Scholarly record
THE PRACTICE OF USING A MULTI-POLE ELECTRICAL INSTALLATION FOR MONITORING THE COASTAL ZONE OF KARST LAKES
Abstract
In article, the methodology for organizing data collection from sensors of a multi-pole electrical installation intended for geoecological monitoring of coastal zones of karst lakes in the areas of hydrological discharge of the lake is considered. The study of the hydrogeological features of karst lakes is an important task of practical geoecology. Karst lakes have a significant impact on the development of destructive karst-suffusion processes, both locally and regionally level. For monitoring it is proposed to use non-contact transformer sensors of an electric field. Such sensors do not have galvanic contact with the soil and allow eliminating all kinds of excessive electrochemical noise. The sensitivity of a multi-pole electrical installation is simulated on the basis of a computational model for the separation of two environments, adequate for a wide class of geodynamic objects. The general algorithm of functioning of a measuring complex for geoecological monitoring is developed. The algorithm allows monitoring the operability of devices and data acquisition systems prompt correction, interpretation and storage of measurement results. Spatial-temporal processing of the control data of the coastal zone of the karst lake of the Nizhny Novgorod Region, obtained from a multi-pole electrical installation, was carried out.
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