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Testing an Earthquake Prediction Algorithm: The 2016 New Zealand and Chile Earthquakes

机译:测试地震预测算法:2016 年新西兰和智利地震

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摘要

The 13 November 2016, M7.8, 54 km NNE of Amberley, New Zealand and the 25 December 2016, M7.6, 42 km SW of Puerto Quellon, Chile earthquakes happened outside the area of the on-going real-time global testing of the intermediate-term middle-range earthquake prediction algorithm M8, accepted in 1992 for the M7.5+ range. Naturally, over the past two decades, the level of registration of earthquakes worldwide has grown significantly and by now is sufficient for diagnosis of times of increased probability (TIPs) by the M8 algorithm on the entire territory of New Zealand and Southern Chile as far as below 40A degrees S. The mid-2016 update of the M8 predictions determines TIPs in the additional circles of investigation (CIs) where the two earthquakes have happened. Thus, after 50 semiannual updates in the real-time prediction mode, we (1) confirm statistically approved high confidence of the M8-MSc predictions and (2) conclude a possibility of expanding the territory of the Global Test of the algorithms M8 and MSc in an apparently necessary revision of the 1992 settings.
机译:2016 年 11 月 13 日,新西兰安伯利 54 公里的 M7.8 和 2016 年 12 月 25 日,智利奎隆港西南 42 公里的 M7.6 地震发生在正在进行的实时全球测试区域之外的中期中期地震预测算法 M8,该算法于 1992 年被接受为 M7.5+ 范围。当然,在过去的二十年里,全球地震的登记水平显着增长,到目前为止,足以通过M8算法在新西兰和智利南部的整个领土上诊断出远低于南纬40A度的概率增加时间(TIP)。2016 年年中对 M8 预测的更新确定了发生两次地震的额外调查圈 (CI) 中的 TIP。因此,在实时预测模式下进行 50 次半年更新后,我们 (1) 确认了统计学认可的 M8-MSc 预测的高置信度,并且 (2) 得出结论,在对 1992 年设置的显然必要的修订中,有可能扩大算法 M8 和 MSc 的全局测试范围。

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