长三角城市群物流韧性的空间特征演化  

The spatial characteristics evolution of logistics resilience in Yangtze River Delta metropolitan

作　　者：金凤花[1] 杨白玫[1] JIN Fenghua;YANG Baimei(School of Business,Shanghai Dianji University,Shanghai 201306,China)

机构地区：[1]上海电机学院商学院,上海201306

出　　处：《上海电机学院学报》2021年第5期297-304,共8页Journal of Shanghai Dianji University

基　　金：教育部人文社会科学(青年基金)“长三角城市群一体化视角下经济韧性演化机理研究”资助项目(21YJC630047);上海市教育科学研究一般资助项目(C20075);上海电机学院重点学科建设“管理科学与工程学科”资助项目。

摘　　要：区域物流作为要素畅通的渠道系统,对其韧性的研究有利于提高区域经济韧性,促进区域一体化的发展。借鉴区域经济韧性相关研究,从物流经济能力、社会人口能力、社区连接能力和创新能力等方面描述了区域物流韧性,利用因子分析法对2013-2018年长三角城市群各城市物流韧性进行测算。结合空间自相关分析方法从全局和局部角度分析了长三角城市群物流韧性的时空特征,分析得出“长三角城市群物流韧性整体表现出不断提高的趋势,东部城市整体物流韧性比西部城市高;行政界线对区域经济一体化存在一定影响;长三角城市群物流韧性总体表现出聚集特征;部分都市圈核心城市的核心作用需要加强”等结论。Regional logistics is the channel system of elements circulation.The research on regional logistics resilience is conducive to improving regional economic resilience and promoting the development of regional integration.According to relevant studies on regional economic resilience,the regional logistics resilience is described from logistics economic capacity,social population capacity,community connectivity capacity and innovation capacity.The factor analysis method is used to estimate the logistics resilience of cities in the Yangtze River Delta metropolitan from 2013 to 2018.The spatial autocorrelation analysis method is applied to analyze the spatial-temporal characteristics of logistics resilience in the Yangtze River Delta metropolitan from global and local perspectives.The results indicate that the overall logistics resilience of Yangtze River Delta metropolitan shows a trend of continuous improvement.The overall logistics resilience of eastern cities is higher than that of western cities.The administrative boundaries have certain influence on the regional economic integration.The overall logistics resilience shows agglomeration characteristics,and the key role of some core cities in metropolitan area needs to be strengthened.

关 键 词：区域物流 物流韧性 因子分析法 空间自相关 长三角城市群 

分 类 号：F124[经济管理—世界经济] F252