Preserving relational contract stability of fresh agricultural product supply chains

Wu-cheng, ZI; Zhou, Jiayu; Xu, Honglei; Li, Guodong; Lin, Gang

doi:10.3934/jimo.2020079

Cited by 6 publications

(1 citation statement)

References 17 publications

(22 reference statements)

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“…In today highly competitive environment, green supply chains are increasingly gaining interest. More customers are accepting environmentally friendly products and are willing to spend more money on these products (Zi et al [53]; Das et al [11]; Demirel et al [12]). Therefore, many retailers have begun selling green products to satisfy customer demands (Cao and Zhang [7]).…”

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confidence: 99%

Supply chain coordination considering e-tailer's promotion effort and logistics provider's service effort

Sun

Huang

2022

JIMO

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Promoting the sale of green agriculture products through online platforms has become the main focus of agricultural industries. In a supply chain consisting of an e-tailer and third-party logistics (TPL), both the promotion effort of the e-tailer and the logistics service effort of TPL can affect the demand. Considering that logistics service contracts may be provided by the e-tailer or TPL, this study defines two different timing sequences. Three types of contracts, i.e., fixed-price, revenue-sharing, and cost-sharing contracts, are used to coordinate the supply chain. The game models under different timing sequences and different contract scenarios are established and solved. The promotion effort and logistics service effort under different scenarios are compared theoretically and numerically. The results indicate that both the promotion effort and logistics service effort change with timing sequences and contract types. The timing sequences depending on the contract provider significantly affect the performance of the supply chain. The cost-sharing contract provided by the TPL can motivate the e-tailer to apply the largest effort, and vice versa. The cost-sharing contract provided by the e-tailer can achieve the largest demand that is optimal for both the e-tailer and supply chain. However, the optimal contract for the TPL is conditional.

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Supply chain coordination considering e-tailer's promotion effort and logistics provider's service effort

Sun

Huang

2022

JIMO

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Complex Network Analysis and Stability Assessment of Fresh Agricultural Products (FAPs) Supply Chain

Chen

Yin

2023

Lecture Notes on Data Engineering and Communications Technologies

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Subsidy policies of a fresh supply chain considering the inputs of blockchain traceability service system

Liu

Cui

2022

Science and Public Policy

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To stimulate the development and application of blockchain technology, Chinese government put forward subsidy strategy. To explore the subsidy policies under the new background, we chose a fresh supply chain with one producer, one blockchain-based traceability service provider, and one retailer as the research object, and government subsidy strategies were divided into a fixed strategy and a varying strategy. Afterward, considering the trust level of blockchain-based traceability information and consumers’ preference to the blockchain-based traceability information, we revised the demand function, and three subsidy models were proposed and analyzed. Findings: (1) the varying subsidy will help the retailer, the producer, and the traceability service provider set lower prices. (2) Meanwhile, the varying subsidies offered to the blockchain-based traceability service provider and the producer will help the whole supply chain members obtain more revenues.

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Preserving relational contract stability of fresh agricultural product supply chains

Cited by 6 publications

References 17 publications

Supply chain coordination considering e-tailer's promotion effort and logistics provider's service effort

Supply chain coordination considering e-tailer's promotion effort and logistics provider's service effort

Complex Network Analysis and Stability Assessment of Fresh Agricultural Products (FAPs) Supply Chain

Subsidy policies of a fresh supply chain considering the inputs of blockchain traceability service system

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