Important factors when simulating the water and nitrogen balance in a tile-drained agricultural field under long-term monitoring

Earth and Planetary Sciences

• Model 100%
• Crop Rotation 80%
• Investigation 60%
• Water 60%
• Winter 60%
• Tile 60%
• Datum 40%
• Soil 40%
• Runoff 40%
• Balance 40%
• Potable Water 40%
• Monitoring 40%
• Tile Drain 40%
• Infiltration 40%
• Denitrification 40%
• Denmark 20%
• Agriculture 20%
• Input 20%
• Surface Water 20%
• Average 20%
• Strategy 20%
• Utilization 20%
• Knowledge 20%
• Nitrogen 20%
• Parameterization 20%
• Percolation 20%
• Barley 20%
• Need 20%
• Management Practice 20%
• Management 20%
• Requirement 20%
• Wheat 20%
• Water Management 20%
• Water Body 20%
• Corn 20%
• Risk Assessment 20%
• Fertiliser 20%
• Macropore 20%
• Soil Surface 20%
• Sugar Beet 20%
• Temperate Region 20%
• Effectiveness 20%

Agricultural and Biological Sciences

• Simulation Mode 100%
• Tiles 100%
• Fields 60%
• Water 40%
• Drinking Water 40%
• Drain 40%
• Drainage 40%
• Crops 40%
• Monitoring 40%
• Winter 40%
• Surfaces 20%
• Agricultural Science 20%
• Knowledge 20%
• Annuals 20%
• Macropore 20%
• Fertilizer 20%
• Europeans 20%
• Surface Water 20%
• Risk Assessment 20%
• Maize 20%
• Common Wheat 20%
• Water Balance 20%
• Nitrogen Balance 20%
• Water Management 20%