Inorganic constituents in surface runoff from urbanised areas in winter: the case study of the city of Brest, Belarus

Bulskaya, Ina; Волчек, А. А.

doi:10.5697/oc.56-2.373

Cited by 3 publications

(1 citation statement)

References 11 publications

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“…In the water of the pond on Vasnetsov street and рond Zerkalka in Brest established the predominance of Mg 2+ and HCO3ions. The increased content of Mg 2+ and Clin the water of reservoirs is associated with the ingress of unorganized stormwater runoff from household areas and roads [17][18][19][20]. In the park ponds of Kobrin and Brest, increased concentrations of Mg 2+ , SO4 2and Clions ( Figure 1b) are connected with the ingress of perennial unorganized storm drains from the adjacent green territory of the parks (annual fertilization of vegetation) and high recreational load (in these parks there is an annual high attendance of people).…”

Section: Resultsmentioning

confidence: 99%

Ecological condition of water bodies of the south-west of Belarus in spring 2020

2020

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In this work, hydrochemical and hydromorphological characteristics of urban reservoirs of southwestern Belarus in the spring of 2020 were investigated. Hydromorphological characteristics of reservoirs were determined by field methods and GIS mapping methods. Hydrochemical assessment of water quality of reservoirs in the spring period was carried out according to 15 indicators. Multivariate statistical methods were used to analyze surface water quality. Based on the analysis of hydrochemical and hydromorphological indicators, an assessment of the ecological state of the reservoirs of the urboterritories of southwestern Belarus in the spring period of 2020 was given. During the study, patterns of distribution of morphometric characteristics of the reservoirs within the studied territory were established. The analysis of hydrochemical characteristics showed that the water quality of urban reservoirs depends on the types of anthropogenic effects.

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Section: Resultsmentioning

confidence: 99%

Ecological condition of water bodies of the south-west of Belarus in spring 2020

2020

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Roadside snowmelt: a management target to reduce lake and river contamination

2020

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Content analysis of salts and suspended substances in snow and thawed water

Dyagelev

Khvorenkov

Nepogodin

et al. 2019

J. Phys.: Conf. Ser.

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The research article discusses the chemical composition of the anti-icing reagents, and presents the results of studies to determine the content of suspended solids and salts in the snow at different intervals from the edge of the roadside on the main streets of Izhevsk. The following dependence was revealed – a decrease in the concentration of salts and suspended substances in snow samples with distance from the edge of the roadway. The concentration of salts in the samples at different distances from the edge of the roads reached 5822 mg/l. The concentration of suspended solids in snow samples reached 13470 mg/l. It was found that when taking samples of snow at a distance of 25 meters from the edge of the roadway, there is an excess of the concentrations of salts and suspended solids in the snow, the values of the maximum permissible concentration for admission to surface water bodies.

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Inorganic constituents in surface runoff from urbanised areas in winter: the case study of the city of Brest, Belarus

Cited by 3 publications

References 11 publications

Ecological condition of water bodies of the south-west of Belarus in spring 2020

Ecological condition of water bodies of the south-west of Belarus in spring 2020

Roadside snowmelt: a management target to reduce lake and river contamination

Content analysis of salts and suspended substances in snow and thawed water

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