Michael Troyer The Perseverance rover found that Jezero Crater’s floor is comprised of volcanic rocks that have actually been in with water.
During its initial year examining Mars, NASA’s Perseverance rover has generated the unforeseen discovery of igneous rocks on the Jezero Crater’s botom, revealing the presence of historical water, discoveries which might lead researchers to figure out if life on the red planet was ever habitable.
Volcanic rocks found by Nasa’s Perseverance Mars rover on the depths of the Red Planet’s 3.7-billion-year-old Jezero Crater are giving a tempting clue to how the Martian climate changed.
Scientific researchers received a revelation when NASA’s Perseverance Mars rover started analyzing rocks on the floor of Jezero Crater in spring of 2021: For the reason that the crater carried a lake billions of years ago, they had expected to find sedimentary rock, that would have developed when sand and mud settled in a once-watery environment. Actually, they found out the floor was composed of two kinds of igneous rock, one that formed very deep under the surface from magma, the second from volcanic surface activity.
Igneous rocks are exceptional timekeepers: Crystals within them record information about the exact moment they formed.
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