Crystalline treasures beneath weathered scars. Crystal shard veins on Mars

Considering the process of erosion on Mars and how it leads to the discovery of crystal shard veins by the Curiosity rover. Erosion on Mars is predominantly caused by wind and weathering action, which gradually wears down the planet’s surface over time. As weathering and erosion occur, subsurface layers containing crystal shard veins are exposed. Curiosity rover, equipped with advanced instruments, analyzes the composition of these veins. Recent research findings indicate that the crystal shard veins on Mars likely formed through hydrothermal processes and mineral-rich fluids. Visual representation of the rover presented via animation in the form of 4K-resolution. To visualize these remarkable geological features and enhances our understanding of Mars’ geology. Join us in this video to learn more about erosion, crystal shard veins, and the exciting discoveries made by the Curiosity rover on Mars. Processing of several images made by iGadgetPro. Image data: NASA/JPL-Caltech/MSSS For more images visit: Animation, visuals and renders made by iGadgetPro Like and Subscribe! Timecodes 0:00 - Intro 0:20 - Weathering and erosion on Mars 0:40 - Stereoscopic of the Crystal Shard Veins 1:25 - Exposing subsurface layers on Mars 1:53 - Formation and composition of Crystal Shard Veins 2:10 - Animation of Curiosity at Mount Sharp 2:35 - Credits #Curiosity #Mars #Crystal #Veins #Geology