Evaluation on Green Transformation Competitiveness of Oil-gas Resource-based Cities in China

Sun, Mingxuan; Yang, Xiaolong

doi:10.1088/1755-1315/453/1/012034

Cited by 3 publications

(2 citation statements)

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“…It was found that GDE varies greatly among cities, and the number of efficient cities shows a trend of first decreasing and then fluctuating and increasing, which is consistent with the research of [9] for oil-and gas-resource-based cities.…”

Section: Discussionsupporting

confidence: 82%

“…Green development efficiency (GDE) as a manifestation of the coordinated and sustainable development of humanity and nature [3] has played an increasingly prominent role in green development [4]. The research objects on green development in the existing literature range widely, including country-level [5], province-level [6][7][8] and city-level objects [9,10]. However, there exists a particular type of city which plays an important role in providing material resources for economic development: the resource-based city.…”

Section: Introductionmentioning

confidence: 99%

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The Effect of Industrial Structure Upgrading and Human Capital Structure Upgrading on Green Development Efficiency—Based on China’s Resource-Based Cities

Shen

Liu

et al. 2023

Sustainability

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Green development is crucial to global natural resource conservation, environmental improvement and sustainable development. Furthermore, resource-based cities’ green development is more challenging compared with that of other types of cities. On such basis, it is a necessity to understand the green development level of such cities. Therefore, we introduce green development efficiency (GDE), which is a key indicator for measuring green development. This paper takes China’s 112 resource-based cities during 2010–2019 as its research object, and examines their GDE using the Super-SBM-Undesirable model. Moreover, industrial structure upgrading (ISU) and human capital structure upgrading (HCSU) have important implications for green development. To further explore the influence of ISU and HCSU on GDE, this paper employs a fixed effect model, an interaction effect model and a threshold model. Finally, considering the differences between different resource-based cities, the heterogeneity of ISU and HSCU on GDE in four types of China’s resource-based cities is also explored. It is found that (1) although GDE is on the track of steady improvement, the overall GDE was still relatively low during 2010–2019, with an average GDE of about 0.8; (2) ISU, HCSU and their interaction can promote GDE in resource-based cities and with the intensity of industrial structure increasing, the interaction effect of ISU and HSCU on GDE in resource-based cities shifts from positive to negative; (3) there exists heterogeneity in the direct effect and interaction effect of ISU and HCSU among four types of resource-based cities (i.e., mature cities, growing cities, declining cities and regenerating cities). Our findings offer a data reference for the green and sustainable development of China’s resource-based cities, and also a method reference for other countries’ resource-based cities.

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Section: Discussionsupporting

confidence: 82%