当前, 全球城市化进程不断加快, 城市内涝、水资源短缺等“城市病”愈发严重, 海绵城市建设成为解决城市水问题、实现生态可持续发展的重要途径。由邵振峰、张红萍所著, 科学出版社于2022年出版的《海绵城市遥感监测》, 紧密围绕海绵城市遥感监测的核心需求, 搭建起从理论模型、技术方法到实践应用的完整体系。该书以遥感技术为主要工具, 针对海绵城市下垫面、水系统、生态效应等关键监测对象, 创新提出“时—空—谱—角”协同观测模型、多源影像融合方法等技术。同时, 结合武汉市、珠海市横琴新区等实际案例, 充分验证了遥感技术在海绵城市规划、建设、运维全生命周期中的应用价值, 不仅为海绵城市遥感监测提供了理论支持与实践指导, 还填补了该领域系统性著作的空白。

Current with the accelerating pace of global urbanization, “Urban Diseases” such as waterlogging and water scarcity are becoming increasingly severe. Sponge city construction has emerged as a vital strategy to address these urban water issues and to promote ecological sustainability. Remote Sensing Monitoring of Sponge Cities, authored by Zhenfeng Shao and Hongping Zhang and published by Science Press in 2022, closely focuses on the core requirements of sponge city remote sensing monitoring, and builds a complete system from theoretical models, technical methods to practical applications. The book uses remote sensing technology as the main tool to monitor key monitoring objects such as the underlying surface, water system, and ecological effects of sponge cities It introduces innovative techniques, including the “time-spacespectrum- angle” collaborative observation model and multi-source image fusion methods. Drawing on case studies from Wuhan and Hengqin New Area in Zhuhai, the book demonstrates the practical value of remote sensing throughout the planning, construction, and operation of sponge cities. This work not only provides theoretical support and practical guidance for sponge city monitoring but also fills a critical gap in the literature with its systematic treatment of the subject.