Air Pollution provides a comprehensive overview of air pollution, exploring its sources, effects, and the strategies used to monitor and mitigate its impact on the environment and human health. It covers the fundamental principles of air pollution science, including the chemical and physical characteristics of pollutants, atmospheric processes, and the interactions between natural and anthropogenic emissions.
1. 1. Introduction - p. 62 2. 2. Quiet urban green areas - p. 67 3. 3. Acoustic environment quality in urban green spaces - p. 73 4. 4. Air quality in green areas - p. 78 5. 5. Air and noise pollution in green areas - p. 81 6. 6. Conclusions - p. 84 7. Acknowledgments - p. 84 8. References - p. 84 9. 5 N2O emissions and NO3 leaching from organic arable crop rotations - p. 95 10. Abstract - p. 95 11. 1. Introduction - p. 96 12. 2. Nitrous oxide (N2O) emissions in organic systems - p. 98 13. 3. Nitrate (NO3) leaching in organic arable crop rotations - p. 100 14. 4. Organic arable crop rotations: design and benefits - p. 103 15. 5. Interrelationship between crop rotations, N2O emissions, and NO3 leaching - p. 106 16. 6. Management practices to mitigate N2O emissions and NO3 leaching - p. 108 17. 7. Modeling and predictive tools - p. 111 18. 8. Policy implications and regulatory frameworks - p. 112 19. 9. Future research directions - p. 113 20. 10. Conclusion - p. 113 21. References - p. 114 22. 6 Concentrations of elements in lichens and source apportionment - p. 121 23. 7 The contribution of industry in the levels of atmospheric heavy metals - p. 163 24. 8 Vehicle-induced fugitive particulate matter emissions in arid environments - p. 185 25. 9 Air pollution levels in South America - p. 227 26. 10 Noise pollution in urban environments: Causes, effects, and solutions - p. 281
Air Pollution provides a comprehensive overview of air pollution, exploring its sources, effects, and the strategies used to monitor and mitigate its impact on the environment and human health. It covers the fundamental principles of air pollution science, including the chemical and physical characteristics of pollutants, atmospheric processes, and the interactions between natural and anthropogenic emissions.
1. 1. Introduction - p. 62 2. 2. Quiet urban green areas - p. 67 3. 3. Acoustic environment quality in urban green spaces - p. 73 4. 4. Air quality in green areas - p. 78 5. 5. Air and noise pollution in green areas - p. 81 6. 6. Conclusions - p. 84 7. Acknowledgments - p. 84 8. References - p. 84 9. 5 N2O emissions and NO3 leaching from organic arable crop rotations - p. 95 10. Abstract - p. 95 11. 1. Introduction - p. 96 12. 2. Nitrous oxide (N2O) emissions in organic systems - p. 98 13. 3. Nitrate (NO3) leaching in organic arable crop rotations - p. 100 14. 4. Organic arable crop rotations: design and benefits - p. 103 15. 5. Interrelationship between crop rotations, N2O emissions, and NO3 leaching - p. 106 16. 6. Management practices to mitigate N2O emissions and NO3 leaching - p. 108 17. 7. Modeling and predictive tools - p. 111 18. 8. Policy implications and regulatory frameworks - p. 112 19. 9. Future research directions - p. 113 20. 10. Conclusion - p. 113 21. References - p. 114 22. 6 Concentrations of elements in lichens and source apportionment - p. 121 23. 7 The contribution of industry in the levels of atmospheric heavy metals - p. 163 24. 8 Vehicle-induced fugitive particulate matter emissions in arid environments - p. 185 25. 9 Air pollution levels in South America - p. 227 26. 10 Noise pollution in urban environments: Causes, effects, and solutions - p. 281
