Nitrogen fate during agricultural managed aquifer recharge: Linking plant response, hydrologic, and geochemical processes

Keyphrases

• Groundwater 100%
• Response Process 100%
• Geochemical Processes 100%
• Vineyard 100%
• Plant Response 100%
• Recharge 100%
• Managed Aquifer Recharge 100%
• Nitrogen Fate 100%
• Hydrologic Processes 100%
• NO3 Leaching 100%
• Root Zone 50%
• Soil Physicochemical Properties 50%
• Politicians 50%
• Surface Water 50%
• Management Practices 50%
• Central Valley 50%
• Crop Yield 50%
• Incremental Risk 50%
• Nitrate 50%
• Vadose Zone 50%
• Pore Water 50%
• Groundwater Recharge 50%
• Greenhouse Gas Emissions 50%
• Conceptual Model 50%
• Groundwater Contamination 50%
• Water Samples 50%
• Anoxic Conditions 50%
• Farmland 50%
• Denitrification 50%
• Emission Data 50%
• Grapevine 50%
• Crop Tolerance 50%
• Percentage Yield 50%
• Biogeochemical Transformations 50%
• N Loss 50%
• N2O Emission 50%
• Physicochemical Conditions 50%
• N Dynamics 50%
• Integrated Water 50%
• Loss Pathways 50%
• Prolonged Flooding 50%
• Groundwater Risk 50%
• Transformation Potential 50%

Earth and Planetary Sciences

• Flood 100%
• Aquifer Recharge 100%
• Groundwater Recharge 100%
• Surface Water 50%
• Rhizosphere 50%
• Vadose Zone 50%
• California 50%
• Field Experiment 50%
• Porewater 50%
• Greenhouse Gas Emission 50%
• Denitrification 50%
• Crop Yield 50%
• Nitrous Oxide 50%

Agricultural and Biological Sciences

• Plant Response 100%
• Groundwater Recharge 100%
• Vadose Zone 50%
• Rhizosphere 50%
• Greenhouse Gas 50%
• Surface Water 50%
• Denitrification 50%