Exploring the low-carbon transition pathway of China's construction industry under carbon-neutral target: A socio-technical system transition theory perspective

Yao, Haona; Xu, Pengpeng; Wang, Yishan; Chen, Rundong

doi:10.1016/j.jenvman.2022.116879

Cited by 24 publications

(7 citation statements)

References 57 publications

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“…Due to the richness and complexity of the connotation and extension of green development theory and the limited statistical information at present, individual areas of green development practice such as green building promotion [ 56 ] and CCUS application [ 57 ] have not been included in the indicator system. Building an indicator system to reflect regional green development practices still faces great challenges, and the following aspects will be strengthened in the future: first, continue to carry out research work on green development practices and revise the green development indicator system with regional characteristics; second, strengthen the research on the influence mechanism of regional green development, and deeply analyze the heterogeneity, driving factors and key paths of green development in different regions.…”

Section: Discussionmentioning

confidence: 99%

Measurement of China’s green development level and its spatial differentiation in the context of carbon neutrality

Liang

Li²

2023

PLoS ONE

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China’s green development in the context of carbon neutrality is facing both new constraints and new practices. In the new situation, it is crucial to further refine the indicator system and re-measure green development. Based on previous studies and carbon neutral background, the theoretical framework of green development is improved and an indicator system is constructed, and the panel entropy method, Thiel index and Moran index are used to measure and analyze green development level and its spatial evolution pattern in China from 2010 to 2019. The study shows that: (1) China’s green development level is on the rise and its growth rate is high, and it generally shows a spatial distribution pattern of northeast >east > west > central, and the fastest growth rate in the east; (2) There are some spatial differences in green development level in China and the spatial differences are gradually narrowing, while only the spatial differences in the green wealth index and the inter-regional differences in the green growth index are slightly expanding; (3) There is no obvious spatial clustering phenomenon in China’s green development level as a whole, and there is a positive spatial matching relationship between green development level and green wealth index and green growth index locally, which does not form a close correlation with green welfare index. The study proposes countermeasures based on stimulating the endogenous power of green development and narrowing the regional differences of green growth index, which are of reference value for China to promote green development in the context of carbon neutrality.

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Section: Discussionmentioning

confidence: 99%

Measurement of China’s green development level and its spatial differentiation in the context of carbon neutrality

Liang

Li²

2023

PLoS ONE

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“…Few scholars have analyzed the multiple demands of heterogeneous subjects of green innovation system to realize win-win collaboration among subjects. In terms of driving factors, scholars believe that the internal factors of the energy innovation system mainly include the willingness to innovate [11], knowledge absorption capacity [12], and benefit distribution [13], while the external factors include environmental regulation [14], market demand [15], and digitalization level [16]. Although existing studies have recognized that the evolution of the innovation ecosystem is not only affected by a single type of factors, but also by the interaction, existing studies have not yet formed a unified view on the evolution of the innovation ecosystem's driving force.…”

Section: Literature Reviewmentioning

confidence: 99%

“…The research objects mainly include: corporate [21], and region [22], and other single macro subjects, but a single subject is not a necessary condition for green innovation, and the interaction and combination of multiple subjects can effectively promote green innovation [23], and fewer scholars have explored the impact of synergistic relationship between subjects of energy innovation system on innovation efficiency. From the point of view of the mechanism of action, the existing research mainly focuses on the mechanism of enterprise digital transformation to drive the efficiency of green innovation [24], and further explains that the driving effect of high-intensity environmental regulation on enterprise digital transformation is stronger, but few studies have elucidated the mechanism of green innovation to force enterprises to digitally transform. Overall, the current research on the relationship between digitization and greening is relatively focused on digitization-enabled green innovation, and there are still relatively few studies on green innovation forcing enterprises to digitally transform and the combination of the two.…”

Section: Literature Reviewmentioning

confidence: 99%

Research on the Evolution Mechanism and Enhancement Strategy of Dual Synergy of Energy Innovation System Based on Multi-Agent Win-Win Situation

Gao,

Guan

2024

Proceedings of the 5th International Conference on Economic Management and Model Engineering, ICEMME 2023, November 17–19, 2023

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Digital empowerment for green and low-carbon transformation and green innovation to pull digital leap is an important way for energy companies to realize sustainable development. The dynamic connection between heterogeneous subjects and the environment can accelerate the evolution of the dual synergistic development of digitalization and greening. Therefore, this paper analyzes the mechanism of "dual synergy" of the energy innovation system composed of energy enterprises, academics and researchers, and the government, constructs a three-party evolutionary game model and simulates it with MATLAB software, which shows that: the main body's willingness, the distribution of benefits, the liquidated damages, and the government's governance have different degrees of impacts on the dual synergy of the energy innovation system at different stages of digitization. The degree of influence of dualization synergy is different. Based on this, we propose the evolution strategy of "dualization synergy" for energy innovation system in different stages of digital transformation, in order to realize the highquality development of energy enterprises.

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“…Therefore, carbon neutrality research in the construction industry is not only a current research hotspot but will also be a key focus field in the future. The main paths to achieving carbon neutrality in the construction industry that existing research focuses on include reducing carbon emissions, waste recycling, and increasing carbon sinks [85,86]. Climate change is an important reason for global attention to carbon emissions.…”

Section: Research Trendsmentioning

confidence: 99%

Scientometric Analysis and Visualization of Carbon Emission Studies in the Construction Industry

Luo,

Yang,

Huang

et al. 2024

Buildings

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The field of carbon emissions in the construction industry has drawn extensive attention from researchers and practitioners due to the issue of global warming. In this study, an in-depth analysis of the research status, trends, and frontiers in the field of carbon emissions in the construction industry was carried out. The CiteSpace tool was used to visualize and analyze relevant papers from 1985 to 2023, to describe the overall knowledge structure in the field of carbon emissions in the construction industry using dual-map overlay analysis, journal co-citation network analysis, and keyword co-occurrence network analysis, to apply cluster analysis and burst detection to identify research trends in the field and the frontiers, and to analyze the scientific collaborations in the field. Further, the core issues in the field of carbon emissions in the construction industry were explored and relevant recommendations were proposed. The results are of great significance in identifying and analyzing knowledge systems and research patterns in the field of carbon emissions in the construction industry and help us to discover and understand the current deficiencies, trends, and frontiers in this field, thus providing useful suggestions and reflections for policymakers, practitioners, researchers, and other stakeholders.

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Exploring the low-carbon transition pathway of China's construction industry under carbon-neutral target: A socio-technical system transition theory perspective

Cited by 24 publications

References 57 publications

Measurement of China’s green development level and its spatial differentiation in the context of carbon neutrality

Measurement of China’s green development level and its spatial differentiation in the context of carbon neutrality

Research on the Evolution Mechanism and Enhancement Strategy of Dual Synergy of Energy Innovation System Based on Multi-Agent Win-Win Situation

Scientometric Analysis and Visualization of Carbon Emission Studies in the Construction Industry

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