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Table of contents
Introduction
1 Persistence through resilience
Introduction
1.1 Resilience: reviving the dynamic nature of systems
1.1.1 Resilience versus equilibrium in the study of ecosystems
1.1.2 Alternative stable states, thresholds and tipping points
1.1.3 Resilience in the theory of dynamical systems
1.2 From ecology to interdisciplinary realms
1.2.1 From natural resources to socio-ecological systems
1.2.2 Resilience and adaptive system theory
1.2.3 The three dimensions of resilience
1.3 Spectacular diffusion and debated applications
1.3.1 Resilience of people, communities and cities to disaster
1.3.2 Boundary object, buzzword or political agenda?
Conclusion
References
2 Vulnerability and systemic risk of production systems
2.1 Interconnectedness and the propagation of disruptions
2.1.1 More globalized production systems
2.1.2 Supply chain risks and shock propagation
2.2 The quest for resilient supply chains
2.2.1 The challenges of mitigating risks in complex supply chains
2.2.2 Is resilience competitive?
2.3 Systemic risks and the limits of risk mitigation
Conclusion
3 The modeling of production systems and their resilience
3.1 Economic resilience and the challenge of interdependence
3.1.1 Mapping the structure of production
3.1.2 Evaluating the economic impacts of a disaster
3.1.3 Analyzing systemic risks through networks
3.1.4 Economic resilience of regions
3.2 Where does resilience fit in economic models?
3.2.1 Is resilience heterodox?
3.2.2 Economic dynamics
3.2.3 Resilience from the bottom up
3.2.4 Rational versus ‘zero intelligence’ agents in structured systems
3.3 Conclusion: A new conceptual framework for economic resilience
3.3.1 Evaluating resilience and systemic risks
3.3.2 Networks: a meso-level between agents and economic resilience
3.3.3 An introduction to the three papers
4 Bifurcation analysis of an agent-based model for predator–prey interactions
5 Economic networks: Heterogeneity-induced vulnerability and loss of synchronization
6 The fragmentation of production amplifies systemic risk in supply chains
7 Research outlook
Conclusion
