4.7 Article

Does industrial intelligence improve resource misallocation? An empirical test based on China

Journal

ENVIRONMENTAL SCIENCE AND POLLUTION RESEARCH
Volume 29, Issue 51, Pages 77973-77991

Publisher

SPRINGER HEIDELBERG
DOI: 10.1007/s11356-022-21085-1

Keywords

Industrial intelligence; Environmental pollution; Resource misallocation; Spatial Durbin model; Mediating effect model

Funding

  1. National Social Science Foundation of China, Research on the mechanism and path of collaborative management of haze pollution in China from the perspective of regional linkage [19BGL196]
  2. Jiangsu University Advantageous Discipline Construction Project (PAPD)
  3. Jiangsu Provincial Social Science Excellent Youth Project in 2019
  4. Carbon Dafeng Carbon Neutral Technology Innovation Special Incubation Program of Jiangsu Normal University in 2022
  5. Jiangsu Provincial Youth and Blue Project in 2019 Funded project

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Resource misallocation is a new threat to China's high-quality economic development, and industrial intelligence can optimize resource allocation. The study finds that local industrial intelligence improves resource allocation, while neighboring industrial intelligence worsens resource misallocation. The interaction between environmental pollution and industrial intelligence also affects resource allocation, especially in regions with insufficient capital allocation.
Resource misallocation has become a new threat to China's high-quality economic development, and industrial intelligence may play an important role in optimizing resource allocation. Using panel data of 30 Chinese provinces from 2010 to 2020, the relationship between industrial intelligence and resource misallocation is studied using the spatial Durbin (SDM) model. To further explore the indirect effect of environmental pollution on resource misallocation, the interaction term between industrial intelligence and environmental pollution is added to test how environmental pollution affects the relationship between industrial intelligence and resource. The research results show that industrial intelligence in China has significant spatial correlation. Local industrial intelligence can improve the local resource allocation, but the intelligence of neighboring industries will intensify the resource misallocation in the region. The interaction between environmental pollution and industrial intelligence also further affects resource allocation, and the interaction term can intensify local capital allocation to improve local labor allocation, and the interaction term in the surrounding area will also improve capital and labor misallocation in the region. Heterogeneous results find that industrial intelligence exacerbates resource misallocation in regions with insufficient capital allocation, and the mediating effect of environmental pollution is not significant. However, in places with excess capital allocation, the development of industrial intelligence helps improve resource misallocation, while the mediating effect of environmental pollution is also present, and industrial intelligence can improve resource misallocation through the indirect effect of improving environmental pollution. Therefore, the policies of local industrial development policies need to fully consider the resource allocation situation in the region. At the same time, it needs to smooth the capital circulation mechanism, reduce the cost of capital allocation, establish a sound employment mechanism, and improve labor misallocation.

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