Speaker
Description
Agricultural product logistics has characteristics such as the decentralization of supply entities, the freshness of logistics goods, and the multi-chain nature of the circulation process. The development of an agricultural product logistics system should optimize the total logistics time, enhance the level of cold chain development, and improve the coordination among market entities. In response to the demand for low-carbon transportation in the era of climate change and the requirement of rural revitalization strategy to promote inclusive development of villages, it is proposed to construct a logistics system of "farmers - field warehouses - logistics parks/third-party bases - sales markets/stores", with field warehouses being the key focus of planning and site selection. Research and analyze the connotation of Tiantou Warehouse and its role and collaborative relationship in the new logistics system, and combine GIS network analysis methods to respond to the characteristics of uneven agricultural production in various areas. Based on planning guidance objectives, construct a grid model, comprehensively consider the total transportation time and distance, and form a site selection plan. Finally, taking the project application as an example, the effectiveness of the site selection method is verified. It is concluded that the constructed logistics system ensures the development of rural areas, increases the income of indigenous people, and reduces greenhouse gas emissions by improving transportation efficiency.
| Keywords | Agricultural logistics; equal opportunities; climate change |
|---|---|
| Best Congress Paper Award | No |
