Evaluation of Agricultural BMPs’ Impact on Water Quality and Crop Production Using SWAT+ Model

Keyphrases

• Quality Production 100%
• Water Quality 100%
• Crop Yield 100%
• Crop Production 100%
• Practice Impact 100%
• Agricultural Best Management Practices 100%
• SWAT+ Model 100%
• Nitrate Load 66%
• Environmental Impact 33%
• Systems-based 33%
• Midwestern United States 33%
• Hypoxic Zone 33%
• Subsurface Drainage 33%
• Management Practices 33%
• Observed Yield 33%
• Agricultural Land 33%
• Eutrophication 33%
• Agricultural Production 33%
• Agricultural Fields 33%
• Soybean Yield 33%
• Long-term Simulation 33%
• Corn Yield 33%
• Cropping System 33%
• Cereal Rye 33%
• Watershed Scale 33%
• Nitrate Loss 33%
• Riverine Nitrate 33%
• Cover Crops 33%
• Tile Drainage 33%
• Overall Impact 33%
• N Application 33%
• Water Quality Impact 33%
• Synthetic Fertilizer 33%
• Nitrate Transport 33%
• Land Productivity 33%
• N Application Rate 33%
• Surface Water Bodies 33%
• Alternative Management Practices 33%
• Excess Nitrate 33%
• Soil Aeration 33%

Agricultural and Biological Sciences

• Crop Production 100%
• Best Management Practice 100%
• Surface Water 50%
• Spring 50%
• Application Rate 50%
• Watersheds 50%
• Subsurface Drainage 50%
• Eutrophication 50%
• Cropping System 50%
• Tile Drainage 50%
• Land Productivity 50%
• Nitrate Transport 50%
• Cover Crop 50%
• Agricultural Land 50%

Earth and Planetary Sciences

• Crop Yield 100%
• Crop Production 100%
• Soil and Water Assessment Tool 100%
• United States 33%
• Surface Water 33%
• Farmland 33%
• Eutrophication 33%
• Water Body 33%
• Agricultural Production 33%
• Nitrate Transport 33%
• Cover Crop 33%
• Aeration 33%