - EPA
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Chinese Scientists Use Lunar Soil to Produce Water

Using the new method, one tonne of lunar soil will be able to produce about 51-76 kg of water - EPA
Using the new method, one tonne of lunar soil will be able to produce about 51-76 kg of water - EPA

Chinese scientists have discovered a "brand-new method" of producing large quantities of water using lunar soil brought back from a 2020 expedition, state broadcaster CCTV reported on Thursday.

In 2020, China's Chang'e-5 mission marked the first time humans retrieved lunar samples in 44 years. Researchers from the state-run Chinese Academy of Sciences discovered that the minerals in this 'moon soil' contain large amounts of hydrogen, which reacts with other elements when heated to very high temperatures, producing water vapour, CCTV reported, according to Reuters.

"After three years of in-depth research and repeated verification, a brand-new method of using lunar soil to produce large amounts of water was discovered, which is expected to provide important design basis for the construction of future lunar scientific research stations and space stations," said CCTV.

The discovery could have important implications for China's decades-long project of building a permanent lunar outpost amid a US-China race to find and mine the moon's resources.

NASA head Bill Nelson has repeatedly raised the alarm about the rapid advances in China's space program and the possibility of Beijing dominating the most resource-rich locations on the moon.

Using the new method, one tonne of lunar soil will be able to produce about 51-76 kg of water, equivalent to more than a hundred 500ml bottles of water, or the daily drinking water consumption of 50 people, the state broadcaster said.

China hopes that recent and future lunar expeditions will set the foundations to build the International Lunar Research Station (ILRS), an initiative it is co-leading with Russia.

China's space agency has set 2035 as the date by when a "basic station" on the moon's south pole will be built, with a moon-orbiting space station added by 2045.

The announcement of the discovery comes at a time when Chinese scientists are already conducting experiments on lunar samples brought back in June by the Chang'e-6 mission.

While the Chang'e-5 mission brought back samples from the near side of the moon, Chang'e-6 retrieved lunar soil from the far side of the moon, which perpetually faces away from the Earth.

The importance of lunar water goes beyond making permanent human presence viable. NASA's Nelson told NPR in May that water found on the moon could be used to create hydrogen rocket fuel which could fuel further space exploration to Mars and other destinations.