Managing nitrate-nitrogen in the intensively drained upper Mississippi River Basin, USA under uncertainty: a perennial path forward

Keyphrases

• Under Uncertainty 100%
• Nitrate Nitrogen 100%
• Upper Mississippi River Basin 100%
• Land Use Change 66%
• Perennial Grasses 66%
• Fuzzy Logic 66%
• Minnesota 33%
• Cost-effectiveness 33%
• Riparian 33%
• Prairie Wetlands 33%
• North Central 33%
• Soybean Production 33%
• Production System 33%
• Mississippi River 33%
• Corn-soybean 33%
• Floodplain 33%
• Iowa 33%
• Swale 33%
• Streamflow 33%
• Intensively Managed 33%
• Multispecies 33%
• Environmental Stress 33%
• Nutrient Loading 33%
• Grass 33%
• Perennial Plants 33%
• Willow 33%
• Subsurface Tile Drainage 33%
• Excess nutrients 33%
• South Central 33%
• Poplar 33%
• Water Quality Improvement 33%
• High Yielding 33%
• Landscape Position 33%
• Nitrate Reduction 33%
• Drainage System 33%
• Row Crops 33%
• Decision Support 33%
• Water Storage 33%
• Saturated Buffer 33%
• Phytoremediation 33%
• Nitrogen Export 33%
• Acceptance Level 33%
• Reduction Potential 33%
• Subtle Change 33%
• Meander Belt 33%
• Logic-based 33%
• Fast-growing 33%
• Alder 33%
• Gulf of Mexico 33%
• Hypoxic Zone 33%
• Belt Width 33%
• In-channel 33%
• Perennial Vegetation 33%
• Wetland Complex 33%
• Water Degradation 33%
• High Nitrate 33%
• Two-stage Ditch 33%
• Des Moines Lobe 33%
• Water Quality Level 33%
• Cumulative Environmental Effects 33%

Agricultural and Biological Sciences

• Perennials 100%
• Poaceae 60%
• Watersheds 40%
• Fuzzy Logic 40%
• Land Use Change 40%
• Floodplains 20%
• Nitrate Reduction 20%
• Tile Drainage 20%
• Landscape Position 20%
• Stream Flow 20%
• Alnus 20%
• Phytoremediation 20%
• Drainage System 20%
• Water Storage 20%
• Populus 20%
• Decision Making 20%