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Information × Registration Number 0221U107036, 0121U112381 , R & D reports Title New knowledge-intensive methods of the hydrocarbon deposits prospecting based on a combination of geological, geophysical, geochemical and remote sensing information. popup.stage_title Head Popov Mykhailo О., д.т.н. Registration Date 26-12-2021 Organization State Institution "Scientific Center for Aerospace Research of the Earth of the Institute of Geological Sciences of the National Academy of Sciences of Ukraine" popup.description2 Interim report, 67 pages, 4 tables, 21 figures, 79 sources. MINERALS, OIL AND GAS PROSPECTIVITY, REMOTE SENSING, AEROSPACE MULTI-SPECTRAL IMAGE, GEOLOGICAL-GEOPHYSICAL DATA, GEOSPATIAL DATABASES The object of the given study is remote sensing methods and technologies focused on hydrocarbons prospecting. The aim of the study is to increase the efficiency of search of strategic mineral resources of Ukraine, in particular hydrocarbon deposits, based on the use of novel digital and geoinformation methods of processing large arrays of heterogeneous data and decision-making under uncertainty. The study is based on the next scientific and methodical tools: geological analysis, field research, optical-spectral measurements, computer modeling. Known and specially developed digital methods are used for data processing and analysis. The report contains the results of research conducted during the 1st stage (2021) of the project. The report consists of the following sections: 1. Analysis of modern approaches to solving the problems of searching for hydrocarbons deposits of different types. 2. Justification and selection of polygons for research, collection, and analysis of geological-geophysical and aerospace information. 3. Analysis and assessment of the capabilities of modern aerospace data for geological exploration of subsoil at the regional and local levels. 4. Creation of a unified base of geospatial data for remote sensing and geological and geophysical data in order to solve oil and gas prospecting tasks. The results of the study form the scientific and methodological basis for the further development of the applied software system "Computer Assistant of Geologist" (CompAsGeo) for the interactive formation of quantitative estimates of the hydrocarbon potential of subsoil areas. Product Description popup.authors Azimov Oleksandr T. Bondarenko Alla D. Olenovych Anna P Popov Mykhailo О. Sedlerova Olga V. Stankevych Serhii A Titarenko Olga V. popup.nrat_date 2022-03-09 Close