Sustainability and Transition Archives - Page 3 of 4

The Breakthrough Effect: How to Trigger a Cascade of Tipping Points to Accelerate the Net Zero Transition

This report analyzes actionable “tipping points” within global energy systems (fertilizer, shipping, power, etc.) that could produce a cascade of emissions reductions. The technology adoption needed to reach these positive tipping points is dependent on cost-effectiveness, attractiveness, and accessibility, but if these barriers are overcome, it could result in massive, self-reinforcing environmental improvements. The authors […]

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Why the impacts of climate change may make us less likely to reduce emissions

While increased climate warming may motivate ambitious actions that remediate the climate crisis, Millward-Hopkins proposes that it may have the opposite effect. He argues that the indirect impacts of warming, such as widening socioeconomic inequalities, increased migration, and heightened risk of conflict, interact with key drivers of authoritarian populism in ways that may foster resistance

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Replacing Sustainable Development: Potential Frameworks for International Cooperation in an Era of Increasing Crises and Disasters

Reviewing international cooperation on social and environmental change, and particularly the failure to achieve the Sustainable Development Goals, Jem Bendell argues that the Sustainable Development framework is unable to address the increasing crises and disasters faced by the world today. As an alternative, he proposes an upgraded form of Disaster Risk Management that is detached

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How the World Really Works

Against those who anticipate a smooth, timely transition to renewable energy and net-zero carbon emissions, Vaclav Smil argues that we are much more dependent on fossil fuels than we recognize so that an energy transition will be difficult and tumultuous. “The real wrench in the works: we are a fossil-fueled civilization whose technical and scientific

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Decline and Fall, Growth and Spread, or Resilience? Approaches to Studying How and Why Societies Change

Daniel Hoyer examines qualitative, case study, complex system, and societal dynamics approaches to explain “historical precedents of collapse, growth, and resilience.” He explains drawbacks to each method, and stresses “the importance of developing formal (especially mathematically articulated) mechanistic theory, as only by explicating what we think drives societal outcomes in a structured, formal way can

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Anatomy and Resilience of the Global Production Ecosystem

The authors argue that the worldwide production and distribution of food, fuel, and fibre has created a “global production ecosystem” subject to immense simplification, intensification, and control by humans attempting to maximize efficiency. The resulting system is homogenous, highly connected, and has weak feedbacks – “features [that] converge to yield high and predictable supplies of

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The Age of Sustainability: Just Transitions in a Complex World

Mark Swilling proposes that “we need to understand the dynamics of the current global polycrisis as the emergent outcome of intersections between four dimensions of transition: socio-metabolic transition, techno-economic transition, socio-technical transition and long-term global development cycles. When understood as multiple cycles that intersect concurrently and asynchronistically across these four dimensions, the emergent outcome can

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Cascading Regime Shifts Within and Across Scales

Where regime shifts (also known as critical transitions) are generally studied within a single ecosystem, the authors explore cascading regimes shifts across multiple ecosystems. Drawing on the Regime Shifts Database of over thirty well-documented regime shifts, they identify three causal pathways by which a regime shift in one ecosystem relates causally to a regime shift

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Unifying Research on Socio-Ecological Resilience and Collapse

After reviewing different definitions of collapse across several fields, Graeme Cumming and Garry Peterson outline specific criteria with which to assess collapse and apply them to historical and ecological examples. They emphasize the need for standard, testable, definitions and a baseline measurement, or “identity,” of a system to better understand if it has collapsed. “It

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