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<p>Incorporating the transition zone into permafrost research marks a paradigm shift in better understanding the dynamics of Earth’s cryosphere. Recognizing the complex role of the transition zone in thermal regulation, infrastructure stability, and landscape evolution is crucial for developing effective climate resilience strategies and fostering sustainable development in permafrost regions. This expanded perspective is imperative for mitigating environmental impacts and preserving the unique ecosystems of polar and high-altitude eco-environment.</p>

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Revised Understanding of Permafrost Shape: Inclusion of the Transition Zone and Its Climatic and Environmental Significances

  • 期刊论文

  • 发表日期：

    2025年2月5日

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  • Dongliang Luo,
  • Zeyong Gao,
  • Fangfang Chen,
  • Luyang Wang,
  • Jia Liu,
  • Shizhen Li,
  • Qi Shen,
  • Yajuan Zao

摘要

Incorporating the transition zone into permafrost research marks a paradigm shift in better understanding the dynamics of Earth’s cryosphere. Recognizing the complex role of the transition zone in thermal regulation, infrastructure stability, and landscape evolution is crucial for developing effective climate resilience strategies and fostering sustainable development in permafrost regions. This expanded perspective is imperative for mitigating environmental impacts and preserving the unique ecosystems of polar and high-altitude eco-environment.