Promotion of environmental regulation on the decoupling of marine economic growth from marine environmental pollution—based on interprovincial data in China

Ye, Fang; He, Yixiong; Yang, Yi; Yong-bo, Quan; Deng, Yuncheng

doi:10.1080/09640568.2021.1932771

Cited by 12 publications

(5 citation statements)

References 22 publications

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“…Based on previous studies on influencing factors of ecological environment quality, four aspects are mainly considered in the selection of control variables [55][56][57][58][59][60]. First, population quality, measured by the average number of students per 100,000 population, has an impact on the quality of the ecological environment.…”

Section: Control Variablesmentioning

confidence: 99%

Heterogeneity Analysis of Industrial Structure Upgrading on Eco-Environmental Quality from a Spatial Perspective: Evidence from 11 Coastal Provinces in China

Zhai,

Chen,

Tan

et al. 2023

Sustainability

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Upgrading the industrial structure and improving the quality of the ecological environment are important strategic steps to realize the modernization of China. Based on the panel data of 11 provinces (municipalities) in China’s coastal areas from 2010 to 2019, this paper uses the spatial Dubin model and the threshold effect model to study the impact of industrial structure upgrading on eco-environmental quality. The results show that the influence of industrial structure upgrading on ecological environment quality has a positive “U”-shaped distribution. Based on the spatial econometric model, it is found that the rationalization of industrial structure and the optimization of industrial structure have spatial spillover effects on the ecological environment quality, and the influence of the rationalization of industrial structure and the optimization of industrial structure on the ecological environment quality of the surrounding area is positive “U”-shaped and inverted “U”-shaped, respectively. Based on the threshold model, it is found that industrial structure rationalization has a small effect on the ecological environment’s quality when the degree of scientific and technological innovation is low. When scientific and technological innovation reaches a certain threshold, industrial structure rationalization has a significant effect on the quality of the ecological environment. In addition, from a regional perspective, the influence of industrial structure rationalization in the East China Sea and the South China Sea and industrial optimization in the Bohai-Yellow Seas on the eco-environmental quality of the surrounding areas has a positive “U”-shaped distribution, while the influence of the optimization of industrial structure in the South China Sea on the eco-environmental quality of the surrounding areas has an inverted “U”-shaped curve on the left side.

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Section: Control Variablesmentioning

confidence: 99%

Heterogeneity Analysis of Industrial Structure Upgrading on Eco-Environmental Quality from a Spatial Perspective: Evidence from 11 Coastal Provinces in China

Zhai,

Chen,

Tan

et al. 2023

Sustainability

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“…Ren et al (2022) (Ren and Chen, 2022) considered the rigid constraints of resources and negative environmental impacts, and analyzed the impact mechanism of green total factor productivity of China's marine economy. Ye et al (2022) (Ye et al, 2022) used Tapio decoupling model to analyze the impact mechanism of environmental regulation on the decoupling of marine economic growth and marine environmental pollution. Chen et al (2020) (Chen and Qian, 2020) compared and analyzed the dual impacts of different types of marine environmental regulations on the upgrading of marine manufacturing industry structure and the transfer of polluting industries based on the panel data of China's coastal areas from 2004 to 2017.…”

Section: Literature Reviewmentioning

confidence: 99%

Research on the dynamic co-evolution of the complex system of economy-innovation-environment of the marine industry in China

Qirong,

Jingrong,

Yang

2023

Front. Mar. Sci.

