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Investigating the interconnectedness of carbon, fossil energy, and financial markets: A dynamic spillover index approach

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  • Tianyou Li
  • Yanbing Ju
  • Peiwu Dong

Abstract

Against the background of the global active pursuit of carbon neutrality, this paper uses the DY spillover index method to analyze the spillover network effects between carbon, fossil energy and financial markets. The research results show that the spillover effects between these three markets change over time, with an average spillover index of 25.30%, showing a significant mutual influence. Further analysis found that the EU carbon market plays an important role in spillover effects. Especially under the influence of extreme events, the spillover effects reach their peak. At this time, the degree of mutual influence between markets is as high as 60.01%. In addition, during the COVID-19 epidemic, the spillover effect of the EU carbon market on other markets also reached its maximum, indicating that the epidemic increased the contagion of cross-market risks and caused the carbon market to bear greater risks. The research results of this article have important guiding significance for environmental protection investment and emphasize the importance of formulating differentiated environmental protection policies in different time frames. Facing the dual challenges of global climate change and promoting the goal of carbon neutrality, governments and relevant institutions should pay close attention to changes in spillover effects between markets and timely adjust environmental protection policies to achieve maximum results.

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  • Tianyou Li & Yanbing Ju & Peiwu Dong, 2023. "Investigating the interconnectedness of carbon, fossil energy, and financial markets: A dynamic spillover index approach," PLOS ONE, Public Library of Science, vol. 18(12), pages 1-21, December.
    • Handle: RePEc:plo:pone00:0295363
    DOI: 10.1371/journal.pone.0295363
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