立体绿化

上海莘庄生态建筑立体绿化的植物配置

The Plant Design of Solid Greening for Shanghai Xinzhuang Ecological Architecture

节水型生态建筑立体绿化栽培基质研究

Study of Economic-water Soil for Space Greening on Ecology Building

城市建筑的立体绿化

3D Green in g of the Urban Build in gs

南方居住区立体绿化设计

Design of Tridimensional Afforesting in Dwelling Districts in South China

大铲湾港区单身公寓立体绿化节能设计

Three-dimensional Green Energy-saving Design on the Single Apartment Buildings in Dachan Bay

城市空间立体绿化模式初探

Pilot Study on the Solid Green Model of Urban Space

藤本植物与山地城市的立体绿化

Climbing plan & the vertical greening in hilly cities

浅谈安全文明小区建设与立体绿化

Talking about the Construction of the Safe and Civilized Residential Quarter and Three-dimensional Greening

拓展城市绿化空间，推进立体绿化的建设。

Expand the urban green space , and promote the construction of three-dimensional green .

西宁立体绿化探讨

Approach on Tridimensional Afforestation in Xining City

建筑立体绿化的相关问题研究

Study on the problems of roof gardening

半地下室掩土立体绿化小汽车库&多层住宅小区汽车库规划设计模式的探讨

Semi-basement covering soil and three-dimensional afforesting garages

北京市朝阳区立交桥立体绿化植物配置模式

Plant disposition patterns of three dimensional greening of multi-level crossing bridge in Chaoyang District , Beijing

岩石路堑边坡防护客土喷播立体绿化技术

Protect Rock Slope of Road Cutting by Solid Greening Technique of Spray Seeding on Outside Soil

提出为营建长沙市城市公园立体绿化景观的措施和建议。

Methods and advise of creating a three-dimensional greening landscape in Changsha will be put forward .

城市立体绿化呈现出全球化、多样化和法制化的发展趋势，对我国城市立体绿化建设的发展具有积极推动作用。

City Green is showing a three-dimensional globalization , diversity and the rule of law development trend .

最后总结分析其设计的原则、设计方法及设计元素的应用，形成城市立体绿化设计的理论基础。

Eventually , the theoretical foundation has been formed by summarizing the design approach and design elementary application .

攀援植物因其独特的生长习性在城市立体绿化中的应用越来越广泛。

Climbing plant is applied widely in vertical greening of urban area due to its special growth behavior .

随着武汉市城市规模的日益扩大，城市立体绿化在城市绿地系统中起着不可估量的作用。

With city scale expanding in Wuhan , urban vertical greening in urban green space system plays an immeasurable role .

在我国环境日益恶化、用地日益紧张的时代背景之下，立体绿化的出现会是一道曙光。

Under the background of our environment deteriorating and the land growing tensions , the vertical greening would be a dawn .

并介绍了重庆天奇花园立体绿化系统的构思与设计。

Finally , it introduces the conception and design of the three dimensional greenery system in " Tianqi Garden " in Chongqing .

城市山体公园以立体绿化的空间形式及综合性公园的功能设施一同向人们展现了城市中不可多得的山体绿化环境。

City Mountain park show people the rare mountain in the green environment in three-dimensional form and function of park facilities integrated .

其次，立体绿化是解决兰州市城市绿化的重要途径，通过借鉴国内外在城市立体绿化方面的先进经验，找到适合兰州绿化建设的有效方法和思想。

Through the city from the domestic and foreign advanced experience of three-dimensional greening , find lanzhou green construction effective methods and ideas .

提出立体绿化景观构建的四大原则，绿化植物的选择和配置应注意因素。

Four principles of three-dimensional landscape construction will be put forward , and choices of greening plants and configuration should be paid attention .

对立体绿化中常用景天科植物及其在立体绿化中的各应用形式进行了介绍，以期为景天科植物在立体绿化中的运用提供参考。

In this paper , some commonly used Crassulaceae plants and their application forms were introduced for providing reference and guidance to concrete practice .

第四部分：从墙面绿化和空中花园两方面研究立体绿化对建筑外观的影响。归纳了墙面绿化和空中花园的不同形式，分别研究其功能、形态、和对建筑外观的影响。

Part IV : Study the tri-dimensional greenness from the wall surface greenness and the hanging garden two aspects to the set housing shape influence ;

木本藤本植物在城市立体绿化中具有其他植物不可比拟的优势，因此也得到了广泛的研究与应用。

Woody vines have the advantage which cannot be analogous in the vertical plants of city , consequently , it receives comprehensive study and application .

立体绿化是一种投资少、见效快，特别对立交桥能起到很好的绿化效果的绿化形式。

As a form of virescence , stereo virescence needs less investment but takes effect quicker , and its effect is marvelous especially in cloverleaf junction projects .

用攀缘类植物如吊兰、绿萝、常春藤在窗户上方、天花板拐角处或组合柜上方进行立体绿化。

Use the plant if hang , green , ivy in the window above , the ceiling Cape or combination on the above of the cabinet proceeds stereoscopic and green .

第五部分：对太阳能技术、遮阳系统和立体绿化三方面与建筑外观的一体化进行综述，并对研究结论进行总结。

Part V : Sum up the integrated design of solar technology , tri-dimensional greenness , shading devices and external form of building so as to the conclusion of the research .