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环境公平视角下基于"全碳"核算的中国省级碳效率评价

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突破以能源消耗碳排放为主的"传统碳"核算的局限,将废弃物排放、生物质资源消耗、电力净输入和森林固碳情况也纳入评价范畴,利用上述指标间的自然能量联系,进行中国各省份"全碳"核算,进而开展基于碳足迹的直接碳效率评价和基于DEA-BCC模型的全要素碳效率评价.研究结果表明:(1)2016 至 2020 年,中国大部分省份的直接碳效率明显上升,但全要素碳效率却有所下降."双碳"背景下,相比其他生产资料,碳环境容量日益稀缺,因此全要素碳效率不升反降的现象应引起重视.(2)在"全碳"与"传统碳"两种核算体系下,直接碳效率和全要素碳效率的评价结果均存在差异,而且在 2020 年尤为明显.减污降碳是同根同源问题,能源电力安全是经济发展的重要保障,在此背景下,"全碳"效率的评价结果的解释性更强,其可以更加全面地反映各省份的低碳水平及发展潜力,并为厘清区域间碳减排责任和制定碳综合决策提供一种新思路.
Evaluation of Green Low-Carbon Level and Carbon Efficiency at Chinese Provincial Level Based on"Full Carbon"Accounting
This paper breaks through the limitations of the"traditional carbon"accounting which mainly focuses on the carbon emissions from energy consumption,and includes waste emissions,biomass resource consumption,net electricity input and forest carbon sequestration into the evaluation scope.By using the natural energy link between the above indicators,the"Full Carbon"accounting is carried out in China's provinces,and then the direct carbon efficiency evaluation based on carbon footprint and the total factor carbon efficiency evaluation based on DEA-BCC model are carried out.The results show that:(1)From 2016 to 2020,the direct carbon efficiency of most provinces in China has increased significantly,but the total factor carbon efficiency has decreased.In the context of the"carbon peaking and carbon neutrality" compared with other means of production,the carbon environmental capacity is increasingly scarce,so the phenomenon of the decline of the total factor carbon efficiency should be paid attention to.(2)Under the two accounting systems of"Full Carbon"and"traditional carbon",the evaluation results of direct carbon efficiency and total factor carbon efficiency are different,especially in 2020.Pollution reduction and carbon reduction are the same root and source problems,and energy and power security is an important guarantee for economic development.In this context,the evaluation results of"Full Carbon"efficiency are more interpretable,which can more comprehensively reflect the low carbon level and development potential of each province,and provide a new idea for clarifying the responsibility of carbon emission reduction between regions and making comprehensive carbon decisions.

"Full Carbon"accountingdirect carbon efficiencytotal factor carbon efficiencyDEA-BCC

张雪花、李婉玥

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天津工业大学经济与管理学院,天津 300387

"全碳"核算 直接碳效率 全要素碳效率 DEA-BCC模型

国家社会科学基金一般项目

18BJY079

2024

科技管理研究
广东省科学学与科技管理研究会

科技管理研究

CSTPCDCHSSCD
影响因子:0.779
ISSN:1000-7695
年,卷(期):2024.44(9)
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