A holistic view on avulsion dynamics in a dryland river fan based on comprehensive geomorphological analysis

Earth and Planetary Sciences

• Avulsion 100%
• River 100%
• View 100%
• Crevasse 50%
• Flood Plain 50%
• Gradient 30%
• Criterion 20%
• River System 20%
• Stream 20%
• Parameter 20%
• Switch 20%
• Parent 20%
• Slope 10%
• Architecture 10%
• Elevation 10%
• Channel Change 10%
• Domain 10%
• Flood 10%
• Investigation 10%
• Proportion 10%
• Geomorphological Response 10%
• Increasing 10%
• Progradation 10%
• Mitigation 10%
• Runoff 10%
• Alluvial Plain 10%
• Model 10%
• Shape 10%
• Stacking 10%
• Ratio 10%
• Approach 10%
• Risk Analysis 10%
• Support 10%
• Ephemeral Stream 10%
• Vegetation 10%
• Global Positioning System 10%
• Descent 10%
• Relief 10%

INIS

• dynamics 100%
• fans 100%
• rivers 100%
• streams 25%
• hydraulics 16%
• switches 16%
• increasing 8%
• surfaces 8%
• dendrites 8%
• levels 8%
• capacity 8%
• drainage 8%
• distance 8%
• morphology 8%
• testing 8%
• sediments 8%
• gps 8%
• risk analysis 8%
• floods 8%
• mitigation 8%
• architecture 8%
• geomorphology 8%
• elevation 8%
• vegetation 8%
• deposition 8%