摘要
深化要素市场化配置、促进要素有序流动是中国经济体制改革的重点内容,基于2008—2020年28个省(自治区、直辖市)的面板数据,建立Tobit模型实证检验了要素市场化配置对区域创新效率的影响。研究表明,要素市场化配置程度的提高能够促进创新效率的提升,但目前要素配置的市场化水平仍有不足。通过构建技术进步偏向性指数对其作用机制进行探究发现,要素市场化配置对劳动偏向型技术进步尚无显著影响,但是能激励资本偏向型技术进步继续向资本方向偏移,进而提高区域创新效率,异质性传导路径也启示应以不同的制度设计引导要素市场化进程。从现实情况来看,应加快推进系统性要素配置市场化改革,畅通国内经济循环,充分发挥资源禀赋优势以提高全要素生产率与创新发展的能力。
Deepening the market-oriented allocation of factors and promoting the orderly flow of factors are the key contents of China’s economic system reform.Based on panel data for 28 provinces from 2008 to 2020,this paper establishes a Tobit model to analyze the impact of the market-oriented allocation of factors on regional innovation efficiency.The study finds that the improvement in market-oriented allocation of factors can effectively promote innovation efficiency,but currently,market-oriented allocation of factors is insufficient.By constructing the biased technological progress index to explore its mechanism,the paper finds that market-oriented allocation of factors has no significant impact on labor-biased technological progress,but it can stimulate capital-biased technological progress to continue to shift towards capital,thereby improving regional innovation efficiency.The heterogeneous transmission path suggests that different institutional designs should be used to guide the process of factor marketization.From the realistic point of view,it is necessary to accelerate the systematic reform of market-oriented allocation of factors,make domestic economic circulation go smoothly,and give full play to the advantages of resource endowments to improve total factor productivity and innovative development capabilities.
作者
沈映春
张馨心
谢慧珺
SHEN Yingchun;ZHANG Xinxin;XIE Huijun(School of Humanities and Social Science,Beihang University,Beijing 100083,China)
出处
《北京航空航天大学学报(社会科学版)》
2023年第5期145-154,共10页
Journal of Beijing University of Aeronautics and Astronautics:Social Sciences edition Edition
基金
北京市社会科学基金决策咨询项目(重点项目)(20JCB063)
北京市社会科学基金规划项目(重点项目)(20GLA075)。
关键词
要素市场化
创新效率
技术进步偏向
要素替代弹性
TOBIT模型
factor marketization
innovation efficiency
biased technological progress
elasticity of substitution of factor
Tobit model