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Usupaev, Sh. E., Moldobaev, B. D., Usubaliev, R. A., Abdybachaev, U. A., Meleshko, A. V., & Abdrakhmanova, G. A. (2009). Engineering-Geonomic Risk Assessment Models for Glacier Degradation and Climate Change Using the Example of the Mountainous Countries of Kyrgyzstan and Tajikistan (Comparatively Catastrophic Aspects). Proceedings of the Scientific Conference “Prospects for the Use of Water and Energy Resources of Tajikistan in the Context of Climate Change” (pp. 55-59). (Dushanbe)

has been cited by the following article:

• TITLE: About Engineering-Geonomic Research in the Zeravshan River Pool (Southern Tien Shan) in Connection with Climate Oscillations

  AUTHORS: Alikhon Akhmadovich Karimov, Narima Kazhenovna Ospanova

  KEYWORDS: Climate Change, Mudflow Formation, Engineering-Geonomic Studies, South-ern Tien Shan, Tajikistan, Zeravshan River Basin

  JOURNAL NAME: Journal of Geoscience and Environment Protection, Vol.8 No.5, May 31, 2020

  ABSTRACT: Climatic anomalies not only attract the attention of specialists in climatology and meteorology, but also stimulate geological research, because climatic changes activate many geological processes: mudflow and landslide formation, erosion, weathering, etc. An increase in the activity of geological processes was clearly manifested in Tajikistan, 93% of which is occupied by mountain structures. As a result, this found expression in conducting new for that territory engineering-geonomic studies. Both the region as a whole and its individual parts can serve as models in the study of natural processes due to the diversity of landscape-climatic belts and zones. The report contains brief data on engineering-geonomic studies conducted in the Zeravshan river basin in connection with the intensification of mudflow processes.