Site‐Specific Climate Impacts Outweigh No‐Till Benefits for Modelled Winter Wheat Yields Across a European Gradient

Keyphrases

• Adaptation 100%
• Climate Change Impacts 100%
• No-till 100%
• Winter Wheat Yield 100%
• Potential Gains 66%
• Tillage Management 66%
• Climate Models 66%
• Conservation Tillage 66%
• Water Balance Components 66%
• Climatic Conditions 33%
• Denmark 33%
• Climate Change 33%
• Crop Yield 33%
• Yield Loss 33%
• Precision Agriculture 33%
• Growing Period 33%
• Switzerland 33%
• Reduced Tillage 33%
• Soil Functions 33%
• Conventional Tillage 33%
• Tillage 33%
• Grain Yield 33%
• Adaptation Measures 33%
• Food Security 33%
• Surface Runoff 33%
• Austria 33%
• Local Conditions 33%
• Yield Gap 33%
• Agricultural Technology 33%
• Future Climate Scenarios 33%
• Variable Rate Application 33%
• Soil Hydrology 33%
• Robust Estimation 33%
• Climate Scenarios 33%
• Ensemble Model 33%
• Future Climate Change 33%
• Targeted Breeding 33%
• Sustainable Soil Management Practices 33%
• Experimental Field Trials 33%
• Model Setting 33%
• Winter Wheat, Triticum Aestivum L. 33%
• Conservation Tillage Practices 33%
• Site-specific Model 33%
• Ensemble Projection 33%
• Precision Parameter 33%
• Simulated Water 33%
• Simulated Yield 33%
• Shared Socioeconomic Pathways 33%
• Multi-model 33%
• Cross-site 33%
• Agro-hydrological Model 33%
• Actual Evapotranspiration 33%

Earth and Planetary Sciences

• Climate Effect 100%
• Conservation Tillage 100%
• Climate Change 66%
• Climate Modeling 66%
• Water Balance 66%
• Denmark 33%
• Soil Management 33%
• Food Security 33%
• Percolation 33%
• Agricultural Technology 33%
• Austria 33%
• Switzerland 33%
• Soil Function 33%
• Evapotranspiration 33%
• Triticum aestivum 33%
• Soil Hydrology 33%
• Shared Socioeconomic Pathways 33%

Agricultural and Biological Sciences

• Common Wheat 100%
• Conservation Tillage 100%
• Climate Change 66%
• Water Balance 66%
• Climate Modeling 66%
• Soil Management 33%
• Reduced Tillage 33%
• Triticum aestivum 33%
• Conventional Tillage 33%
• Precision Agriculture 33%
• Variable Rate Application 33%
• Soil Hydrology 33%
• Soil Function 33%
• Groundwater Model 33%
• Evapotranspiration 33%
• Grain Yield 33%
• Agricultural Technology 33%