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IntroductionIn the context of accelerating the construction of a marine power, relying on scientific and technological innovation to drive the high-quality growth of the marine economy and paying attention to the protection of the marine ecological environment are the strategic requirements for promoting the sustainable development of the marine industry in China.MethodsThis paper describes the development of marine industry as a complex system of marine economy-innovation-environment, that is, it describes the marine economy, marine innovation and marine environment as a complex system that interacts and restricts each other. Based on the theory of synergetics, a dynamic co-evolution model of the complex system of marine economy-innovation-environment is constructed, and the accelerating genetic algorithm is used to solve the model, so that the contribution degree of each subsystem and interaction effect between them are calculated. This paper uses this model to conduct an empirical study on the current situation of co-evolution of the complex system of marine economy-innovation-environment from 2003 to 2019 in China.ResultsThe research results show that: (1) The order degree of the systems of economy, innovation and environment of the marine industry in China is on the rise; (2) At present, the systems of innovation and environment of the marine industry in China are in an evolutionary state, while the system of economy is showing a “recession” trend; (3) There are competition and cooperation between the system of economy-innovation-environment of the marine industry in China at the same time. The system of economy-environment is in a lose-lose state. The system of economy and innovation and the system of innovation and environment are in a win-lose complementary relationship.DiscussionThis result is conducive to the current transformation and development of China's marine industry, adjusting the direction of marine science and technology inputs, optimizing the structure of marine science and technology outputs, enhancing the coordinated development level of regional and even national marine systems, and providing policy reference for promoting multi-objective collaborative governance in marine management department and accelerating the process of high-quality marine development.

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“…In addition, the introduction of environmental regulation policies, especially market-motivated regulatory tools, such as environmental tax and energy tax, can effectively promote the marketization of the price of non-renewable resources, truly reflect the cost of environmental and other resources as well as the supply and demand situation, reduce the price distortions for non-renewable resources, and change the development model of the marine economy so as to promote the upgrading of factor structures, improve the efficiency of factor resource allocations, and improve the level and efficiency of green technology [ 43 ]. In short, the implementation of environmental regulation policies promotes the GTFP of the marine economy by forcing enterprises to change traditional modes of factor input and the structures of factor demand, which promotes the GTFP of the marine economy.…”

Section: The Mechanisms Of Influencing Factors On the Gtfp ...mentioning

confidence: 99%

Realizing the Improvement of Green Total Factor Productivity of the Marine Economy—New Evidence from China’s Coastal Areas

Ren

Chen

2022

IJERPH

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Paying attention to the mechanisms of the GTFP of the marine economy and designing a scientific and reasonable optimization path are the keys to achieving a “win-win” balance between environmental protection and high-quality marine development. Therefore, this paper considers the rigid constraints of resources and negative environmental effects to construct a multi-factor evaluation model of the GTFP of the marine economy including capital, labor, and resources to expand the evaluation method system for the sustainable development of the marine economy. On this basis, this paper determines the influencing factors of the GTFP of China’s marine economy, qualitatively analyzes the mechanism of each influencing factor on the GTFP of the marine economy, uses multi-dimensional data of coastal areas, quantitatively analyzes the direct and indirect effects of the factors that influence the GTFP, and proposes practical optimization paths and safeguarding measures, which provide a decision-making reference for the implementation of China’s marine development strategy. The results showed that the GTFP of China’s marine economy was in a state of improvement and increased from 0.9878 in 2006 to 1.2789 in 2018. The direct effects of environmental regulations have a negative and significant impact on GTFP, whereas economic development, human capital, and technological innovations have a positive and significant impact on GTFP. In addition, environmental regulations have an “inclined N” double-threshold effect on GTFP. The impact of environmental regulations on the GTFP of the marine economy depends on the intensity of the environmental regulations, as different intensities of environmental regulations have different dominant levels of the “innovation compensation effect” and “offset effect” that affect the GTFP of the marine economy.

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Promotion of environmental regulation on the decoupling of marine economic growth from marine environmental pollution—based on interprovincial data in China

Cited by 12 publications

References 22 publications

Heterogeneity Analysis of Industrial Structure Upgrading on Eco-Environmental Quality from a Spatial Perspective: Evidence from 11 Coastal Provinces in China

Heterogeneity Analysis of Industrial Structure Upgrading on Eco-Environmental Quality from a Spatial Perspective: Evidence from 11 Coastal Provinces in China

Research on the dynamic co-evolution of the complex system of economy-innovation-environment of the marine industry in China

Realizing the Improvement of Green Total Factor Productivity of the Marine Economy—New Evidence from China’s Coastal Areas

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