동남아시아 국가들의 대기오염 현황 및 관리 방안에 대한 고찰
Review of Air Pollution and Management Strategies in Southeast Asian Countries
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Background: Southeast Asia faces severe air pollution challenges due to rapid urbanization, industrial activities, and seasonal biomass burning. Objectives: This study provided a comprehensive understanding of air pollution control strategies in the Southeast Asia region by investigating air quality standards, ambient air quality levels, monitoring capabilities, and air pollution policies across Association of Southeast Asian Nations (ASEAN) member states. Methods: Ambient air quality standards and information about monitoring stations were collected from government websites and governmental reports. Air pollution data, specifically PM2.5 concentrations, were collected from an open data source named IQAir.com. Air pollution policies were investigated via Google search and the most recently revised policies were incorporated into the findings of this study. Results: The study found considerable disparities in monitoring networks among ASEAN member states, with national standards often less stringent than World Health Organization (WHO) guidelines. Open data sources revealed that PM2.5 levels in ASEAN member states consistently exceeded WHO guidelines, particularly in the dry season with widespread biomass burning. The policy review revealed that each ASEAN member state presented distinct policies tailored to its air pollution sources and air quality management strategies. These findings underscore the need for both national efforts and cross-border collaboration to effectively address the severe air pollution in the region. Conclusions: This study could serve as a foundational resource for a deeper understanding of air pollution issues in ASEAN member states and for exploring more effective air pollution management strategies.
Abstract
Background: Southeast Asia faces severe air pollution challenges due to rapid urbanization, industrial activities, and seasonal biomass burning. Objectives: This study provided a comprehensive understanding of air pollution control strategies in the Southeast Asia region by investigating air quality standards, ambient air quality levels, monitoring capabilities, and air pollution policies across Association of Southeast Asian Nations (ASEAN) member states. Methods: Ambient air quality standards and information about monitoring stations were collected from government websites and governmental reports. Air pollution data, specifically PM2.5 concentrations, were collected from an open data source named IQAir.com. Air pollution policies were investigated via Google search and the most recently revised policies were incorporated into the findings of this study. Results: The study found considerable disparities in monitoring networks among ASEAN member states, with national standards often less stringent than World Health Organization (WHO) guidelines. Open data sources revealed that PM2.5 levels in ASEAN member states consistently exceeded WHO guidelines, particularly in the dry season with widespread biomass burning. The policy review revealed that each ASEAN member state presented distinct policies tailored to its air pollution sources and air quality management strategies. These findings underscore the need for both national efforts and cross-border collaboration to effectively address the severe air pollution in the region. Conclusions: This study could serve as a foundational resource for a deeper understanding of air pollution issues in ASEAN member states and for exploring more effective air pollution management strategies.
참고문헌 (30)
- World Health Organization (WHO), "WHO global air quality guidelines: particulate matter (PM2.5 and PM10), ozone, nitrogen dioxide, sulfur dioxide and carbon monoxide", WHO European centre for environment and health, ~ (2021)
- Irfan H, "Air pollution and cardiovascular health in South Asia : a comprehensive review", Curr Probl Cardiol, 49(2), pp.102199~ (2024)
- Gu Y, "Source emission contributions to particulate matter and ozone, and their health impacts in Southeast Asia", Environ Int, 186, pp.108578~ (2024)
- State of global air 2020, "Health Effects Institute (HEI)", HEI, ~ (2020)
- World air quality report 2022: region & city PM2.5 ranking, "IQAir", IQAir, ~ (2023)
- Wijaya KA, "Visualization and forecast for pollution death threats in ASEAN", Int J Sci Technol Manag, 4(6), pp.1622~1633 (2023)
- Amnuaylojaroen T, "Perspective on particulate matter:from biomass burning to the health crisis in mainland Southeast Asia", Toxics, 11(7), pp.553~ (2023)
- Wen TY, "Overview of aerosol and air pollution in South Eastern Asia countries", Aerosol Air Qual Res, 23(10), pp.1~30 (2023)
- Schneider A, "A new urban landscape in East-Southeast Asia, 2000-2010", Environ Res Lett, 10, pp.1~15 (2015)
- Oanh NTK, "Land-atmospheric research applications in South Southeast Asia" (2018), Springer
- Othman M, "Spatial-temporal variability and heath impact of particulate matter during a 2019-2020 biomass burning event in Southeast Asia", Sci Rep, 12(1), pp.7630~ (2022)
- Jin Y, "Measurement report : assessing the impacts of emission uncertainty on aerosol optical properties and radiative forcing from biomass burning in peninsular Southeast Asia", Atmos Chem Phys, 24(1), pp.367~395 (2024)
- Roy S, "Review of decadal changes in ASEAN emissions based on regional and global emission inventory datasets", Aerosol Air Qual Res, 23, pp.220103~ (2023)
- Jones DS, "ASEAN and transboundary haze pollution in Southeast Asia", Asia Eur J, 4, pp.431~446 (2006)
- Hofman J, "Air quality sensor networks for evidence-based policy making : best practices for actionable insights", Atmos, 13(6), pp.944~ (2022)
- Mei H, "Impact and optimization of calibration conditions for air quality sensors in the long-term field monitoring", Atmos Meas Tech Discuss, pp.1~22 (2024)
- Rosales CM, "Air quality monitoring & data sharing in Africa and South", Southeast Asia:a scoping review, 2023, ~[DOI]
- Craig ZH, "Air pollution monitor network design for fair exposure estimation", Paper presented at: ISEE 2023: 35th Annual conference of the international society of environmental epidemiology (2023), ISEE
- Verma RL, "Air quality management status and needs of countries in South Asia and Southeast Asia", APN Sci Bull, 13(1), pp.130~152 (2023)
- World air quality report 2023: region & city PM2.5 ranking, "IQAir", IQAir, ~ (2024)
- Liu L, "Air pollutant emissions caused by receiving international industrial transfer in Southeast Asian developing countries from 1990 to 2018", Sci Total Environ, 921, pp.171110~ (2024)
- Zhang W, "Rigorous regional air quality standards for substantial health benefits", Earth Future, 11(12), pp.e2023~ (2023)
- Ferrante M, "Air pollution-a comprehensive perspective", pp.1~26 (2012), InTech
- Kumar P, "Recent advancement of IoT devices in pollution control and health applications", pp.23~28 (2023), Woodhead Publishing
- Sharma K, "Geospatial analytics for environmental pollution modeling", pp.91~118 (2023), Springer
- Madruga DG., "Environmental emissions", pp.37~ (2021), IntechOpen
- Hou X, "Elucidating transport dynamics and regional division of PM2.5 and O3 in China using an advanced network model", Environ Int, 188, pp.108731~ (2024)
- Duong TN, "Performance evaluation of multiple particulate matter monitoring instruments under higher temperatures and relative humidity in Southeast Asia and design of an affordable monitoring instrument(ManPMS)", Instrum Sci Technol, 51(6), pp.660~680 (2023)
- Oanh NTK, "Handbook of air quality and climate change", pp.507~531 (2023), Springer
- Nguyen HD, "Effect of biomass burnings on population exposure and health impact at the end of 2019 dry season in Southeast Asia", Atmos, 15(11), pp.1280~ (2024)