大事件背景下的城市政体变迁——南京市河西新城的实证研究

发布时间：2018-06-04 06:08

本文选题：城市政体 + 增长联盟　；参考：《经济地理》2015年05期

【摘要】：大事件营销是中西方城市均十分偏好的一种企业家城市策略,也因此成为研究城市政体形成、发展和变迁的重要视角。对南京市河西新城的城市政体实证研究后认为,在南京河西新城中出现的治理体系,是一种以大事件推动和维系的、以公共部门为主导的、促进增长的城市政体。通过考察河西新城政体形成和发展的过程,以及公共部门、私人部门和公众等多方参与者在政体中的作用和互动关系,研究认为河西新城政体经历了从增长联盟到发展型城市政体的变迁。研究发现河西新城政体有以下特点:1大事件起到了推动政体形成和维系政体稳定的作用;2公共部门处于政体的主导地位,其中具有政府背景的非正式治理机构可以成为政体的核心,公共部门之间存在以利益为基础的合作伙伴关系;3公众的力量可以介入城市政体的运作并引致政体变迁。研究用中国的实证丰富和发展了城市政体理论,同时也对建立公平高效的中国城市治理体系提出了建议。
[Abstract]:The marketing of big events is a kind of entrepreneur city strategy which is preferred by both Chinese and western cities, and thus becomes an important angle of view to study the formation, development and change of urban polity. An empirical study on the urban polity of Hexi New City in Nanjing shows that the governance system in Hexi New City of Nanjing is a kind of urban regime driven and maintained by major events and led by the public sector to promote the growth of the city. By examining the process of formation and development of the Hexi New City regime, as well as the role and interaction of the public sector, the private sector and the public in the regime, It is believed that Hexi New City regime has undergone a transition from growth alliance to developmental city government. The study found that the Hexi New City government has the following characteristics: 1: 1 event played a role in promoting the formation and maintenance of regime stability. 2 the public sector is in the dominant position of government. Among them, the informal governance institutions with government background can become the core of the polity, and there is a partnership based on interest among the public sectors. 3. The power of the public can intervene in the operation of the urban polity and lead to the regime change. The study enriches and develops the theory of urban polity with China's empirical evidence, and puts forward some suggestions for establishing a fair and efficient urban governance system in China.
【作者单位】：南京林业大学风景园林学院;南京大学建筑与城市规划学院;
【基金】：国家自然科学基金项目(41101137、41471133)
【分类号】：D630

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