首页> 外文期刊>Geophysical Research Letters >A five years super-slow aseismic precursor model for the 1994 M8.3 Hokkaido-Toho-Oki lithospheric earthquake based on tide gauge data - art. no. 1654
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A five years super-slow aseismic precursor model for the 1994 M8.3 Hokkaido-Toho-Oki lithospheric earthquake based on tide gauge data - art. no. 1654

机译:基于潮汐仪数据的1994年M8.3北海道-东邦-冲木岩石圈地震的五年超慢地震前兆模型-艺术。没有。 1654

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1] Here we present a super-slow aseismic event model prior to the magnitude 8.3 Kurile Island (Hokkaido-TohoOki) earthquake on 4 October 1994 based on data recorded by two tide gauges, located 50-150 km from the earthquake epicenter. Both instruments recorded several cm of subsidence during a five-year period prior to the earthquake. The observed signals are consistent with a precursory quasi-stable slip on the western half of the Hokkaido-Toho-Oki fault plane. When recognized, such aseismic events can considerably improve our intermediate-erm (several years) prediction capability. [References: 32
机译:1]在这里,我们根据距离地震震中50-150公里的两个潮汐仪记录的数据,提出了1994年10月4日的8.3千岛岛(北海道-东冲木)地震之前的超慢地震事件模型。两种仪器在地震发生前的五年内都记录了几厘米的沉降。观测到的信号与北海道-东丰-奥奇断裂平面西半部的前准准滑动相一致。一旦被识别,这种地震事件就可以大大提高我们的中胚层(数年)的预测能力。 [参考:32

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