Mars features ancient, pristine landscapes because it lacks Earth&rsquo;s resurfacing processes like plate tectonics and flowing water. Recently, <a href="https://www.mid-day.com/news/world-news/article/curiosity-finds-diverse-organics-in-gale-crater-hinting-at-life-building-chemistry-23626889" target="_blank" rel="none noopener">NASA&rsquo;s Curiosity</a> rover captured images of small, 4-to-8-cm polygonal features.
Similar patterns observed in a 2023 study were linked to intense wet-dry cycles during the Noachian-Hesperian transition 3.6 to 3.8 billion years ago &mdash; an era when Mars may have had an Earth-like climate.&nbsp;
Scientists are conducting further research to confirm the exact formation process for these new shapes.
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NASA’s Curiosity rover has captured 4-to-8-cm polygonal features on Mars, prompting scientists to investigate how the unusual shapes formed

NASA’s Curiosity rover spots mysterious polygonal patterns on Mars

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Scientists are conducting further research to confirm the exact formation process for these new shapes

NASA’s Curiosity rover captures tiny polygonal features on ancient Martian landscape

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Home / News / World News / Article / NASA’s Curiosity rover captures tiny polygonal features on ancient Martian landscape