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NASA’s determined Perseverance rover landed on Mars’ Jezero crater in February, and has since sent humanity closer to the red planet by sending sound bytes, images, and more. Now, researchers say, the rover uses its images to help find out exactly where life is being sought on Mars. Percy touched Jezero Crater and has taken thousands of views of his surroundings since then. We are absolutely in the right place, “said scientists who manage stubbornness.
Their claim is based on an analysis of images sent by the Mars rover. According to the team, the Jezero crater is the floor of a large lake that was once fed by a mixed river flowing in from the west. Although the body of water can survive, it dried up more than 3.5 billion years ago.
Possible microbial residues
Researchers also learned from persistent observation that the river system was connected to the lake. It was at this point that the flow slowed down, resulting in the deposition of sediments, which led to the formation of a wedge-shaped terrain or delta. According to researchers, life could continue here. The team now aims to dig up possible remnants of microorganisms that may have existed billions of years ago.
“The Rover team has long planned to visit the delta because of its potential to hide traces of ancient microbial life. which can be analyzed with powerful laboratory equipment.
Stubbornness is about the rover
Perseverance landed on Mars on February 18, 2021, after traveling 471 million kilometers. The first three months were inactive, as NASA engineers thoroughly inspected all of their equipment before starting work. The Massachusetts Institute of Technology (MIT) has revealed that photos proving the existence of a lake in Jezero were taken by the rover’s two cameras, the Mastcam-Z and the SuperCam Remote Micro-Imager (RMI). Currently, the rover is waiting for the end of the two-week solar eclipse and will perform tasks such as tracking dust devils and analyzing the weather.
Do you study the building materials of ancient Mars life? Looks like a job for SHERLOC & WATSON. My SHERLOC device and WATSON camera help search for organic and minerals altered by aquatic environments. See how we explore potential examples. https://t.co/vAAsFVEgUK pic.twitter.com/1N02ZPf7X3
– NASA’s determination Mars Rover (@NASAPersevere) September 23, 2021
When the sun blocks signals coming in and out of Mars, I stand in a sweet spot between the hills and a rock climb ready for a 2-week solar eclipse. During the silence, I will do things on my own, such as watching the dust devils and walking in the weather. pic.twitter.com/70xSLczS9Q
– NASA’s determination Mars Rover (@NASAPersevere) September 28, 2021
Photo: Twitter / @NASAMars
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