摘要
现代流通在我国国民经济中有着基础性作用,随着国内经济的蓬勃发展,流通环节作为连接生产与消费的重要节点,也在飞速发展。然而,传统的流通体系对资源的消耗很大,不仅导致商品本身的资源浪费,对环境也造成一定污染。数字技术不断发展,渗透在各个领域,文章在阐述数字经济赋能现代流通体系绿色化发展的理论基础上,通过构建计量模型探讨双碳目标下数字经济赋能现代流通体系绿色化发展。研究发现,当前现代流通体系绿色化发展水平较低,数字化经济较为发达的地区流通业绿色发展表现出色,相对落后地区的流通业绿色发展则进展缓慢。结果显示,现代流通体系绿色化发展水平主要受数字经济、技术市场成交额、对外开放水平等影响,仅供参考。
Modern circulation plays a fundamental role in China's national economy.With the vigorous development of the domestic economy,the circulation sector,as a node connecting production and consumption,is also rapidly evolving.However,traditional circulation systems consume a significant amount of resources,leading not only to waste of goods themselves but also causing environmental pollution.With the continuous development of digital technology permeating various fields,this article explores the theoretical basis of how the digital economy empowers the green development of modern circulation systems.Through the construction of a quantitative model,it investigates the green development of modern circulation systems empowered by the digital economy under the context of dual carbon goals.The study found that the current level of green development in modern circulation systems is relatively low.Regions with well-developed digital economies exhibit better performance in the green development of circulation industries compared to regions with relatively backward digital economies,where progress is slower.The results indicate that the level of green development in modern circulation systems is mainly influenced by factors such as the digital economy,the volume of transactions in the technology market,and the degree of openness to the outside world.This article serves as a reference for further study.
作者
王俊燕
张丹
Wang Junyan;Zhang Dan(Hunan University of Technology and Business,Changsha,Hunan 410000)
出处
《中国商论》
2024年第7期5-8,共4页
China Journal of Commerce
基金
2023年度湖南工商大学大学生创新创业训练计划项目“双碳目标下数字经济赋能现代流通体系绿色化发展的机制与路径研究”(S202310554061),课题组成员:王俊燕、董文、肖彩凤、牛嘉兴、刘志城。
关键词
数字化
现代流通体系
绿色化发展
商贸流通业
双碳目标
digitalization
modern circulation system
green development
trade and circulation
dual carbon goal