Stratigraphy and erosional landforms of layered deposits in Valles Marineris, Mars

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Mars Surface, Mineral Deposits, Satellite Imagery, Soil Erosion, Stratigraphy, Valleys, Landforms, Mars Atmosphere, Planetary Evolution, Viking Mars Program, Mars, Valles Marineris, Stratigraphy, Erosion, Layers, Chaotic Terrain, Deposits, Surface, Features, Chasmata, Deposition, Origin, Formation, Source, Hypotheses, Color, Comparison, Spectra, Description, Terrain, Spacecraft Observations, Viking Missions, Mariner 9 Mission, Morphology, History, Geology, Compostion, Eolian Processes, Juventae, Hebes Chasm

Scientific paper

Satellite imagery is used to identify stratigraphy and erosional landforms of 13 layered deposits in the Valles Marineris region of Mars (occurring, specifically, in Gangis, Juventae, Hebes, Ophir-Candor, Melas, and Capri-Eos Chasmata), based on albedo and erosional styles. Results of stratigraphic correlations show that the stratigraphy of layered deposits in the Hebes, Juventae, and Gangis Chasmata are not well correlated, indicating that at least these chasmata had isolated depositional environments resulting in different stratigraphic sequences. On the other hand, the layered deposits in Ophir-Candor and Melas Chasmata appear to have been connected in each chasma. Some of the layered deposits display complexities which indicate changes in space and time in the dominant source materials.

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