A Study On The Protection And Renewal Of Zunyang Street In Chuzhou City

As the economic and social development of small and medium-sized cities in our country has entered a new phase of comprehensive transformation,the construction of spiritual civilization and the preservation of historical culture have received increasing attention.This article attempts to carry out a general study of the relevant traditional street reform cases both at home and abroad,summarizing and summarizing the successful experience of protection and renewal of the historical and cultural blocks in Central Africa from the aspects of protection factors,protection modes and government measures.This article takes the protection and reconstruction of Zunyang Street in Chuzhou City as the research object,and combines with the detailed construction plan of Zunyang Street and the design and construction of the Zunyang Street Architectural Design Institute of Southeast University,through the reconstruction project of the Nanhu Phase IV-Ming Dynasty Ancient City Ruins Cultural Park.The horizontal comparison of the case of the Inner City River Renovation Project,etc.,analyzes and studies the transformation of the Zunyang Street in Chuzhou City,and comprehensively uses the theories of urban and rural planning,architecture,tourism,landscape science and other disciplines to analyze the protection of Zunyang Street in Chuzhou.With the updated model,summarizing the practical value and innovative significance of the case,it proposes the positive role of the use of urban renewal concepts and modern technology in the protection of Zunyang Street for the protection of ancient cities and traditional neighborhoods in China,and elaborates government-led,market operations,and society.The necessity of participation focuses on issues such as how to re-aggregate popularity,stimulate vitality of traditional neighborhoods,and protect intangible cultural heritage in order to explore the successful experiences of the protection and renewal of traditional neighborhoods that can be replicated under the organic integration model.