Thursday, May 28, 2026
Contact    |    RSS icon Twitter icon Facebook icon  
Unexplained Mysteries Support Us
You are viewing: Home > News > Science & Technology > News story
Welcome Guest ( Login or Register )  
All ▾
Search Submit

Science & Technology

Hidden ocean found beneath Chinese desert

By T.K. Randall
August 10, 2015
Desert sands
Image: AI-generated (Midjourney)
Scientists in China have discovered what appears to be a vast ocean beneath the arid Tarim basin.
Water can be found in some of the most unexpected of places and now the Tarim basin in northwestern Xinjiang, a region that is generally regarded as one of the driest places on Earth, appears to be hiding an entire ocean beneath its deceptively desolate surface.

The scientists behind the discovery have indicated that this hidden subterranean reservoir could contain ten times more water than all of the Great Lakes in the United States put together.
"This is a terrifying amount of water," said Prof Li Yan who led the study. "Never before have people dared to imagine so much water under the sand. Our definition of desert may have to change."

The water is thought to have accumulated below the desert thanks to melt water running down from the nearby mountains and while researchers had long suspected that they would find at least some water beneath the sand it hadn't been clear until now just how much there actually was.

The hunt is now on to determine if similar oceans could exist underneath other deserts as well.

Source: IB Times




Other news and articles
Our latest videos Visit us on YouTube
Our new book is out now!
Book cover

The Unexplained Mysteries
Book of Weird News

 AVAILABLE NOW 

Take a walk on the weird side with this compilation of some of the weirdest stories ever to grace the pages of a newspaper.

Click here to learn more

We need your help!
Patreon logo

Support us on Patreon

 BONUS CONTENT 

For less than the cost of a cup of coffee, you can gain access to a wide range of exclusive perks including our popular 'Lost Ghost Stories' series.

Click here to learn more

Recent news and articles