湖北恩施茶产业供应链韧性评价及优化路径研究OA

This study focused on evaluating the supply chain resilience in the tea industry under abnormal scenarios.Drawing on dynamic capability theory and agricultural supply chain management theory,a resilience evaluation in-dex system was systematically constructed,comprising three core dimensions:pre-event early warning capability,in-event response capability,and post-event recovery capability,along with nine secondary indicators.The Analytic Hierarchy Process(AHP)was employed for weight assignment,and the Fuzzy Comprehensive Evaluation Method was applied to assess the resilience of the Enshi Selenium Tea supply chain in the Enshi Tujia and Miao Autono-mous Prefecture,Hubei Province.Based on the evaluation results,pathway optimization recommendations were proposed.The findings indicate that the Enshi Selenium Tea supply chain has a solid foundation in pre-event early warning and in-event response capabilities.However,significant shortcomings remain in areas such as rapid deci-sion-making,information sharing,supply chain reconfiguration,and long-term optimization.Based on the research findings,suggestions for pathway optimization were proposed,including establishing an information-sharing mech-anism to enhance early-warning capabilities,building a rapid decision-making mechanism to strengthen real-time response capabilities,and advancing supply chain structural optimization and long-term learning to improve post-event recovery capabilities.