Abstract
Vindication of the hydrosphere engineering protection measures in the process of mines work-out and liquidation is based on monitoring and hydro/geo/migration simulation outcomes. Methods of hydrosphere pollution prevention after mines’ liquidation are reduced to localization of polluted sites and polluted waters treatment at the points of their concentrated outcome with obligatory monitoring. For the area of hydrodynamical effect of the closed Lyovikha mine (Sverdlovsk oblast) a conceptual mathematical hydrogeological model has been developed. In the condition of the information deficit the model parametric saturation was carried out in the process of solution of inverse problems for characteristic periods of hydrodynamic situation variations.
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