The specific red color of Mars comes from the mineral ferhydrite, which is formed only in the presence of cool water, claiming a new study.
Ferihydrite is also formed at lower temperatures than other minerals, which appropriately form the surface of the red planet like a hematit, which was previously considered the main reason for its rose hue.
NASA said in a news release this week, “This shows that Mars may have an environment capable of maintaining liquid water, before it infections billions of years before a dry environment.”
NASA partially funded the study.
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The specific red color of Mars comes from the mineral ferhydrite, which is formed only in the presence of cool water, claiming a new study. (Through AFP Getty Image)
In the study published in Nature Communications this week, the researchers analyzed many Mars mission figures of Mars Mission, including many Mars rovers, and the conclusions were compared to lab experiments “where the team tested how lighting the light furhydrite particles and other minerals interact with simulated martian conditions,” said Nasa.
“Why Mars has been red,” Adam Valentinas, the lead author of the study, said in a statement, it has not been the fundamental question for thousands of years. ”
Valentinas is a postdotoral fellow at Brown University that began studying as PhD. Students in the burn of the University of Switzerland.
He continued, “From our analysis, we believe that ferhydrite is in dust everywhere and perhaps in rock structures.
In this handout released by NASA, a Mars landscape was seen in a photo taken by a panoramic camera on the Mars Exploration Rover Spirit in 2003. (NASA/Jet Propulsion Laboratory/Cornel University through Getty Image)
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The senior writer of the study, Jack Mustard called the study “opportunity to open the door”.
A professor at Brown University, mustard said, “This gives us a better chance to apply the principles of mineral formation and apply conditions to tap back on time.” “What is even more important, however, the return of samples from Mars that is currently being collected by the firm rover. When we get them back, we can actually check and see if it’s correct.”
Research shows that the ancient past of the possibility of Mars had a calm but wet and potentially lustable climate.
The atmosphere of Mars is very cold and then now to support life, but there was abundance of water in the planet billions of years ago, NASA said, which is also clear in the ferhydrite found in its dust.
Laboratory sample of fake Mars dust. (NASA/Adam Valentinas)
“These new conclusions point to a potentially living past for Mars and reveal the value of coordinated research between NASA and its international partners, when discovery of fundamental questions about our solar system and future of space exploration,” The Director of Running Division of NASS Space Center in Garonimo Villanuva, Mary’s Mononims Space Center in Mary’s Running Division of NASS Space Center in Mary, Mary’s Running Divisional. Co-Karna said.
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Valentinas stated that researchers “want to understand the ancient Martian climate, chemical processes on Mars – not only ancient – but also exist.”
He said, “Then there is a habit question: What was the life ever? To understand that, you need to understand the conditions present during the formation of this mineral. From this study that we know from this study indicate the evidence from this study to make ferhydrite and to happen that they are from oxygen, which can be different from all kinds of jauni and water.”
