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文章以广西横州茉莉花产业为案例，探讨数字技术驱动农产品供应链中大中小企业协同发展的机制。研究发现，数字技术通过优化信息流、资金流和物流，显著增强了供应链中大中小企业的协同效应。具体而言，数字技术的应用实现了信息的实时共享与决策支持，拓宽了融资渠道，降低了成本，优化了物流效率与库存管理，从而提高了供应链的整体效率和市场竞争力。文章揭示了数字技术在促进不同规模企业间协同发展中的作用机制，为理解数字技术在农业供应链中的应用提供了新的视角，并为政策制定者和实践者推动农业供应链数字化转型提供了决策支持。
Abstract：This study explores the mechanism of digital technology driving the collaborative development of large, medium, and small enterprises in agricultural product supply chains, taking the jasmine flower industry in Hengzhou, Guangxi as a case. The research reveals that digital technology significantly enhances the synergy among enterprises of different sizes by optimizing the flow of information, capital, and logistics. Specifically, the application of digital technology enables real-time information sharing and decision support, broadens financing channels and reduces costs, and optimizes logistics efficiency and inventory management, thereby enhancing the overall efficiency and market competitiveness of the supply chain. This study uncovers the role mechanism of digital technology in promoting collaborative development among enterprises of different scales, providing new insights into the application of digital technology in agricultural supply chains and offering decision support for policymakers and practitioners in driving the digital transformation of agricultural supply chains.
(1)Flint D J, Larsson E, Gammelgaard B,“Exploring Processes for Customer Value Insights, Supply Chain Learning and Innovation:An International Study”, Journal of Business Logistics 29,(2008):257-281.
(2)Chen Chih-Jou,“Developing a Model for Supply Chain Agility and Innovativeness to Enhance Firms’Competitive Advantage”,Management Decision 57,(2019):1511-1534.
(1)Inderfurth K, Sadrieh A, Voigt G,“The Impact of Information Sharing on Supply Chain Performance under Asymmetric Information”, Production and Operations Management 22,(2013):410-425.
(2)Guo Chenhao, Ke Yun, Zhang Jinkang,“Digital Transformation Along the Supply Chain”, Pacific-Basin Finance Journal 80,(2023):102088.
(3)唐文浩：《数字技术驱动农业农村高质量发展：理论阐释与实践路径》，《南京农业大学学报（社会科学版）》2022年第2期；汪旭晖、赵博、王新：《数字农业模式创新研究——基于网易味央猪的案例》，《农业经济问题》2020年第8期。
(4)李健：《数字经济助力农业产业链供应链现代化：理论机制与创新路径》，《经济体制改革》2023年第3期；生吉萍、莫际仙、于滨铜等：《区块链技术何以赋能农业协同创新发展：功能特征、增效机理与管理机制》，《中国农村经济》2021年第12期。
(1)陆岷峰、徐阳洋：《构建我国中小企业高质量发展体制与机制研究——基于数字技术应用的角度》，《西南金融》2022年第1期；任燕、董雨昕、朱文斌：《数智乡村赋能乡村振兴的机理、困境与路径》，《哈尔滨商业大学学报（社会科学版）》2024年第1期。
(2)张树山、谷城、张佩雯等：《智慧物流赋能供应链韧性提升：理论与经验证据》，《中国软科学》2023年第11期；Lezoche M, Hernandez J E, Alemany Díaz M, et al.,“Agri-Food 4.0:A Survey of the Supply Chains and Technologies for the Future Agriculture”, Computers in Industry 117,(2020):103187;Mondino P, Gonzalez-Andujar J L,“Evaluation of a Decision Support System for Crop Protection in Apple Orchards”, Computers in Industry 107,(2019):99-103.
(3)Belaud J P, Prioux N, Vialle C, et al.,“Big Data for Agri-Food 4.0:Application to Sustainability Management for By-Products Supply Chain”, Computers in Industry 111,(2019):41-50.
(4)生吉萍、莫际仙、于滨铜等：《区块链技术何以赋能农业协同创新发展：功能特征、增效机理与管理机制》，《中国农村经济》2021年第12期；Amandeep, Bhattacharjee A, Das P, et al.,“Smart Farming Using IoT”, 2017 8th IEEE Annual Information Technology, Electronics and Mobile Communication Conference(IEMCON),(2017):278-280.
