In silico assessment of the potential of basalt amendments to reduce N₂O emissions from bioenergy crops

Keyphrases

• Basalt 100%
• Bioenergy Crops 100%
• N2O Emission 100%
• In Silico Assessment 100%
• Maize 62%
• Nutrient Requirements 25%
• Soil pH 25%
• Large-scale Deployment 25%
• N2O Flux 25%
• High Sensitivity 12%
• Synergistic Effect 12%
• Large Reduction 12%
• Nitrogen N 12%
• Change in pH 12%
• Minor Components 12%
• CO2 Removal 12%
• Alleviation 12%
• Denitrification 12%
• Model Specification 12%
• Carbon Capture 12%
• Zea Mays 12%
• Nitrogen Fertilizer 12%
• N Availability 12%
• N Loss 12%
• Climate Change Mitigation 12%
• N Content 12%
• Flux Estimate 12%
• Crop Production 12%
• Cropping System 12%
• Removal Effect 12%
• Nitrogen Use Efficiency 12%
• Long-term Productivity 12%
• N Immobilization 12%
• Bioenergy 12%
• Climate Stabilization 12%
• Storage Strategy 12%
• Microbial N 12%
• Cultivated Soil 12%
• Plant N Uptake 12%
• P Limitation 12%
• P Addition 12%
• Sustainable Agricultural Intensification 12%
• Enhanced Weathering 12%
• Soil P Availability 12%
• Carbon Capture Strategy 12%
• DayCent Model 12%

Earth and Planetary Sciences

• Emissions 100%
• Basalt 100%
• Nitrous Oxide 100%
• Bioenergy 100%
• Carbon Capture and Storage 10%
• Crop Production 10%
• Carbon Dioxide 10%
• Denitrification 10%

Agricultural and Biological Sciences

• Bioenergy 100%
• Nutrient Requirement 66%
• Crop Production 33%
• Cropping System 33%
• Denitrification 33%