Hydrologic impacts of side inlet storage modifications in an artificially drained agricultural landscape

Keyphrases

• Agricultural Landscape 100%
• Side Inlet 100%
• Hydrologic Impact 100%
• Minnesota 30%
• Hickenbottom 30%
• Riser 20%
• Stage-discharge 20%
• Peak Flow Reduction 20%
• Rock Weirs 20%
• Inlet Control 20%
• Rock Filter 20%
• Ponding 10%
• Laboratory Testing 10%
• Surface Water 10%
• Inlet Design 10%
• System-wide 10%
• Hydrologic Effect 10%
• Small Watershed 10%
• Agricultural Watershed 10%
• Drainage System 10%
• Surface Runoff 10%
• Land Area 10%
• Weir Design 10%
• Drainage Ditch 10%
• Water Balance 10%
• Watershed Area 10%
• Area Ratio 10%
• Manufacturing Data 10%
• LiDAR Data 10%
• Storage Area 10%
• Peak Flow Rate 10%
• Drainage Infrastructure 10%
• Drainage Coefficient 10%
• Design Variants 10%
• EPA-SWMM 10%
• Piping Design 10%
• SWMM Model 10%
• Temporary Storage 10%
• Widespread Adoption 10%
• Area Relationships 10%

Earth and Planetary Sciences

• Farmland 100%
• Side Inlets 100%
• Minnesota 30%
• Peak Flow 30%
• Surface Water 10%
• Geographic Information Systems 10%
• Surface Area 10%
• Flow Velocity 10%
• Return Period 10%
• Water Balance 10%
• Drainage System 10%
• Temporary Storage 10%

Engineering

• Peak Flow 100%
• Flow Rate 33%
• Side Surface 33%
• Area Ratio 33%
• Storage Area 33%
• Surface Water 33%
• Return Period 33%
• Flow Velocity 33%