Geomodels of space monitoring of water bodies

Theme of the paper is solution flooding geomodels creation for Dniester river basin territory, which uses contact and remote measurements. Natural anthropogenic factors causing groundwater level rising were analyzed localization flooded zones forecasting geometric characteristics. Geographic information systems researched area include spatial binding hydrological elements observation points, digital model relief preparation, allocation catchment, areas modeling. Structural features size shape object, brightness disposal within image texture, some others. Possibility available sensing data use allows reducing temporal economic cost conducting additional ground measurements possible determining. These methods are realized territory Canyon, hydrogeologic feature connected to Upper Cretaceous horizon groundwater.