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Elysium Planitia

All articles tagged with #elysium planitia

space2 years ago

"Surprising Evidence of Recent Volcanic Activity and Ancient Microbial Life on Mars"

Researchers from the University of Arizona have used spacecraft images and ground penetrating radar data to create 3D reconstructions of lava flows in Mars' Elysium Planitia, revealing evidence of recent volcanic activity on the Red Planet. The team discovered over 40 volcanic events, with the largest filling a Martian valley with almost 1,000 cubic miles of basalt. These findings challenge the notion that Mars is geologically inactive and have implications for the planet's potential to harbor microbial life. The research also suggests that volcanic activity may have brought water to the Martian surface, which could be important for future crewed missions.

spaceplanetary-science2 years ago

Surprising Volcanic Activity Uncovered on Mars

A new survey using satellite imagery and ground penetrating radar has revealed signs of volcanic activity on Mars that is much more recent than previously thought. The study conducted over the Elysium Planitia plain suggests that volcanic activity has occurred within the last 120 million years, with some eruptions dating back just 1 million years ago. The discovery indicates that Mars might still be volcanically active and could potentially have large water ice deposits underground. The findings shed light on the planet's geologic and magmatic state, as well as its aqueous history.

space2 years ago

Mars Unveils Surprising Volcanic Activity

A new study led by researchers at the University of Arizona reveals that Mars has a more tumultuous geologic past than previously thought. The study provides a detailed three-dimensional map of volcanic features in the Elysium Planitia region, showing evidence of enormous amounts of lava erupting as recently as 1 million years ago. The volcanic activity interacted with water, resulting in large flood events that carved out deep channels. The findings have implications for understanding Mars' past and the potential for life on the planet.