A study on the Wise Use of the Estuary Wetlands ---- Focus on the Public-Private Partnership in Ao-Ku Wetland Chiayi County / 論河口濕地研究明智利用的概念---- 以嘉義鰲鼔濕地運用公私協力經營為核心

碩士 / 逢甲大學 / 土地管理所 / 104 / Wetlands contain quite diverse values, including species diversity. These values may be closely related to people’s livelihood and wetland conservation. However, the traditionally improper management and development cause conservation problems, especially in the case of estuary wetlands. The Wetland Conservation Act passed on February 2, 2014 in Taiwan reveals the concept of Wise Use. However, the provisions which define the term only reveal the goal. Is there an option of public-private partnership, “utilizing is wise”, in the options of the wise use? This issue is the main focus of this study.
To solve this problem, the methods such as literature analysis,case study and in-depth interview are used in this article. It is hoped to learn from the Ao-Ku Wetland. In particular, the Ao-Ku Wetland went through the failure of land development and ultimately returned to a respect for nature.
Through this study, it is found that Chiayi Forest District Office combines community residents,Ao-Ku Wetland Community Association and non-governmental organization to assist on environmental conservation of wetland ecological district and orients in the direction of incorporating relatevant industries. To create economic benefits for the community, the Office also uses the power of Public sectors,experts and scholars to make decision by way of “Pubic Forum”. This paper expects to make further suggestion on the current system and the actual operation of public-private partnership to ensure the sustainable development of wetlands under the operation of public-private partnership.

Identiferoai:union.ndltd.org:TW/104FCU05019033
Date January 2016
CreatorsCAO JUN ZUN YAN, 曹俊彥
Contributors辛年豐
Source SetsNational Digital Library of Theses and Dissertations in Taiwan
Languagezh-TW
Detected LanguageEnglish
Type學位論文 ; thesis
Format185

Page generated in 0.0201 seconds