岭南地区大学校园滨水景观设计研究

发布时间：2018-05-17 01:39

本文选题：使用调查 + 滨水景观　；参考：《华南理工大学》2012年硕士论文

【摘要】：进入21世纪，广东现代高等教育迎来了大发展期，表现为高校规模的扩大和新的高教园区的兴建，如大学城校区等现代高等教育理念和设施的的发展建设，促使大学校园景观规划也更加生机勃勃，异彩纷呈。水景因其活力与灵动的特性，被广泛引入校园环境中。很多高校或利用原始地貌营造山水环境，或人工构建水景来丰富校园地貌。当水域以湖泊、河流等形式出现在校园中时，间接连带起大面积的滨水绿化带，构成庞大的滨水绿化生态系统。同时，水景也丰富着建筑物内外空间、并在一定程度上引领着建筑群落布局，承载着校园的人文情愫。滨水空间以其独特魅力成为校园建设必不可少的功能区域。当校园景观建设取得巨大成绩时，也有不少新问题需要总结探索。基于以上的背景，一个新的课题就摆在了我们的面前：如何构建滨水游憩空间以与校园的建筑规划环境相适应？如何营造更能与现代大学生的心理及行为模式相适应的滨水环境，从而使其有更高的使用率？现代校园滨水环境设计手法及规划模式有什么特点？通过对已建成的高校滨水环境的调研，有利于设计者和使用者之间架起沟通的桥梁。论文对滨水环境的各个层面进行调查研究，如对不同类型的滨水游憩空间的空间序列、植栽设计、驳岸设计、亲水设计等各个微观层面做了探讨。一方面以华南理工大学北校区、南校区、广东药学院新校区为主要研究对象，，形成纵向较深入的比较研究；另一方面以中山大学、华南农业大学、广州大学、汕头大学、星海音乐学院等近十所岭南高校的滨水景观作案例举例，作横向的较宽泛的比较研究；最后总结岭南地区高校滨水景观的设计的优点与不足，并归纳岭南地区高校滨水景观的设计原则。最终使得校园滨水景观设计这一课题得到系统的研究，为当今校园滨水设计和环境优化提供了借鉴意义，也能为个人的水景设计及认识做系统的归纳和有益的提升。
[Abstract]:In the 21st century, modern higher education in Guangdong has ushered in a period of great development, which is manifested in the expansion of the scale of universities and the construction of new higher education parks, such as the development and construction of modern higher education concepts and facilities, such as university town campuses. Promote the university campus landscape planning is more vibrant, colorful. Waterscape is widely introduced into campus environment because of its vitality and agility. Many colleges and universities use the original landscape to create landscape environment, or artificial construction of waterscape to enrich the campus landscape. When the waters appear in the form of lakes and rivers in the campus, a large area of waterfront green belt is formed indirectly, which constitutes a huge waterfront greening ecosystem. At the same time, the waterscape also enriches the inner and outer space of the building, and to some extent leads the layout of the architectural community and carries the humanistic feelings of the campus. Waterfront space with its unique charm has become an indispensable functional area of campus construction. When the campus landscape construction has made great achievements, there are many new problems need to be summarized and explored. Based on the above background, a new topic is put before us: how to construct waterfront recreation space to adapt to the campus building planning environment? How to create a waterfront environment that can adapt to the psychological and behavioral patterns of modern college students, so that it has a higher utilization rate? What are the characteristics of the design method and planning mode of the waterfront environment of the modern campus? Through the investigation of the waterfront environment, it is helpful to build a bridge between designers and users. In this paper, various aspects of waterfront environment are investigated, such as space sequence of different types of waterfront recreation space, planting design, barge design, hydrophilic design and so on. On the one hand, taking the north campus of South China University of Technology, South Campus of South China University of Science and Technology, and the new campus of Guangdong Pharmaceutical Institute as the main research objects to form a more in-depth longitudinal comparative study; on the other hand, taking Sun Yat-sen University, South China Agricultural University, Guangzhou University, Shantou University, The waterfront landscape of nearly ten Lingnan colleges and universities, such as Xinghai Conservatory of Music, is taken as an example to make a comparative study on the horizontal and broad aspects. Finally, the advantages and disadvantages of the design of waterfront landscape in Lingnan University are summarized. And induces the design principle of waterfront landscape in Lingnan area. Finally, the subject of campus waterfront landscape design has been systematically studied, which provides a reference for the current campus waterfront design and environmental optimization, but also for the individual waterscape design and understanding to do a systematic induction and beneficial promotion.
【学位授予单位】：华南理工大学
【学位级别】：硕士
【学位授予年份】：2012
【分类号】：TU986.2

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