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<p>The importance of circular economy strategies and climate risk resilience has increased due to global policy shifts, such as the commitments made at COP29 and net-zero targets, which pressure carbon-intensive economies to transition to more sustainable and low-carbon development pathways. This study uses the marginal effect of Kernel Regularized Quantile Regression in Qatar, one of the world's leading gas-exporting countries, to investigate the impact of the circular economy (CE) and climate risk index (CRI) on ecological quality. The results indicate that a circular economy exhibits limited environmental benefits at lower quantiles but becomes increasingly advantageous at higher quantiles. The outcome shows climate risk has a robust negative impact on ecological quality, especially in ecologically low and medium quantiles. The findings also confirm that ICT plays a role in promoting environmental sustainability in Qatar. These findings highlight the necessity for developing new policy implications to effectively address climate vulnerability and ecological quality through the integration of a circular economy and effective waste management.</p>

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Assessing the impact of climate risk on ecological quality in the context of the circular economy using kernel regularized quantile regression

  • 期刊论文

  • 出版模式：

    开放获取

  • 发表日期：

    2025年12月24日

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  • Alanoud Al-Maadid,
  • Mohamed Sami Ben Ali,
  • Kamal Si Mohammed

摘要

The importance of circular economy strategies and climate risk resilience has increased due to global policy shifts, such as the commitments made at COP29 and net-zero targets, which pressure carbon-intensive economies to transition to more sustainable and low-carbon development pathways. This study uses the marginal effect of Kernel Regularized Quantile Regression in Qatar, one of the world's leading gas-exporting countries, to investigate the impact of the circular economy (CE) and climate risk index (CRI) on ecological quality. The results indicate that a circular economy exhibits limited environmental benefits at lower quantiles but becomes increasingly advantageous at higher quantiles. The outcome shows climate risk has a robust negative impact on ecological quality, especially in ecologically low and medium quantiles. The findings also confirm that ICT plays a role in promoting environmental sustainability in Qatar. These findings highlight the necessity for developing new policy implications to effectively address climate vulnerability and ecological quality through the integration of a circular economy and effective waste management.