An Enhancement Solution For Green Space system of Built Environment in Taipei based on Landscape Metric Index and Ecosystem Services

• Main Authors: TANG, CHUN-XIAO, 唐春曉
• Other Authors: LEE, CHUN-LIN
• Format: Others
• Language: zh-TW
• Published: 2017
• Online Access: http://ndltd.ncl.edu.tw/handle/02745853644282660364

碩士 === 中國文化大學 === 景觀學系 === 104 === Green space system in urban environment should not only provide cultural services including leisure, entertainment, education in urban area, but also offer services with supply, regulation and support. However, in the reason of small size and quality in the existing parks, and the green space usually designed and constructed in the form of individual and single, "Green Space System" is restricted in the role of the integrity of the ecosystem services. Hsinyi District was chosen as the research scope of this study, which is perfect in street planning, multivariate in land use in Taipei. Hsinyi District is adjacent to Xiang mountain and diverse in green space types. From landscape architecture perspective, the discussion of green space system with landscape ecology index can not only reflect different effects caused by diverse landscape patterns on the ecosystem services according to the ecological index, but also shows the mutual influence between different ecosystem services. The research takes 8 site analysis in total, combining 13 landscape ecological index calculations of green lands and multi-layer tree planting. Compared to the analysis of the connection between ecological service functions, it discusses the reason of the advantages and disadvantages of the site. The outcome indicates that the overall ecological index of Hsinyi District shows shows the ecological system service ability of different districts, and it differs in index, distribution and reasons. Therefore, it is put forward the topics and given practical solutions according to these 4 ecological system service functions respectively. Moreover, it is proposed an integrated green system from the whole system perspective to balance the city eco-system. The design principals would be raised according to the land use and the function of the green land. However, the existing urban planning, related planting laws, public and private property form the outline of the city and roads. Also, it continuously comes out products and methods with high productivity. This leads to the single ecological function of green lands, the lack of ability in ecological knowledge of the workers, and the new technology not being widely promoted. In the reason of the topics in this research, it is advised to study with large scale and suitable grid scale when ecological index used in landscape analysis. In this way can figure out and indicate the distribution of landscape index clearly.