1) water landscape network
水系景观网络
2) landscape network
景观网络
1.
For planners or architects, the thought of landscape deign should not be linear or unilateral but be of network character of urban landscape be comprehended better, and can the high linked, symmetrical, multi -level, well flexible, multi-style, sustainable and gradually consummated urban landscape network be created.
只有具备了网络思维方法,才能更好地理解城市景观的网络特征,才能创造出联结性强、均匀性高、层次丰富、弹性好、样式多并可以持续发展和不断完善的城市景观网络。
3) landscape water system
景观水系
1.
Combined with development of modern ecology, it introduces several design methods of natural ecology system of residential quarter, design of landscape water system and collection & application of rain are discussed, which to apply for ecology to design of residential quarter and create harmonious environment between human with nature.
结合现代生态学的发展,介绍了几种有关居住小区自然生态系统的设计方法,探讨了景观水系的设计和雨水的收集、利用,以将生态学原理应用到居住区设计中,创造人与自然和谐的环境。
2.
Shandong is the resource water scarcity province,so using rain water to supplement landscape water system is imperative.
居住区的景观水体以其独特、多样性的表现形式成为城市居住区的亮点,但水资源的短缺已成为限制小区水环境建设的重要因素,山东省是资源性缺水大省,利用雨水补充景观水系水源已是势在必行。
4) river system landscape
水系景观
1.
The Pearl River Delta was silted up on the shallow bay multi-river courses,and its basin river system landscape has the intensive regional characteristic.
珠江三角洲是在浅海湾内的多河道上淤积而成的,其流域水系景观具有鲜明的地域特征,从水系结构特征、水情特征、水系景观的地域特征3个方面总结了珠江三角洲流域水系景观的特征,并通过问题缘由、客观数据及形态表征的相关分析,概括出珠江三角洲流域水系景观存在的结构性问题:1)干流收窄,河床演变加剧;2)河涌减少、河网密度降低,湖泊水面缩小;3)围垦收窄河口,加重淤积,洪涝加剧,为该区域水系景观规划提供了基本依据。
5) landscape ecology network
景观生态网络
1.
The landscape ecology network, multiple, material and energy circulation, and construction shape angle are respectively used to explain this university planning practically and predictably.
沈阳建筑大学规划在满足学校功能的同时,充分发挥大学园区生态功能,利用景观生态学原理诠释了新校区规划,即分别从景观生态网络角度、多样性角度、物质与能量循环角度、建筑形态角度解读了校园规划的实效性和前瞻性。
6) landscape network structure
景观网络结构
1.
The application of the landscape network structure on construction of Zhuzhou urban greenland;
景观网络结构在株洲市城市绿地系统建设中的应用研究
补充资料：长江水系水能资源
长江水系水能资源
hydropower resources of Changjiang (Yangtze) river system
ChongJ一ong sh一Jlx一sh口一ne，、g:一yL;o)、长江水系水能资源[hydropower resourees ofChangjiang(Yangtze)river System]据1950年《中华人民共和国水力资源普查成果》统计，长江水系水能资源理论蕴藏量为23478.2亿kw·h/a，其中技术可开发资源10275.2亿kw·h/a。长江水系可能开发的水能资源占中国比重为53%.主要分布于长江干流和雅碧江、大渡河、乌江、沉江、汉江和赣江等干流，以上河流可能开发资源年发电量占全水系的75%。水系内水能资源分布见表。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条