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Reconstruction of historical datasets for analyzing spatiotemporal influence of built environment on urban microclimates across a compact city

机译:重建历史数据集以分析建筑环境对整个紧凑城市中城市小气候的时空影响

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摘要

The high-rise/high-density environment of a compact city can influence the microclimate resulting in lower living quality. Previous studies have analyzed the relationships between high-rise/high-density environment and microclimates, by either a temporal study or a spatial approach, while a strategy for investigating the spatiotemporal relationship has yet to be developed. This study initiated a set of innovative strategies to map the historical built environment/microclimates of a compact city, with a spatiotemporal approach to analyze the relationships between building structures and urban climates, for developing a sustainable protocol for future urban planning. Three major components were reconstructed, including 1) the annually averaged Land Surface Temperature (LST) for determining the relative temperature across a compact city; 2) 3D building datasets for representing the building morphology; and 3) sets of urban morphological data derived from building datasets for analyzing microclimate and thermal distress.
机译:紧凑城市的高层/高密度环境会影响微气候,从而降低生活质量。以前的研究已经通过时间研究或空间方法分析了高层/高密度环境与微气候之间的关系,而尚未研究调查时空关系的策略。这项研究启动了一套创新战略,以绘制紧凑型城市的历史建筑环境/微气候,并采用时空方法分析建筑结构与城市气候之间的关系,从而为未来的城市规划制定可持续的协议。重建了三个主要组成部分,其中包括:1)用于确定紧凑型城市相对温度的年平均地表温度(LST); 2)用于表示建筑物形态的3D建筑物数据集; 3)从建筑数据集导出的城市形态数据集,用于分析微气候和热灾。

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