Application of physically based semi-distributed hec-hms model for flow simulation in tributary catchments of kaohsiung area taiwan

Keyphrases

• Taiwan 100%
• Kaohsiung 100%
• Physically-based 100%
• Flow Simulation 100%
• Hydrologic Engineering Center-Hydrologic Modeling System (HEC-HMS) 100%
• Semi-distributed 100%
• HEC-HMS Model 100%
• Ungauged Catchments 66%
• Water Management 33%
• Hydrological Model 33%
• Surface Runoff 33%
• Hydrologic Processes 33%
• Coefficient of Determination 33%
• Model Performance 33%
• Land Use 33%
• Dry Season 33%
• Wet Season 33%
• Physical Parameters 33%
• Digital Elevation Model 33%
• Design Flow 33%
• Quantitative Estimation 33%
• Hydrologic Modeling 33%
• Hydrograph 33%
• Rainfall-runoff Modeling 33%
• Meinong 33%
• Parameter Calibration 33%
• Nash-Sutcliffe Efficiency 33%
• Water Resources Planning 33%
• Creek 33%
• Hydrometeorological Data 33%
• Future Climate Scenarios 33%
• Ungauged 33%
• Unit Hydrograph Method 33%
• Muskingum Method 33%
• Flow Routing 33%
• Water Resources Availability 33%
• SCS-CN 33%
• Soil Conservation Service 33%
• HEC-GeoHMS 33%
• Service Unit 33%

Earth and Planetary Sciences

• Taiwan 100%
• Soil Conservation 100%
• Wet Season 50%
• Dry Season 50%
• Digital Elevation Model 50%
• Water Resources Development 50%
• Hydrological Modeling 50%
• Rainfall-Runoff Modeling 50%
• Resource Availability 50%
• Unit Hydrograph 50%
• Land Use 50%
• Hydrograph 50%