黄土高原绿色住区模式研究构想  

Research in the Green Settlement on the Loess Plateau

作　　者：王竹[1] 

机构地区：[1]西安建筑科技大学,710055

出　　处：《建筑学报》1997年第7期13-17,共5页Architectural Journal

摘　　要：论文作者就黄土高原绿色住区模式研究如何选择研究突破点入手谈了初步构想，并就研究内核的把握等方面进行了论述。At present, sustainability become the development strategy of every country. At the turn of this century,our settlement construction is at the c rossroad - thetraditional settlemrnt developmrnt mode is challenged bytoday's serious conditions. Green settlement is based on the benign circle of ecology system and sets sustainability as its ultimate goal.It integrates natural ecology, productive activity, and living environment so well that the most harmonious rela-tionship between natural and cultural resources is brought about. Green settlement is guided by the prnciples of biology co-existance and the multi-grade transition, circula-tion and revitalization of materials in ecology system. It is characterized by high efficiency, harmony, self-re-new, pollutionless, comfortable living and contextual extension. In addition, it combines economic, ecologicaland social benefits. Green settlement is the ideal settlement mode of human beings and represents the latest de-velopment trend in urban rural areas. This paper explores the relationship between some internal factors of green settlement and the benign circlemechanism by a case study of a typical demonstrative village selected as the breakthrough Point on the loessplateau. A comprehensive research on the green settlement from various angles has been made. This paper usescybernetics to analyse some core problems such as: Formation of green settlement viewpoint Benign circle mechanism of green settlement Conception of tectonic design Optimum use of various kinds of suitable green technologies Case study-the construction of demonstrative villagesAt the same time, this paper puts forward the author's viewpoint on the principles of optimum use of ener-gy and the theory of how to bring about high output by low investment, etc.

关 键 词：可持续发展 黄土高原 绿色住区 人类聚居环境 

分 类 号：X21[环境科学与工程—环境科学]