Navigating the socio-bio-geo-chemistry and engineering of nitrogen management in two Illinois tile-drained watersheds

Keyphrases

• Agricultural Production Systems 20%
• Conservation Practices 40%
• Cover Crops 20%
• Drainage System 20%
• Drainage Water Management 40%
• Environmental Concern 20%
• Environmental Stewardship 20%
• Ethics 20%
• Fertilizer Timing 20%
• Financial Constraints 20%
• Free Drainage 20%
• Illinois 100%
• Landowners 20%
• Management Practices 20%
• Nitrate 20%
• Nitrate Concentration 20%
• Nitrate Load 20%
• Nitrate Loss 100%
• Nitrate Reduction 60%
• Nitrate Removal 20%
• Nitrate-N 20%
• Nitrogen Management 100%
• On-farm Trials 20%
• Operational Constraints 20%
• Policy System 20%
• Production System 20%
• Retrofit Design 20%
• River Watershed 20%
• Scale Reduction 20%
• Social Science Perspectives 20%
• Tiling Systems 20%
• Upper Mississippi River Basin 20%
• Water Quality Monitoring 20%
• Wetlands 20%
• Willingness to Adopt 20%
• Woodchip Bioreactor 20%

Agricultural and Biological Sciences

• Bioreactor 16%
• Conservation Practices 33%
• Cover Crop 16%
• Drainage System 16%
• Landowner 16%
• Maize 16%
• Nitrate Reduction 50%
• Return Flow 33%
• Water Management 33%
• Watersheds 100%