区块链技术在低影响设计与开发中的应用模式研究——以安庆康熙河项目为例
发布时间：2018-11-16 17:11
【摘要】：以低影响设计与开发(LIDD)为视角,将安庆康熙河环境综合整治工程的雨水系统构建作为研究对象。通过研究分散式地块之间的特征性,提出适应于城市滨水公园设计和雨洪管控的方法。研究运用区块链技术理念对区域现场进行区块化和功能化布局分割,通过雨水系统区块和植物景观区块探索区块链技术在低影响设计与开发中的应用模式,提出滨水景观营造需在保证良好的水文循环基础上将整个区域统一规划,满足城市雨洪管理和对水生态环境保护的需求。
[Abstract]:From the perspective of low impact design and development (LIDD), Rain Water system construction of Anqing Kangxi River environmental comprehensive renovation project is taken as the research object. Based on the study of the characteristics of distributed plots, a method suitable for urban waterfront park design and flood control is proposed. This paper studies the application of block chain technology in low impact design and development through Rain Water system block and plant landscape block, which is used to segment the field of block and function layout, and to explore the application mode of block chain technology in low impact design and development by means of Rain Water system block and plant landscape block. On the basis of good hydrological cycle, the waterfront landscape should be planned in a unified way to meet the needs of urban rainwater and flood management and the protection of water ecological environment.
【作者单位】： 美国福坦莫大学;北京大学国家发展研究院;华艺生态园林股份有限公司;安徽省风景园林行业协会;
【分类号】：TU986.5;TV213.9
，
本文编号：2336118
[Abstract]:From the perspective of low impact design and development (LIDD), Rain Water system construction of Anqing Kangxi River environmental comprehensive renovation project is taken as the research object. Based on the study of the characteristics of distributed plots, a method suitable for urban waterfront park design and flood control is proposed. This paper studies the application of block chain technology in low impact design and development through Rain Water system block and plant landscape block, which is used to segment the field of block and function layout, and to explore the application mode of block chain technology in low impact design and development by means of Rain Water system block and plant landscape block. On the basis of good hydrological cycle, the waterfront landscape should be planned in a unified way to meet the needs of urban rainwater and flood management and the protection of water ecological environment.
【作者单位】： 美国福坦莫大学;北京大学国家发展研究院;华艺生态园林股份有限公司;安徽省风景园林行业协会;
【分类号】：TU986.5;TV213.9
，
本文编号：2336118
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