Abstract
The article considers one of the important problems of modern applied geometry - the development of geometric modeling methods, typification and schematization of topographic, hydrogeological, and geological surfaces, on the basis of which many theoretical and applied problems of engineering geometry are solved. The results of observations of groundwater status indicators are analyzed, which are carried out by measuring the level, pressure, flow, and selection of water from observation wells, springs located in natural and disturbed conditions. The permissible convergence of resource estimates by the amplitudes of fluctuations in the level of groundwater and by the geometric modeling of groundwater deposits has been established.
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