Paleohydrology of extraordinary floods along the Swakop River at the margin of the Namib Desert and their paleoclimate implications

Keyphrases

• Paleoclimate 100%
• Large Floods 100%
• Paleohydrology 100%
• Namib Desert 100%
• Annual Exceedance Probability 60%
• Late Pleistocene 40%
• Paleofloods 40%
• Peak Discharge 40%
• Optically Stimulated Luminescence 40%
• River Basin 40%
• Paleoflood Records 40%
• Little Ice Age 40%
• Mid-Holocene 20%
• Distribution Estimates 20%
• Rainfall 20%
• Moisture Availability 20%
• Historical Records 20%
• Semi-arid Climate 20%
• Hydroclimatic Variability 20%
• Climatic Conditions 20%
• Two-component 20%
• Extreme Floods 20%
• Flood Storage 20%
• Calcrete 20%
• Ephemeral River 20%
• Maximum Likelihood Method 20%
• Late Holocene 20%
• Luminescence Ages 20%
• Wet Climate 20%
• Dry Climate 20%
• Water Restriction 20%
• Flood Magnitude 20%
• Historical Floods 20%
• Basin Area 20%
• Flooding Regime 20%
• Early 20th Century 20%
• Flow Regime 20%
• Wet Periods 20%
• Extreme Value Distribution 20%
• Third Period 20%
• Human Use 20%
• Hydrological Regime 20%
• Flood Frequency Analysis 20%
• Dense Vegetation 20%
• Complete Records 20%
• 19th-20th Century 20%
• Rhizoliths 20%
• Latte Period 20%
• Hydrology &Water Resources 20%
• Hydrological Methods 20%
• Kalahari Desert 20%
• Groundwater Seepage 20%
• High Moisture 20%

Earth and Planetary Sciences

• Paleoclimate 100%
• Paleoflood 100%
• Paleohydrology 100%
• Holocene 50%
• Late Pleistocene 50%
• Peak Discharge 50%
• Little Ice Age 50%
• Vegetation 25%
• Water Resource 25%
• Calcrete 25%
• Drainage Basin 25%
• Flood Frequency 25%
• River Basin 25%
• Frequency Analysis 25%