Geosystems of Barguzin Basin

M. A. Nogovitsyna
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Abstract

. The geosystems of the Barguzin basin have a complex space-time differentiation connected with a long history of development and functioning in the conditions of the Baikal rift zone. The formation of modern geosystems was preceded by a long history of development, with fluctuations in natural conditions and the interpenetration of the steppe and taiga. Natural factors of differentiation of geosystems are climate aridization, increased stagnant moisture (due to groundwater), salinization. On the territory of the barguzin basin selected 13 classes of facies, typologically belong to three physiographic regions: the baikal-dzhugdzhurski mountain-taiga, southern siberian mountain taiga, central asian steppe. The article deals with the spatial and temporal differentiation of barguzin basin geosystems, which is largely determined by the establishment of the baikal rift zone, namely: the presence of in-tersecting systems of short and straight faults, modern differentiated tectonic movements, the formation of contrasting landforms, increased seismicity and dynamics of exogenous processes.
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巴尔古津盆地地系
. 巴尔古津盆地的地质系统具有复杂的时空分异,在贝加尔湖裂谷带条件下具有悠久的发育历史和功能。现代地质系统的形成经历了漫长的发展历史,自然条件起伏不定,草原与针叶林相互穿插。地球系统分化的自然因素是气候干旱化、停滞水分增加(由于地下水)、盐渍化。在巴尔古津盆地境内选取了13类相,类型学上分属于3个地理区域:贝加尔湖-朱日尔斯基山-针叶林、南西伯利亚山针叶林、中亚草原。巴尔古津盆地地质系统的时空分异在很大程度上是由贝加尔湖裂谷带的形成所决定的,即:短断层和直断层相交系统的存在、现代分异构造运动、对比地貌的形成、地震活动性的增强和外生过程的动力学。
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