The Eastern Pacific is roaring ahead. Now the Atlantic is waking up—and the season's peak could pack a bigger punch closer to land.
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Yale Climate Connections
The Eastern Pacific is a tropical storm factory, and the Atlantic Basin shows signs of life
Abatify Summary
Nature & Climate Perspective
**Escalating tropical storm activity in the Eastern Pacific and Atlantic basins threatens coastal ecosystems, potentially triggering massive carbon reversals in Blue Carbon and LULUCF sinks. **
- High-intensity storms cause physical destruction of coastal mangrove forests and seagrass beds, severely compromising Blue Carbon sequestration capacity.
- Extreme weather events accelerate soil erosion and canopy loss in coastal forests, shifting these habitats from carbon sinks to net carbon sources under LULUCF accounting.
- Frequent storm surges disrupt marine and terrestrial biodiversity corridors, undermining the long-term ecological resilience necessary for permanent carbon storage.
Market & Policy Outlook
**The growing frequency and severity of extreme weather events challenge the permanence criteria under the ICVCM Core Carbon Principles, driving up insurance premiums and buffer pool requirements for nature-based carbon offsets. **
- Increased physical risks from storms necessitate a reassessment of risk buffer pools under the ICVCM CCPs, potentially reducing the net yield of tradable credits for project developers.
- Regulatory frameworks and sovereign registries evaluating Article 6.2 and 6.4 ITMOs must integrate dynamic climate modeling to account for heightened force majeure risks in coastal jurisdictions.
- Corporate buyers aligning with SBTi targets are likely to shift capital toward high-permanence technical removals as nature-based solutions face compounding physical delivery risks.
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