The Nahal Oz Reservoir dam-break flood: Geomorphic impact on a small ephemeral loess-channel in the semi-arid Negev Desert, Israel

Keyphrases

• Agricultural Fields 66%
• Agricultural Property 33%
• Anthropogenic Infrastructure 33%
• Artificial Flood 33%
• Attenuation 33%
• Attenuation Rate 33%
• Available Energy 33%
• Bank Erosion 33%
• Bankfull 33%
• Channel Erosion 33%
• Channel Geometry 66%
• Channel Recovery 33%
• Channel Scour 33%
• Channel Widening 33%
• Cross-sectional Area 33%
• Dam-break Flood 100%
• Dense Vegetation 33%
• Desert Environment 33%
• Dike 33%
• Drainage Network 33%
• Dry Summer 33%
• Ephemeral Streams 33%
• Eroded Sediment 33%
• Erodible 66%
• Erosion Evolution 33%
• Evolution Process 33%
• Fine Sediment 33%
• Flood Attenuation 33%
• Flood Events 33%
• Flood Mapping 33%
• Floodplain 33%
• Floodwater 33%
• Geomorphic Impacts 100%
• Geomorphic Response 33%
• High Transmission 33%
• High-magnitude Flood 33%
• Highest Peak 33%
• Irrigation 33%
• Irrigation Water 33%
• Israel 100%
• Loess 100%
• Loess Erosion 33%
• Maximum Shear Stress 33%
• Natural Flow Regime 33%
• Negev Desert 100%
• Neighborhood Field 33%
• Peak Discharge 100%
• Post-flood 33%
• Recovery Process 33%
• Reservoir Dam 100%
• Sediment Bed 33%
• Semi-arid 100%
• Sewage Water 33%
• Shallow Water Flows 33%
• Source Area 33%
• Spillway 33%
• Stream Power 33%
• Summer Months 33%
• Transmission Loss 100%
• Watercourses 33%

Earth and Planetary Sciences

• Bank Erosion 33%
• Drainage Network 33%
• Dyke (Water management) 33%
• Ephemeral Stream 33%
• Flood Plain 33%
• Israel 100%
• Peak Discharge 100%
• Spillway 33%
• Vegetation 33%
• Watercourse 33%