Technogenic geochemical abnormalities in the soils and bottom sediments of Voronezh

IF 0.2 Q4 ENGINEERING, MULTIDISCIPLINARY
N. Kaverina, S. Kurolap, P. Vinogradov, T. Dubovitskaya, Natalya N. Nazarenko, R. A. Kondaurov
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引用次数: 0

Abstract

Environmental pollution in large industrialized cities has become an urgent global problem. On the territory of the Russian Federation, a tense ecological situation is developing in almost all cities with a population of over one million and in large administrative centers. The creation of a quality urban environment is a national priority, a complex and financially costly task, the solution of which cannot be postponed any longer. The main sources of problems in the territories occupied by cities lie in the concentration of production capacities, the steady growth of the population, and as a result, the amount of transport. Due to production, industrial cities concentrate substances of natural and man-made origin forming local and even regional geochemical anomalies in various landscapes. Among all the interrelated components, a special place belongs to the depositing (accumulating) media–soils and bottom sediments. Based on the results of geochemical studies of 2018–2020, the indicators of the quality of the soils of Voronezh were determined, the levels of the content of pollutants of I-III hazard classes in the soils of urban and peripheral areas of Voronezh (benzo(a)pyrene and heavy metals) were established. The authors provide an assessment of the accumulation of pollutants in the bottom sediments of the Voronezh water reservoir, which is located on the territory of the urban district.
沃罗涅日土壤和海底沉积物的技术成因地球化学异常
工业化大城市的环境污染已成为一个紧迫的全球性问题。在俄罗斯联邦领土上,几乎所有人口超过100万的城市和大型行政中心都出现了紧张的生态局势。创造高质量的城市环境是国家的优先事项,是一项复杂且财政成本高昂的任务,解决这一问题不能再拖延了。在城市占领的领土上,问题的主要来源在于生产能力的集中、人口的稳定增长,以及由此产生的交通量。由于生产的原因,工业城市集中了自然和人为来源的物质,在各种景观中形成了局部甚至区域的地球化学异常。在所有相互关联的成分中,有一个特殊的位置属于沉积(积累)介质——土壤和底部沉积物。根据2018-2020年的地球化学研究结果,确定了沃罗涅日土壤质量指标,建立了沃罗涅日城市和周边地区土壤中I-III类污染物含量水平(苯并(a)芘和重金属)。作者对位于城区的沃罗涅日水库底部沉积物中污染物的积累进行了评估。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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来源期刊
Ingenieria UC
Ingenieria UC ENGINEERING, MULTIDISCIPLINARY-
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审稿时长
12 weeks
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