GEODYNAMICS

The aim of the research is to substantiate scientific foundations an integrated approach solving environmental and geological problems related groundwater salinization in Kalush mining region; quantitative evaluation dynamics such its relationship with river system based on geochemical geophysical observations. relevance determined by need solve following tasks: 1) identification sources contamination; 2) determination saline areas, including settlements within which drinking water horizons become unsuitable for direct use; 3) characteristics dynamics, that is, degree salinity rate changes space time; 4) danger operation intake facilities; 5) risk contamination basin. methodology consists establishing correlation between hydrogeochemical electrometric observations, as well determining transition patterns from measurements electrical resistance salinity. It also includes creating spatio-temporal models assessing risks surface watercourses taking into account main providing initial data making management decisions. With help observations (the mineralization) exploration (measurement resistance), correlations were established inherent aquifer mineralization. As a result, this made it possible concretize determine area according planar surveys. Regime allowed us establish movement direction speed front. obtained calculating Limnytsia Dnister Rivers. novelty further development methods underground mineralization results research, method exploration. For first time, territory region (KMR) created. In addition, assessment watercourse Rivers) was given, KMR. application makes quickly areas associated probable territory, provide planning actions. A reliable forecast allows envisaging measures reducing load aquifer, only horizon town Kalush.