A long-term monitoring of agricultural chemical transport from a flat tile-drained watershed

Keyphrases

• Atrazine 100%
• Long-term Monitoring 100%
• Agricultural Chemicals 100%
• Chemical Transport 100%
• Vermilion 50%
• Nitrate-N Concentration 50%
• River Watershed 50%
• Annual Flow 50%
• Water Samples 25%
• Illinois 25%
• Continuous Monitoring 25%
• Subsurface Drainage 25%
• Application Rate 25%
• Application Method 25%
• Nitrate Concentration 25%
• Pesticide Transport 25%
• Water Quality 25%
• Long-term Average 25%
• Monitoring Study 25%
• Altered Hydrology 25%
• Subsurface Drainage System 25%
• Drainage Water 25%
• Fertilizer 25%
• Subsurface Drains 25%
• Subsurface Flow 25%
• Application Timing 25%
• Growing Season 25%
• Tillage Practices 25%
• No-till System 25%
• Fertilizer Application 25%
• Monitoring Results 25%
• Agricultural Management 25%
• Reduced Tillage 25%

Agricultural and Biological Sciences

• Watersheds 100%
• Agrochemical 100%
• Atrazine 80%
• Annuals 40%
• Subsurface Drainage 40%
• Application Rate 20%
• Fertilizer Application 20%
• Application Method 20%
• Return Flow 20%
• Subsurface Flow 20%
• Drainage System 20%
• Application Timing 20%
• Growing Season 20%
• Agricultural Management 20%
• Reduced Tillage 20%