Vigilando el Atlántico: ¿Podrán las ondas tropicales que salen de África superar la cizalladura del viento? » Yale Climate Connections

Nature & Climate Perspective

**Tropical wave dynamics and Atlantic storm intensity directly impact permanence risks and baseline stability across coastal LULUCF and Blue Carbon ecosystems. **

• Atmospheric parameters like wind shear suppress severe storm development, reducing short-term risk of physical destruction to Atlantic coastal Blue Carbon ecosystems.
• Unpredictable tropical wave progression affects coastal wetland freshwater-saline dynamics, influencing soil organic carbon sequestration and long-term carbon retention.
• Evolving hurricane patterns require updated ecological baseline models to satisfy ICVCM Core Carbon Principles regarding permanence and non-permanence buffer integrity.

Market & Policy Outlook

**Volatile seasonal weather patterns drive adjustments in carbon credit insurance mechanisms, risk buffer pricing, and SBTi compliance strategies. **

• Carbon registries are revising non-permanence risk buffer percentages to maintain alignment with ICVCM Core Carbon Principles amid changing Atlantic storm frequencies.
• Market valuation and financial liquidity for Nature-Based credits in hurricane-prone zones face increased volatility and higher insurance premium adjustments.
• Corporates tracking Scope 3 and SBTi targets must account for physical climate risks to ensure offset credit portfolio longevity and regulatory compliance.