Air Pollution and its Impact on the Elements of Soil and Plants in Helwan Area

S. A. Alkhdhairi, U. Abdel-Hameed, A. Morsy, M. Tantawy
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引用次数: 3

Abstract

Over the past two decades, the threat of environmental pollution elements has attracted attention as much as the air pollution. Concentrations of many trace elements in the environment have been significantly affected by man’s activities. The present study was made to evaluate the potential effects of ambient air pollutants (SO2, NO2, CO and PM10) on Calotropis procera and soil in Helwan city. The study also aimed to evaluate the damaging effect of human activities on soil and some plants, where samples would have collected from industrials, traffic and domestic sources in Helwan city. Sampling and measurements were based on the environmental protection agency (EPA) and the American Standard test methods (ASTM). Evaluation of air pollutants (SO2, NO2, CO and PM10) was measured by Miran Gas Analyzer and Thermo Dust Meter. It was found that all metals were belonging to very high contamination category at all sites near the factories except iron. the internal parts of the leaf and shoot in the Calotropis procera are not affected by concentrations of air pollutants found in Helwan industrial area air or even high concentrations in soil
鹤湾地区大气污染及其对土壤和植物元素的影响
在过去的二十年里,环境污染因素的威胁与空气污染一样引起了人们的关注。环境中许多微量元素的浓度受到人类活动的显著影响。本研究旨在评价环境污染物(SO2、NO2、CO和PM10)对鹤万市鹿角虫和土壤的潜在影响。该研究还旨在评估人类活动对土壤和一些植物的破坏性影响,这些植物的样本将从赫尔万市的工业、交通和家庭来源中收集。采样和测量是基于环境保护署(EPA)和美国标准测试方法(ASTM)。空气污染物(SO2、NO2、CO和PM10)评价采用Miran气体分析仪和热尘计。结果表明,除铁外,工厂附近所有场所的金属均属于高污染。黄花菜的叶和茎的内部部分不受鹤湾工业区空气中甚至土壤中高浓度空气污染物的影响
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