El Pacífico oriental es una fábrica de tormentas tropicales, y la cuenca del Atlántico muestra señales de vida. » Yale Climate Connections

Nature & Climate Perspective

**The intensifying storm activity in the Pacific and Atlantic basins threatens coastal and forest ecosystems, escalating the physical reversal risk for carbon sequestration projects. **

• High-velocity winds and storm surges physically degrade coastal Blue Carbon ecosystems, such as mangroves and kelp forests, which are critical for coastal defense and rapid carbon storage.
• Severe weather events trigger immediate biomass loss and soil erosion in LULUCF project areas, releasing stored carbon back into the atmosphere and disrupting active sequestration phases.
• Frequent, high-intensity disturbances undermine long-term ecological stability, reducing the capacity of local biodiversity to recover and adapt to ongoing climate shifts.

Market & Policy Outlook

**This surge in extreme weather directly challenges the ICVCM's permanence principle, forcing a re-evaluation of risk-buffer pools and shifting corporate demand toward high-permanence removal assets. **

• The increased frequency of reversals will likely force carbon crediting programs to revise buffer pool policies under ICVCM CCP guidelines, raising insurance costs for nature-based project developers.
• Market pricing for forestry and blue carbon offsets may experience volatility, as risk-averse buyers discount credits from storm-prone jurisdictions to protect their Scope 3 portfolios.
• Corporate compliance strategies aligned with SBTi are expected to accelerate investments in technical carbon removal (CDR) over nature-based solutions to mitigate the risk of purchasing vulnerable offsets.