Research Article
Characteristics of the In Situ Stress Field and Engineering Effect along the Lijiang to Shangri-La Railway on the Southeastern Tibetan Plateau, China
Table 2
The main characteristics of active faults along the Lijiang to Shangri-La railway from south to north.
| No. | Fault name | Length | Attitude of fault | Fracture property | Epoch of latest activity | Seismic activity | Strike | Dip | Dip angle |
| 12 | Xiaojin river-Lijiang fault | 70 km | NE | NW | 60°–80° | Left-reverse | N–Q1 | M 6.1 in 1951 | M 6 in 1996 | 24 | Lijiang-Dajun fault zone | 55 km | Close to SN | E/W | 60°–80° | Left-normal | Q3-Q4 | M 7.0 in 1996 | 23 | Longpan-Qiaohou fault | 110 km | NNW-NNE | W | 60°–80° | Right-reverse | Q3-Q4 | M 6() in 1688, M 6() in 1751 | M 6 in 1961 | 23 | Zhongdian fault | 60 km | NW | NE | 70° | Right-lateral strike-slip | Q3-Q4 | M 6() in 1933 |
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The fault number is shown in Figure 1(c). N: Neogene; Q1: Lower Pleistoncene; Q2: Middle Pleistoncene; Q3: Upper Pleistoncene; Q4: Holocene. |