New-type intensive rural settlements in china based on the unified and self-construction mechanisms of spatial organization

The spatially intensive development of rural settlements has become an important power, which is driving the current new-type urbanization in China. However, affected by the lack of guidance and control of space planning and in the space for self-construction, this process has always been facing the...

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Bibliographic Details
Published in:International journal of sustainable development and planning 2017-08, Vol.12 (6), p.1073-1084
Main Authors: Wang, Jiang, Zhao, Ji-Long, Wu, Tian-Yu, Tang, Lu-Kun
Format: Article
Language:English
Subjects:
Computer programming
Computer simulation
Construction
Evolution
Housing
Neighborhoods
Rural areas
Rural housing
Urbanization
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Summary:The spatially intensive development of rural settlements has become an important power, which is driving the current new-type urbanization in China. However, affected by the lack of guidance and control of space planning and in the space for self-construction, this process has always been facing the risk of being short of spatial characteristics. To solve the conflict between unified-construction and self- construction, this paper studies the method to design the intensive rural settlement (IRS) suitable for China by taking Yuezi Village as an example, and proposes the “main board + plug-ins” construction system (MPCS), with the hope of guiding the transformation from traditional rural settlements (TRS) to IRS. To better study the 4-layer rural spatial structure of house-neighborhood-block-settlement, the spatial-temporal evolution of the MPCS was explored with spatial hetero-organization and self-organization as the theoretical support. 1. Unified-construction unit and self-construction unit are defined to constitute the basic coordinated units of MPCS. 2. The simulation rules were mainly defined, making the model able to guarantee villagers’ basic living needs and further needs. 3. The logic of transforming rural housing’s spatial prototype to an evolutionary model was studied, and computer programming was mainly used to study the control of spatial evolution.
ISSN:1743-7601
1743-761X
DOI:10.2495/SDP-V12-N6-1073-1084