What are the most relevant publications on "supply chain resilience"?
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Key Publications on Supply Chain Resilience
Overview of Supply Chain Resilience Research
Supply chain resilience (SCRES) has garnered significant academic interest, particularly in the context of increasing global disruptions. Several comprehensive reviews and frameworks have been developed to understand and enhance SCRES. This article synthesizes the most relevant publications on this topic, highlighting key findings and future research directions.
Definitions and Frameworks in Supply Chain Resilience
Comprehensive Definitions and Theoretical Foundations
A critical review of the literature reveals that SCRES is defined by its ability to adapt, recover, and maintain operations amidst disruptions. One study provides a comprehensive definition and identifies key strategies for improving resilience, such as increasing flexibility, creating redundancy, and forming collaborative relationships. Another paper proposes a sound definition supported by a framework that includes focus events, adaptive responses, speed, and performance levels.
Typological and Conceptual Frameworks
A typological framework developed from a systematic literature review categorizes SCRES literature based on supply chain capabilities, outcomes, and theoretical mechanisms. This framework helps in understanding the relationship between supply chain capabilities and resilience outcomes, providing a structured approach to measure and assess SCRES.
Systematic Reviews and Mapping Studies
Literature Reviews and Mapping
Several systematic reviews have been conducted to map the existing SCRES literature. One study reviewed 100 papers to summarize findings on SCRES definitions, principles, and strategies, ultimately developing a framework for understanding SCRES. Another mapping review classified studies on SCRES and reconfiguration, identifying thematic areas such as geographical focus, research methods, and resilience enablers.
Bibliometric Analyses
Bibliometric analyses have been used to evaluate the current status and trends in SCRES research. For instance, a bibliometric analysis of 771 articles identified nine key research areas, including conceptual development, risk assessment, and building resilient capabilities. Another study focused on SCRES in developing countries, highlighting key authors, institutions, and trending topics such as agile management and blockchain.
Sector-Specific Resilience
Agri-Food Supply Chains
Resilience in agri-food supply chains (AFSCs) is particularly critical due to their exposure to constant external interference. A study on AFSCs identified the need for resilience to maintain core functions and adapt to changing conditions, proposing a novel framework focused on food security. Another bibliometric analysis of the food industry supply chain resilience highlighted five research clusters, including food systems resilience and digital sustainable food systems.
Future Research Directions
Gaps and Opportunities
Despite the extensive research, several gaps remain. Limited empirical studies and the need for integrated holistic approaches are notable gaps. Future research should focus on empirical validation of resilience strategies, the development of integrated models that address multiple resilience elements, and the application of complex adaptive systems theory to better understand SCRES dynamics .
Emerging Themes
Emerging themes in SCRES research include the use of advanced technologies such as artificial intelligence and blockchain to enhance resilience. Additionally, there is a growing interest in understanding the impact of global disruptions, such as pandemics and climate change, on supply chain resilience .
Conclusion
The body of research on supply chain resilience is extensive and continually evolving. Key publications have provided comprehensive definitions, frameworks, and systematic reviews that map the current state of knowledge. Future research should address existing gaps, particularly through empirical studies and the integration of advanced technologies, to further enhance the resilience of global supply chains.
Sources and full results
Most relevant research papers on this topic