Research On The Value Assessment And Regeneration Planning Strategy For Traditional Water Environment Facilities Of Ancient Village In Taihang Mountain Area

Taihang mountain area is rich in farming,commerce and war civilization.There are a large number of ancient villages in the area.In the long-term water environment adaptation,the ancient villages have formed the traditional water environment facilities with the characteristics of low cost and low technology to solve the needs of village water collection,water use,flood discharge and drainage,reflecting the rich wisdom of ecological construction.In Taihang mountain area,the villagers perfectly integrate water supply,drainage and water storage,forming a strong adaptive integrated system,which provides a rich theoretical basis for water conservation and control in northern water shortage areas.The ecological construction wisdom contained in it has important reference significance for today’s low impact development and construction.As an important material and cultural heritage of ancient villages,traditional water environment facilities affect the production and life style of ancient villages from ancient times to the present,which has rich historical information and unique construction methods,and contains rich cultural value,historical value,artistic value,scientific value and economic value.It is urgent to build a set of value evaluation system of traditional water environment facilities.With the value evaluation results as a guide,to promote its better integration into the ancient village water supply and drainage system,realize the inheritance and regeneration of traditional water environment facilities in the new modern demand.With the improvement of modern technology and the change of villagers demand,a large number of traditional water environment facilities in ancient villages in Taihang mountain area have been idle and damaged.However,due to the influence of village location,economy,geology,water source and other conditions,modern facilities can not fully meet the water demand of villages.Some traditional water environment facilities still bear the responsibilities of water supply,drainage and storage in villages.Therefore,it is of positive significance to promote the modernization development of ancient villages by using the characteristics of traditional water environment facilities adaptability,continuing their functions of water supply,drainage and water storage,integrating them into the water supply and drainage system of modern villages,re serving the water supply and drainage needs of villages,and realizing their regeneration in the new context.This thesis is mainly divided into three parts: firstly,the research data of traditional water environment facilities in ancient villages in Taihang mountain area are sorted out.Through literature and file research,villagers’ interviews and other methods,the construction characteristics and operation principles of various traditional water environment facilities are sorted out,and the impact of facilities on ancient villages and the value attributes are analyzed;Secondly,referring to the construction method of the existing material heritage evaluation system,combining with the characteristics of traditional water environment facilities,using qualitative and quantitative research methods to construct the value evaluation system of traditional water environment facilities,analyzing the relevant weight of each evaluation factor and the value characteristics of different types of traditional water environment facilities,the conclusion is drawn that the protection,retention,renewal and utilization of facilities are the key factors Four regeneration gradients were removed;Finally,through the gradient design of facilities regeneration planning guidance,combined with the current situation and demand of water supply and drainage of ancient villages in Taihang mountain area,the reasonable regeneration planning analysis of traditional water environment facilities is carried out to integrate them into the new water supply and drainage system of villages.The thesis consists of 79 figures,44tables and 86 references.