[Spatial Correlation Network Characteristics and Influencing Factors of Carbon Emission in Yangtze River Delta Urban Agglomeration] [0.03%]
长江三角洲城市集聚区碳排放的时空关联网络特征及影响因素分析
Shui-Tai Xu,Yi-Min Lin,Wen-Xing Zhu et al.
Shui-Tai Xu et al.
Promoting the integrated development of China's urban agglomerations and realizing regional coordinated carbon reduction is an important starting point for the "dual carbon" goal. Taking 26 cities in the Yangtze River Delta urban agglomerat...
[Impact of New Quality Productivity on Carbon Emission Efficiency and Spatial Effects in the Yangtze River Economic Belt] [0.03%]
长江经济带新产品质量对碳排放效率及空间效应的影响研究
Zhao-Hui Qin,Lun Li,Zhi-Guo Ding
Zhao-Hui Qin
New quality productivity （NQP） has gradually emerged as a core driving force behind carbon emission reduction in the Yangtze River Economic Belt （YREB）. Using balanced panel data covering 108 prefecture-level cities in the YREB between 2011 and...
[Resource Dependence， Green Technology Innovation， and Carbon Emission in Coal- resource-based Cities] [0.03%]
[资源依赖、绿色技术变迁与煤炭资源型城市碳排放]
Xia Yang,Yuan Yuan,Ting Wu et al.
Xia Yang et al.
As core regions for energy production and consumption， coal-resource-based cities play a pivotal role in achieving national emission reduction targets. This study examines panel data from 49 coal-resource-based cities in China from 2002 to 2...
[Impact of China's Digital Economy on the Spatial Correlation Network of Carbon Emissions from a Carbon Transfer Perspective] [0.03%]
[从碳转移视角看中国数字经济对碳排放空间相关网络的影响]
Shu-Qiang Jiang,Zhi-Liang Dong
Shu-Qiang Jiang
The digital economy serves as the core driver for industrial structure transformation and upgrading， playing a critical leveraging role in advancing carbon emission reduction. Based on panel data from 30 Chinese provinces spanning from 2010 ...
[Spatiotemporal Evolution Pattern and Influencing Factors of the Coupling Coordination Between Digital New Quality Productivity and Energy Carbon Emission Efficiency] [0.03%]
数字经济生产力与能源碳排放效率的耦合协调时空演变及影响因素分析
Dong-Ming Gu,Xiao-Fei Hu,Jia-Ning Zhang
Dong-Ming Gu
This study employs the Super-SBM model， coupling coordination degree model， spatial correlation analysis， and geographical detector to explore the spatiotemporal characteristics and influencing factors of the coupling coordination between digi...
[Quantifying the Flow Path of Carbon Sequestration Services and Optimizing the Spatial Pattern of Supply-demand Matching in Xinjiang] [0.03%]
新疆固碳服务流路径定量及其供需匹配的空间格局优化
Hua-Cun Yang,Hao He,Saierjiang Halik et al.
Hua-Cun Yang et al.
Carbon sequestration services， as important ecosystem regulation services， are of great significance in achieving regional carbon balance and carbon neutrality goals. This study takes the Xinjiang Region as the research object， constructs a qu...
[Carbon Emission Probability Density Forecasting and Carbon Peaking Potential Analysis： A Case of Anhui Province] [0.03%]
[碳排放密度预测及碳达峰潜力分析——以安徽省为例]
Yao-Yao He,Cong-Ying Li
Yao-Yao He
China has committed to achieving carbon peaking before 2030， which calls for overcoming the limitations of traditional point prediction methods in addressing the uncertainties of carbon emissions. A more comprehensive forecasting model is es...
[Spatial-temporal Evolution and Driving Factors of Carbon Footprint in Gansu Province] [0.03%]
基于时空视角的甘肃省碳足迹演变及驱动因素分析
Qi Liu,Ai-di Huo,Zhi-Xin Zhao et al.
Qi Liu et al.
The impact of global climate change on human society and the natural environment is becoming increasingly prominent. Quantitative analysis of carbon emissions and carbon absorption， as well as scientific calculation of carbon footprints， are ...
[Spatio-temporal Evolution Characteristics and Influencing Factors of Industrial Carbon Emissions in Gansu Province] [0.03%]
基于产业视角的碳排放时空演变及影响因素——以甘肃省为例
Ming-Rui He,Xiang-Long Tang,Le-Shan Cai et al.
Ming-Rui He et al.
The secondary industry is an important economic pillar in Northwest China， and industry is an important driving force for the development of Northwest China， and the change of industrial energy consumption has a significant impact on the regi...
[Comparative Analysis of Influencing Factors for Carbon Emissions in China and Carbon Peak Countries] [0.03%]
[中国与碳达峰国家碳排放影响因素比较分析]
Yong-Xing Chang,Chun-Yan Shan
Yong-Xing Chang
China's task of achieving carbon peaking before 2030 is arduous and urgent. Comparative studies of the carbon emission influencing factors of countries that have reached carbon peaking are of great significance for China's carbon reduction....