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Registration Number

0219U001613, 0118U005384 , R & D reports

Title

Development and introduction of the modern aerospace technologies for the research of the Earth to estimate and predict the hazardous natural and anthropogenic processes and phenomena, form the recommendations for the optimal reconnaissance, prospecting, and exploitation of the mineral deposits with the aim of minimization of adverse environmental impact

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Head

Popov Mikhail A., Доктор технічних наук

Registration Date

11-02-2019

Organization

National Academy of Sciences Institut of Geological Sciences Centre of Aerospase Research of the Earth

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Report (interim) of Scientific and Research Work: 284 ps, 19 tables, 127 figs, 225 references, 1 Application. EXTRACTION OF MINERAL RESOURCES, EXOGENIC GEOLOGICAL PROCESSES, ENVIRONMENTAL CONSEQUENCES, LANDSLIDES, SATTELITE SURVEY, REMOTE SENSING RESEARCH, RADAR INTERFEROMETRY, ENVIRONMENTAL PROTECTION RECOMMENDATIONS Report highlights the materials and research results obtained at the first stage (2018) of implementation of Scientific and Research Work (SRW): "Development and introduction of the modern aerospace technologies for the research of the Earth to estimate and predict the hazardous natural and anthropogenic processes and phenomena, form the recommendations for the optimal reconnaissance, prospecting, and exploitation of the mineral deposits with the aim of minimization of adverse environmental impact". The studies are aimed at the development of scientific, methodical, and practical approaches of the application of satellite surveys for the control and prediction of the evolution of exogenous geological processes, like the landslides within the right bank of the Kaniv Reservoir. On a base of geological investigations, satellite data and digital elevation models, as well as geologic-morphological data the preliminary substantiation of the predicting landslide evolution within the area of interest is provided and the recommendations for the following environmental protective measures are proposed. The following techniques are proposed and outlined: The technique of estimating and predicting landslide hazard of an area using radar interferometry data from the Sentinel satellite constellation; The technique of monitoring studies over the altered areas and qualitative assessment of land remediation using satellite data; The technique of remote autodetecting, estimating, and mapping the long-term changes of land surface classes. The technique of estimating the technogenic loads on the mining areas; The technique of heat field analysis under the fire spreading at the peat lands using satellite imaging data. At the final stage of the study the results obtained need the further development to meet user's requirements.

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І.О. Пєстова
А.О. Козлова
В.Є.Філіпович
В.І. Лялько
М.О. Попов
М.С. Лубський
О.В. Седлерова
О.Д. Федоровський
С.А. Станкевич
С.С. Дугін