摘要
纵观城市发展,水在城市系统中具有特殊性,对城市肌理生长与城市整合具有重要意义。然而随着时代的变迁,水与城之间的关系也面临挑战。从水网肌理延伸促进水城肌理共构和城市建筑呼应滨水营造两个层面出以,解读水城共构的滨水空间整合策略。一方面从水城共构的系统性、整体性出发,从三个维度分析水城肌理共构的营造特点及其意义;另一方面立足城市局部与整体的互动,指出城市建筑呼应水体的轴线和界面,对城市整合、城市文脉传承、城市意象塑造具有重要意义。在滨水城市中,以水为核心的空间整合,对城市结构营造及肌理生长具有重要引导作用,有助于建立起不同性质、功能、特色的区域的整合,推动传统滨水体系的复兴。
Throughout the history of urban development, there is a profound relationship between water and the city, different characteristics of the water city emerged in large number. However, the harmony between water and the city is also facing challenges along with time,while Water is closely connected with the city .According to its special characters in the urban system, it gives out important significance on the growth and integration of city texture.The study focus on water and city as the main body, from the water texture extension and city building negative reinforcement, talking over the strategies of Co-construction of water and city. On one hand, according to the integration and systematicness of co-construction of water and city, the strategies of water-city texture integration were analyzed, in three levels as: parallel system, cross system, and vertical system. On die other hand, based on the interaction between the urban part and the whole, it points out that the urban architecture and water can act in cooperation with each other according to urban axis and the interface of the water body. It is of great significance to the urban integration, the inheritance of the urban context, the image of the city.In the waterfront city, the spatial integration with water as the core has an important guiding role in the construction of urban structure and texture growth.lt is to promote the revival of traditional waterfront system through making efforts to the balance of different nature, function, characteristic regions.
出处
《中国名城》
2019年第3期51-57,共7页
China Ancient City
基金
国家自然科学基金青年项目"城市小街区重构中的外部空间多变量数字化分析与评价--以长江三角洲地区为例"(编号:51808365)
国家自然科学基金青年基金项目"数字化视野下的江南水网地区城市滨水用地规划研究"(编号:51408388)
关键词
滨水空间
水网
肌理
共构
整合
waterfront area
water-system
texture
co-construction
integration
