中国水利Issue(18)：29-38,50,11.DOI:10.3969/j.issn.1000-1123.2025.18.004
南方雨源型城市河流生态修复技术与应用
Ecological restoration technology and application for rain-fed urban rivers in southern China
摘要
Abstract
Systematically promoting the ecological restoration of urban rivers and the collaborative management of watersheds is a key path to achieving the goals of high-quality water resources development and building a beautiful China.In southern China,rain-fed urban rivers generally face compound environmental problems such as insufficient ecological flows,water pollution,and degradation of ecological functions,which have become a prominent shortcoming restricting regional high-quality development.To address this complex challenge,a theoretical and technical system for ecological restoration of rain-fed urban rivers in southern China has been constructed.Theoretically,it breaks through the static concept of"restoring to the undegraded state"prevailing internationally and establishes a dynamic and progressive restoration framework based on the dual-axis identification of"degradation severity-restoration capacity".Technically,it develops an integrated ecological restoration technology system covering"river basin-riparian zone-water body-river bed",and further innovates a full-process intelligent restoration system that combines pollution identification,water resources modeling,and regulation optimization,forming a comprehensive governance solution with coordinated objectives of pollution control,water quality assurance,and ecological water replenishment.This achievement has been successfully applied in the management of typical rivers in southern China such as the Maozhou River,producing significant ecological restoration effects.关键词
雨源型城市河流/渐进式生态修复/智慧管控/流域协同治理/生态护岸/水量/水质/非常规水源Key words
rain-fed urban rivers/progressive ecological restoration/intelligent regulation/watershed collaborative management/ecological revetment/water resource/water quality/unconventional water resources分类
建筑与水利引用本文复制引用
刘俊国,田展,周子俊,丁一桐,唐颖栋,吴时强..南方雨源型城市河流生态修复技术与应用[J].中国水利,2025,(18):29-38,50,11.基金项目
高等学校学科创新引智计划(D25014) （D25014）
国家外国专家个人类项目(S类)(S20240116) （S类）
河南省外籍科学家工作室(GZS2024013) （GZS2024013）
其他项目(254000510004). （254000510004）
