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我国西北地区大型景观湖储水防渗技术措施探讨——以新疆昌吉市滨湖河中央公园项目为例 被引量:3

Discussion on Water Storage and Seepage Control Technologies for Large-scale Landscape Lakes in Northwestern China——Case Study of Lakeside River Central Park Project of Changji, Xinjiang
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摘要 在中央大力推进西部大开发建设当下,新疆维吾尔自治区大中型城市都在建设规模较大的城市景观水系。然而,西北地区严重干旱、缺水的气候现状,又使各方望而却步。以新疆昌吉市滨湖河中央公园景观建设项目为例,研究当今大面积景观湖储水、防渗的主要措施,并且结合工程项目建设地的环境气候、地理、人文特点,提出了符合西北地区大面积水系储水、防渗的技术方案。经过各方精心组织、设计、施工、养护,项目竣工近2年后,景观湖储水、防渗效果良好,为该项目的成功奠定了最重要的基础保证。同时,也为我国西北地区大型公共绿地建设积累了一些宝贵的实践经验。 In the central government's vigorous promotion of the development and construction of Western China, big and medium-sized cities in Xinjiang Uygur Autonomous Region are building large-scale urban landscape water system. However, related parties are hurdled by the severe drought and water shortage of Northwestern China. With the case study of the landscape construction project of Changji City, Xinjiang, the main measures of water storage and seepage control for large-scale landscape lakes are studied, and related technical plan suitable for Northwestern China is proposed based the environmental climate, geography, and humanities of the site. With careful organization, design, construction and maintenance, the water storage and seepage control effect of the landscape lake is good after two years of project completion, which lays the most important fundamental guarantee for the success of the project. It also provides valuable practical experience for large-scale public green space construction in Northwestern China.
作者 任梦非
出处 《中国园林》 北大核心 2014年第3期120-124,共5页 Chinese Landscape Architecture
关键词 风景园林 生态景观 大湖面 储水 防渗 landscape architecture ecological landscape large lake surface water storage seepage control
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