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Comprehensive chemical characterization of PM_(2.5) in the large East Mediterranean-Middle East city of Beirut,Lebanon

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Journal of Environmental Sciences 2023年第11期133卷 118-137页

作者： Nansi Fakhri Marc Fadel Fatma Ozturk Melek keles Minas Iakovides Michael Pikridas Charbel Abdallah cyril k.ram.jean sciare Patrick L.Hayes Charbel Afif EMMA Research Group Centre d’Analyses et de RechercheFaculty of SciencesUniversitéSaint-JosephBeirutLebanon Department of Chemistry Faculty of SciencesUniversitéde MontréalMontréalQuébecCanada Environmental Engineering Department Faculty of EngineeringBolu Abant Izzet Baysal UniversityBoluTurkey Climate and Atmosphere Research Center(CARE-C) The Cyprus InstituteNicosiaCyprus

The chemical composition of PM_(2.5) at two sites in Lebanon,a country in the East Mediterranean-Middle East region,is investigated in the spring and summer *** average PM_(2.5) concentrations were of(29±16)μg/m 3 for Beirut urban site and(32±14)μg/m 3 for Beirut suburban *** study showed that the geographic location of the East Mediterranean region,such as its proximity to the Mediterranean Sea and the dust storm intrusion are a significant contributor to the high PM levels from natural sources,which cannot be mitigated,rendering the PM_(2.5) WHO annual Air Quality guideline unattainable due to high natural background,which also applies to the entire Middle East *** and Eastern Europe are the dominant origin of air masses throughout our sampling days,suggesting the long-range transport as an important potential contributor to the high observed concentrations of V,Ni,and sulfate in this region most probably in other East Mediterranean countries than Lebanon *** local sources determined through the chemical speciation including organics are road transport,resuspension of dust and diesel private generators.A health risk assessment of airborne metals was performed and the carcinogenic risk for all the metals exceeded by 42(adults)and 14(children)times the acceptable risk level(10^(-6))at both *** was the predominant carcinogenic metal,emphasizing the need to replace energy production with cleaner energy on a regional level and highlighting the severe impact of air pollution on the health of inhabitants in this region’s main cities.

关键词： Chemical composition PM_(2.5) Eastern Mediterranean Middle East Organic aerosols Health risk assessment

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