H15-81: Enhanced "urban breathability" leads to deterioration in ground-level air-quality

Keyphrases

• City Center 100%
• Surface Roughness 100%
• Pollutant Concentration 100%
• Air Quality 100%
• City Breathability 100%
• Ventilation 66%
• Urban Form 66%
• Aerodynamic Roughness 66%
• ADMS-Urban 66%
• Birmingham 33%
• Urban Design 33%
• Urban Planning 33%
• Pollutants 33%
• Airflow 33%
• Land Use 33%
• Energy Transfer 33%
• Modified Surface 33%
• Overall Emission 33%
• Surface Roughness Parameters 33%
• Design Study 33%
• Urban Areas 33%
• Model Performance 33%
• Urban Landscape 33%
• Spatial Orientation 33%
• NOx Concentration 33%
• Local Reduction 33%
• Roughness Value 33%
• Urban Air Quality 33%
• Urban Surface 33%
• NO2 Concentration 33%
• Planning Study 33%
• Airborne LiDAR Data 33%
• Spatial Density 33%
• Surface Parameterization 33%
• Form Control 33%
• Atmospheric Dispersion Modelling 33%
• Quasi-stationary 33%
• Ventilation Effectiveness 33%
• Radiative Energy 33%
• Breathability 33%
• Spatial Height 33%
• Impinging Flow 33%
• Polluting Industries 33%
• Turbulent Energy 33%
• Stirring Effect 33%
• Urban Parkland 33%

Earth and Planetary Sciences

• Air Quality 100%
• Surface Roughness 100%
• Pollutant Concentration 75%
• Aerodynamics 50%
• Urban Design 25%
• United Kingdom 25%
• Air Flow 25%
• Atmospherics 25%
• Energy Transfer 25%
• Emissions 25%
• Nitrogen Dioxide 25%
• Urban Development 25%
• Urban Air Quality 25%
• Urban Planning 25%
• Urban Landscape 25%