Ecological damage at pollution by oil products on the example of R. Shava, Nizhny Novgorod Region

© MCSER-Mediterranean Center of Social and Educational Research. Article is devoted to the analysis of the ecological damage caused to water object – the river Shava and to wetland Shava of the Nizhny Novgorod Region, injured with accident at oil spill in 2007. Environment components, the most sensitive to oil pollution are analyzed and allocated. The economic assessment of consequences of pollution is carried out

The contaminating impact of surface water runoff from the MSW landfill on the river Krutovka (through the example of samosyrovskaya landfill, Kazan, Russia)

© Research India Publications. One of the attributes of the present stage of urbanization is the accelerating rate of waste generation, from both human activity, the commercial packages, as well as industrial production. According to official information of the Federal Service for Supervision of Natural Resource Usage (Rosprirodnadzor) for the Republic of Tatarstan, the republic produces about 8 million tons waste, 3 million of which are municipal solid waste. One of the largest waste disposal sites in the city of Kazan is Samosyrovskaya landfill, having been operating since the 1960s. The MSW landfill operation causes pollution of air, soil, surface water, and groundwater. This paper deals with hydrological and hydro-chemical studies for assessing the impact of the landfill on water bodies and the choice of sites for bioengineering facilities for surface runoff treatment. An important thing in monitoring the surface water pollution is the choice of observation posts reflecting the impact of the affecting object on the hydrological, and hydro-chemical properties of watercourses. Studying the hydrological parameters of Krutovka stream, we have developed a distribution model for main streams of the surface runoff from the territory of Samosyrovskaya landfill, and determined the localization of the most probable point of water pollution. Our hydro-chemical observations confirmed the presence of contaminants at the confluence of surface runoff

Criteria of rehabilitation of biotic communities in oil-polluted small rivers (by example of the Shava River, Nizhnii Novgorod oblast)

© 2014, Pleiades Publishing, Ltd. An assessment of the ecological state of the small Shava River (Kstovskii raion, Nizhnii Novgorod oblast) subjected to oil pollution as a result of a pipeline accident in 2007 is presented. On the basis of physical and chemical characteristics of water quality and the results of a study of hydrobiont communities, the degree of the river pollution has been determined and a conclusion about the rehabilitation of communities as a result of the complex effect of recultivation measures and self-purification processes has been made. Criteria for recultivation activity completion have been defined according to hydrobiological indicators (phytoplankton, zooplankton, and zoobenthos)

The impact of XXVII summer universiade on the environment in Kazan

© 2015, Mediterranean Center of Social and Educational Research. All rights reserved. This article introduces general research results of impact of XXVII Summer Universiade on the environment in Kazan. There are major results of ecological consequences of staging of Universiade for development of Kazan city and the Tatarstan Republic. The scientific assessment is given in the integrated form by indicators

Ecological damage at pollution by oil products on the example of R. Shava, Nizhny Novgorod Region

© MCSER-Mediterranean Center of Social and Educational Research. Article is devoted to the analysis of the ecological damage caused to water object – the river Shava and to wetland Shava of the Nizhny Novgorod Region, injured with accident at oil spill in 2007. Environment components, the most sensitive to oil pollution are analyzed and allocated. The economic assessment of consequences of pollution is carried out

Ecological damage at pollution by oil products on the example of R. Shava, Nizhny Novgorod Region

© MCSER-Mediterranean Center of Social and Educational Research. Article is devoted to the analysis of the ecological damage caused to water object – the river Shava and to wetland Shava of the Nizhny Novgorod Region, injured with accident at oil spill in 2007. Environment components, the most sensitive to oil pollution are analyzed and allocated. The economic assessment of consequences of pollution is carried out

The contaminating impact of surface water runoff from the MSW landfill on the river Krutovka (through the example of samosyrovskaya landfill, Kazan, Russia)

