潮湿环境下古城遗址病害关系理论模型研究OA

The causes of deterioration of site bodies in damp environments differ significantly from those of earthen sites in the arid regions of Northwest China.However,the deterioration mechanisms specific to damp environments have not been fully revealed.This study,based on the investigation of deterioration development mechanisms of the Archaeological Ruins of Liangzhu City,proposed a theo-retical model of deterioration relationships through a multi-level dynamic coupling network and eluci-dated the interactions and feedback mechanisms among environmental,material,biological,and an-thropogenic factors.Drawing on this theoretical model and integrating the Analytic Hierarchy Process(AHP)with the fuzzy comprehensive evaluation method,the study further developed a risk assess-ment system for the Archaeological Ruins of Liangzhu City through a case study of the Carp Mountain Site.The model provided the risk assessment results of each site and classified the Carp Mountain Site as a"low-risk"level,thereby supporting a localized and prioritized intervention strategy.This research offers a theoretical reference for understanding and managing deterioration relationships of earthen sites in damp environments.