A Morphometric Investigation of Large-Scale Crustal Shortening on Mars

Keyphrases

• Mars 100%
• Dmax 100%
• Crustal Shortening 100%
• Southern Highlands 100%
• Northern Lowlands 100%
• Mars Surface 66%
• Fault Displacement 66%
• Brittle-ductile Transition 66%
• Displacement Length 66%
• Number of Segments 33%
• Morphometric Analysis 33%
• Hemispheric Differences 33%
• Fourier Transform 33%
• Spectral Analysis 33%
• Local Minima 33%
• Length Ratio 33%
• THEMIS 33%
• Spatial Frequency 33%
• Topographic Data 33%
• Maximum Displacement 33%
• Spectral Frequency 33%
• Scarp 33%
• Flat Geometry 33%
• Thrust Fault 33%
• Planar Faults 33%
• L-ratio 33%
• Large Thrust 33%
• Growth History 33%
• Ramp-flat 33%
• Mechanical Layering 33%
• Spectral numbers 33%
• Fault-propagation Fold 33%
• Fault Dip Angle 33%
• Transition Depth 33%
• Fault Geometry 33%
• S-transform 33%

Earth and Planetary Sciences

• Crustal Shortening 100%
• Ductile-Brittle Transition 100%
• Fault Displacement 100%
• Escarpment 50%
• Spectrum Analysis 50%
• Geological Fault 50%
• Dichotomy 50%
• Fault Geometry 50%