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首页> 外文期刊>New Zealand journal of geology & geophysics >Investigating the source of the c. AD 1620 West Coast earthquake: implications for seismic hazards
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Investigating the source of the c. AD 1620 West Coast earthquake: implications for seismic hazards

机译:调查c的来源。西元1620年西海岸地震:地震危险的意义

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A c. AD1620 West Coast earthquake has been attributed to the northern and central segments of the Alpine Fault but does not match well with paleoseismic indicators or the currently understood recurrence interval of Alpine Fault ruptures. We model the landsliding and resulting river aggradation from a M-w 7.6 earthquake on a modelled reverse fault located between the central Alpine Fault and the main divide of the Southern Alps. The Waiho-Callery and Whataroa catchments are significantly more impacted by coseismic landsliding from this Southern Alps earthquake than from an Alpine Fault earthquake. The modelling suggests that the c. AD 1620 earthquake was not an Alpine Fault event, and that large earthquakes on subsidiary faults (or fault systems) can have larger localised impacts on river behaviour west of the Southern Alps than an Alpine Fault earthquake.
机译:c。 AD1620西海岸地震被归因于高山断层的北部和中部,但与古地震指标或目前已知的高山断层复发间隔不完全匹配。我们对位于中央高山断层和南阿尔卑斯山主要分界线之间的反向断层进行建模,对7.6级M-w地震造成的滑坡和由此产生的河水侵蚀进行建模。与南部断层地震相比,此次南阿尔卑斯山地震引起的同震滑坡对Waiho-Callery和Whataroa流域的影响更大。建模表明,c。公元1620年的地震不是阿尔卑斯断层地震,与阿尔卑斯断层地震相比,子断层(或断层系统)发生的大地震对南阿尔卑斯山以西的河流行为的局部影响更大。

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