Water and nutrient balances in a large tile-drained agricultural catchment: A distributed modeling study

Keyphrases

• Agricultural Basin 50%
• Agricultural Catchment 100%
• Annual Runoff 50%
• Chemical Processes 50%
• Coupled Water 50%
• Crop Harvest 50%
• Denitrification 50%
• Distributed Model 50%
• Distributed Modeling 100%
• Dry Year 100%
• Excess Flow 50%
• Hillslope 50%
• Hydraulic Conditions 50%
• Hydrologic Conditions 50%
• Illinois 50%
• In-stream 50%
• Interannual Variability 50%
• Lateral Load 50%
• Leaching 50%
• Model Comparison 50%
• Model Prediction 100%
• Nitrate 100%
• Nitrate Load 50%
• Nitrogen Storage 100%
• Nutrient Balance 100%
• Nutrient Cycle 50%
• Phosphorus Storage 50%
• Physical Processes 50%
• Process-based 50%
• Regional Estimation 50%
• Representative Elementary Area 50%
• River Basin 50%
• River Network 50%
• Saturation Excess 50%
• Sediment Cycle 50%
• Spatiotemporal Variation 50%
• Subsurface Runoff 50%
• Surface Runoff 50%
• Tile Drainage 100%
• Water Balance 100%
• Water Cycle 50%
• Water Dynamics 50%
• Water nutrients 100%
• Water-sediment System 50%
• Watershed Approach 50%
• Wet Year 100%
• Wet-dry Condition 50%

Earth and Planetary Sciences

• Agricultural Catchment 100%
• Denitrification 50%
• Hillslope 50%
• Illinois 50%
• Literature Study 50%
• Nutrient Balance 100%
• Nutrient Cycle 50%
• River Basin 50%
• Runoff 50%
• Spatio-Temporal Variability 50%
• United States of America 50%
• Water Balance 100%