Application of System Analysis to the Landscape Master Plan
| Autor: | Hsu-Feng Lee, 李旭峰 |
|---|---|
| Rok vydání: | 2008 |
| Druh dokumentu: | 學位論文 ; thesis |
| Popis: | 96 Due to various trends and competition led by globalized development, the beautification of local landscape and the fulfillment of landscape control, improvement and conservation have become the priorities. However, the landscape master plan is a large scale and complicated system. The inappropriate design, development, management and control affect the vision of overall landscape development, and would be unable to highlight the uniqueness of local landscape. Thus, this study aims to construct evaluation index system of landscape characteristics, examines the potential of overall landscape development upon the best benefit of the system and functions as the criterion for future implementation of future related landscape plan. This research first established an evaluation index system of landscape characteristics by system analysis. The first hierarchy includes natural landscape, artificial landscape and living and cultural landscape. The first hierarchy includes 20 factors such as reservoirs, mountain and hill, plains, towns, railway culture and historical interests. In order to validate the feasibility of the evaluation system, this research treated Tainan County as the case study through the application of expert forum and weight scoring. The result demonstrated that in the future, the landscape development in Tainan County can target on the promotion of industrial activities and religious festivals or the planning and design of the bank of reservoirs since the above reveals the implementation effect and landscape characteristics of Tainan County. This research conducted overlay analysis of the application of geographic information system to find the advantages and disadvantages of overall landscape development in Tainan County. Besides, the evaluation index system constructed by this study can correctly refers to the landscape value of different regions and lead to the best benefit of future landscape development. |
| Databáze: | Networked Digital Library of Theses & Dissertations |
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