Scholarlink

<p>Global surface ozone (O<sub>3</sub>), intensified by climate change, poses increasing health and ecosystem threats. Despite stringent air policies, China’s persistent O<sub>3</sub> pollution exemplifies a global challenge intertwined with climate actions reshaping emission pathways. Optimal mitigation remains contentious, primarily due to inconsistent conclusions regarding the sensitivity of summer regional O<sub>3</sub> formation. Here we show the path dependency in O<sub>3</sub> mitigation strategies for synergistic clean air and climate action goal achievement over multidecade scales. This path dependence is validated by observed concurrent plateaus (2020-2023) in deweathered O<sub>3</sub> concentrations and sensitivity trends across Chinese megacity clusters. Leveraging this understanding of path dependency, we quantitatively reveal that the optimal future strategy involves prioritizing early volatile organic compound reductions, as their high effectiveness for regional O<sub>3</sub> mitigation gradually diminishes towards 2050. This challenges prevailing nitrogen oxides priority paradigms. Our work reframes O<sub>3</sub> control, providing a paradigm for resilient air quality-climate governance.</p>

错误：搜索内容不能为空，请输入英文关键词
错误：关键词超出字数限制，请精简
高级检索

Aligning climate and air quality goals demands early VOC control for China’s ozone pollution

  • 期刊论文

  • 出版模式：

    开放获取

  • 发表日期：

    2026年7月9日

查看全文
  • Yujie Zhang,
  • Jian Gao,
  • Rui Gao,
  • Xiaohui Du,
  • Chao Yu,
  • Xinlu Zhang,
  • Yuqiang Zhang,
  • Yuhong Liu,
  • Yujing Mu,
  • Liang Wen,
  • Guannan Geng,
  • Abdelwahid Mellouki,
  • Fahe Chai,
  • Hartmut Herrmann,
  • Yujiao Zhu,
  • Fang Bi,
  • Yan Yang,
  • Shuai Wang,
  • Qian Wang,
  • Jinpu Zhang,
  • Hong Li,
  • Hongli Wang,
  • Jinhua Tao,
  • Yixin Han,
  • Mei He,
  • Shijie Liu,
  • Zhaoqi Gao,
  • Bin Luo,
  • Haisheng Li,
  • Likun Xue

摘要

Global surface ozone (O3), intensified by climate change, poses increasing health and ecosystem threats. Despite stringent air policies, China’s persistent O3 pollution exemplifies a global challenge intertwined with climate actions reshaping emission pathways. Optimal mitigation remains contentious, primarily due to inconsistent conclusions regarding the sensitivity of summer regional O3 formation. Here we show the path dependency in O3 mitigation strategies for synergistic clean air and climate action goal achievement over multidecade scales. This path dependence is validated by observed concurrent plateaus (2020-2023) in deweathered O3 concentrations and sensitivity trends across Chinese megacity clusters. Leveraging this understanding of path dependency, we quantitatively reveal that the optimal future strategy involves prioritizing early volatile organic compound reductions, as their high effectiveness for regional O3 mitigation gradually diminishes towards 2050. This challenges prevailing nitrogen oxides priority paradigms. Our work reframes O3 control, providing a paradigm for resilient air quality-climate governance.