
Called ferrihydrite, this iron mineral formed during a cold, wet period on early Mars under oxidative conditions, followed by a transition to the current hyper-arid environment.
The post Water-Rich Iron Mineral May Be Main Culprit behind Mars’ Red Color appeared first on Sci.News: Breaking Science News.
Called ferrihydrite, this iron mineral formed during a cold, wet period on early Mars under oxidative conditions, followed by a transition to the current hyper-arid environment.
The post Water-Rich Iron Mineral May Be Main Culprit behind Mars’ Red Color appeared first on Sci.News: Breaking Science News. Featured, Planetary Science, Space Exploration, Climate, Color, Dust, Early Mars, Ferrihydrite, Habitability, Iron, Mars, Mineral, Paleoclimate, Planet, Solar System, Water Sci.News: Breaking Science News