Academic Journal Article

Capitalism, Complexity, and Polycrisis: Toward Neo-Gramscian Polycrisis Analysis

Michael J. Albert explores the debate on “polycrisis,” with proponents viewing crises as interconnected shocks, while Marxist critics argue that this obscures the capitalist roots by treating them as separate and loosely connected. He develops an approach combining Marxism, complexity theory, and neo-Gramscian political economy. Using the European Union’s ongoing polycrisis as an example, Albert […]

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Human Behavioural Traits and the Polycrisis: A Systematic Review

The authors examine polycrisis as a defining challenge of the Anthropocene, identifying human behavioral traits—particularly maladaptations—as fundamental drivers. Through a systematic literature review, they highlight warfare, resource overexploitation, and cognitive biases as key contributors. By mapping the traits underlying these maladaptations, the study proposes leverage points to mitigate cascading crises and enhance global resilience.

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Confronting the interconnection of chemical pollution and climate change

The authors examine the interconnected challenges of climate change, chemical pollution, and biodiversity loss, emphasizing that climate mitigation often overlooks chemicals and materials. As most chemicals come from petrochemicals, reducing fossil fuel use requires shifting to alternative carbon sources, but this alone may worsen biodiversity loss. They propose a comprehensive strategy to address the interconnections

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Examining the Effective Role of Artificial Intelligence in the Interconnected Crisis of Climate Change and Human Migration

The authors examine the link between climate change and migration, using data mining to identify key environmental and socioeconomic drivers. Findings show that water scarcity and prolonged droughts are major factors behind displacement, with predictive models accurately forecasting migration flows. The study highlights the need for data-driven policies and proactive climate adaptation, urging future research

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Managing and Mitigating Future Public Health Risks: Planetary Boundaries, Global Catastrophic Risk, and Inclusive Wealth

The authors argue for a more integrated framework to understand existential risks by bridging two dominant paradigms: Planetary Boundaries and Global Catastrophic Risks. Using the COVID-19 pandemic as a case study, the authors analyze how pandemics reveal the interconnectedness of public health, environmental degradation, and global systems. They critique the fragmentation between the Planetary Boundaries

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Pathogens and planetary change

The authors examine the interconnected crises of emerging infectious diseases, biodiversity loss, and environmental change, highlighting their growing social and ecological costs. They explore how pathogens respond to global change and its implications for pandemic prevention and biodiversity conservation, emphasizing the need for targeted strategies such as pathogen surveillance, conservation interventions, and stronger health systems.

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The polycrisis is here, and system dynamics can help: a call to action

The authors call for action from the System Dynamics (SD) community to address global polycrisis and leverage SD’s strengths in modelling complexity, feedback loops, and nonlinear dynamics. They emphasize five key features of the SD approach and community that uniquely position it to contribute to polycrisis analysis: endogenous point of view, scenario analysis, interdisciplinary collaboration,

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