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The Stockholm Environment Institute's 'Systemic climate adaptation framework' is a normative and analytical guide designed to help policymakers and practitioners move beyond fragmented, hazard-based approaches to climate adaptation. It provides a structure of three core pillars and six guiding principles to ensure adaptation policy is coherent, equitable, and robust under deep uncertainty.

This report by the Stockholm Environment Institute examines the gap between the recognition of systemic climate risks—interconnected risks across hazards, sectors, and borders—and their operationalization in adaptation governance. Through a comparative analysis of Europe, Southeast Asia, and the United States, the authors find that while systemic language is increasingly present in high-level strategies, day-to-day decision-making, funding, and mandates remain fragmented and focused on individual hazards or sectors. The report proposes a conceptual framework for systemic adaptation based on systemic risk framing, policy interlinkages, and the management of deep uncertainty.

This paper uses network modelling and data from 102 non-EU countries to identify critical intervention points for EU climate adaptation. It highlights water, agriculture, livelihoods, and conflict as key nodes where strategic adaptation can prevent systemic risk cascades across borders.

The 'Resilience Science Must-Knows' report, published by the Global Resilience Partnership, Stockholm Resilience Centre, and Future Earth, distills decades of resilience science into nine core principles for decision-makers. Developed through a collective effort involving over 120 researchers and 162 leaders, the document aims to bridge the gap between complex scientific research and actionable strategy across various sectors to help societies cope, adapt, and transform amid increasing global volatility.

The report "Resilience Science Must-Knows" provides a science-based framework for decision-makers to build systemic resilience. It distills decades of research into nine core principles, emphasizing that resilience is not merely "bouncing back" but the capacity to cope, adapt, and transform. The document highlights the urgency of this approach as the Earth enters the Anthropocene, where human activity pushes planetary boundaries and creates cascading risks across interconnected global systems.

This report by the Stockholm Environment Institute argues that the European Union is unprepared for cascading climate risks—where hazards in remote locations create knock-on effects across borders and systems—and provides 21 strategic recommendations to build systemic resilience.

This review by the Stockholm Environment Institute examines the parallels between the COVID-19 pandemic and the climate crisis to derive lessons for the transboundary management of systemic risks and the improvement of climate change policy and resilience building.

The 'Resilience Science Must-Knows' fact sheet, produced by the Global Resilience Partnership, Stockholm Resilience Centre, and Future Earth, outlines nine core scientific principles for decision-makers to build systemic resilience. It defines resilience as the capacity to cope, adapt, and transform amidst uncertainty, emphasizing that human well-being is dependent on the stability of the Earth system and planetary boundaries.

This fact sheet outlines nine fundamental principles of resilience science designed for decision-makers and implementers to build evidence-based systemic resilience. It defines resilience as the capacity to live and thrive amidst change and uncertainty through coping, adapting, and transforming, emphasizing that human prosperity depends on the stability of the Earth system and planetary boundaries.