Talay站现代位移测量(贝加尔湖裂谷西南部)

V. Y. Timofeev, A. V. Timofeev, D. G. Ardyukov, I. S. Sizikov, D. A. Nosov
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引用次数: 0

摘要

现代位移速率是贝加尔湖裂谷系现代地球动力学的一个重要因素。强震在位移的实验值中的反映,以及现代垂直运动的问题,仍有待讨论。根据1992-2022年用绝对重力法和空间大地测量法测量的结果,计算了Talaya地震台站(贝加尔湖裂谷)的垂直和水平运动速度。相对于伊尔库茨克点(西伯利亚台地),在SEE的位移率为1.7 mm/年- 1.9 mm/年。利用一套方法获得了Kultuk地震(2008年,M = 6.3,距震中25 km)不同时期、前后、前后的垂直速度值。沉降速率从1.1毫米/年到3.3毫米/年不等。贝加尔湖即将发生地震的可能迹象已经被确认。
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Modern displacements measurements at Talay station (south-west part of Baikal rift)
The rates of modern displacements are an important factor in the modern geodynamics of the Baikal rift system. Reflection of strong earthquakes in the experimental values of displacements is still to be discussed, as well as the question of modern vertical movements. According to the measurements of 1992–2022, performed by the methods of absolute gravimetry and space geodesy, the velocities of vertical and horizontal movements at the Talaya seismic station (Baikal Rift). The displacement rates were determined as 1.7 mm/year – 1.9 mm/year at the SEE relative to the Irkutsk point (Siberian platform). A set of methods was used to obtain the vertical velocity val-ues for different epochs, pre-, co- and post-period of Kultuk earthquake (2008, M = 6.3, 25 km to the epicenter). Subsidence rates vary from 1.1 mm/yr to 3.3 mm/yr. Possible signs of the preparation of Baikal earthquakes have been identified.
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