Precision Hydrogeological Monitoring in Technogenically Disturbed Conditions: Organization, Execution, and Processing of Experimental Data

AbstractThe article presents the results of precision hydrogeological monitoring, carried out within the operating iron ore deposit near the city of Gubkin, Belgorod region. The organization of an autonomous instrumentation-measuring complex at the wellhead areas of observation wells is described in detail. The methods of processing the series of synchronous recording of seismic, hydrogeological, and barometric data are considered. The proposed scientific and methodological approach to analyzing the obtained experimental data is oriented towards the background parameters of water-saturated reservoirs of pore and fractured-porous types (including the coefficients of barometric efficiency and tidal sensitivity) and studying the response of the well–aquifer system to mass explosions.