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Spatial Structure Satisfaction of Traditional Villages in Western Sichuan Based on the Concept of " Production-Living-Ecological " ——A Case Study of Mazu Community in Dujiangyan City

Corresponding Author: Zhu Wei

College of Architecture and Urban-Rural Planning, Sichuan Agricultural University,

Dujiangyan, Chengdu, Sichuan, China

e-mail: zhuwei@sicau.edu.cn

Jiao Yuhan, Yang Yiling, Lin Zhenxiao, Peng fang, Yao yuqi

College of Architecture and Urban-Rural Planning, Sichuan Agricultural University,

Dujiangyan, Chengdu, Sichuan, China

Abstract

In the context of rural revitalization, the protection of traditional villages is a great significance. However, with the rapid advancement of urbanization, the “Production-Living-Ecological Space” of traditional villages has been destroyed and the spatial structure has been fragmented, resulting in lower villagers’ satisfaction. This article takes the Mazu community in Dujiangyan City as the research subject, based on the concept of " production-living-ecological", using field research, qualitative and quantitative research methods to investigate the current situation of the production-living-ecological space in the Mazu community and analyze the satisfaction of the traditional village spatial structure. The results show that the community’s ecological landscape space, maintenance with traditional architectural space, spatial texture and some production spaces are less satisfactory in the Mazu community. According to the analysis results, corresponding optimization strategies are proposed at the end of the article, which can provide a reference for the protection and optimization of the spatial structure of the traditional village at a later stage.

Keywords

Production-Living-Ecological; Traditional Village; Spatial Structure; Satisfaction

Competitions

UIA- HYP 2022

Date: 2022.10

Personal Work

Nearly 200,000 acres of the fertile Mezquital Valley are irrigated by Mexico City's untreated sewage. Every drop of rainwater, urban runoff, industrial wastewater and sewage from Mexico City is transported through a 60-kilometer pipeline to the reservoirs of the Mezquital Valley. In the context of water scarcity, such a large amount of sewage resources should not be wasted again.
The crops currently located in the Mezquital Valley can still meet international standards for self-consumption cycles under the irrigation of sewage, but the future of the land under the effect of biological enrichment pushes the food security of the Mexican population to an uncontrollable stage. Therefore, returning the power of speech to the residents of Mexico city and maintaining food sovereignty is the central theme of this project.
We attempts to establish a combination of experimental sewage treatment and vertical agriculture in the city, and proposes three measures based on the current situation: natural capital, social system services and traditional farming culture, which on the one hand exponentially reduce the enrichment of harmful substances in sewage for direct irrigation, and on the other hand, the measures guide the formation of a collection of spaces for various functions such as planting, transportation and sewage treatment to maximize spatial intensification.
At the same time, we emphasize The MILPA Mixed Planting Mode, and stratified planting in vertical direction; in aquaculture, nitrogen oxides produced by freshwater fish and shrimp are supplied to plants as nutrients, and plants absorb nutrient to purify water and feed them back to fish, and finally finish the production cycle.
Vertical farms located in different urban areas will generate differentiated treatment systems and adapted crops according to the different sewage and hazardous substances, and they will participate in the operation of the Mexican city with their own characteristics, forming a reciprocal urban landscape in the foreseeable future.

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13th YUANYE Awards for Students

Date: 2022.07

Team Work

This program focuses on the contradiction between the residents of Harbin's base and the students' activities and is designed to use urban folding theory to insert several new functional public spaces in the base. interacting and communicating in space between populations and groups of students who appear to be segregated from their activities. Achieve the purpose of community and community campus. Education as a base special advantage and existing resources, The team first used it as a trigger point, using the flow path simulation to select 9 common space points where the route coincides most intensively. According to the nature of the land around the site, the sharing element is given three main functions: Residents at the Living Experiment Station can teach life skills and common sense to students; Students in information labs can use what they have learned to help residents better align with the information age; A two-way sharing between students and residents at a future practice site will serve as a practice base to trigger the possibility of all activities. With the deepening of the folding space, the range of shared meta-radiation is expanded. In the future sustainable development, the living experiment station, the information laboratory and the future practice field will continue to activate the base site and crowd activities with point and surface, and increase the possibility of base whole-area bottom-up activation and renewal.

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Second Global Solicitation of Planning and Design Proposals for the Construction of Chengdu’s Featured Towns and for the Conservation and Restoration of West Sichuan Linpan Rural Residence Complexes (Public Group)

Date: 2021.12

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Team Work

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JDC 2021 International student Competition in Architectural Design

Date: 2021.11

Personal Work

In 2021, in the face of the leveraged rise of urban stock and the sustainability of information technology, based on the traditional Cartesian spatial coordinates gradually changing to the attributes of time iteration + spatial digital twin, the silicon-based life with arithmetic power as the core will share the urban metabolism with the carbon-based life.
Located at the confluence of the South Canal and the Haihe River in Tianjin, Sanchahekou is the birthplace of local water transport logistics, but with the development of the city, the regional vitality is gradually lost, and different people in the base form specific isolated boundaries due to the layout of rough social activity trajectories, which continuously weakens the mobile sharing power of its region. Therefore, how to solve the problem of solidifying interpersonal communication in the region and create a hypergraph community with discrete sharing power as the core to achieve flexible interaction between users becomes the focus of this solution.

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2021 (5th) College Students Village Planning Practice and Academic Activities

Date: 2021.10

Team Work

Wenxin Village has a strong geographical location, rich natural and human resources, a rich cultural heritage, and many traditional festivals and folk craftsmanship. But the farmland damage to forests and grasslands is serious, ecological environment protection measures are few, and cultural development is superficial. The main reason for the slow economic development of Wenxin Village is the backward industrial structure. The present solution can be provided in three steps: restoration of the ecological substrate of landscape forest fields; Rational planning, renovation and upgrading of buildings, roads, courtyards, waterfront, public spaces, etc. to create an ecologically healthy habitat environment; Developing village secondary industry, combine tourism and other tertiary industries to strengthen the primary industry and promote industrial upgrading.

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Course Work

Course Name: City Master Plan and Town Planning

Time: 2021.10 - 2021.12 

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Course Name: Geographic Information System Principle A

Time: 2022.04 - 2022.06 

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