文献类型：期刊文献

中文题名：“政治-经济-社会-科技”(PEST)视域下数字生态驱动城市科技创新路径研究

英文题名：Research on the Path of Digital Ecology Driving Urban Science and Technology Innovation from the Perspective of"Politics-Economy-Society-Science and Technology"(PEST)

作者：房宏君[1];刘婷婷[1];陈静[1];穆红莉[1]

第一作者：房宏君

机构：[1]北京联合大学人力资源管理研究所,北京100023

第一机构：北京联合大学生物化学工程学院

年份：2024

卷号：44

期号：19

起止页码：85-94

中文期刊名：科技管理研究

外文期刊名：Science and Technology Management Research

收录：CSTPCD;;CSSCI:【CSSCI_E2023_2024】；

基金：北京市高等教育学会面上课题“首都应用型高校大学生创新创业能力增值评价与提升策略研究”(MS2022324)。

语种：中文

中文关键词：数字生态;数字资源;城市科技创新;数字技术;PEST;驱动路径;组态分析

外文关键词：digital ecology;digital resources;urban science and technology innovation;digital technology;PEST;driving path;configuration analysis

摘要：中国各城市因中心地位、规模和区位不同,数字资源禀赋和数字生态要素发展具有异质性,对各城市的科技创新产生不同影响。基于此,立足于“政治-经济-社会-科技”(PEST)视角,基于协同演化理论和资源基础理论,以中国226个城市为样本,运用回归和组态研究方法,探索PEST数字生态,即数字政治、数字经济、数字社会及数字技术驱动城市科技创新的路径。研究表明:PEST数字生态与城市科技创新之间呈正“U”型效应,“U”型拐点数字生态指数为62.12,其中69.03%的样本城市在其左侧,30.97%的样本城市分布在其右侧;总体而言不存在导致城市高科技创新的必要条件,数字生态驱动城市高、非高科技创新的组态路径分别为6条(如数字社会和数字技术驱动型,数字产业化、数字社会和数字基础设施主导型,数字政治、数字社会和数字技术驱动型等)和1条(数字政治、数字社会、数字技术和数字产业化缺失型);数字生态驱动城市高科技创新的组态路径具有中心地位、规模和区位异质性。因此,各城市的数字生态建设要切合实际,实施差异化发展战略。
Due to differences in centrality,scale,and location,Chinese cities exhibit heterogeneity in their endowment of digital resources and the development of digital ecosystem elements,which have varying impacts on the technological innovation of each city.In view of this,from the perspective of"politics-economy-society-science and technology"(PEST),based on co-evolution theory and resource-based theory,taking 226 cities in China as samples,using regression and configuration research methods,this paper explores the path of PEST digital ecology,including digital politics,digital economy,digital society,and digital technology,to drive urban scientific and technological innovation.The research shows that there is a positive U-shaped effect between PEST digital ecology and urban scientific and technological innovation.The U-shaped turning point for the digital Ecology index is 62.12,with 69.03%of the sample cities positioned on the left side of the curve and 30.97%on the right side.In general,there is no necessary condition for urban high-tech innovation.The configuration paths through which the digital ecosystem drives hightech and non-high-tech innovation in cities include six distinct paths for high-tech innovation(such as digital society and digital technology-driven,digital industrialization,digital society,and digital infrastructure-dominant,and digital politics,digital society,and digital technology-driven)and one path for non-high-tech innovation(characterized by the absence of digital politics,digital society,digital technology,and digital industrialization).The configuration path of digital ecology driving urban high-tech innovation varies in centrality,scale,and location.To this end,the development of the digital ecosystem in each city should be tailored to its specific circumstances,and differentiated development strategies should be implemented.