Air Pollution and Related Health Risks

1. Introduction<br>2. The Carcinogenic Effect of Polycyclic Aromatic Hydrocarbons (PAHs) in an Urban Atmosphere<br>3. Comparative Study on Black Carbon Aerosols During Diwali Festivals and Their Source Apportionment Over an Urban City in Eastern India<br>4. Particulate Matter Characterization and Analysis Through Experimental and Theoretical Approaches<br>5. Aerosol Radiative Effects and Health Implications: Insights From Ground-Based Measurements and Modeling<br>6. Real-Time Characterization, Seasonal Variation, and Source Apportionment of Black Carbon in Urban Area<br>7. Characterization of Dicarboxylic Acids, Ketoacids, α-Dicarbonyls, Sugar Compounds, and Carbonaceous Species Connection with Atmospheric Aerosols of Rural Area<br>8. Risk Assessment of Living–Nonliving Airborne Particles to Human Health<br>9. Microplastic in the atmosphere and health<br>10. Air pollution&rsquo;s impacts: Environmental degradation and consequences<br>11. Comfort to Heat Stress: A Matter of Mean Radiant Temperature, Humidity, Universal Thermal Climate Index<br>12. Investigation of Climate and Weather Impact Risks on Human Health<br>13. Assessment of Polycyclic Aromatic Hydrocarbons (PAH) in Air<br>14. Submicron Particulate Exposure and Attributable Health Risks<br>15. Potential Risk Assessment From Elevated Contamination Levels of Speed Hump Road Soil on Human Health<br>16. Effect of heat wave events on air-quality: Implications for environmental health<br>17. Volcanic eruptions as a cause of extreme weather with special focus on Hong Kong<br>18. Earth observation applications in air quality and climate research<br>19. Spatio-Temporal Analysis of Space-Borne Climatic Parameters and Aerosol Variability over Large Himalayan Glacial Extent<br>20. Fuzzy-Based Prioritized Clean Air Assessment Tool for Identifying Air Pollution Hotspots in India<br>21. Conclusion and Future Perspective