Chen, Jiandong

Gao, Ming

Hou, Wenxuan

Li, Ding

Song, Malin

English

Although energy technological progress has been regarded as an important driver for reducing carbon emissions, the existence of carbon rebound effect prevents a portion of the potential carbon reductions to be realized. Compared with the energy rebound effect, research on the carbon rebound effect is scarce because it is always equated with the energy rebound effect. However, the carbon rebound effect is more complex. Given that the traditional method for carbon rebound effect assessment only reflects energy rebound effects, our study proposed an improved production-theoretical decomposition analysis (PDA)-Meta-frontier Malmquist index (MMI)-based method and explored carbon rebound effects in China from 2006 – 2015. Our results show that (1) the eastern and western regions faced fewer carbon rebound effect risks compared with those of the central region due to decreasing emission intensity associated with energy technological progress; (2) the reductions in emission intensity in the eastern region relied both on coal and non-coal technology, whereas the western region only relied on coal technology; and (3) the non-coal technology in the eastern region was at the meta-frontier, whereas the non-coal technology of other regions exhibited catch-up effects

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A modified and improved method to measure economy-wide carbon rebound effects based on the PDA-MMI approach

https://www.research.ed.ac.uk/files/160557365/LiEtalEP2020AModifiedAndImprovedMethod.pdf

A modified and improved method to measure economy-wide carbon rebound effects based on the PDA-MMI approach

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