Spatial data and technologies for geomonitoring of land use under aspect of mineral resource sector development

Eurasian Mining. 2020. No. 1 (33). P. 69–74.

Adero N., Drebenstedt1 C., Prokofyeva E. N., Vostrikov A. V.

The main efforts of modern geoecology focus on various aspects of monitoring the state of the natural environment within the sphere of anthropogenic impacts on raw materials complexes and on determining the irreversible level of adverse impacts and consequences of natural disasters in the absence of effective tools and systems for early forecasting and detection of hazards and environmental risks (erosion, oil spills, oil and gas leaks and contamination of surface and groundwater, landslides, collapses, subsidence, mining, fire, among others). As a result, even with the highest methodological and technical level of modern research, there remains trivial conclusion on the need to protect nature. This leaves open the main question of effective methods of nature protection and the necessary changes in technologies and methods of data management. The improvement of the methodological basis for the design of mining systems to achieve integrated development of subsoil is aimed at advancing the innovative energy and resource-saving geotechnologies, which ensure the required efficiency and safety of work, including early detection of potential hazards and risks. In this study, an integrated approach to the processing of remotely sensed data is being developed, which is envisaged to share the results of the measurements obtained in Russia and Kenya by various satellite-based technologies in both optical and radar bands.

Keywords: цифровые технологии, геоэкология, geoecology, spatial data, горная промышленность, геомониторинг, digital technologies, mining industry, geomonitoring, geotechnology, subsoil use technologies, satellite images and aerial photographs, satellite data, пространственные данные, геотехнологии, технологии недропользования, спутниковые снимки и аэрофотоснимки, спутниковые данные

Publication based on the results of: Разработка методики непрерывного мониторинга для выявления экзогенных процессов на инфраструктурных объектах (2021)