Strategic Analysis of Coordinated Optimization in Warehousing and Distribution of Perishable Agricultural Products

Abstract

The logistics of perishable agricultural products face multifaceted challenges in maintaining quality, controlling costs, and ensuring timeliness due to the perishable nature of the goods. Traditional segmented management often leads to internal inefficiencies within the system. To address this, this paper focuses on the coordinated optimization of warehousing and distribution. By analyzing the system's requirements for coordination, interaction mechanisms, and key bottlenecks, the research constructs a spatiotemporally coupled integrated modeling framework. This framework dynamically quantifies quality decay and incorporates it into a multi-objective optimization model, followed by an exploration of algorithm design for dynamic environments. Based on this, a strategic system comprising information-integration synchronization, resilient network linkage, and vertical quality coordination is proposed. This study provides a systematic analytical framework and strategic support for breaking down segmental silos and achieving holistic resource and value coordination across the full chain.