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Ecosystem-based approaches

Ecosystem-based approaches reduce wildfire risk by protecting, restoring and managing landscapes in ways that strengthen their natural resilience to fire.

Healthy forests, wetlands, grasslands and other ecosystems can help limit the spread and intensity of wildfires by reducing the build-up of combustible vegetation, maintaining moisture in the landscape and supporting more diverse, fire-adapted ecosystems. Measures such as ecological forest restoration, prescribed or cultural burning where appropriate, sustainable grazing and the conservation of natural firebreaks can lower wildfire risk while maintaining ecosystem health.

These approaches also provide benefits beyond wildfire risk reduction. Healthy ecosystems protect biodiversity, store carbon, improve water security and support livelihoods, making communities more resilient to the growing impacts of climate change. Ecosystem-based wildfire management is most effective when combined with risk-informed land-use planning, resilient infrastructure, community preparedness and Indigenous Peoples' and local knowledge, creating an integrated approach that addresses both the causes and consequences of wildfire risk.

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Case study
Location: Algeria Burkina Faso Cabo Verde Ethiopia Brazil Sri Lanka Iceland
Extreme heat, wildfires, volcanic eruptions and solar storms have been highlighted as hazards requiring greater investment. Some of these may sit outside the scope of national hydrometeorological networks, yet need to be monitored.
  • United Nations Office for Disaster Risk Reduction (UNDRR)
The Climate Action Monitor 2026 thumbnail
Documents and publications

This report assesses greenhouse gas emissions, climate hazards and policies across OECD and partner countries, finding emissions rising globally, many countries off track on NDCs, and calling for faster mitigation and stronger adaptation.

Organisation for Economic Co-operation and Development
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