Based on the setting that the processes of regional metamorphism are
closely related to the general geostructural development of the earth's crust, this article
focuses on reviewing some of the most interesting stages in the evolution of the
concept on the deep structure of the central Kyzylkum region. The central Kyzylkum
uplands are located in the western part of the Tien Shan hercynides bordering from
the north and south with rigid massifs of the Syrdarya and Karakum of Tajikistan,
respectively. Based on the classical concepts of geosynclinal theory in the region until
the 1970s, structural-formation zones and subzones were distinguished, separated by
163
deep faults and differing in the type of section, age of folding, and structural features.
This is of great importance for the study of the deepest parts of the Central Kyzylkum.
A comprehensive study of metamorphic rocks of the Central Kyzylkum to Mesozoic
allows us to determine the age of volcanic products, their shape and composition.
Their composition and age varies, with younger layers on top of older layers. This
leads to the formation of magmas of different composition and volcanic products. The
formation of continental, subregional, and pan-regional blocks in the lithospheric crust
due to various faults results in the formation of volcanoes composed of alkaline
magmas.
Based on the setting that the processes of regional metamorphism are
closely related to the general geostructural development of the earth's crust, this article
focuses on reviewing some of the most interesting stages in the evolution of the
concept on the deep structure of the central Kyzylkum region. The central Kyzylkum
uplands are located in the western part of the Tien Shan hercynides bordering from
the north and south with rigid massifs of the Syrdarya and Karakum of Tajikistan,
respectively. Based on the classical concepts of geosynclinal theory in the region until
the 1970s, structural-formation zones and subzones were distinguished, separated by
163
deep faults and differing in the type of section, age of folding, and structural features.
This is of great importance for the study of the deepest parts of the Central Kyzylkum.
A comprehensive study of metamorphic rocks of the Central Kyzylkum to Mesozoic
allows us to determine the age of volcanic products, their shape and composition.
Their composition and age varies, with younger layers on top of older layers. This
leads to the formation of magmas of different composition and volcanic products. The
formation of continental, subregional, and pan-regional blocks in the lithospheric crust
due to various faults results in the formation of volcanoes composed of alkaline
magmas.
| № | Имя автора | Должность | Наименование организации |
|---|---|---|---|
| 1 | Yunusova O.M. | teacher | TSTU |
| № | Название ссылки |
|---|---|
| 1 | M.A. Akhmedzhanov, O.M. Borisov. “Tectonics of the pre-Dasozoic formations of the Middle and Southern Tien Shan”. 1977 |
| 2 | M.A. Akhmedzhanov, T.A. Karaseva. “Petrochemical features of the rocks of the Uchkuduktau”. 1988 |
| 3 | M.A. Akhmedzhanov, V.A. Khokhlov. “Features of the material composition of Precambrian metavolcanogenic formations of Western Uzbekistan. “Uzbek Geological Journal”. 1987 |
| 4 | V.A. Khokhlov, V.E. Golovin, Y.G. Korcheevskaya, T.A. Karaseva, M.A. Akhmedzhano. “Mapping facies metamorphism facies of Central Kyzyl Kumov scale”. 1987 |
| 5 | A.R. Asadov. “Use of the latest advances in the processing of digital satellite images”. 2015. 151 |
| 6 | A.R. Shovengerdt. Remote sensing. Models and methods of the image. “Technosphere”. 2010. 582 |
| 7 | T. Lillesand, W. Ralph. Introduction to Remote Sensinc. “The guilfond press fifth edition”. 2011. 687 |
| 8 | “Scientific and technical report on the results of studies of deformations of the earth's surface at the Gazli geodynamic test site”. 1995 |
| 9 | A.S. Batugin, A.N. Kazakov, M.N. Raximov, M.R. Xaqberdiyev Application of four-stage GIS technologies for predicting the consequences of dangerous geotechnical processes at tailings dams of processing plants. “Technical science and innovation journal”. 2021 |
| 10 | A.V Churkin. Fundamentals of light science. Study guide. 2014. 74 |
| 11 | S Steinar. Global weak solutions for a compressible gas-liquid model with wellformation interaction. “Journal of differential equations”. 2021. 8 |
| 12 | Z. Xiang, C.S. Kabir. Simplified transient-IPR modeling in intermittent gas lift and plunger-lift systems. “Journal of petroleum science and engineering”. 2019. 31 |
| 13 | O.M. Yunusova. Geomorphology. “Study guide”. 2019 |
| 14 | T.Z. Shermuhamedov. Petrography of sedimentary rocks. “Study guide”. 2012 |
| 15 | B.T. Toshmuhamedov. General geology. “Study guide”. 2012. |