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PARIS, France: An intensifying El Nino broke a temperature record in a key zone of the Pacific in September, the EU\u2019s climate monitor said Monday, in another sign the weather pattern is gaining exceptional strength.<\/strong><\/p>\n Global forecasters have been warning for months that this El Nino would likely become the strongest ever observed and the latest record has tumbled even before the episode\u2019s expected peak later this year.<\/p>\n The warming phase of a natural climate cycle, El Nino raises sea temperatures in the tropical Pacific, triggering changes in weather that can increase the risk of drought and flooding, and exacerbate man-made global warming.<\/p>\n The Copernicus Climate Change Service said sea surface temperatures in a tell-tale El Nino monitoring region of the Pacific, known as Nino3.4, had reached an \u201call-time high\u201d of 29.70C last month.<\/p>\n This exceeded the peak temperatures of previously strong El Nino events of 1982\/1983, 1997\/1998 and 2015\/2016, \u201cunderscoring the exceptional intensity of the current El Nino\u201d, the EU monitor said.<\/p>\n But in a statement to AFP, Copernicus said it \u201ccannot yet say that the current El Nino is the strongest ever recorded\u201d.<\/p>\n As climate change raises ocean temperatures, it can make recent El Nino events appear stronger than past ones, complicating historical comparisons.<\/p>\n Copernicus said it had adopted a new index, which accounts for the warming of tropical oceans, that suggested the current event is not yet stronger than past ones.<\/p>\n But the values observed in September \u201cpoint to an already exceptionally strong El Nino, especially given that the event has not yet reached its peak\u201d, Copernicus told AFP.<\/p>\n Not all forecasters use the same scale to interpret El Nino.<\/p>\n On Friday, Japan\u2019s weather agency said that El Nino conditions had reached their \u201cstrongest intensity on record\u201d, with temperatures in the phenomenon\u2019s monitoring area 4C above normal.<\/p>\n Record ocean temperatures<\/strong><\/p>\n As El Nino gathers strength, global average sea surface temperatures hit a record 21.05C for September, topping the previous high of 20.92C for the same month in 2023, according to Copernicus.<\/p>\n Overall, the world experienced its second hottest September on record, with surface air temperatures averaging 16.27C, the EU service said.<\/p>\n September was 1.63C hotter than the pre-industrial average, a period defined as 1850-1900.<\/p>\n Nations agreed at the 2015 UN climate talks in Paris to keep global warming \u201cwell below\u201d 2C above pre-industrial levels, while pursuing efforts to limit it to 1.5C, in order to limit the effects of climate change.<\/p>\n But the United Nations declared in September that the long-term 1.5C target would be missed in a matter of years.<\/p>\n \u201cWe are in a new run of months above 1.5C, and with a strong El Nino still intensifying it is likely to last into 2027,\u201d Copernicus director Carlo Buontempo said in a statement.<\/p>\n \u201cCrossing the Paris Agreement\u2019s long-term limit is only a matter of time. How far we overshoot, and for how long, is still up to us,\u201d he said.<\/p>\n Scientists say it is crucial to reduce greenhouse gas emissions from fossil fuels to limit the period of \u201covershoot\u201d above 1.5C and bring temperatures back down as quickly as possible.<\/p>\n Experts have warned that this El Nino would likely push global temperatures to a new record in 2027.<\/p>\n El Nino warms surface temperatures in the central and eastern equatorial Pacific Ocean, bringing worldwide changes in winds, pressure and rainfall patterns.<\/p>\n It typically takes place every two to seven years and lasts around nine to 12 months.<\/p>\n<\/div>\n