Multi-resolution dune morphology using Shuttle Radar Topography Mission (SRTM) and dune mobility from fuzzy inference systems using SRTM and altimetric data

Keyphrases

• Dune Mobility 100%
• Multi-resolution 100%
• Dune Morphology 100%
• Shuttle Radar Topography Mission 100%
• Fuzzy Inference System 100%
• Altimetric Data 100%
• Namib Desert 83%
• Dunes 83%
• Desert 66%
• Linear Dunes 50%
• Taklimakan Desert 50%
• Dune Dynamics 33%
• Adaptive Neuro-fuzzy Inference System 33%
• ICESat-2 33%
• Dome 16%
• Dune Formation 16%
• Blown Sand 16%
• Dune Fields 16%
• Wind Pattern 16%
• Long Wavelength 16%
• Sand Control 16%
• Shear Stress 16%
• Complex Morphology 16%
• Survey Technique 16%
• Space Observation 16%
• Planimetric 16%
• Digital Elevation Model 16%
• Sinuosity 16%
• Stoss 16%
• Crestal 16%
• Sand Dunes 16%
• Desert Dunes 16%
• Infrastructure Management 16%
• Climate Change 16%
• Paleoclimate 16%
• Civil Infrastructure 16%
• Prediction Scheme 16%
• Scientific Applications 16%
• Mapping Method 16%
• C-band 16%
• B-spline 16%
• Environmental Applications 16%
• Dune Activity 16%
• Infrastructure Design 16%
• Aeolian Processes 16%
• Wavelet Decomposition 16%
• Paleotopography 16%
• Control System 16%
• Height-to-width Ratio 16%
• Data Prediction 16%
• Main Controlling Factors 16%

Earth and Planetary Sciences

• Shuttle Radar Topography Mission 100%
• Ice, Cloud and Land Elevation Satellite 33%
• Digital Elevation Model 16%
• Dune 16%
• Control System 16%
• Eolian Process 16%
• Paleoclimate 16%
• Wavelet 16%
• Dune Field 16%
• Paleotopography 16%
• Climate Change 16%
• Dune Formation 16%
• C Band 16%
• Morphology 16%
• Splines 16%