Why does Mars show shades of yellow, orange in ESA’s dramatic new satellite image?
Layered patterns surrounding planet's crater suggest that ground contained significant water ice
Mars is commonly known as the Red Planet, but a recent satellite image from the European Space Agency (ESA) displays a vibrant blend of yellows, oranges, and browns. The striking view also highlights an impact crater and four dust devils moving across the terrain.
Taken by the high-resolution camera on ESA’s Mars Express orbiter, the image features Arcadia Planitia — a key region for understanding Mars’ geological past and assessing its potential for future human habitation, reported Space.com.
Located northwest of the solar system’s tallest volcanoes, Arcadia Planitia is notable for its ancient solidified lava flows, estimated to be up to 3 billion years old. Scientists also believe the area contains water ice just beneath the surface, making it a key target for upcoming Mars missions, according to ESA.
The region frequently hosts “dust devils,” which are short-lived, whirlwind-like phenomena formed when warm surface air rises and lifts dust. In the image, four dust devils appear as faint white streaks, crossing from the darker to lighter regions of the plain.
In the lower right corner of the photo, a large impact crater measuring about 9 miles (15 kilometres) wide is visible. The layered patterns surrounding the crater suggest that the ground contained significant water ice at the time of impact. The crater’s relatively intact appearance also indicates it formed recently in geological terms.
-
Anduril acquires ExoAnalytic solutions to bolster ‘Golden Drone’ missile defense capabilities
-
Massive 600-kg NASA satellite to hit Earth Today: Could humans be at risk?
-
Massive 3D map exposes early universe like never before
-
Scientists reveal stunning images of rare deep-sea species & corals off British Caribbean coast
-
Is the world ending? New study finds rise in apocalyptic beliefs worldwide
-
Alien contact attempts may have gone unnoticed for decades, study suggests
-
How NASA’s DART mission successfully shifted an asteroid’s orbit for planetary defense
-
NASA reveals asteroid defense breakthrough to protect Earth from killer space rocks