Evaluation of Long Range Transport of Ozone in Western Mediterranean Basin
This study investigates the photochemical air pollution formed in a metropolitan area in terms of precursor pollutants. This investigation concerns an episode registered in Mediterranean region (Algerian Coast) occurred from 28th to 29th July, 2013, precursor emissions, meteorological and topography...
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| Veröffentlicht in: | Nature environment and pollution technology 2017-03, Vol.16 (1), p.55-55 |
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| creator | Boudjella, Abdelkader Saidi, Fethi Hamoudi, Benameur Youcefi, Abdelkader |
| description | This study investigates the photochemical air pollution formed in a metropolitan area in terms of precursor pollutants. This investigation concerns an episode registered in Mediterranean region (Algerian Coast) occurred from 28th to 29th July, 2013, precursor emissions, meteorological and topography conditions were faced to the combined reliable systems of advanced atmospheric modelling (No-Hydrostatic SKYRON/CAMX). The production and transport of tropospheric ozone over the Mediterranean region is examined by applying a spatiotemporal analysis of the atmospheric circulation in order to investigate the origin sources of polluted air masses (O^sub 3^, NO^sub 2^ and NO) and their impact on the Algerian O^sub 3^. This effort of photochemical modelling, discussed here, show some results, such as the appearance of high ozone levels in the vicinity of urban areas as well as in remote locations. Ozone plumes of South and West of Europe can travel long distances over the Mediterranean Sea affecting remote locations of North Africa, precisely the Algerian coast. Incidentally, the modeled ground-level ozone during this episode is higher (0.162 ppm) than regulation value of the region is around 0.080 ppm. |
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This investigation concerns an episode registered in Mediterranean region (Algerian Coast) occurred from 28th to 29th July, 2013, precursor emissions, meteorological and topography conditions were faced to the combined reliable systems of advanced atmospheric modelling (No-Hydrostatic SKYRON/CAMX). The production and transport of tropospheric ozone over the Mediterranean region is examined by applying a spatiotemporal analysis of the atmospheric circulation in order to investigate the origin sources of polluted air masses (O^sub 3^, NO^sub 2^ and NO) and their impact on the Algerian O^sub 3^. This effort of photochemical modelling, discussed here, show some results, such as the appearance of high ozone levels in the vicinity of urban areas as well as in remote locations. Ozone plumes of South and West of Europe can travel long distances over the Mediterranean Sea affecting remote locations of North Africa, precisely the Algerian coast. 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This investigation concerns an episode registered in Mediterranean region (Algerian Coast) occurred from 28th to 29th July, 2013, precursor emissions, meteorological and topography conditions were faced to the combined reliable systems of advanced atmospheric modelling (No-Hydrostatic SKYRON/CAMX). The production and transport of tropospheric ozone over the Mediterranean region is examined by applying a spatiotemporal analysis of the atmospheric circulation in order to investigate the origin sources of polluted air masses (O^sub 3^, NO^sub 2^ and NO) and their impact on the Algerian O^sub 3^. This effort of photochemical modelling, discussed here, show some results, such as the appearance of high ozone levels in the vicinity of urban areas as well as in remote locations. Ozone plumes of South and West of Europe can travel long distances over the Mediterranean Sea affecting remote locations of North Africa, precisely the Algerian coast. 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| identifier | ISSN: 0972-6268 |
| ispartof | Nature environment and pollution technology, 2017-03, Vol.16 (1), p.55-55 |
| issn | 0972-6268 2395-3454 |
| language | eng |
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| source | DOAJ Directory of Open Access Journals; EZB-FREE-00999 freely available EZB journals |
| subjects | Air pollution Coasts Investigations Mountains Outdoor air quality Ozone Pollutants Precipitation Smog Topography Urban areas VOCs Volatile organic compounds Weather Wind |
| title | Evaluation of Long Range Transport of Ozone in Western Mediterranean Basin |
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