亚热带城市边缘区街道空间舒适感的气候与建成环境要素解析  

Analyzing the Effects of Climate and Built Environment on the Thermal Comfort of Street Spaces in Fringe Areas of Subtropical Cities

作　　者：王丹 肖作鹏 林姚宇 WANG Dan;XIAO Zuopeng;LIN Yaoyu

机构地区：[1]哈尔滨工业大学(深圳)建筑学院 [2]哈尔滨工业大学(深圳)深圳市城市规划与决策仿真重点实验室

出　　处：《现代城市研究》2023年第7期107-114,共8页Modern Urban Research

基　　金：国家自然科学基金:职住地建成环境对通勤出行模式选择及碳排放的影响机制研究(41571145);国家自然科学基金:大数据支持下的空间交互网络理论及分析方法研究(41830645);国家自然科学基金:城市“建成环境—空间行为”的多尺度影响关系与机理研究(41771169)。

摘　　要：微观气候环境的舒适性是激发街道空间公共性重要因素之一。特别是在亚热带地区,形式、功能以及舒适在街道公共空间营造中共存织合,舒适及其带来的活力是形式与功能的最终结合点。尽管现在已经有丰富的针对街道的气候环境设计的研究讨论,但是有关街道空间舒适感的研究仍然可以继续深入探索。基于在深圳坪地开展的一项街道气候环境与空间行为调查,研究结合街道上活动人群的主观体验以及客观的气候环境观测变量,对街道舒适感与街道建成环境的空间和气候进行关联分析。基于街景数据、土地利用数据以及建筑普查等数据对街道空间进行量化,应用回归分析的方法分析影响街道微气候环境舒适性的建成环境要素,以利于对街道空间进行舒适性的基因编辑。The thermal comfort of microclimate environment is one of the important factors that affect the public vitality of street spaces,especially in the subtropical area.The form,function and comfort of street public space af fect the construction of street public space,and comfort and its vitality are the ultimate objectives of form and function.Although there are a lot of studies on street climate design available,the associations on street space comfort can still be further explored.Based on a survey of street climate environment and spatial behavior conducted in the area of Pingdi,Shenzhen,the study intended to combine the subjective experience of people on the street with the objective climate environment observation variables.This research constructed an econometric model to analyze the correlation between thermal comfort,built environment and meteorological variables.The data of topography,street view and buildings census were used.These factors are incorporated into an ordered logistic regression model to look at how the spatial elements stimulates the vitality and publicity of the streets.The policy implications of this study could facilitate to design better street environment with high vitality.

关 键 词：街道空间 舒适感 微气候 建成环境 回归分析 

分 类 号：TU984[建筑科学—城市规划与设计] X21[环境科学与工程—环境科学]