期刊：环境岩土工程（Environmental Geotechnics）
《环境岩土工程》(Environmental Geotechnics)是一本由ICE Publishing Ltd.出版的以Environmental Science-Water Science and Technology为研究特色的国际期刊，发表该领域相关的原创研究文章、评论文章和综述文章，及时报道该领域相关理论、实践和应用学科的最新发现，旨在促进该学科领域科学信息的快速交流。
客座编辑：Jingmin Xu, Honghu Zhu, Jelena Ninic, Stuart Haigh
我们很高兴宣布国际期刊《环境岩土工程》（Environmental Geotechnics）将推出一期特别专辑，聚焦于极端环境和气候条件下城市地下基础设施的韧性、安全性和可持续性。随着城市面临气候变化、极端天气事件和自然灾害的日益严峻挑战，地下结构的性能和耐久性对于提升城市韧性变得至关重要。本期专辑旨在探讨以下前沿主题：
✅ 地质灾害（滑坡、地面塌陷和地裂缝）对地下基础设施的影响
✅ 大规模地下水开采导致的地面沉降预测
✅ 地下能源系统（能源隧道、地源热泵）的长期性能与预测建模
✅ 用于岩土工程韧性评估的智能监测与数字技术
✅ 极端温度和极端降雨诱发的结构性能与失效分析
📅 关键日期
🔹 摘要提交截止日期：2025年6月1日
🔹 全文提交截止日期（受邀后）：2025年12月31日
📥 投稿流程
1️⃣ 请通过此链接提交摘要：摘要提交
2️⃣ 摘要通过后，请通过此链接提交全文：全文提交 （选择文章类型为“主题专辑”，并在下拉菜单中选择本期专辑名称）
我们诚挚邀请岩土工程、气候韧性以及数字地球科学领域的专家学者，踊跃提交高质量原创研究、案例研究以及方法创新成果。
📢 请将此信息分享给可能感兴趣的同事！让我们携手共进，共同提升城市韧性。🚀
Environmental Geotechnics is planning a themed issue on Resilience of Urban Underground Infrastructures under Extreme Environmental Conditions
Introduction
This special issue aims to explore the resilience, safety, and sustainability of urban underground structures under extreme environmental and climatic conditions. As cities increasingly face the challenges posed by climate change, extreme weather events, and natural hazards, it is crucial to enhance the resilience of underground infrastructure. The special issue will address key topics such as urban geological hazards (landslides, ground collapse and fissures), large-scale groundwater extraction and settlement prediction, and the performance of underground energy systems such as energy tunnels and ground-source heat pumps. The issue will explore innovative approaches in digital technologies for intelligent monitoring of multi-physical geotechnical information, resilience assessment under extreme temperatures, and failure mechanisms induced by extreme rainfall. These objectives will be met by gathering cutting-edge research and case studies that present solutions, methodologies, and strategies for enhancing the resilience of underground infrastructures in challenging environments.
The originality of this special issue lies in its comprehensive focus on urban underground infrastructure resilience in the context of extreme environmental and climatic conditions, an emerging area of geoenvironmental research. It will provide a novel, interdisciplinary perspective by integrating advanced digital technologies, intelligent monitoring systems, and predictive models in urban underground engineering. This issue aims to push the boundaries of knowledge in the design and performance evaluation of urban underground spaces under extreme weather, including the impact of geological hazards and extreme climatic events. It will bring together multidisciplinary insights on enhancing the long-term performance and resilience of urban underground structures, offering solutions that have not been comprehensively addressed in current literature.
The increasing frequency and severity of extreme climatic events such as heavy rainfall, extreme heat, and freezing temperatures have brought the resilience of urban underground infrastructure into the spotlight. Literature on the impact of geological hazards like landslides, collapse, and ground cracking on urban underground structures remains fragmented. Furthermore, groundwater extraction and settlement prediction models still lack reliability in large-scale, long-term scenarios. Studies on the long-term performance of underground energy systems like geothermal pumps, energy tunnels, and digital monitoring systems are also emerging but remain limited. This special issue responds to these knowledge gaps by addressing both the environmental and technological aspects of underground infrastructure resilience. With growing societal and industrial concerns about urban sustainability, this issue is critical for advancing research in the face of global environmental challenges.
This special issue will address key societal challenges, particularly the resilience of urban underground infrastructure in the face of extreme environmental and climate conditions. By enhancing the safety and sustainability of underground structures, it will contribute to ensuring the long-term functionality of essential infrastructure, such as transportation systems, energy networks, and utilities, which are critical for urban resilience. The research will support the achievement of the UN Sustainable Development Goals (SDGs), especially SDG 9 (Industry, Innovation, and Infrastructure) by promoting resilient infrastructure, and SDG 11 (Sustainable Cities and Communities) by enhancing urban resilience to climate-related hazards. Through these contributions, the special issue will help safeguard the well-being of urban populations and contribute to more sustainable, resilient cities in the face of climate change and natural disasters.
Topics might include:
• Impact of geological hazards (landslides, surface collapse/subsidence, and ground fissures) on urban underground structure performance and resilience enhancement
• Reliable prediction models for ground surface settlement due to large-scale, long-term groundwater extraction
• Long-term performance evaluation and intelligent prediction of urban underground energy systems (energy tunnels, ground source heat pumps, etc.)
• Intelligent monitoring of multi-physical geotechnical information for urban underground space using digital technologies
• Resilience evaluation and improvement of underground structures under extreme temperature conditions
• Failure mechanisms and instability of urban underground structures induced by extreme rainfall events