(5)Choi J, In Y, Park C, et al.,“Secure IoT Framework and 2D Architecture for End-to-End Security”, The Journal of Supercomputing 74,(2018):3521-3535.
(6)卢洋啸、孔祥智：《改革开放以来小农户与现代农业有机衔接的探索——文献综述视角》，《经济体制改革》2019年第6期。
(7)刘卫柏、徐吟川：《小农户有机衔接现代农业发展研究》，《理论探索》2019年第2期。
(8)曾妍、谭江涛、王守文等：《农村电子商务发展如何赋能水库移民就业增收——基于“三链”融合理论的多案例研究》，《中国农村经济》2023年第10期。
(9)王胜、丁忠兵：《农产品电商生态系统——个理论分析框架》，《中国农村观察》2015年第4期。
(1)孙俊娜、胡文涛、汪三贵：《数字技术赋能农民增收：作用机理、理论阐释与推进方略》，《改革》2023年第6期。
(2)彭建仿：《供应链环境下龙头企业与农户共生关系优化研究——共生模式及演进机理视角》，《经济体制改革》2010年第3期。
(3)刘卫柏、徐吟川：《小农户有机衔接现代农业发展研究》，《理论探索》2019年第2期。
(1)Robert E. Stake, Multiple Case Study Analysis(New York:Guilford Press, 2013).
(2)Braun V, Clarke V,“Using Thematic Analysis in Psychology”, Qualitative Research in Psychology 3, no. 2(2006):77-101.
(3)Borgatti S P, Halgin D S,“On Network Theory”, Organization Science 22,(2011):1168-1181;Birger Wernerfelt,“A ResourceBased View of the Firm”, Strategic Management Journal 5,(1984):171-180.
(4)郭少东、陈寿欢：《茉莉花乡香飘世界》，《南宁日报》2024年10月7日，第1版。
(1)Kim Y H, Sting F J, Loch C H,“Top-Down, Bottom-Up, or Both? Toward an Integrative Perspective on Operations Strategy Formation”, Journal of Operations Management 32, no.7-8(2014):462-474;John T. Mentzer, William Dewitt, James S. Keebler, et al.,“Defining Supply Chain Management”, Journal of Business Logistics 22, no. 2(2001):1-25;Singhal K, Singhal J,“Imperatives of the Science of Operations and Supply-Chain Management”, Journal of Operations Management 30, no. 3(2012):237-244.
(2)Kim H J,“Information Technology and Firm Performance:The Role of Supply Chain Integration”, Operations Management Research 10,(2017):1-9.
(1)Leng F L, Zailani S,“Effects of Information, Material and Financial Flows on Supply Chain Performance:A Study of Manufacturing Companies in Malaysia”, International journal of management 29,(2012):293.
(2)Ruiz-Garcia L, Lunadei L,“The Role of RFID in Agriculture:Applications, Limitations and Challenges”, Computers and Electronics in Agriculture 79, no. 1(2011):42-50.
(3)Pfohl H C, Gomm M,“Supply Chain Finance:Optimizing Financial Flows in Supply Chains”, Logistics Research 1,(2009):149-161.
(4)Xia Jianting, Li Haohua, He Zhou,“The Effect of Blockchain Technology on Supply Chain Collaboration:A Case Study of Lenovo”, Systems 11, no. 6(2023):299.
(1)Mahmud P, Paul S K, Azeem A, et al.,“Evaluating Supply Chain Collaboration Barriers in Small-and Medium-Sized Enterprises”, Sustainability 13, no. 13(2021):7449.
(1)Inderfurth K, Sadrieh A, Voigt G,“The Impact of Information Sharing on Supply Chain Performance under Asymmetric Information”, Production and Operations Management 22, no. 2(2013):410-425.
(2)Wolfert S, Ge L, Verdouw C, et al.,“Big Data in Smart Farming—A Review”, Agricultural Systems 153,(2017):69-80.
(3)Sinha B, Dhanalakshmi R,“Recent Advancements and Challenges of Internet of Things in Smart Agriculture:A Survey”, Future Generation Computer Systems 126,(2022):169-184.
基本信息:
中图分类号:F326.13;F49
引用信息:
[1]邓德军,罗元凤.数字技术如何驱动农产品供应链大中小企业协同发展——以广西横州茉莉花产业发展为例[J].广西经济,2025,43(01):70-81.
基金信息:
2023年广西哲学社会科学研究课题“数字经济驱动广西农产品供应链大中小企业融通发展模式研究”（23FGL017）