How did COVID-19 ‘Lockdown’ Policy Impact Ambient Air Quality, Atmospheric Composition and Reactivity in the UK?

Keyphrases

• Air Pollutants 33%
• Air Quality 66%
• Air Quality Monitoring Network 33%
• Ambient Air Quality 100%
• Anthropogenic Activities 33%
• Atmospheric Composition 100%
• Atmospheric Reactivity 100%
• Boundary Layer 33%
• Box Modeling 33%
• Central Authority 33%
• Chemical Box Model 33%
• Complex Scenarios 33%
• COVID-19 Lockdown 100%
• COVID-19 Pandemic 33%
• Daily Life 33%
• Differential Optical Absorption Spectroscopy 33%
• Emission Reduction 33%
• Essential Services 33%
• Gas Phase 33%
• Hydrocarbons 33%
• Hydroxyl 33%
• In Situ 33%
• Local Authorities 33%
• Lockdown 100%
• Lockdown Policy 100%
• Longest Path 33%
• Measurement Techniques 33%
• Model Simulation 33%
• Modeling Techniques 33%
• Nitrogen Oxides 33%
• NO2 Concentration 33%
• Non-essential Business 33%
• Non-methane Hydrocarbons 33%
• NOx Emission Reduction 33%
• Organic Peroxy Radicals 33%
• Ozone Concentration 66%
• Ozone Production Regime 33%
• Particle Phase 33%
• Particulate Matter Concentration 33%
• Peroxy 33%
• Phase Monitoring 33%
• Policy Impact 100%
• Policy Intervention 33%
• Pollution Episodes 33%
• Remote Sensing 33%
• Restrictions on Movement 33%
• Sentinel 33%
• Social Interaction 33%
• Trace Species 33%
• TROPOspheric Monitoring Instrument (TROPOMI) 33%
• Virus 33%

Earth and Planetary Sciences

• Absorption Spectroscopy 33%
• Air Pollutant 33%
• Air Quality 100%
• Air Quality Monitoring 33%
• Ambient Air 100%
• Atmospheric Aerosol 33%
• Atmospheric Composition 100%
• Boundary Layer 33%
• COVID-19 Lockdown 100%
• Electromagnetic Absorption 33%
• Emission Reduction 33%
• Emissions 33%
• Human Activity 33%
• Monitoring Network 33%
• Nitrogen Dioxide 33%
• Nonmethane Hydrocarbon 33%
• NOx Emission 33%
• Remote Sensing 33%
• Social Movements 33%
• United Kingdom 100%