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首页> 外文期刊>Bulletin of the Seismological Society of America >Reply to 'Comment on ‘Seismomagnetic Effects from the Long-Awaited 28 September 2004 M 6.0 Parkfield Earthquake’ by M. J. S. Johnston, Y. Sasai, G. D. Egbert, and R. J. Mueller' by P. Varotsos and S. Uyeda
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Reply to 'Comment on ‘Seismomagnetic Effects from the Long-Awaited 28 September 2004 M 6.0 Parkfield Earthquake’ by M. J. S. Johnston, Y. Sasai, G. D. Egbert, and R. J. Mueller' by P. Varotsos and S. Uyeda

机译:P. Varotsos和S. Uyeda对“ 2004年9月28日期待已久的地震电磁效应的评论”(M. J. S. Johnston,Y。Sasai,G。D. Egbert和R. J. Mueller发表的评论)

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The comment by Varotsos and Uyeda (2008) (VU hereafter) does not have much to do with our article, which reports electromagnetic data and their implications prior to, during, and following the 2004 M 6 Parkfield earthquake (EQ). In fact, our article did not include any extensive discussion of the possible flaws in the seismic electric signal (SES) approach to EQ prediction. The four main points VU discuss in their comment are from a summary sentence in the introduction that is preceded by the phrase "controversy about these (SES) results exists because (1), … (2) … (4)," where (1)–(4) are the specific points that VU list. We respond to each of these points in the following discussion. A final comment made by VU concerns our observation that SES-type signals are not seen in the data that we have. We could have provided more detailed evidence about the lack of SES in the months preceding the earthquake but see little point in including long data plots that show nothing. Note that all of these data are freely available from the Northern California Earthquake Data Center (NCEDC, www.ncedc.org, last accessed October 2007). In our article, we presented null results from sites above the Parkfield EQ rupture without extrapolating to the conclusion that SESs do not exist anywhere. In fact, Park et al. (2007) report additional data from 10–20 km lines over the entire region that also show no evidence for SES-type signals preceding the Parkfield EQ. Such signals were also not seen in 16 yr of previous monitoring with these lines (Park, 1991, 1997). Furthermore, no signals were seen in 2 yr of data on 10 km lines both along and within the fault and orthogonal to the fault a little farther to the north (Johnston, 1989). To suggest that all of these . . . [Full Text of this Article]
机译:Varotsos和Uyeda(2008)(以下简称VU)的评论与我们的文章没有太大关系,该文章报道了2004年M 6帕克菲尔德地震(EQ)之前,之中和之后的电磁数据及其影响。实际上,我们的文章并未对地震电信号(SES)进行情商预测的可能缺陷进行任何广泛的讨论。 VU在其评论中讨论的四个主要要点来自引言中的摘要句,其开头是短语“因为(1),...(2),...(4),存在关于这些(SES)结果的争议”,其中(1 )–(4)是VU列出的特定点。在下面的讨论中,我们将对所有这些观点做出回应。 VU的最后评论涉及我们的观察结果,即在我们的数据中看不到SES型信号。我们本来可以提供有关地震前几个月缺乏SES的更详细的证据,但是在包含没有显示任何内容的长数据图时几乎看不到什么意义。请注意,所有这些数据都可以从北加利福尼亚地震数据中心(NCEDC,www.ncedc.org,最后访问于2007年10月)上免费获得。在我们的文章中,我们给出了Parkfield EQ破裂以上地点的空结果,但没有推断出SES在任何地方都不存在的结论。实际上,Park等人。 (2007年)报告了整个地区10-20公里线的其他数据,也没有显示Parkfield EQ之前存在SES型信号的证据。在以前用这些线路监测的16年中也未见到此类信号(Park,1991,1997)。此外,在2年的数据中,沿断层内和沿断层10 km的线都没有看到信号,并且与断层正交并向北偏远(Johnston,1989)。提示所有这些。 。 。 [本文全文]

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    《Bulletin of the Seismological Society of America》 |2008年第4期|p.2090-2093|共4页
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    M. J. S. Johnston U.S. Geological Survey, MS 977, 345 Middlefield Road, Menlo Park, California 94025 Y. Sasai Disaster Prevention Division, Tokyo Metropolitan Government, Tokyo 113, Japan G. D. Egbert Oregon State University, Corvallis, Oregon 97331 S. K. Park I.G.P.P, University of California, Riverside, California 92521;

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