South Architecture ›› 2025, Vol. 0 ›› Issue (07): 83-93.DOI: 10.3969/j.issn.1000-0232.2025.07.009

• Research on Planning • Previous Articles     Next Articles

A Study of Micro-renewal Strategies for Waterfront Public Spaces from the Perspective of Spatial Rhythm

  

  • Online:2025-07-31 Published:2025-08-04
  • Contact: CAO Fucun

空间节奏视角下滨水公共空间微更新策略研究

  

  1. 大连工业大学艺术设计学院
  • 通讯作者: 曹福存
  • 作者简介:1大连工业大学艺术设计学院,硕士研究生;2大连工业大学艺术设计学院院长,教授,通讯作者,电子邮箱:809792989@qq.com
  • 基金资助:
    国家社会科学基金艺术学项目(17BH151):东北新农村建设与传统村落的保护研究;辽宁省教育厅人文社会科学研究项目(J2020024):辽宁省乡村生态宜居环境参数化评价指标体系构建及其应用研究。

Abstract: With the advent of the urban stock renewal phase, micro-renewal has replaced large-scale demolition and reconstruction as a key strategy for enhancing urban quality, playing a significant role in promoting the sustainable development of old urban areas. Considering a people-centered urban development approach, waterfront public spaces—fundamental elements for improving urban quality of life—must evolve from simple physical environmental improvement to human-centric spatial development. This study explored spatial forms that align with users' daily life states from the perspective of spatial rhythm, aiming to provide strategic references for the micro-renewal of aging waterfront public spaces. 
  First, a theoretical framework of spatial rhythm—composed of site ambiance, crowd rhythm, and temporal patterns—was established based on Lefebvre's rhythm analysis theory. Moreover, the applicability of spatial rhythm and micro-renewal was clarified, and a micro-level practical framework was proposed, laying foundations for strategic implementation. Second, three influencing factors were identified from the rhythm analysis theory: physical activities (primary factor), crowd density, and temporal patterns (secondary factors), along with their corresponding analytical methods. Specifically, physical activities were recorded through behavioral observation, and physical activity level was assessed using metabolic equivalents (METs). Crowd density was analyzed comprehensively by combining field surveys and Baidu Heat Map data using ArcGIS's natural breaks classification method. Thus, the theoretical framework, macro-level application model, spatial rhythm's influencing factors, and analytical method based on field survey were established.
  Based on the established macro-level application framework and methods, four interconnected mechanisms and their internal systems were constructed, forming a comprehensive micro-renewal practice system grounded in spatial rhythm. The first mechanism elucidated the relationship between influencing factors and spatial rhythm: physical activities, crowd density, and temporal patterns each comprised three sub-elements that collectively define three spatial rhythm types (fast, slow, and regular). Crowd density and physical activities determined the rhythm type, while temporal patterns reflected variations, together shaping the daily spatial rhythm. 
  The second mechanism elaborated the definition criteria for these spatial rhythm types and temporal patterns, based primarily on rhythm analysis theory and physical activities, supported by secondary factors. This revealed how three-tiered sub-elements could form nine combination modes, and how temporal patterns and the temporal scale of rhythm revealed the variation laws of spatial rhythm; data on physical activities and crowd density within the area in the mornings, afternoons and evenings in the area were recorded, summarized and analyzed, thereby disclosing variations of rhythm. 
  The third mechanism analyzed spatial rhythm. Macro-level analysis defined the area's spatial rhythm types (mornings, afternoons, and evenings) and their correlation with spatial construction directions. Micro-level analysis examined local nodes and user activity characteristics under fast, slow, or regular rhythms, identifying nuanced crowd distribution patterns linked to specific functions, quantities, node spaces, and functional layouts. 
  Finally, the fourth mechanism involved proposing micro-renewal strategies derived from both macro and micro analyses, ensuring alignment with overall and local spatial rhythms. These four nested mechanisms constitute a complete application mechanism from theory to practice. The strategies were specifically implemented in spaces of Xinghai Bay Bathing Beach in Dalian, providing a micro-renewal strategy aligned with the site's rhythm for this old waterfront public space built in 1997. 


Key words: rhythm analysis theory, spatial rhythm, micro-renewal strategy, waterfront public space 

摘要: 在人本主义的城市建设背景下,从空间节奏视角出发自下而上的探索与场地日常节奏性相契合的微更新策略,以期为当下滨水公共空间微更新提供有价值的参考。由此以大连市星海湾海水浴场为空间样本,节奏分析理论为基础,在明确理论内涵并构建应用框架的同时确立身体活动、人群密度与时间规律3个影响因素及其相对应的分析方法。研究表明人群密度与身体活动定义快、慢、常规三种空间节奏类型,时间规律则表示节奏变化,实践应用中整体策略形成影响要素、空间节奏类型、空间节奏分析与微更新策略四组应用机制,其具备自身内在系统的同时共同构成完整的实践体系。进而从空间节奏入手探究微更新方向具有顺应场地使用特征,对照满足人群需求的独特优势性。


关键词: 节奏分析理论, 空间节奏性, 微更新策略, 滨水公共空间

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