%0 Journal Article
%T 环境规制驱动区域绿色发展的中介路径研究——基于结构方程模型的链式多重中介效应检验<br>Research on the Intermediary Path of Environmental Regulation Driving Regional Green Development—Chained Multiple Mediation Test Based on Structural Equation Modeling
%A 熊宇佳
%A 潘兴侠
%A 鄢海涛
%J Journal of Low Carbon Economy
%P 97-107
%@ 2324-7932
%D 2022
%I Hans Publishing
%R 10.12677/JLCE.2022.114014
%X 环境规制通过创新补偿、结构优化和绿色信贷影响区域绿色发展。首先以技术创新、产业升级、绿色金融为中介变量，理论阐述了环境规制驱动区域绿色发展的多重中介传导机制。其次构造了环境规制驱动区域绿色发展的三条单步中介路径和两条链式中介路径，并运用结构方程模型进行了实证检验。结果表明：环境规制显著促进了区域绿色发展；技术创新、产业升级、绿色金融是环境规制驱动绿色发展的中介；绿色金融–技术创新、绿色金融–产业升级是环境规制与绿色发展两者之间的链式中介。最后从完善环境规制、倒逼技术创新、优化产业结构、鼓励绿色金融创新几方面提出了提升区域绿色发展水平的政策建议。<br />
Environmental regulation affects regional green development through innovative compensation, structural optimization and green credit. Firstly, with technological innovation, industrial upgrading, and green finance as intermediary variables, the theory expounds the multiple intermediary transmission mechanisms of environmental regulation driving regional green development. Secondly, it constructs three single-step mediation paths and two chain mediation paths that environmental regulation drives regional green development, and conducts an empirical test using structural equation modeling. The results show that environmental regulation has significantly promoted regional green development; technological innovation, industrial upgrading and green finance are the intermediaries of environmental regulation driving green development. Green finance - technological innovation and green finance - industrial upgrading are the chain intermediary between environmental regulation and green development. Finally, policy suggestions for improving the level of regional green development are put forward from the aspects of improving environmental regulation, forcing technological innovation, optimizing industrial structure, and encouraging green financial innovation.
%K 环境规制，绿色发展，绿色金融，中介效应，结构方程模型<br>Environmental Regulation
%K Green Development
%K Green Finance
%K Intermediary Effect
%K Structural Equation Model
%U http://www.hanspub.org/journal/PaperInformation.aspx?PaperID=57742