Alfalfa reduces winter nitrate leaching relative to organic and conventional annual vegetable systems: Resin bag field measurements and modeling with HYDRUS-1D

Keyphrases

• Alfalfa 100%
• Nitrate Leaching 100%
• HYDRUS-1D 100%
• Vegetable System 100%
• NO3 Leaching 100%
• Resin Bags 100%
• Groundwater 30%
• Tomato 30%
• Leaching 30%
• Certified Organic 30%
• Organic Management 20%
• Cover Cropping 20%
• Rain 10%
• Root Zone 10%
• Model Estimates 10%
• Management Practices 10%
• Agricultural Systems 10%
• Nitrate 10%
• Ion Exchange Resin 10%
• Medicago Sativa 10%
• Management Plan 10%
• Monitoring Management 10%
• Lycopersicon Esculentum Mill 10%
• Water Movement 10%
• Rainy Season 10%
• Monitoring Program 10%
• Northern California 10%
• Agricultural Landscape 10%
• HYDRUS 10%
• System Experiment 10%
• Cropping System 10%
• Perennial Crops 10%
• Organic Inputs 10%
• Conventional Management 10%
• Safe Drinking Water 10%
• HYDRUS-1D Model 10%
• Program Planning 10%
• Water Threshold 10%
• Maize(Zea mays L.) 10%
• Leaching Loss 10%
• Winter Cover Crop 10%
• Reactive Solute Transport 10%
• Water-reactive 10%
• Agricultural Model 10%
• Long-term Cropping 10%
• Winter Fallow 10%
• Suitability Model 10%

Agricultural and Biological Sciences

• Annuals 100%
• Perennials 50%
• Drinking Water 50%
• Rooting 50%
• Alfalfa 50%
• Medicago sativa 50%
• Lycopersicon 50%
• Arable Land 50%
• Cropping System 50%
• Perennial Crop 50%
• Solute Transport in Soils 50%
• Winter Cover Crops 50%
• Anion Exchange Resin 50%