Quantify the effect of China’s emission trading scheme on low-carbon eco-efficiency: Evidence from China’s 283 cities

Miaomiao Tao, Pierre Failler, Lim Thye Goh, Xinwen Lin, Hanghang Dong, Liang Xie

    Research output: Contribution to journalArticlepeer-review

    Abstract

    The establishment of a carbon trading market is crucial for China to fulfill its carbon emission commitments through a market mechanism. As a market-based environmental regulation instrument, ETS has been attracted increasing attention worldwide, while the effect of ETS on low-carbon economy efficiency (LEE) has not been fully investigated, thus inspiring us to fulfill this research gap. Using the panel data of China’s 283 selected prefecture-level cities during 2006-2017, we adopted the difference-in-differences (DID) model, propensity-score-matched DID (PSM-DID) model, and the spatial DID model to examine the direct and indirect effects of China’s ETS on LEE at national, regional, and local (resource-based cities with different development stages) levels. The robust results yield that ETS directly and significantly improved China’s LEE at the national level. Still, the LEE in ETS pilot region will increase by approximately 4.3% compared with untreated cities. While the spatial heterogeneity of this effect is captured at regional and local levels, which emphasises the necessity of a completed market construction and classified supervision. The results of this paper provide important insights for strengthening the policy design of a nationwide carbon market, and a reference point for other regions and countries, especially developing countries, in refining a carbon trading market.
    Original languageEnglish
    JournalMitigation and Adaptation Strategies for Global Change
    Publication statusAccepted for publication - 15 Jun 2022

    Keywords

    • Emission trading system
    • Low-carbon economy efficiency
    • Quasi-natural experiment
    • Spatial spillover effect
    • Spatial heterogeneity

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