Martian sedimentation is primarily aeolian with the principal source areas being the cratered highlands. Lighter albedo in areas of sedimentation may be due to minerals of smaller grain size and/or lighter specific gravity. Martian erosion sedimentation seems to be active as evidenced by removal and/or burial of ejecta mounds and ray ejecta patterns around fresh bowl shaped craters. It is suggested that at least some chaotic terrain may be formed by aeolian removal of material in areas of closely spaced faulting. Transitional areas between uplands and basins are sometimes muted by down slope winds
Aeolian processes are important in modifying the surface of Mars at present, and appear to have been...
Mariner 6 and 7 photographs were used to investigate the nature and importance of linear surface tre...
Multiple arcs of rugged mountains and adjacent plains on the surface of Mars were examined. These fe...
Mariner 6 and 7 pictures show that craters are the dominant landform on Mars and that their occurren...
Preliminary results are reported of an investigation which involves wind tunnel simulations, geologi...
Global and regional patterns on Mars were inferred from surface aeolian features, such as wind strea...
Craters are the most prevalent basins and potential depo-centers of sediment on Mars. Within these c...
One of the most important discoveries of the Mariner 9 and Viking missions to Mars was evidence of c...
The Mariner 6 and 7 pictures have provided significant clues to the nature of the light and dark mar...
Mariner 6 and 7 photographs reveal two types of uncratered terrain on Mars. These are descriptively ...
Aeolian processes are probably the dominant ongoing surface process on Mars; Large Dark Dunes (LDDs)...
Ancient sediments provide archives of climate and habitability on Mars. Gale Crater, the landing sit...
Viking orbiter image frames 442B01-10, at 8 m/pxl resolution show that valley floors are not smooth ...
Transient phenomena on Mars have long been recognized in Mariner and Viking images as well as in dec...
The martian surface is a natural laboratory for testing our understanding of the physics of aeolian ...
Aeolian processes are important in modifying the surface of Mars at present, and appear to have been...
Mariner 6 and 7 photographs were used to investigate the nature and importance of linear surface tre...
Multiple arcs of rugged mountains and adjacent plains on the surface of Mars were examined. These fe...
Mariner 6 and 7 pictures show that craters are the dominant landform on Mars and that their occurren...
Preliminary results are reported of an investigation which involves wind tunnel simulations, geologi...
Global and regional patterns on Mars were inferred from surface aeolian features, such as wind strea...
Craters are the most prevalent basins and potential depo-centers of sediment on Mars. Within these c...
One of the most important discoveries of the Mariner 9 and Viking missions to Mars was evidence of c...
The Mariner 6 and 7 pictures have provided significant clues to the nature of the light and dark mar...
Mariner 6 and 7 photographs reveal two types of uncratered terrain on Mars. These are descriptively ...
Aeolian processes are probably the dominant ongoing surface process on Mars; Large Dark Dunes (LDDs)...
Ancient sediments provide archives of climate and habitability on Mars. Gale Crater, the landing sit...
Viking orbiter image frames 442B01-10, at 8 m/pxl resolution show that valley floors are not smooth ...
Transient phenomena on Mars have long been recognized in Mariner and Viking images as well as in dec...
The martian surface is a natural laboratory for testing our understanding of the physics of aeolian ...
Aeolian processes are important in modifying the surface of Mars at present, and appear to have been...
Mariner 6 and 7 photographs were used to investigate the nature and importance of linear surface tre...
Multiple arcs of rugged mountains and adjacent plains on the surface of Mars were examined. These fe...