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Atmospheric Deposition of Inorganic Elements and Organic Compounds at the Inlets of the Venice Lagoon

机译:威尼斯泻湖入口处的无机元素和有机化合物的大气沉积

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摘要

The Venice Lagoon is subjected to long-range transport of contaminants via aerosol from the near Po Valley. Moreover, it is an area with significant local anthropogenic emissions due to the industrial area of Porto Marghera, the urban centres, and the glass factories and with emissions by ships traffic within the Lagoon. Furthermore, since 2005, the Lagoon has also been affected by the construction of the MOSE (Modulo Sperimentale Elettromeccanico—Electromechanical Experimental Module) mobile dams, as a barrier against the high tide. This work presents and discusses the results from chemical analyses of bulk depositions, carried out in different sites of the Venice Lagoon. Fluxes of pollutants were also statistically analysed on PCA with the aim of investigating the spatial variability of depositions and their correlation with precipitations. Fluxes of inorganic pollutants depend differently on precipitations, while organic compounds show a more seasonal trend. The statistical analysis showed that the site in the northern Lagoon has lower and almost homogeneous fluxes of pollutants, while the other sites registered more variable concentrations. The study also provided important information about the annual trend of pollutants and their evolution over a period of about five years, from 2005 to 2010.
机译:威尼斯泻湖通过来自附近波河谷的气雾剂进行污染物的远距离运输。此外,由于波尔图马尔盖拉(Porto Marghera)工业区,城市中心和玻璃工厂的存在,该地区的人为排放量很大,泻湖内的船舶交通也有排放量。此外,自2005年以来,泻湖还受到了建造MOSE(模块化电子实验-机电实验模块)移动水坝的影响,这是抵御涨潮的障碍。这项工作介绍并讨论了在威尼斯泻湖不同地点进行的大体积沉积物化学分析的结果。还对PCA上的污染物通量进行了统计分析,目的是调查沉积物的空间变异性及其与降水的相关性。无机污染物的通量对降水的依赖性不同,而有机化合物则表现出更多的季节性趋势。统计分析表明,位于北部泻湖的地点的污染物通量较低,几乎均匀,而其他地点的污染物浓度变化较大。该研究还提供了有关2005年至2010年约五年期间污染物年度趋势及其演变的重要信息。

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