Metal pollution of surface water from Wielkopolska region

Q4 Environmental Science
Adam Perczak, A. Waśkiewicz, P. Goliński
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引用次数: 2

Abstract

Abstract: Polish water resources in comparison to other European countries are small. It is one of the factors leading to increased interest in monitoring tests for their quality. Heavy metals are major water pollutants in Poland. The aim of this study was to determine seasonal variability in concentrations of cadmium, lead, zinc and copper in various reservoirs and water courses in the Wielkopolska region. Water samples were collected from lakes, large and small rivers and drainage ditches. These water bodies differ in land use in the surrounding. These were mostly rural. The study was conducted during the growing season from May to December 2012. Quantitative analysis of heavy metals was performed on the AA spectrometer Agilent 280Z. The results showed high seasonal variation in heavy metal contents in different water bodies. The concentrations of cadmium and zinc mainly depend on the date of discharge to water. Lead concentrations were caused by emissions and depended mainly on cultivation measures in fields. The highest concentration of copper was observed in the lakes, which could be due to the use of compounds that eliminate algal blooms. Under Polish law, all water bodies are classified into water quality classes I or II intended for drinking. Living conditions for cyprinids and salmonids were satisfactory in all the locations.
大波兰地区地表水的金属污染
摘要:波兰的水资源相对于其他欧洲国家来说是很少的。这是导致人们对监测测试质量越来越感兴趣的因素之一。重金属是波兰主要的水污染物。这项研究的目的是确定大波兰地区各水库和水道中镉、铅、锌和铜浓度的季节性变化。从湖泊、大小河流和排水沟中采集水样。这些水体在周围的土地利用上有所不同。这些大多是农村地区。研究在2012年5月至12月的生长季节进行。采用Agilent 280Z AA谱仪进行重金属定量分析。结果表明,不同水体重金属含量的季节变化较大。镉和锌的浓度主要取决于排放到水中的日期。铅浓度主要由排放引起,主要取决于田间栽培措施。在湖泊中观察到的铜浓度最高,这可能是由于使用了消除藻华的化合物。根据波兰法律,所有的水体都被划分为供饮用的I级或II级水质。所有地点的鲤科和鲑科鱼的生存条件都令人满意。
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