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Bidirectional urban flows in rapidly urbanizing metropolitan areas and their macro and micro impacts on urban growth: A case study of the Yangtze River middle reaches megalopolis, China

机译:双向城市流动在快速城市化的大都市区及其对城市增长的宏观和微观影响:以迈格多利亚大都市为例

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摘要

Bidirectional urban flows of materials, technologies and information are becoming more frequent, and cities are closely connected socially, economically and technologically. Thus, an open, mobile and polycentric urban network has gradually formed. However, most of the recent studies on urban landscape dynamics regarded each city as a single entity and ignored intercity relatedness. In this study, we took as an example the Yangtze River middle reaches megalopolis (YRMRM), which is one of the rapidly urbanizing metropolitan areas in China. We pose two research questions: (1) Do intercity factors impact the expansion of urban land at a macro level? (2) Do intercity factors impact the spatial patterns of urban growth at a micro level? We used geospatial big data to measure urban relatedness and spatial interaction among city groups from a macro perspective. Then, a spatially explicit approach based on a data field model was adopted to quantify the micro urban spatial interaction inside each city. The pattern of spatial interaction and its impacts on urban growth were also analysed. The results showed that the three city sub-groups developed well, with Wuhan, Nanchang and Changsha being the dominant cores. However, the macro intercity relatedness in the YRMRM has not broken the shackles of the geographical boundaries of the provinces. A highly connected polycentric urban network system has not been formed to date. Our empirical results indicated that intercity factors were the main drivers of both macro and micro urban growth dynamics in the YRMRM from 2005 to 2015. This finding suggests that population and information flows had strong effects on the promotion of urbanization in the YRMRM during this period. Thus, we argued that urban bidirectional flows should be a vital consideration in future urban spatial planning and regional development strategies.
机译:双向城市材料的材料,技术和信息变得更加频繁,城市在社会,经济和技术上紧密联系。因此,开放,移动和多中心城市网络逐渐形成。然而,最近的大部分关于城市景观动态的研究将每个城市视为一个单一的实体并被忽视的城市相关性。在这项研究中,我们作为一个例子是长江中间达到巨大的大都市(YRMRM),这是中国迅速城市化的大都市之一。我们提出了两项​​研究问题:(1)城市土地在宏观层面影响城市土地的扩展影响吗? (2)际区因素会影响微观水平的城市增长的空间模式吗?我们使用地理空间大数据从宏观角度来衡量城市群体中的城市相关性和空间互动。然后,采用基于数据字段模型的空间显式方法来量化每个城市内的微都城市空间交互。还分析了空间相互作用模式及其对城市成长的影响。结果表明,三个城市小组的发展良好,与武汉,南昌和长沙成为主导核心。然而,YRMRM中的宏观间际相关性并未破坏省份地理界限的束缚。迄今为止,高度连接的多中心城市网络系统尚未形成。我们的经验结果表明,跨越因素是2005年至2015年的YRMRM中宏观和微观城市增长动态的主要驱动因素。这一发现表明,在此期间,人口和信息流对YRMRM的促进城市化有力影响。因此,我们认为城市双向流动应成为未来城市空间规划和区域发展战略的重要考虑因素。

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