The article presents the results of studies on the use of remote sensing data for the selection of geological structures based on structurally interpretable complexes. In addition, modern digital materials of satellite images of the Earth’s surface, obtained from different satellite systems were used. The purpose of this research is the creation of a new generation of cosmogeological maps-remote fundamentals of the study area based on the integrated use of satellite imagery with geological and geophysical data. The structurally-decrypted complexes (SDC) were identified on the remote bases cosmogeological maps compiled using digital satellite images on base all Republic of Uzbekistan. Denoting tectonic disturbances and ring structures, as well as summarizing cosmogical and geological information, it is possible to distinguish predicted areas; one can solve various current geological problems by analyzing satellite imagery channels. One of the new scientific and thematic solutions of the research is the autonomous isolation of intrusive, sedimentary-volcanogenic and sedimentary structurally-deciphered complexes in combination with the structural and geodynamic features of the region, which helps to identify elements that are not distinguished by other methods.
The purpose of the study is the creation of a new generation of cosmogeological maps-remote fundamentals of the study area based on the integrated use of satellite imagery using GIS technologies. Earth remote sensing (ERS) materials in the form of aerial photographs have been widely used for a long time in regional geological surveys, structural and geological studies, mineral exploration, hydrogeology and engineering geology, and many other areas of fundamental and applied geology. On their basis, thematic methods of geological interpretation of remote sensing materials were developed. As a result of the scientific and technological revolution, space research already significantly affect the acceleration of the pace of development of geological science and technology and bring a great economic effect. At present, the materials of digital satellite images obtained from Landsat 7.8 TM, Aster, etc. satellites and the method of their interpretation have led to the creation of a new type of cosmogeological maps - remote bases. The purpose of the research is the creation of a new generation of cosmogeological maps-remote fundamentals of the study area based on the integrated use of satellite imagery using GIS technologies. The article provides information about the remote basics of the cosmogeological map based on GIS technologies.
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