Stagnating crop yields: An overlooked risk for the carbon balance of agricultural soils?

Keyphrases

• Crop Yield 100%
• Carbon Balance 100%
• Agricultural Soil 100%
• C Input 80%
• Net Primary Productivity 60%
• Cropland 40%
• Temperature Rise 40%
• Agricultural Management 40%
• C Balance 40%
• Yield Stagnation 40%
• Productivity Prediction 40%
• Soil Organic Carbon Stock 40%
• Farmland Soil Organic Carbon 40%
• Europe 20%
• Climate Change 20%
• Temperature Sensitivity 20%
• Central Europe 20%
• Vegetation Model 20%
• Adverse Effects 20%
• European Countries 20%
• Barley 20%
• Carbon C 20%
• Fundamental Change 20%
• Future Estimation 20%
• Wheat Yield 20%
• Climate Change Impacts 20%
• Growing Season 20%
• Soil Organic Carbon 20%
• Soil Organic Carbon Loss 20%
• Maize Yield 20%
• Northern Europe 20%
• CO2 Fertilization 20%
• Crop Residues 20%
• Yield Statistics 20%
• Organic Matter Decomposition 20%
• Soil C Input 20%
• Modeling Approaches 20%
• Comprehensive Monitoring 20%
• Yield Development 20%
• Interdisciplinary Investigations 20%

Earth and Planetary Sciences

• Carbon Balance 100%
• Agricultural Soil 100%
• Soil Organic Carbon 71%
• Farmland 28%
• Climate Change 28%
• Agricultural Management 28%
• Carbon Sink 28%
• Europe 14%
• Growing Season 14%
• Northern Europe 14%
• Central Europe 14%
• Crop Residue 14%
• Carbon Dioxide 14%
• Soil Organic Matter 14%
• Temperature Sensitivity 14%

Agricultural and Biological Sciences

• Carbon Balance 100%
• Agricultural Soil 100%
• Soil Organic Carbon 71%
• Primary Productivity 42%
• Carbon Sink 28%
• Agricultural Management 28%
• Cropland 28%
• Climate Change 28%
• Adverse Effects 14%
• Growing Season 14%
• Soil Organic Matter 14%
• Carbon Dioxide 14%