Numerical modeling of the relationship between ground and surface waters (on the example of the Novodvorskoye basalt deposit)
Abstract
A new methodological approach to the computational assessment of the interconnection between soils and water pollution is proposed, which consists in a set of digital relief maps and a hydrographic network for compiling hydroisogypse maps and infiltration coefficients of groundwater recharge. A brief description of the numerical geofiltration model of groundwater of the Novodvorskoye deposit of basalts and accompanying tuffs is given. The technology of implementation on the model of surface reservoirs and watercourses is presented. Within the simulated area, the natural resources of groundwater are estimated, the value of which is divided into groundwater runoff into rivers and groundwater discharge by evaporation. Based on the results of modeling the natural filtration of groundwater, the structure of the balance of groundwater and surface water was assessed, maps of hydroisohypses, depths of occurrence and intensity of infiltration recharge of groundwater were constructed.
About the Author
V. G. Zhoglo
Institute of Nature Management of the National Academy of Sciences of Belarus
Belarus
Belarus
Vasily G. Zhoglo – Dr. Sc. (Geology and Mineralogy), Head of the Laboratory of Hydrogeology and Hydroecology
10, F. Scoriny Str., 220076, Minsk
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Review
For citations:
Zhoglo V.G. Numerical modeling of the relationship between ground and surface waters (on the example of the Novodvorskoye basalt deposit). Nature Management. 2022;(2):195-212. (In Russ.)
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