Eyed as the main property, Mars currently occupies space innovation seekers. Billions are spent in the race to bring people…
Eyed as the main property, Mars currently occupies space innovation seekers. Billions are spent in the race to bring people to the planet, but can the unclean landscape be emptied? A new oxygen study gives hope.
SpaceX, Blue Origin and Boeing all aspire to put people on earth by the red planet. The American Space Agency NASA has a long-lasting interest, while Russia and even the United Arab Emirates each outlined their ability to come to what data suggests is a sparse, unsustainable landscape.
A new study on the cold, desert world can provide new discoveries for explorers, considering that it proposes the disposal of burning water may contain enough oxygen to support microbial life.
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Published in Nature Journal, the study led by scientists at NASA’s Jet Propulsion Laboratory in Pasadena. Using atmospheric models to test how oxygen can react in water under the surface of the red plane, the team found evidence that the life-sustaining chemical element could be present to a greater extent than expected.
“Even at the borders of the uncertainties, our results indicate that there may be near surface environments on Mars with sufficient O2 available for aerobic microbes to breathe”, study states.
The study found that “high concentrations” were likely to be in polar regions due to lower temperatures observed in the foreign environment. “Our results can help explain the formation of high oxidized phases in Martian Rocks observed with Mars rovers, and mean that opportunities for aerobic life can exist on modern Mars”, . of water has been found disappearing on Mars, but over the years geological evidence obtained by NASA robbers explains that the planet once was water. In 201
5, NASA’s Mars Reconnaissance Orbiter returned data showing hydrated minerals, which gives rise to the belief that floating water flows intermittently on the planet.
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Talking about development, the study’s lead author Vlada Stamenković said the discovery could change everything.
“That’s Satisfactory; We never thought the environment could have so much oxygen. It completely changes our understanding of life’s potential today,” he said. he told National Geographic.
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