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首页> 外文期刊>New Zealand journal of geology & geophysics >Evidence for a pre-Eocene proto-Alpine Fault through Zealandia
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Evidence for a pre-Eocene proto-Alpine Fault through Zealandia

机译:通过西兰西亚的始新世前原始高山断层的证据

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摘要

For many decades, there has been speculation about when the Alpine Fault first became a major regional structure. This paper presents a summary of recently published data, especially U-Pb ages, that supports the existence of a Late Cretaceous to Paleogene proto-Alpine Fault in the form of a thermotectonic corridor between North and South Zealandia. The evidence takes the form of fault-controlled sedimentary basins, ductile shear zones, Alpine Schist regional metamorphism and igneous rocks. Much critical evidence has been removed or strongly modified by Neogene shortening and the total lateral displacement history of the proto-Alpine Fault cannot yet be unambiguously determined.
机译:几十年来,一直有关于阿尔卑斯断层何时成为主要区域结构的猜测。本文总结了最近发表的数据,特别是U-Pb年龄,该数据以北北和南西兰之间的热构造走廊的形式支持晚白垩纪至古近纪的原始高山断层的存在。证据形式为断层控制的沉积盆地,韧性剪切带,高山片岩区域变质作用和火成岩。新近纪缩短已消除或强烈修改了许多关键证据,尚不能确定阿尔卑斯山原始断层的总横向位移历史。

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