Recent studies link human-caused warming to more powerful, more destructive storms worldwide.
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Yale Climate Connections
Global warming is making the strongest hurricanes stronger
Abatify Summary
Nature & Climate Perspective
**The intensification of tropical cyclones poses a direct threat to the permanence of coastal and terrestrial carbon sinks, increasing the risk of catastrophic carbon reversals. **
- Heightened hurricane intensity leads to mass mortality in LULUCF projects, specifically windthrow in tropical forests and sedimentation in Blue Carbon mangrove ecosystems.
- Extreme storm surges accelerate coastal erosion, stripping away soil organic carbon (SOC) and compromising the long-term sequestration potential of shoreline restoration projects.
- Ecological instability caused by frequent high-category storms disrupts biodiversity corridors, reducing the natural adaptive capacity of ecosystems to recover between climate events.
Market & Policy Outlook
**Increasing physical climate risk is forcing a re-evaluation of 'Permanence' under the ICVCM Core Carbon Principles, likely leading to higher buffer pool requirements and insurance premiums. **
- ICVCM Alignment: Strengthening storms challenge the CCP on 'Permanence,' requiring projects in high-risk zones to implement more robust risk mitigation measures or face credit discounting.
- Market volatility is expected to rise as 'Force Majeure' events trigger buffer pool depletions, potentially impacting the liquidity and pricing of Nature-Based carbon credits.
- Corporate compliance and SBTi targets are increasingly vulnerable to Scope 3 supply chain disruptions and physical asset damage, driving a shift toward integrated adaptation and resilience financing.
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