作者: Haibo Yang , Xiaoping Yang , Xiongnan Huang , An Li , Weiliang Huang
DOI: 10.1016/J.JSEAES.2017.10.034
关键词: River terraces 、 Slip (materials science) 、 Middle segment 、 Tectonic uplift 、 Geology 、 Cosmogenic nuclide 、 Slip rate 、 Seismology 、 Limiting 、 Thrust fault
摘要: … At the Fengle River site, using the same methods as above, the accumulated material at the base of the fault scarp on the T5 terrace is estimated to be ∼4.4 m from 45.8 ka to ∼14.0 ka …