© Research India Publications. One of the attributes of the present stage of urbanization is the accelerating rate of waste generation, from both human activity, the commercial packages, as well as industrial production. According to official information of the Federal Service for Supervision of Natural Resource Usage (Rosprirodnadzor) for the Republic of Tatarstan, the republic produces about 8 million tons waste, 3 million of which are municipal solid waste. One of the largest waste disposal sites in the city of Kazan is Samosyrovskaya landfill, having been operating since the 1960s. The MSW landfill operation causes pollution of air, soil, surface water, and groundwater. This paper deals with hydrological and hydro-chemical studies for assessing the impact of the landfill on water bodies and the choice of sites for bioengineering facilities for surface runoff treatment. An important thing in monitoring the surface water pollution is the choice of observation posts reflecting the impact of the affecting object on the hydrological, and hydro-chemical properties of watercourses. Studying the hydrological parameters of Krutovka stream, we have developed a distribution model for main streams of the surface runoff from the territory of Samosyrovskaya landfill, and determined the localization of the most probable point of water pollution. Our hydro-chemical observations confirmed the presence of contaminants at the confluence of surface runoff

The contaminating impact of surface water runoff from the MSW landfill on the river Krutovka (through the example of samosyrovskaya landfill, Kazan, Russia)

© Research India Publications. One of the attributes of the present stage of urbanization is the accelerating rate of waste generation, from both human activity, the commercial packages, as well as industrial production. According to official information of the Federal Service for Supervision of Natural Resource Usage (Rosprirodnadzor) for the Republic of Tatarstan, the republic produces about 8 million tons waste, 3 million of which are municipal solid waste. One of the largest waste disposal sites in the city of Kazan is Samosyrovskaya landfill, having been operating since the 1960s. The MSW landfill operation causes pollution of air, soil, surface water, and groundwater. This paper deals with hydrological and hydro-chemical studies for assessing the impact of the landfill on water bodies and the choice of sites for bioengineering facilities for surface runoff treatment. An important thing in monitoring the surface water pollution is the choice of observation posts reflecting the impact of the affecting object on the hydrological, and hydro-chemical properties of watercourses. Studying the hydrological parameters of Krutovka stream, we have developed a distribution model for main streams of the surface runoff from the territory of Samosyrovskaya landfill, and determined the localization of the most probable point of water pollution. Our hydro-chemical observations confirmed the presence of contaminants at the confluence of surface runoff

The contaminating impact of surface water runoff from the MSW landfill on the river Krutovka (through the example of samosyrovskaya landfill, Kazan, Russia)

© Research India Publications. One of the attributes of the present stage of urbanization is the accelerating rate of waste generation, from both human activity, the commercial packages, as well as industrial production. According to official information of the Federal Service for Supervision of Natural Resource Usage (Rosprirodnadzor) for the Republic of Tatarstan, the republic produces about 8 million tons waste, 3 million of which are municipal solid waste. One of the largest waste disposal sites in the city of Kazan is Samosyrovskaya landfill, having been operating since the 1960s. The MSW landfill operation causes pollution of air, soil, surface water, and groundwater. This paper deals with hydrological and hydro-chemical studies for assessing the impact of the landfill on water bodies and the choice of sites for bioengineering facilities for surface runoff treatment. An important thing in monitoring the surface water pollution is the choice of observation posts reflecting the impact of the affecting object on the hydrological, and hydro-chemical properties of watercourses. Studying the hydrological parameters of Krutovka stream, we have developed a distribution model for main streams of the surface runoff from the territory of Samosyrovskaya landfill, and determined the localization of the most probable point of water pollution. Our hydro-chemical observations confirmed the presence of contaminants at the confluence of surface runoff

Ecological damage at pollution by oil products on the example of R. Shava, Nizhny Novgorod Region

© MCSER-Mediterranean Center of Social and Educational Research. Article is devoted to the analysis of the ecological damage caused to water object – the river Shava and to wetland Shava of the Nizhny Novgorod Region, injured with accident at oil spill in 2007. Environment components, the most sensitive to oil pollution are analyzed and allocated. The economic assessment of consequences of pollution is carried out