Modeling Studies Propose Cloud Seeding, Solar Dimming to Counter Expected Super El Niño

What Happens Next

• →China's forecast of a super El Niño accelerates its domestic marine cloud brightening research programs, with MOST (Ministry of Science and Technology) likely directing additional grant funding toward applied atmospheric modeling during the 2025–2026 budget cycle.
• →The stratospheric humidity findings from volcanic and wildfire contributions since 2005 force recalibration of existing solar radiation management models, delaying any near-term confidence in stratospheric aerosol injection feasibility by exposing flawed baseline assumptions.
• →Agricultural commodity futures for Southeast Asian rice and South American soy price in elevated El Niño-driven flood and drought risk, with forward contracts for Q3–Q4 2025 reflecting 10–20% volatility premiums as Chinese meteorological warnings gain international attention.

Near-term: China and other Pacific Rim governments commission formal risk assessments on marine cloud brightening feasibility, while agricultural ministries issue early warnings and pre-position flood mitigation resources based on the super El Niño forecast. Long-term: A persistent gap between geoengineering modeling capabilities and real-world validation data entrenches a two-tier international landscape: nations investing in regional interventions (cloud brightening) versus those pushing for binding moratoriums through UN frameworks.