根据气候科学家 Zeke Hausfather 的最新分析，太平洋正在发展的圣婴现象可能是自从有可靠纪录以来最强烈的一次。气候模型预测，Niño 3.4 区域的海水温度可能比正常水平高出摄氏 3.6 度，打破过去的历史纪录，并大幅超越先前的极端圣婴事件。

这种强烈的圣婴现象不仅会改变全球天气模式，还会与碳排放导致的全球暖化交互作用，将全球平均气温推向新高。预计在未来几年内，我们将感受到热浪和极端气候的全面影响，甚至在 2026 年或 2027 年可能创下破纪录的高温，对生态系统（如秘鲁的渔业）造成立即冲击。

除了气候与生态影响外，这场极端圣婴现象也将带来长远且巨大的经济损失。研究指出，强烈的圣婴事件所引发的极端天气灾难可能会大幅削弱全球经济成长；根据目前的预测，到了 2032 年，全球累积的经济损失可能高达十兆美元。

According to the latest analysis by climate scientist Zeke Hausfather, the El Niño phenomenon developing in the Pacific Ocean could be the strongest since reliable records began. Climate models forecast that sea temperatures in the Niño 3.4 region could peak at 3.6 degrees Celsius above normal levels, shattering historical records and surpassing previous extreme El Niño events by a wide margin.

This intense El Niño will not only alter global weather patterns but also interact with global warming driven by carbon emissions to push global average temperatures to new highs. In the coming years, we will feel the full impact of heatwaves and extreme weather, potentially setting record-breaking temperatures in 2026 or 2027, with immediate impacts on ecosystems such as fisheries in Peru.

In addition to the climate and ecological impacts, this extreme El Niño phenomenon will also bring massive and long-term economic losses. Studies indicate that extreme weather disasters triggered by intense El Niño events can significantly reduce global economic growth; based on current projections, cumulative global economic losses could reach 10 trillion dollars by 2032.