Blockchain Subsidy Strategies for Low-Carbon Supply Chains Considering the Degree of Technology Trust and On-Chain Data Quality.

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Bibliographic Details
Title:	Blockchain Subsidy Strategies for Low-Carbon Supply Chains Considering the Degree of Technology Trust and On-Chain Data Quality.
Authors:	Liu, Pan¹ yczhangfengjie@163.com, Wang, Tiantian¹ w212251@163.com, Zhang, Fengjie² hnycliupan@163.com, Wang, Jianhua³ janewang_65@aliyun.com
Source:	IAENG International Journal of Applied Mathematics. Jun2026, Vol. 56 Issue 6, p2086-2098. 13p.
Subjects:	Subsidies, Data quality, Trust, Supply chains, Blockchains, Government policy, Game theory, Supply chain management
Abstract:	In order to study the impact of the degree of technology trust and the on-chain data quality on the blockchain subsidy strategy of low-carbon supply chain, this paper chooses the supply chain composed of low-carbon product manufacturers and retailers as the research object, refines and constructs a manufacturer-dominated Stackelberg game model under the three investment subsidy modes, and obtains the following research results by comparing and analyzing the supply chain's benefits under the three modes. 1) When the cost of blockchain technology implementation falls within a certain range, it is feasible for governments to subsidize blockchain adoption by supply chain members, otherwise, it is not feasible; 2) When supply chain members all execute high-quality type of on-chain data decisions, both supply chain members and the government can maximize their benefits; 3) As consumers' technological trust improves, they tend to be more cautious in their product choices, and the supply chain members' choice of applying the blockchain technology can mitigate the decline in demand caused by reduced consumer trust in technology. This study provides management insights for governments designing targeted subsidy policies and enterprises formulating high-quality data collaboration strategies. [ABSTRACT FROM AUTHOR]
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Database:	Engineering Source

Description
Abstract:	In order to study the impact of the degree of technology trust and the on-chain data quality on the blockchain subsidy strategy of low-carbon supply chain, this paper chooses the supply chain composed of low-carbon product manufacturers and retailers as the research object, refines and constructs a manufacturer-dominated Stackelberg game model under the three investment subsidy modes, and obtains the following research results by comparing and analyzing the supply chain's benefits under the three modes. 1) When the cost of blockchain technology implementation falls within a certain range, it is feasible for governments to subsidize blockchain adoption by supply chain members, otherwise, it is not feasible; 2) When supply chain members all execute high-quality type of on-chain data decisions, both supply chain members and the government can maximize their benefits; 3) As consumers' technological trust improves, they tend to be more cautious in their product choices, and the supply chain members' choice of applying the blockchain technology can mitigate the decline in demand caused by reduced consumer trust in technology. This study provides management insights for governments designing targeted subsidy policies and enterprises formulating high-quality data collaboration strategies. [ABSTRACT FROM AUTHOR]
ISSN:	19929978