Determination of the actual zone of influence of an industrial enteprise on the basis of the quality assessment of the environmental components

Tihonova, A A; Yanina, V V; Eltanskaya, Elena

doi:10.1088/1757-899x/483/1/012030

Cited by 2 publications

(2 citation statements)

References 9 publications

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“…Также стоит отметить значительную роль локальной циркуляции воздушных масс при поступлении загрязнителей из атмосферы на почвенный покров. К примеру, распределение элемента в почвенном покрове происходит в виде вытянутых ареалов высоких концентраций, совпадающих по направлению с направлением движения господствующих ветров, что свидетельствует об определяющем влиянии атмосферных выбросов антропогенных источников на почвенный и растительный покров города [9].…”

Section: результаты и обсуждениеunclassified

Mapping of Actual Concentrations of Mobile Forms of Copper in Soils of the Northern Industrial Complex of Volgograd

Тихонова¹,

Murtazina²,

Slaykovskaya³

2022

NSR

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This paper presents an analysis of the results of a study of the actual concentrations of mobile forms of copper in the soil cover of the northern industrial hub of Volgograd within the assumed zone of influence of local sources of anthropogenic impact. As objects of influence on the components of the environment, the following were selected: a ferrous metallurgy enterprise (JSC “VMK “Krasny Oktyabr”) and a multidisciplinary enterprise (JSC “FNPC “Titan-Barricades”) of Volgograd, characterized by the specifics of the location relative to the functional zoning of the city. Sampling was carried out in 2017-2021 at control points at a distance of 0-4.5 km from the enterprises. During the same period, laboratory studies were carried out using the precision method of atomic absorption spectrometry. A map of the results of monitoring the content of mobile forms of copper in the soil cover in the study area is presented. The identified zone of influence of enterprises, taking into account the presence of additional sources of contamination of the soil cover and the MPC of cuprum, instead of its background concentrations, extends 3-3.5 km from the border of the metallurgical enterprise in the form of elongated areas of increased concentrations. It is noted that there are two pronounced foci of pollution located to the west of the operating SPC of the enterprise, as well as a focus of pollution located outside the boundaries of the sanitary protection zones of JSC “VMK “Krasny Oktyabr” and JSC “FNPC “Titan-Barricades”, in the intersection zone of the 2nd longitudinal highway and General Vatutin Street. The data obtained confirm the expediency of organizing regular monitoring of the soil cover in the city as one of the areas of environmental quality assessment.

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Section: результаты и обсуждениеunclassified

Mapping of Actual Concentrations of Mobile Forms of Copper in Soils of the Northern Industrial Complex of Volgograd

Тихонова¹,

Murtazina²,

Slaykovskaya³

2022

NSR

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“…Also, plants growing in the urban environment can accumulate elements to toxic levels. Taking into account the cycle of matters and energy, it should be noted that, entering the plant component of biogeocenosis, TM are redirected to consumers (animals and humans) and reducers [1], and at the same time are characterized by their durability and practical non-derivability from the system: soil-plants-animals-man. Thus, heavy metals, entering the atmosphere with emissions from various sources, settle and fall on the soil cover, where emissions are retained due to biogeochemical barriers.…”

Section: Introductionmentioning

confidence: 99%

Features of Monitoring Heavy Metals in Soil Cover of Urban Environment

Tikhonova¹,

Polovinkina²,

Гордиенко³

et al. 2020

Proceedings of the IV International Scientific and Practical Conference 'Anthropogenic Transformation of Geospace: Nature, Econ

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This study analyzes modern approaches to the monitoring systems organization for heavy metals in the soil cover in urban areas. The current situation was considered in individual countries, as well as the organization features of the soil monitoring system in the Russian Federation and the city of Volgograd. The study results showed that in most foreign countries, monitoring of urban soils is currently one of the priority areas. The research system has a high level but is subject to improvement in certain areas. In most cities of the Russian Federation, monitoring researches on the content of heavy metals in soils are the unsystematic and nonperiodic feature and are usually associated with the implementation of thesis research or scientific projects. At the federal level, studies are conducted only in 33 cities, while the lists of identified elements vary significantly depending on the current industry specialization.

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Determination of the actual zone of influence of an industrial enteprise on the basis of the quality assessment of the environmental components

Cited by 2 publications

References 9 publications

Mapping of Actual Concentrations of Mobile Forms of Copper in Soils of the Northern Industrial Complex of Volgograd

Mapping of Actual Concentrations of Mobile Forms of Copper in Soils of the Northern Industrial Complex of Volgograd

Features of Monitoring Heavy Metals in Soil Cover of Urban Environment

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