The Evaluation of Agricultural Products Logistics Resilience and Promoting Strategies in National Central Cities
In order to improve the ability of agricultural product logistics to resist uncertain risks,a comprehensive evaluation index system of agricultural product logistics toughness is constructed from three dimensions:robustness,stability and reproductivity.The entropy weight method is used to measure and analyze the toughness of agricultural product logistics in national central cities,and the obstacle degree model is used to analyze the obstacle factors restricting the toughness of agricultural product logistics.The toughness of agricultural products logistics in national central cities was increased from 0.1482 to 0.3345 during 2010-2022,showing a steady upward trend as a whole.The toughness of agricultural products logistics in the first batch of national central cities is generally higher than that in the second batch of national central cities.The toughness of agricultural products logistics system shows a rising trend,and the growth rate of the recycling power subsystem is the fastest.Compared with the sub-system obstacle degree of central cities in different countries,the stability sub-system has the largest obstacle degree,and its average annual obstacle degree exceeds 50%.It is concluded that the key factors such as freight turnover of agricultural products,logistics research expenditure,number of logistics enterprises,freight volume of agricultural products and total amount of agricultural products logistics have the greatest impact on the resilience of agricultural products logistics in national central cities.And the paper puts forward three improvement strategies:1)making up for the shortcomings of the city and promoting the coordinated development of agricultural products logistics resilience,2)carrying out multi-channel integrated development to improve the stability of agricultural products logistics,and 3)removing constraints and promoting the resilience of agricultural products logistics.
national central citylogistics resilienceagricultural productresilience evaluationobstacle degree modelentropy method
NETL
NSTL
万方数据
维普
