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Boxwork

All articles tagged with #boxwork

Mars Reveals 'Boxwork' Webs: Longer-Lived Water Boosts Habitability Odds
space17 days ago

Mars Reveals 'Boxwork' Webs: Longer-Lived Water Boosts Habitability Odds

NASA’s Curiosity rover spotted boxwork, spiderweb-like formations on Mount Sharp in Gale Crater that were created by minerals left behind as groundwater moved through Martian rock. The findings suggest liquid water persisted much longer in Mars’ history than previously thought, strengthening the possibility that ancient environments could have supported microbial life and expanding the potential window for habitability. The rover continues to navigate rugged terrain to study these structures and refine our understanding of Mars’ water history.

Spiderwebbed Mars rocks hint groundwater lingered longer, fueling life-hunt hopes
science18 days ago

Spiderwebbed Mars rocks hint groundwater lingered longer, fueling life-hunt hopes

NASA’s Curiosity rover captured high-detail views of boxwork—spiderweb-like mineral ridges—in Gale Crater’s Mount Sharp. The structures formed as groundwater moved through rock fractures, depositing minerals that hardened into ridges while surrounding material eroded away. Their presence implies liquid water persisted on Mars longer than previously thought, keeping the door open to past habitability and guiding future searches for ancient life.

Mars boxwork ridges reveal mysterious nodules, hinting at ancient water
science2 months ago

Mars boxwork ridges reveal mysterious nodules, hinting at ancient water

NASA's Curiosity rover photos show giant boxwork ridges on Mount Sharp in Gale Crater now covered with hundreds of tiny egg-like nodules. Scientists are unsure how the nodules formed—possible mineral cementation followed by groundwater activity—though there’s no evidence of life. The findings shed light on Mars’ watery past and how ancient groundwater shaped the landscape.

Mars Rover Uncovers Spiderweb-like Boxwork, Hinting at Prolonged Groundwater
science3 months ago

Mars Rover Uncovers Spiderweb-like Boxwork, Hinting at Prolonged Groundwater

NASA’s Curiosity rover obtained close-up views of Martian boxwork ridges on Mount Sharp, suggesting ancient groundwater flowed through fractures and persisted higher up on the mountain than previously thought. Drill analyses found clay minerals in ridges and carbonates in hollows, with wet-chemistry targeting organic compounds; the findings support a longer-lived habitable window in Mars’ past as the rover continues to explore the sulfate-rich layer.

Curiosity Uncovers Ancient Martian Groundwater Clues in Mount Sharp Boxwork
space3 months ago

Curiosity Uncovers Ancient Martian Groundwater Clues in Mount Sharp Boxwork

Curiosity’s close-up study of Mount Sharp reveals boxwork fractures and nodules formed by ancient groundwater, with clay minerals in ridges and carbonates in hollows; a sample was analyzed with wet chemistry to search for organic compounds, and the rover will move on to explore a sulfate-rich layer to better understand Mars’ changing climate and how long water persisted.

NASA's Curiosity Discovers Ancient Groundwater and Unique Surface Patterns on Mars
science11 months ago

NASA's Curiosity Discovers Ancient Groundwater and Unique Surface Patterns on Mars

NASA's Curiosity rover has captured the first close-up images of large, web-like mineral formations called 'boxwork' on Mars, which are believed to be formed by ancient groundwater activity. These structures, found on Mount Sharp in Gale Crater, could provide insights into Mars' watery past and potential habitability, and contain minerals like calcium sulfate that suggest past water presence.

NASA's Curiosity Rover Uncovers Mysterious Martian Spiderwebs and Surprises
science1 year ago

NASA's Curiosity Rover Uncovers Mysterious Martian Spiderwebs and Surprises

NASA's Curiosity rover is set to explore large spiderweb-like "boxwork" features on Mars, which may provide insights into the planet's watery past. These formations, spanning 6 to 12 miles, are believed to have formed from mineral-rich water, similar to terrestrial boxwork found in caves. Scientists are particularly interested in the minerals within these structures, as they could reveal whether conditions on ancient Mars were suitable for life. Curiosity's exploration of this area is expected to begin in early 2025.