Meteorology experts and presenter Iván Torres said there will be intense rainfall in Chile linked to a climate phenomenon called "Niño Godzilla" [1].

This alert is critical because the phenomenon threatens a large portion of the national territory. If the predictions hold, the resulting weather patterns could lead to severe flooding and infrastructure damage across the country.

According to reports, the "Niño Godzilla" phenomenon is expected to reach its maximum intensity in 2026 [2]. This specific iteration of the El Niño pattern is characterized by its potential for more powerful and prolonged precipitation than typical cycles [2].

Experts said that global warming is intensifying El Niño events. This atmospheric warming increases the amount of moisture in the air, which can trigger more extreme weather events as the cycle progresses [2].

The concern focuses on the potential for these rains to strike heavily throughout 2026 [2]. While the region is accustomed to seasonal shifts, the scale of the "Godzilla" designation suggests a level of intensity that could overwhelm current drainage and emergency response systems in various Chilean provinces [1].

Iván Torres said these concerns during a broadcast, noting the growing apprehension among weather specialists regarding the trajectory of these climatic shifts [1]. The interplay between rising ocean temperatures and atmospheric pressure is creating a volatile environment for the South American coast [2].

“The "Niño Godzilla" phenomenon is expected to reach its maximum intensity in 2026.”

The emergence of the "Niño Godzilla" terminology reflects a growing trend in meteorology to categorize extreme variations of established cycles. By linking the intensity of the 2026 forecast to global warming, experts are signaling that historical weather patterns are no longer reliable predictors for future disaster preparedness in Chile.