The Co-seismic Response of Underground Fluid in Yunnan to the Nepal MS8.1 Earthquake |
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| Authors: | Zhang Li Su Youjin Luo Ruijie Gao Wenfei and Zhang Ping |
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| Institution: | Earthquake Administration of Yunnan Provence, Kunming 650224, China,Earthquake Administration of Yunnan Provence, Kunming 650224, China,Earthquake Administration of Yunnan Provence, Kunming 650224, China,Earthquake Administration of Yunnan Provence, Kunming 650224, China and Earthquake Administration of Yunnan Provence, Kunming 650224, China |
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| Abstract: | In this paper, statistics are taken on the co-seismic response of underground fluid in Yunnan to the Nepal MS8.1 earthquake, and the co-seismic response characteristics of the water level and water temperature are analyzed and summarized with the digital data. The results show that the Nepal MS8.1 earthquake had greater impact on the Yunnan region, and the macro and micro dynamics of fluids showed significant co-seismic response. The earthquake recording capacity of water level and temperature measurement is significantly higher than that of water radon and water quality to this large earthquake; the maximum amplitude and duration of co-seismic response of water level and water temperature vary greatly in different wells. The changing forms are dominated by fluctuation and step rise in water level, and a rising or falling restoration in water temperature. From the records of the main shock and the maximum strong aftershock,we can see that the greater magnitude of earthquake, the higher ratio of the occurrence of co-seismic response, and in the same well, the larger the response amplitude, as well as the longer the duration. The amplitude and duration of co-seismic response recorded by different instruments in a same well are different.Water temperature co-seismic response almost occurred in wells with water level response, indicating that the well water level and water temperature are closely related in co-seismic response, and the well water temperature seismic response was caused mainly by well water level seismic response. |
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| Keywords: | Nepal MS8 1 earthquake Underground fluid in Yunnan Co-seismic response Well water level Water temperature Digital observations Step change Fluctuation |
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