Geotechnical Engineering Journal of the SEAGS & AGSSEA ISSN 0046-5828
Vol. 43 No.2 June 2012
Monitoring on Earthquake Induced Landslide – A Case Study in Northwest Chengdu, China
Hongling Tian, Jianping Qiao., Taro Uchimura and Lin Wang
ABSTRACT: Many after-shock slopes covered by loose deposits, when heavy rain comes, the slope easily slides and turns into debris flow. Thus, the slope movement and the moisture of slope are most important factors for landslide and debris flow. For these style landslides, real-time monitoring is a good way for local people. After analysed the system requirements, the authors proposed an easy-to-use and low power consumption monitoring system. This system consists of two parts, field part and data processing part. The field part includes a few sensors and a data transferring unit. The sensors are made up of tilt sensor, soil moisture meter and rain gauge. A demo system was setup on a sliding slope in Taziping, northwest of Chengdu city. After a field test with artificial rainfall, a criterion for warning was drawn. The demo system has proved it’s effective. It is an economy and simple solution for similar area.
KEYWORDS: Monitoring, Earthquake Induced Landslides, A case study, Northwest Chengdu, China
