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城市湿地景观生态规划设计:以湖南郴州秧溪河湿地为例 被引量:7

Ecological Planning and Designing of Urban Wetland Landscapes: A Case Study of Yangxihe Wetland in Chenzhou, Hunan Province
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摘要 城市湿地系统在现代城市生态系统中占据重要位置,将生态理念融汇于景观设计方案中以实现城市湿地景观的可持续发展。以湖南郴州秧溪河湿地公园为例,提出城市湿地景观建设的原则。郴州秧溪河湿地规划的主要内容包括“一带七区”的建设,在城市湿地规划中融入城市建设所特有的海绵城市和绿色屋顶的理念,以植物富集和生态浮岛的形式降低土壤及水质的污染程度,并结合森林生态旅游新概念,突出强调地域文化在城市湿地设计中的独特性。旨在探索一种适合城市居民发展需求以及符合湿地景观生态规划要求的设计优化方案。 Urban wetland system occupies an important position in modern urban ecosystem. Ecological concept is integrated into landscape design to realize the sustainable development of urban wetland landscapes. This paper presents a case study of Yangxihe Wetland Park in Chenzhou, Hunan Province to illustrate the principles in the construction of urban wetland landscape. The planning of Yangxihe Wetland in Chenzhou includes the construction of “One Belt and Seven Districts”, and the integration of urban construction in urban wetland planning. The unique concept of sponge city and green roof of buildings serves to reduce the pollution of soil and water quality by virtue of plant enrichment and ecological floating island. Furthermore, the new concept of forest ecotourism is combined to highlight the uniqueness of regional culture in urban wetland design. This study aspires to explore a design optimization plan that caters for the development needs of urban residents and meets the requirements of wetland landscape ecological planning.
作者 宋俊锋 刘璐 陈希 李媛圆 陈俊 SONG Jun-Feng;LIU Lu;CHEN Xi;LI Yuan-Yuan;CHEN Jun(College of Chemical Biology and Environmental Engineering, Xiangnan University, Chenzhou 423000, Hunan;Hunan Provincial Key Laboratory of Rare Metal Compounds and Their Applications, Chenzhou 423000, Hunan;Institute of Foreign Languages, Xiangnan University, Chenzhou 423000, Hunan)
出处 《湿地科学与管理》 2019年第3期14-17,共4页 Wetland Science & Management
基金 湖南省教育厅优秀青年项目(17B247) 2017年湘南学院校级教学改革研究项目(湘南学院校发[2017]40号序号39) 2017年湘南学院校级科学研究项目(项目编号:20,19) 郴州市科技计划项目(郴科发[2017]50号,项目编号:jsyf2017006)
关键词 城市湿地 生态规划 景观生态 生态设计 Urban wetland Ecological planning Landscape ecology Ecological design
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