日本中部晚新生代东海群的磁地层学及其沉积学意义

Katsuhiro Nakayama , Shusaku Yoshikawa , Takashi Ito
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引用次数: 14

摘要

晚新生代东海群由河流沉积物和许多火山灰层组成。根据该组的古地磁测量和火山地层学,我们建立了东海极性超带,该超带按升序分为TS-E、TO-D、TO-C、TO-B和TO-A极性带。这些磁极性区域与Chron 5至1相关。根据东海群的磁性地层学,沉积速率在盆地的西北部最大,在东北部最小。沉积中心整体顺时针方向迁移并向西倾斜。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Magnetostratigraphy of the Late Cenozoic Tokai Group in central Japan and its sedimentologic implications

The Late Cenozoic Tokai Group consists of fluvial sediments with many volcanic ash layers. Based on paleomagnetic measurements and tephrostratigraphy of this group, we have established the Tokai Polarity Superzone, which is divided into the TS-E, TO-D, TO-C, TO-B, and TO-A Polarity Zones in ascending order. These magnetopolarity zones are correlated with Chron 5 to 1. According to the magnetostratigraphy of the Tokai Group, sedimentation rates are at a maximum in the northwestern part of the basin and a minimum in the northeast. The depocenter collectively migrated clockwise and tilted westward.

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