Gullies on a martian sand dune
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Gullies on a martian sand dune
Gullies on a Martian sand dune. Coloured satellite image of gullies on a sand dune within Russell Crater, Mars. The source of the gullies is not known. They may have been carved in the past by liquid water, or may be a result of recent landslides. The surface also has faint tracks which were created by martian dust devils that lifts off the surface dust to reveal darker sand beneath. Image obtained by the High Resolution Imaging Science Experiment (HiRISE) camera on NASAs Mars Reconnaissance Orbiter (MRO) on 16th May 2009. The width of this image is roughly 1.2 kilometres across
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Media ID 6282579
© NASA/JPL/UNIVERSITY OF ARIZONA/SCIENCE PHOTO LIBRARY
2009 Arid Channel Channels Desert Erosion From Space Geological Gullies Gully Hi Rise High Resolution Imaging Hirise Camera Land Slide Mars Mars Reconnaissance Orbiter Martian Nasa Planetary Science Planetary Surface Sand Dune Sand Dunes Satellite Image Solar System Space Mission Surface Tracks Trails Water On Mars Wind Blown Dust Devil Landslides
EDITORS COMMENTS
This print showcases the mesmerizing beauty of Martian sand dunes, specifically gullies within Russell Crater. The colored satellite image reveals intricate patterns and formations that have left scientists intrigued about their origins. The source of these enigmatic gullies remains unknown, leaving room for speculation. It is possible that they were carved in the past by liquid water or formed more recently due to landslides. The surface of this Martian landscape also exhibits faint tracks created by dust devils, which lift off the dusty top layer to expose darker sand beneath. These wind-blown trails add a dynamic element to the scene, showcasing the ever-changing nature of Mars' environment. Captured on May 16th, 2009, by NASA's Mars Reconnaissance Orbiter using its High Resolution Imaging Science Experiment (HiRISE) camera, this image spans approximately 1.2 kilometers across. Its high resolution allows us to marvel at every detail and gain valuable insights into planetary science. As we explore our neighboring planet through space missions like MRO, images like these remind us of the vastness and diversity present within our solar system. This photograph serves as a testament to humanity's continuous quest for knowledge about distant worlds and highlights both the arid nature of Mars' surface and its potential history with water erosion.
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