AN OVERVIEW OF ARSENIC POLLUTION OVER FOUR NORTH-EAST COUNTRIES OF EUROPE INFLUENCED BY NATURAL AND ANTHROPOGENIC SOURCES

H. R. Hassan, G. Ignatavicius, V. Valskys
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Abstract

Arsenic (As) is one of the most important elements found in the environment. It is a toxic metalloid that is res-ponsible for the contamination of soil/sediments and water courses due to various natural and anthropogenic processes. This may lead to adverse effects on human health, therefore it is important to monitor and control. The objective of this paper is to summarize the literature on arsenic anomalies in soil/sediments and water of four North-East European countries; the measurements are reported for Finland, Sweden, Lithuania and Poland. The origin of most of the arsenic pollution is determined to be natural and mostly anthropogenic for these co-untries. The data reveal that As is present in matrices such as soil, sediments and water. This review highlights that the As concentration in drinking water or soil/sediments of the four countries exceeds the international standard limits. As at higher concentrations are associated with the mining region of Adak in the Västerbotten district of northern Sweden (e.g. groundwater upto 2900 μg/L; sediments upto 900 mg/kg).
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欧洲东北部四个国家受自然和人为来源影响的砷污染概况
砷(As)是环境中最重要的元素之一。它是一种有毒的类金属,由于各种自然和人为过程,对土壤/沉积物和水道的污染负有责任。这可能对人类健康造成不利影响,因此必须加以监测和控制。本文对东北4个欧洲国家土壤/沉积物和水中砷异常的文献进行了综述;芬兰、瑞典、立陶宛和波兰的测量数据均有报告。大多数砷污染的来源被确定为这些共同国家的自然和主要人为污染。数据显示,砷存在于土壤、沉积物和水等基质中。这四个国家的饮用水或土壤/沉积物中砷的浓度都超过了国际标准限值。瑞典北部Västerbotten地区的Adak矿区的浓度较高(例如地下水高达2900 μg/L;沉积物高达900毫克/公斤)。
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