Runoff generation, rill erosion and time-scales for hyper-arid abandoned alluvial surfaces, the Negev desert, Israel

Keyphrases

• Israel 100%
• Hyperarid 100%
• Runoff Generation 100%
• Negev Desert 100%
• Gully Erosion 100%
• Rill Erosion 100%
• Hydrological Characteristics 66%
• Arava Valley 66%
• Jordan 33%
• Surface Changes 33%
• Friction Reduction 33%
• Changes with Time 33%
• Aqaba 33%
• Grain Size Analysis 33%
• Surface Roughness 33%
• Infiltration 33%
• Risk Assessment 33%
• Hydrological Response 33%
• Surface Properties 33%
• Eilat 33%
• Surface Soil 33%
• GIS Analysis 33%
• Drainage Network 33%
• Climatic Fluctuations 33%
• Clast 33%
• Dust Accumulation 33%
• Tectonic Activity 33%
• Simulated Rainfall Experiment 33%
• Desert Soil 33%
• Soil Measurements 33%
• OSL Dating 33%
• Salt Accumulation 33%
• Hyperarid Climate 33%
• Rainfall-runoff Modeling 33%
• Soil Development 33%
• Erosive Processes 33%
• Desert Pavement 33%
• Depositional Evolution 33%
• Surface Age 33%
• Soil Description 33%
• Surface Description 33%
• Surface Weathering 33%
• Late Pleistocene-Holocene 33%
• Desert Landscape 33%
• Model Risk 33%
• Terrestrial Laser Scanning 33%
• Soil Evolution 33%
• Spaceborne Lidar 33%
• Surficial 33%
• Runoff Erosion 33%

Earth and Planetary Sciences

• Israel 100%
• Rill 100%
• Timescale 100%
• Gully Erosion 100%
• Holocene 33%
• Pedogenesis 33%
• Geographic Information System 33%
• Grain Size 33%
• Hydrological Response 33%
• Jordan 33%
• Late Pleistocene 33%
• Drainage Network 33%
• Tectonics 33%
• Surface Property 33%
• Optical Radar 33%
• Surface Roughness 33%
• Erosional Process 33%
• Terrestrial Laser Scanning 33%
• Desert Soil 33%