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Vol.51, No.2, PP.43-83
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1
Evaluation of Ecological Base Flow Using a 2D Hydraulic Model and ArcGIS Spatial Interpolation Tools: A Case Study of Bie River
51(2):43-54
Shu-Yuan Chen [1] Jaw Dian Chen [1] Tung-Jer Hu [2]* Shang-Xuan Su[3]
* Corresponding Author. E-mail : tjhu@ntu.edu.tw
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2
Modeling and Analysis of Landslide Potential for Alishan Mountain Road in Southwestern Taiwan
51(2):55-64
Yen-Ning Huang [1] Chao-Hsien Yeh [2]*
* Corresponding Author. E-mail : chyeh@fcu.edu.tw
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3
Interphase Modeling of Soil Erosion Hazard Using a Geographic Information System and the Universal Soil Loss Equation
51(2):65-75
Azmeri[1]* Sri Legowo[2] Nadia Rezkyna[1]
* Corresponding Author. E-mail : azmeri@unsyiah.ac.id
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4
Limitation Classification of Slopeland Utilization Based on Regional Concept
51(2):76-83
Chao-Wen Wang[1]* Pei-Rong Tsou[2] Che-Wei Shen[3] Yeh-Hsiu Chiang[2]
* Corresponding Author. E-mail : a0923812432@gmail.com
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Limitation Classification of Slopeland Utilization Based on Regional Concept
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Chao-Wen Wang[1]* Pei-Rong Tsou[2] Che-Wei Shen[3] Yeh-Hsiu Chiang[2]

Abstract
To strengthen slopeland conservation, the Classification Standard of Slopeland Utilization Limitations was promulgated in 1976. Based on average slope, soil depth, soil erosion degree, and parent rock, this standard classified slopelands into land suitable for agriculture and animal husbandry, land suitable for forestry purposes, and land subject to strengthened conservation on one single cadastre that leads to the fragmentary of Limitation Classification of Slopeland Utilization (LCSU) results. We aimed to establish a regional concept for the LCSU method, which combined the slope unit and KDE of flat land (average slope < 30%). The results revealed that the proposed regional concept for the LCSU method avoided the LCSU fragmentation. Cadastres of slopeland in Chiayi County were in agreement with the regional concept for the LCSU with a fitness of >75%. An amending assessment was also conducted to adapt the regional concept for the LCSU under different thresholds.
Key Words: Kernel Density, Slope Unit, Regional Concept
〔1〕WenTeng. Technology Consultants.Co. Ltd.
〔2〕Soil and Water Conservation Bureau,Council of Agriculture,Executive Yuan, Nantou,Taiwan, R.O.C.
〔3〕ThinkTron. Ltd.
* Corresponding Author. E-mail : a0923812432@gmail.com
Received: 2020/04/16
Revised: 2020/05/18
Accepted: 2020/05/25
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