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Vol.44, No.1,
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1
Three-dimensional Numerical Modeling of Rockfalls using High Resolution DTM
44(1):1-10
Cheng-Yu Ku*
* Corresponding Author. E-mail : chkst26@mail.ntou.edu.tw
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2
Hydraulic Analysis of Water Flow Passing over Vegetated Areas with Finite Thick Soil Layers under Uniform Rainfall
44(1):11-22
Siou-Yi Hu Ping-Cheng Hsieh*
* Corresponding Author. E-mail : ida364@gmail.com
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3
Using UAV and VBS-RTK for Rapid Reconstruction of Environmental 3D Elevation Data of the Typhoon Morakot Disaster Area and Disaster Scale Assessment
44(1):23-33
Chien-Ting Wu[1]* Cheng-Yang Hsiao[2] Pao-Shan Hsieh[2]
* Corresponding Author. E-mail : Kenwu@uch.edu.tw
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4
Characteristic Analysis of Landslide Scale and Location Induced by Heavy Rainfall in Taiwan
44(1):34--49
Su-Chin Chen[1] Ching-Ling Kuo[1] Chun-Hung Wu[2]*
* Corresponding Author. E-mail : chwu@mail.nchu.edu.tw
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Characteristic Analysis of Landslide Scale and Location Induced by Heavy Rainfall in Taiwan
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Su-Chin Chen[1] Ching-Ling Kuo[1] Chun-Hung Wu[2]*

Abstract
In recent years, rainfall-induced landslides in Taiwan have been centralized in hillslope areas with slopes of 30°-60°. Moreover, based on the analysis of landslides caused by typhoons Mindulle and Aere in 2004 in three watersheds in northern, central, and southern Taiwan, increasing cases of small landslides have mainly been induced by the scour during floods. The major inducing factor for the landslides in the Shihmen watershed and Kaoping upstream watersheds was heavy rainfall. In contrast, the main factors in the upstream of the Dajia river watershed were the influence of 1999 Chichi earthquake, the fragile geology and the steep slope. The landslide ratio caused by Typhoon Morakot in 2009 in the upstream of the Kaoping watershed was around 7.3%, and the serious landslide cases with expanding areas were mainly located in areas with concave topography and high accumulated rainfall.
〔1〕Department of Soil and Water Conservation, National Chung Hsing University, Taichng, Taiwan
〔2〕Iowa Institute of Hydroscience & Engineering Research, University of Iowa, USA.
* Corresponding Author. E-mail : chwu@mail.nchu.edu.tw
Received: 2012/09/19
Revised: 2012/10/25
Accepted: 2012/11/27
5
Evaluation of Rainfall-Based Sediment Disaster Warning Systems: Case Studies in Taiwan and Japan
44(1):50-64
Chen-Yu Chen*
* Corresponding Author. E-mail : cychen59@gmail.com
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6
Deterministic Approach for Estimating the Critical Rainfall Threshold of the Rainfall-induced Nan-Shi-Keng Landslide
44(1):66-77
Ming-Chien Chung[1]* Chih-Hao Tan[1] Mien-Min Chen[2] Tai-Wei Su[2]
* Corresponding Author. E-mail : mcchung@sinotech.org.tw
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7
The Study of Iterative Entropy-based Classification By Remote Sensing Data: A Case Study of Wan Da Reservoir
44(1):78-86
Shiuan Wan[1]* Tsu-Chiang Lei [2] Wen-Yi Wang[3]
* Corresponding Author. E-mail : shiuan123@mail.ltu.edu.tw
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8
Estimation of Rainfall Threshold for Regional Shallow Landslides in a Watershed
44(1):87-96
Yi-Hsun Chen[1]* Chih-Hao Tan[2] Mien-Min Chen[3] Tai-Wei Su[4]
* Corresponding Author. E-mail : yhchen@sinotech.org.tw
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