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Weather-roiling El Nino hits record strength, Japan weather agency says

Weather-roiling El Nino hits record strength, Japan weather agency says

japantimes.co.jp 09.10.2026 13:55 5 views
Sea temperatures in the tropical Pacific Ocean were 4C above normal as of September, the highest in records going back to 1949, the JMA said.

The El Nino that’s upending weather across South America and Asia has intensified to the strongest on record, according to Japan’s national forecaster, threatening widespread economic disruptions that could linger long after the climate pattern dissipates. The naturally occurring weather pattern warms surface temperatures in the central and eastern equatorial Pacific Ocean, bringing worldwide changes in winds, pressure and rainfall. Sea surface temperatures in a patch of the tropical Pacific Ocean monitored by the Japan Meteorological Agency were 4 degrees Celsius above normal as of September, the highest in records going back to 1949, the forecaster said in a bulletin published Friday.

The previous record was set in December 1997, when temperatures were 3.7 C above normal, the bureau said. El Nino has already disrupted weather patterns worldwide. The climate event has led to the weakest Indian monsoon in more than a decade, exacerbated wildfires in Indonesia that have spewed toxic smoke over neighboring Singapore and Malaysia, and threatened sugar and coffee output in Brazil.

The JMA’s outlook comes a day after the World Meteorological Organization said in its latest seasonal forecast that El Nino is set to be the most intense ever. The WMO’s projection is based on the Nino 3.4 region, which overlaps with but lies west of the Nino 3 region tracked by Japan. The Japanese bureau predicts a 100% chance that El Nino will persist through the Northern Hemisphere winter, in line with the U.S.

Climate Prediction Center’s outlook that the weather-roiling phenomenon is certain to last through the January-March period. Many record-hot years -- including 1998, 2010, 2016, 2023 and 2024 -- followed major El Nino events or developed alongside them.

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