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Vol.48,
No.1,
PP.1-62
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1 | | Feasibility Analyses of River Sediment Estimation and Mountain Mapping by UAV Techniques | | 2 | | Rainfall Seepage-induced Stability Analyses of Unsaturated Slopes with Tie-back Retaining Piles | | 3 | | Establishment and Application of Evaluation Procedure of Dam Removal for Decision Support in Taiwan 48(1):27-35Hsiao-Wen Wang* Wei-Cheng Kuo Shang-Lin Kuo* Corresponding Author. E-mail : whw82@mail.ncku.edu.tw Show preview | PDF( 1.58MB ) | Establishment and Application of Evaluation Procedure of Dam Removal for Decision Support in Taiwan | Close | Hsiao-Wen Wang* Wei-Cheng Kuo Shang-Lin Kuo | AbstractIn order to review the effectiveness of dam removal and to develop a river management model, it is necessary to establish a suitable decision-making process for dam removal in Taiwan. This study develops a 7-step process for reducing the ecological impact and hazard risk of dam removal. Four dams located in the Wuling region were used for this research: Yousheng Creek Dam #1, Chijiawan Dam #1, Dam #3 and Dam #4. Along with river and dam surveys, Shei-Pa National Park collected ecological monitoring data over a period of decades. Such analyses allow
for the ecological, economic and safety assessment of dam removal. The results of the proposed 7-step process show
that Chijiawan Dam #1 is a priority spot for improvement. This finding is in agreement with prior research. This consistency over the years shows the process has a certain level of predictability. The application of the 7-step process would help decision-makers to master the whole dam removal process.
Key Words: Dam removal, decision-making, evaluation procedure, Chijiawan Creek. | Department of Hydraulic & Ocean Engineering, National Cheng Kung University, Tainan, Taiwan, R.O.C.
* Corresponding Author. E-mail : whw82@mail.ncku.edu.tw | Received: 2016/10/07 Revised: 2016/11/11 Accepted: 2017/03/10
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| | 4 | | Recent Changes in Groundwater Storage in Jhuoshuei River Basin, Taiwan | | 5 | | A Rainfall-based Warning Model for Predicting Landslides Using QPESUMS Rainfall Data | | 6 | | Characteristics of the Development of Erosion and the Dynamics of Gravelly Debris Flow in the Houyenshan | |
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