Mars could have once had sandy beaches and a large ocean, scientists s


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Go back a mere four billion years, and Mars could have been the perfect destination for a summer holiday.

According to scientists, hidden underneath the red planet is evidence that there were once sandy beaches and a large ocean on its surface.

Data obtained from China’s Zhurong rover indicate that the ocean – known as Deuteronilus – would have existed roughly 3.5 to four billion years ago, a time when Mars had a thicker atmosphere and warmer climate.

The rover, which operated from May 2021 to May 2022, travelled about 1.2 miles (1.9km) on the planet, and detected thick layers of material with properties similar to sand around 35-115ft below the surface.

The sand-like material was all sloped in the same direction and at an angle, similar to beaches on Earth, and spanned for three quarters of a mile, researchers said.

Image:
The Chinese Mars rover Zhurong. Pic: AP/CNSA

The study, published in the journal Proceedings of the National Academy of Sciences on Monday, said these beaches would have been formed by similar processes to those on Earth – waves and tides.

The discovery could be crucial in finding out if Mars’s surface supported living organisms.

“Shorelines are great locations to look for evidence of past life,” planetary scientist and co-author of the study, Michael Manga of the University of California, Berkeley, said.

“It’s thought that the earliest life on Earth began at locations like this, near the interface of air and shallow water.”

A screen broadcasts a CCTV state media news bulletin, showing an image of Mars taken by Chinese Mars rover Zhurong as part of the Tianwen-1 mission, in Beijing, China, May 19, 2021. REUTERS/Thomas Peter REFILE - CORRECTING INFORMATION
Image:
An image of Mars taken by Chinese Mars rover Zhurong in 2021. Pic: Reuters

Fellow co-author and Penn State geoscientist, Benjamin Cardenas, added researchers were able to rule out that the structures detected by the rover were ancient rivers or sand dunes.

“Beaches simply fit the observations the best,” he said.

He added: “Dunes tend to come in groups, and these…


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