Fertilizer, landscape features and climate regulate phosphorus retention and river export in diverse Midwestern watersheds

Keyphrases

• Fertilizer 100%
• Fertilizer Input 100%
• Landscape Features 100%
• Phosphorus Retention 100%
• Particulate Phosphorus 100%
• River Export 100%
• Phosphorus Export 66%
• Dissolved P 66%
• Minnesota 33%
• Climate Change 33%
• Land Cover 33%
• P Loss 33%
• Phosphorus P 33%
• Eutrophication 33%
• Streambank Erosion 33%
• Watershed Scale 33%
• Land Use 33%
• Agricultural Watershed 33%
• Riverine 33%
• Sediment Load 33%
• Dominant Source 33%
• Non-point Source Pollution 33%
• Row Crops 33%
• Aquatic Ecosystems 33%
• Agricultural Products 33%
• Human-to-human 33%
• Climate-driven 33%
• Management Challenges 33%
• Close Proximity 33%
• Watershed Area 33%
• Process Controlling 33%
• River Channel 33%
• P Retention 33%
• Human-driven 33%
• Agricultural Intensification 33%
• Total Dissolved Phosphorus 33%
• Crop Cover 33%
• Water Degradation 33%
• Crop Cultivation 33%
• Phosphorus Inputs 33%
• Human-dominated 33%
• Mean Annual Runoff 33%
• River Hydrology 33%
• Flow Variability 33%
• Plant Fertilizer 33%
• River Transport 33%
• Discharge Variability 33%
• River Loads 33%
• P Export 33%

Earth and Planetary Sciences

• Minnesota 100%
• United States of America 100%
• Climate Change 100%
• Land Cover 100%
• Nonpoint Source Pollution 100%
• River Channel 100%
• Eutrophication 100%
• Bank Erosion 100%
• Agricultural Product 100%
• River Hydrology 100%
• Agricultural Intensification 100%
• River Transport 100%
• Cover Crop 100%
• Aquatic Environment 100%
• Land Use 100%