Increasing global agricultural production by reducing ozone damages via methane emission controls and ozone-resistant cultivar selection

Earth & Environmental Sciences

• cultivar 100%
• emission control 88%
• agricultural production 81%
• ozone 62%
• methane 60%
• crop 57%
• damage 51%
• crop yield 34%
• wheat 29%
• mitigation 24%
• pollution abatement 21%
• environmental degradation 17%
• soybean 17%
• loss 16%
• emission reduction 15%
• maize 14%
• greenhouse gas 13%
• Asia 13%
• demand 10%
• policy 9%
• climate change 9%
• exposure 9%
• cost 8%
• effect 3%

Agriculture & Biology

• ozone 84%
• methane 77%
• pollution control 77%
• cultivars 45%
• crop yield 35%
• crops 31%
• environmental degradation 26%
• wheat 25%
• South Asia 24%
• crop losses 24%
• greenhouse gases 23%
• cost effectiveness 21%
• climate change 16%
• soybeans 14%
• corn 12%

Chemical Compounds

• Ozone 81%
• Methane 63%
• Reduction 36%
• Greenhouse Gas 34%
• Resistance 33%
• Weathering 31%
• Reaction Yield 21%
• Additive 17%
• Surface 8%