APPLICATION OF THE GEORADAR METHOD FOR THE ASSESS THE GEOECOLOGICAL STATE OF THE TERRITORIES OF SOLID WASTE LANDFILLS
Rubrics: AGRICULTURAL ECONOMICS AND POLICIES
Authors:
1.
State University of land management
2.
State University of land management
3.
State University of land management
4.
State University of land management
Type:
Article
eLocation:
Status:
Published
Received:
06.12.2020
Accepted:
15.12.2020
Published:
25.12.2020
Language:
Russian
Keywords:
georadarnoe zondirovanie, poligon tverdyh kommunal'nyh othodov, rel'ef mestnosti, vodonosnyy gorizont
Abstract (English):
The project considers the application of the georadar survey method for the assess the level and dynamics of landfill filtrate entering ground water in order to determine the geoecological state of the surrounding territory and water bodies. The research was conducted at the Dolgoprudny municipal solid waste landfill in the Moscow region. Based on the survey of the object using an unmanned aerial vehicle, a three-dimensional model of the polygon was built and the profile of the georadar survey was determined. Georadar researches were conducted out on 49 profiles and zones of waterlogging of soils at depths from 0.2 to 1.9 m were determined. Based on the previously developed filtration model, the time of seepage of filtrate into ground water is estimated to be from 0.35 to 4 days. The research has shown the perspective of using the georadar method for a comprehensive assessment of the geoecological state of the environment near solid waste landfills.
The project considers the application of the georadar survey method for the assess the level and dynamics of landfill filtrate entering ground water in order to determine the geoecological state of the surrounding territory and water bodies. The research was conducted at the Dolgoprudny municipal solid waste landfill in the Moscow region. Based on the survey of the object using an unmanned aerial vehicle, a three-dimensional model of the polygon was built and the profile of the georadar survey was determined. Georadar researches were conducted out on 49 profiles and zones of waterlogging of soils at depths from 0.2 to 1.9 m were determined. Based on the previously developed filtration model, the time of seepage of filtrate into ground water is estimated to be from 0.35 to 4 days. The research has shown the perspective of using the georadar method for a comprehensive assessment of the geoecological state of the environment near solid waste landfills.
Keywords:
georadarnoe zondirovanie, poligon tverdyh kommunal'nyh othodov, rel'ef mestnosti, vodonosnyy gorizont
georadarnoe zondirovanie, poligon tverdyh kommunal'nyh othodov, rel'ef mestnosti, vodonosnyy gorizont
