Powerful El Nino to intensify heat on ‘a planet already on fire’: UN

by | Aug 1, 2026 | World

Powerful El Nino to intensify heat on ‘a planet already on fire’: UN

The World Meteorological Organization released an updated assessment concerning the development of a significant El Niño event, warning that it will alter global weather patterns and increase risks of severe weather phenomena. The UN weather agency indicated that the oceanic warming pattern poses heightened threats of heatwaves, droughts, and flooding worldwide, at a time when multiple regions are already experiencing concurrent climate-related disasters including massive wildfires in Africa and Europe, as well as severe monsoon impacts across South Asia.

Central Pacific sea-surface temperatures are projected to exceed normal levels by more than 2.9 degrees Celsius, which scientists expect will disrupt established weather systems and contribute to global temperature increases. The World Meteorological Organization forecasts above-normal temperatures across most land areas, with the most pronounced warming signals anticipated in Africa, southern Europe, the Indian subcontinent, East Asia, and South America.

UN Secretary-General Antonio Guterres framed the situation as urgent, characterizing El Niño as compounding an already stressed climate system. He called for accelerated climate action from nations, specifically targeting the expansion of fossil fuel infrastructure as a primary concern requiring immediate intervention. Guterres advocated for a halt to new coal, oil, and gas projects as a necessary step.

World Meteorological Organization Secretary-General Celeste Saulo emphasized that accurate forecasting must translate into operational responses from governments and humanitarian organizations to protect at-risk populations. Scientists have indicated that this year’s El Niño episode could potentially achieve record intensity during its peak in the latter half of the year, though uncertainty remains in computer model projections regarding the precise magnitude of impacts.

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