Life on Mars? Patience confirms the signs of a flooded lake

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The study published in Science, the first since the Perseverance landing, provides many details about the history of the crater, which is about 35 kilometers in diameter.

Coming from a 40-meter-high hill called Kodiak, these layers, astro-geologist Nicholas explained, are “clay or sandy deposits, in which organic matter is easy to preserve.” Mangold, one of the study’s authors.

According to Sylvester Morris, of the Research Institute of Astrophysics and Planetary Science at Paul Sabatier University, in Toulouse, the images indicate the presence of organic matter deep in the soil and in sediment deposits in the river delta.

‘organic matter’

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  • Sent via satellite, they confirmed what was observed from orbit: signals in the crater the lake It indicates that about 3.6 billion years ago there was a closed lake fed by a river.

  • The Supercam made it possible to identify sediment layers that are “a great candidate for finding signs of past life,” the French National Center for Scientific Research (CNRS) explained.

Living organisms produce this type of substance – a mixture of complex molecules of carbon, hydrogen, nitrogen and a little bit of oxygen.

This confirms the interest of astrobiology in Jezero crater [ciência que estuda a vida no universo]”It is to explain.

The persistence also revealed the unexpected presence of large stones and boulders, indicating the presence of strong river currents in the past. According to the study, the end of the crater period will be associated with greater climate change.

“What kind of climate generated this shift? Desertification or glaciation? That’s what we’re investigating,” Mangold said. All these observations, made by the probe at a distance of more than two kilometers from the studied geological formations, will now allow the equipment to focus on collecting samples, which will have to be brought to Earth by 2030 for examination.

Two other robots, Curiosity and Insight, are currently exploring other points on Mars. In September 2022, the Russian-European ExoMars mission is expected to send a robot to Mars designed to drill into the land of the Red Planet more than a meter deep, an unheard of feat.