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A mineral very rare on Earth but abundant on Mars found in Antarctica

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Kamal Saini
Kamal S. has been Journalist and Writer for Business, Hardware and Gadgets at Revyuh.com since 2018. He deals with B2b, Funding, Blockchain, Law, IT security, privacy, surveillance, digital self-defense and network policy. As part of his studies of political science, sociology and law, he researched the impact of technology on human coexistence. Email: kamal (at) revyuh (dot) com

In Antarctic ice, scientists have unearthed a mineral that is rarely found on Earth, but is abundant on Mars. It’s called jarosite and it consists of potassium, sulfate, and iron.

This yellow-brown mineral requires water and acid to form. At the moment, these conditions are difficult to find on the red planet, but after the Opportunity rover – also known as MER-B or MER-1, and nicknamed “Oppy”, first discovered jarosite in 2004, the mineral was found in several places on the planet. Scientists still don’t know how it was formed there in such large quantities. 

On Earth, jarosite is a rare mineral that is present in mining waste exposed to air and rain. Study author Giovanni Baccolo, a geologist at the University of Milan-Bicocca, and his colleagues never expected to find the mineral in Antarctica, he told Science.

However, by extracting a 1,600-meter-long ice core from the ground, they found traces of jarosite. They were smaller than grains of sand and buried deep in the ice. 

After examining the particles with an electron microscope, the team deduced that jarosite had formed in muddy pockets within the ice. This finding suggests that the mineral formed in the same way on Mars, although on the red planet jarosite appears in meter-thick deposits and not as a few scattered grains, says Megan Elwood Madden, a geochemist at the University of Oklahoma ,who was not part of the study. 

These thick plates of jarosite may have formed on Mars because the planet has infinitely more dust than Antarctica and jarosite is formed from dust, Baccolo noted. 

“This is only the first step in relating the deep ice of Antarctica to the Martian environment,” he added.

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