PBESProceedings of Business and Economic Studies2209-26412209-265XBio-Byword Scientific Publishing Pty. Ltd.10.26689/PBES.v9i9.15619ArticleResearch on the Construction Mechanism of Agricultural Industry Chain Resilience in Daqing City with Economic Empowermenthttps://artdesignp.com/journal/PBES/9/9/10.26689/PBES.v9i9.15619PanQuanfu2026992026-09-30Under the framework of the Tenth Five-Year Plan, Daqing aims to build a pilot zone practicing the big agriculture and big food concept and realize the transformation from a major agricultural city to a strong one. As a resource-based city, Daqing shoulders industrial restructuring and agricultural modernization, yet its agricultural industrial chain suffers from weak digital foundations, poor coordination, and low risk resilience. Based on literature review, this paper sorts out theories on digital technology empowering agricultural industrial chain resilience and analyzes Daqing’s agricultural chain. Daqing has established a “4+8+n” modern agricultural system with expanding scale, clustered leading enterprises, and booming smart, branded, and customized agriculture. However, it is confronted with a weak driving force of core enterprises, inadequate intensive processing, imperfect full-chain standardization and branding, plus bottlenecks in digital infrastructure and cold-chain logistics. This study proposes countermeasures by strengthening, supplementing, extending, and optimizing the industrial chain: consolidate leading enterprises and benefit linkage, fill intensive processing gaps to lift the value chain, expand agricultural multi-functions for green transition and brand appreciation, and upgrade digital infrastructure, cold chain, the seed industry, and sci-tech innovation. It expects digital new-quality productive forces to boost the quality, efficiency, and resilience of Daqing’s full agricultural chain, safeguarding food security and supporting the agricultural transition of resource-based cities.Digital new quality productivity, Resilience of agricultural industry chain, The whole industry chain, Agricultural digitization

[1] Wolfert S, Ge L, Verdouw C, et al., 2017, Big Data in Smart Farming–A review. Agricultural Systems, 153: 69–80. [2] Thendral R, Selva GJ, 2025, AgroConnect: A Flutter-Based E-Commerce Platform for Enhancing Agricultural Supply Chain Efficiency and Transparency. 2025 International Conference on Multi-Agent Systems for Collaborative Intelligence (ICMSCI), 1027–1032. [3] Briguglio L, Cordina G, Farrugia N, et al., 2009, Economic Vulnerability and Resilience: Concepts and Measurements. Wider Working Paper, 37(3): 229–247. [4] Belliggiano A, Ievoli C, Bispini S, et al., 2024, Food Value Chains Configurations and Resilience of Rural Mountain Communities: Three Dairy Business Models in Central Apennines (Italy). Frontiers in Sustainable Food Systems, 8(000). [5] Hobbs JE, 2010, Innovation and Future Direction of Supply Chain Management in the Canadian Agri‐food Industry. Canadian Journal of Agricultural Economics/Revue canadienne d’agroéconomie, 46(4): 525–537. [6] Costopoulou C, 2024, Blockchain and Internet of Things Technologies for Food Traceability in Olive Oil Supply Chains. Sensors, 24. [7] Mwewa T, Lungu G, Turyasingura B, et al., 2025, Blockchain Technology: Improving Agricultural Supply Chain Efficiency and Transparency–A Review. Asian Basic and Applied Research Journal, 7(1): 81–93. [8] Xiao H, Yang X, 2025, Digital Intelligence Enables Agricultural Industry Resilience: Theoretical Mechanism and Empirical Test. Research on Agricultural Modernization, 46(06): 1113–1123. [9] Huang J, 2024, Agricultural New Quality Productivity: Connotation and Extension, Potential and Challenges and Development Ideas. China Rural Observation, (05): 19–34. [10] Zhang H, Lu B, Quan T, 2024, Research on the Impact and Mechanism of Rural Digitalization on the Resilience of Agricultural Development. Research on Agricultural Modernization, 45(01): 124–136. [11] Hu W, Huang J, Chen F, et al., 2024, Quality and Safety Traceability System of Agricultural Products Based on Blockchain Technology: Practice, Challenges and Suggestions. Agricultural Economic Issues, (05): 33–47. [12] Jiang J, Wu H, 2025, The Impact of the Aging of Rural Labor Force on the Toughness of the Agricultural Industry Chain—An Analysis Based on the Perspective of Digital Technology and Digital Inclusive Finance. Journal of Nanjing Agricultural University (Social Science Edition), 25(01): 168–181. [13] Huang Q, Yin L, Wang H, et al., 2025, Digital Economy Promotes the Integrated Development of Urban and Rural Industrial Chains: Theoretical Mechanism and Empirical Test. Agricultural Economy and Management, (1): 30–44. [14] Wang C, Wang Y, 2026, Regional Differences, Dynamic Evolution and Spatial Convergence Characteristics of Supply Chain Resilience in China’s Agricultural Industry Chain. Statistics and Decision Making, 42(02): 100–105.