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Study Of Particulate Matter Pollution In Warsaw Area

机译:华沙地区颗粒物污染研究

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An attempt was undertaken in this work to characterize the imission field of the PM10 particulate matter in the Warsaw area, based on measurements coming from 11 stations located in area, and from 4 stations outside Warsaw belonging to the Voivodship Inspectorate of Environmental Protection in Warsaw. The analysis concerns the 2004-06 period. Basic descriptive statistics of the concentration were calculated, the daily (24 hrs) averaged courses were studied in the whole experimental period for the cold (Oct.-March) and warm (April-Sept.) seasons, rose diagrams of particulate matter concentration percentages and of pollution plume rate percentages were made, and an effort to visualize the spatial distribution of paniculate matter over the Warsaw area was made, on the basis of PM10 paniculate matter concentration values registered at the stations mentioned above. As a result of the executed analyses it was found that the existing measurement network of PM10 is insufficient for a precise recognition of the imission field. It is necessary not only to extend the network of monitoring stations, especially in the Warsaw districts located on the right bank of the Vistula River, but also to include all vital meteorological parameters and particulate matter qualitative analyses into the range of measurements. In relationship to a high level of PM10 concentrations occurring in the area of the whole city, the authors propose publicizing measurement results. The analysis of pollution plumes, which was possible only for two monitoring stations located in the northern and southern parts of the city, enabled the authors to focus on substantial causes for increased PM10 concentration in that regions.
机译:这项工作试图根据来自该地区的11个站点以及华沙环境保护环境保护督察所在华沙以外4个站点的测量结果来表征华沙地区PM10颗粒物的排放场。分析涉及2004-06年期间。计算浓度的基本描述统计数据,研究整个实验期内冷(10月至3月)和暖(4月至9月)的每日(24小时)平均过程,颗粒物浓度百分比的玫瑰图根据上面提到的站点记录的PM10颗粒物浓度值,对污染羽流率百分比进行了估算,并试图可视化华沙地区颗粒物的空间分布。作为执行分析的结果,发现现有的PM10测量网络不足以精确识别发射场。不仅需要扩展监测站的网络,特别是在维斯杜拉河右岸的华沙地区,而且还必须将所有重要的气象参数和颗粒物定性分析纳入测量范围。与整个城市区域中较高的PM10浓度有关,作者建议公布测量结果。只有在位于城市北部和南部的两个监测站才可以进行污染羽流的分析,这使作者能够集中精力研究造成该地区PM10浓度升高的根本原因。

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