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The Micro-renewal of Streets and Alleyways in Qingzhou Ancient City Based on The Study of "Acupuncture Theory"
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The microspace design of Dongmen Street and alleys in Qingzhou Ancient City is vital for cultural heritage preservation and urban renewal. Traditional urban planning and microspace design have limitations, requiring a more flexible approach. This study aims to apply "acupuncture and moxibustion" theory to Dongmen Street's microspace design, achieving heritage protection and urban renewal goals. It introduces Qingzhou Ancient City and the theory's basis, including concepts, principles, and methods. The study proposes an elastic design scheme for Dongmen Street's microspace based on this theory. By respecting historical context, local culture, and integrating modern design theories, flexible design schemes can enhance microspace elasticity during urban renewal. This research provides innovative ideas for Qingzhou's ancient city microspace design, contributing to heritage preservation and urban development. Future exploration will refine solutions aligning better with ancient city preservation and urban renewal needs, furthering the city's heritage and development.
Title: The Micro-renewal of Streets and Alleyways in Qingzhou Ancient City Based on The Study of "Acupuncture Theory"
Description:
The microspace design of Dongmen Street and alleys in Qingzhou Ancient City is vital for cultural heritage preservation and urban renewal.
Traditional urban planning and microspace design have limitations, requiring a more flexible approach.
This study aims to apply "acupuncture and moxibustion" theory to Dongmen Street's microspace design, achieving heritage protection and urban renewal goals.
It introduces Qingzhou Ancient City and the theory's basis, including concepts, principles, and methods.
The study proposes an elastic design scheme for Dongmen Street's microspace based on this theory.
By respecting historical context, local culture, and integrating modern design theories, flexible design schemes can enhance microspace elasticity during urban renewal.
This research provides innovative ideas for Qingzhou's ancient city microspace design, contributing to heritage preservation and urban development.
Future exploration will refine solutions aligning better with ancient city preservation and urban renewal needs, furthering the city's heritage and development.
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