Sources and factors affecting PM₁₀ levels in two European cities: Implications for local air quality management

Keyphrases

• PM10 100%
• European Cities 100%
• PM10 Levels 100%
• Local Air Quality Management 100%
• Birmingham 50%
• Athens 50%
• Background Level 33%
• Particle Transport 16%
• Solar Radiation 16%
• Monitoring Sites 16%
• Urban Areas 16%
• Humidity 16%
• Temporal Variability 16%
• Spatial Variability 16%
• Regression Analysis 16%
• Principal Coordinate Analysis (PCoA) 16%
• Control Strategy 16%
• Pollutants 16%
• Remote Sources 16%
• Particulate Matter 16%
• Vehicle Technology 16%
• Local Weather 16%
• Wind Speed 16%
• Atmospheric Pressure 16%
• Wind Velocity 16%
• Birmingham UK 16%
• Soil Dust 16%
• Athens Greece 16%
• Particle Emission 16%
• PM10 Concentration 16%
• Warm Season 16%
• PM10 Episode 16%
• Long-range Transport 16%
• Continental Europe 16%
• Exceedences 16%
• Combustion Sources 16%
• EU Targets 16%
• Back Trajectory Model 16%
• Polluted Air 16%
• Meteorological Parameters 16%
• Air Mass 16%
• Cold Season 16%
• Primary Particles 16%
• Non-combustion 16%
• Dust Resuspension 16%
• Secondary Aerosol Formation 16%
• Fuel Technology 16%
• Solar Radiation Pressure 16%

Earth and Planetary Sciences

• Solar Radiation 100%
• Wind Velocity 100%
• Air Quality Management 100%
• Europe 50%
• Principal Component Analysis 50%
• Atmospheric Aerosol 50%
• United Kingdom 50%
• Atmospheric Pressure 50%
• Relative Humidity 50%
• Resuspension 50%
• Greece 50%
• Particle Emission 50%
• Long Range Transport 50%
• Radiation Pressure 50%
• Meteorological Parameter 50%
• Aerosol Formation 50%
• Air Mass 50%
• Fuel Technology 50%