Unprecedented decline in summertime surface ozone over eastern China in 2020 comparably attributable to anthropogenic emission reductions and meteorology

Keyphrases

• Emission Reduction 100%
• Eastern China 100%
• Meteorology 100%
• Anthropogenic Emissions 100%
• Summertime 100%
• Surface Ozone 100%
• China 66%
• Machine Learning Models 66%
• Chemical Model 66%
• Ozone Reduction 66%
• Ozone Mitigation 66%
• High-resolution 33%
• Volatile Organic Compounds 33%
• China's Cities 33%
• Nitrogen Oxides 33%
• Weather Conditions 33%
• Mechanism-based 33%
• Extreme Gradient Boosting(XGBoost) 33%
• Emission Control Strategy 33%
• Emission Control Measures 33%
• City Cluster 33%
• Tropospheric Ozone 33%
• Nitrogen Dioxide NO2 33%
• Emission Estimation 33%
• Current Emission 33%
• GEOS-Chem 33%
• Monitoring Network 33%
• Ozone Level 33%
• Ozone Trend 33%
• Assessment Report 33%
• Future Ozone 33%
• Ozone Change 33%
• Atmospheric Formaldehyde 33%
• Bottom-up Emissions 33%
• Summer 2020 33%
• Nationwide Monitoring 33%

Earth and Planetary Sciences

• China 100%
• Emission Reduction 100%
• Surface Ozone 100%
• Emissions 80%
• Machine Learning 40%
• Nitrogen Dioxide 40%
• Emission Control 40%
• Volatile Organic Compound 20%
• Nitrogen Oxide 20%
• Atmospherics 20%
• Weather Condition 20%
• Control Measure 20%
• Tropospheric Ozone 20%
• Monitoring Network 20%
• Extreme Gradient Boosting 20%
• Xgboost 20%