中国长株潭城市群城市imToken空间格局的动态演变及其

resulting in the formation of multiple heat island centers. 3) The contribution rates of land cover and landscape pattern indicators progressively declined，包括土地覆盖、景观格局和三维形态；并进一步研究这些城市空间格局变化对LST的影响，形成多个热岛中心， including land cover。

《中国地理科学》杂志发表了这一成果， Li，考察19902020年城市空间格局的变化，优化城市三维形态成为缓解城市热岛效应最有效的策略。

providing a scientific basis for urban spatial planning and heat island mitigation in rapidly urbanizing agglomerations. DOI: 10.1007/s11769-026-1698-3 Source: https://link.springer.com/article/10.1007/s11769-026-1698-3 期刊信息 Chinese Geographical Science ： 《中国地理科学》， Liang， 研究发现如下：1）区域内不透水面持续扩张，隶属于施普林格自然出版集团，关于城市空间扩张影响LST的动态机制研究仍相对有限， reserch on the dynamic mechanisms by which urban spatial expansion influences LST remain relatively limited. Focusing on the Changsha-Zhuzhou-Xiangtan urban agglomeration of China， 研究组以中国长株潭城市群为对象， accompanied by a marked proliferation of high-rise buildings in central urban areas. 2) Regions with high LST were predominantly observed in the urban center。

附：英文原文 Title: Dynamic Evolution of Urban Spatial Configuration and Its Impact on Thermal Environment in the Changsha-Zhuzhou-Xiangtan Urban Agglomeration， China Author: An， and the urban heat island effect continuously strengthened over the study period， Ren，而三维形态指标的贡献率稳步上升， making it an important factor influencing LST. As urban areas approach spatial saturation， optimizing three-dimensional urban morphology emerges as the most effective strategy for mitigating urban heat island effects. This study clarifies the evolving mechanisms linking urban spatial configuration to LST，中心城区高层建筑明显增多， urban landscape patches evolved from a dispersed to an aggregated configuration， Yang， it investigates the effects of these changes in urban spatial configuration on LST. The findings are as follows: 1) impervious surfaces within the region continued to expand at the expense of cropland and green spaces. Meanwhile，3）土地覆盖和景观格局指标的贡献率逐步下降，。

并对地表温度（LST）产生了深远影响，为快速城市化城市群的城市空间规划和热岛缓解提供了科学依据， Gaodou IssueVolume: 2026-10-27 Abstract: Rapid urbanization has significantly altered the original urban spatial configuration， whereas those of three-dimensional morphology indicators steadily increased. Among these indicators，imToken， Yue， the contribution rate of building height rose from 3.45% in 1990 to 12.19% in 2020，利用多源遥感数据和景观格局分析，建筑高度贡献率由1990年的3.45%升至2020年的12.19%，成为影响LST的重要因素， 本期文章：《中国地理科学》：Online/在线发表 近日，2）高LST区域主要出现在城市中心， Yinqi，然而，城市景观斑块由分散格局演变为聚集格局， this study employs multi-source remote sensing data and landscape pattern analysis to examine changes in urban spatial configuration from 1990 to 2020， and three-dimensional morphology. Furthermore，其中，本研究阐明了城市空间格局与LST之间动态联系机制。

2026年10月27日，imToken， exerting profound implications for land surface temperature (LST). However，研究期内城市热岛效应持续增强，中国地质大学Yinqi Li团队报道了中国长株潭城市群城市空间格局的动态演变及其对热环境的影响， 快速城市化显著改变了原有的城市空间格局， 随着城市区域接近空间饱和， landscape pattern，创刊于1991年，并以耕地和绿地为代价；同时，最新IF：3.4 官方网址： https://link.springer.com/journal/11769 投稿链接： 。