Volume 3,Issue 8
New Quality Productive Forces Drive the Path to Enhance the Resilience of the Ice and Snow Economic Industry Chain in Jilin Province
Amid the dual challenges of global industrial chain restructuring and China’s pursuit of high-quality economic development, the ice and snow economy in Jilin Province—a strategic emerging industry- requires enhanced industrial chain resilience to address extreme weather, market volatility, and geopolitical competition. Grounded in the theory of New Quality Productive Forces and analyzing Jilin’s unique industrial landscape characterized by “exceptional resource endowment but significant supply chain vulnerability”, this study systematically explores the intrinsic mechanisms linking New Quality Productive Forces to industrial chain resilience. The findings reveal that New Quality Productive Forces strengthens industrial chain resilience through three pathways: technological innovation, factor restructuring, and business model innovation, thereby enhancing shock absorption capacity, blocking risk transmission, and improving recovery efficiency. To tackle critical bottlenecks in Jilin’s ice and snow equipment manufacturing, including technological constraints, inadequate service standardization, and low digital penetration—the study proposes a systematic enhancement framework of “technological breakthroughs → factor upgrading → ecological synergy”. This provides theoretical insights and practical guidance for industrial transformation in Northeast China’s traditional manufacturing base while promoting high-quality development of the ice and snow economy.
[1] Tiwari P, 2024, Moderating Role of Supply Chain Re-Engineering Capabilities on Artificial Intelligence-Based Risk Management and Supply Chain Agility: A Resource-Based View. Studies in Systems, Decision and Control, 2024: 167–179.
[2] Neo R, Vahn G, 2024, Thai Refiners Expect Oil Product Demand to Pick Up Further, Refining Margins to Narrow in 2024. Platt’s Oilgram News, 102(51): 2–2.
[3] Leonov O, Shkaruba N, Vergazova Y, et al., 2025, Calculation of Total Misalignment of a Gearbox Output Shaft Relative to the Seal. Russian Engineering Research, 45(6): 704–709.
[4] Yinxing H, Kunyi W, 2024, Resilience and Security of Industrial and Supply Chains from the Perspective of New Quality Productive Forces. Frontiers of Economics in China-Selected Publications from Chinese Universities, 19(4): 497–517.
[5] Yuan H, Xin H, Li Z, et al., 2025, Enhancing the Small-Signal Stability of Power Grids via Optimally Coordinating Inverter-Based Resources. IEEE Transactions on Sustainable Energy, 16(1): 17–31.
[6] Li Y, 2025, Research on Xi Jinping’s Discourse on New Quality Productivity, thesis, Guangxi Normal University.
[7] Ruiz S, Veettil B, 2019, Glacier Decline in the Central Andes (33°S): Context and Magnitude from Satellite and Historical Data. Journal of South American Earth Sciences, 94(Oct.): 102249.1–102249.10.
[8] Das M, Shams R, Dash K, 2025, Fluid Mechanics in Food & Dairy Processing. Food Engineering Series, 2025: 97–124.
[9] Pei J, Chen Z, Zhao Y, et al., 2025, Resilience in Industrial and Supply Chains: Conceptual Analysis, Measurement Framework, and Transmission Mechanisms. Economic Dynamics, 2025(06): 143–160.
[10] Hyysalo S, 2010, User Innovation and Everyday Practices: Micro-Innovation in Sports Industry Development. R & D Management, 39(3): 247–258.
[11] Beller J, 2012, The Cinematic Mode of Production: Attention Economy and the Society of the Spectacle. Cinematic Mode of Production, 23(1): 97–98.
[12] Nie P, Yang Y, 2016, Effects of Energy Price Fluctuations on Industries with Energy Inputs: An Application to China. Applied Energy, 165(Mar.1): 329–334.