
Sea surface temperatures have climbed to unprecedented levels, which is expected to have serious consequences for global climate and food security
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The El Niño phenomenon can be determined when sea surface temperatures in the tropical eastern Pacific are 0.5 degrees Celsius higher than the baseline average. This phenomenon causes changes in wind direction, air pressure and rainfall patterns around the world.
(Central News Agency, London, comprehensive foreign news reports on the 21st) The British Meteorological Office predicted today that this year's El Nino phenomenon will be the strongest in more than a century, and sea surface temperatures may rise to "unheard of" levels.
Agence France-Presse reported that the El Niño phenomenon can be determined when sea surface temperatures in the tropical eastern Pacific are 0.5 degrees Celsius higher than the baseline average. This will trigger changes in global wind direction, air pressure and rainfall patterns, and push up overall global temperatures.
"We expect this to be the strongest El Niño event in more than a hundred years," Adam Scaife, the Met Office's director of long-range forecasts, told the BBC. He called it an "unprecedented event" and said: "We have never seen such a strong El Niño signal in our forecasts."
Scheffey pointed out that this abnormally high temperature, "currently nearly 2 degrees Celsius higher," will have a particularly strong impact on the entire tropical region. "We expect very severe droughts in South America and the Western Pacific."
Temperatures in the region are currently about 2.6 degrees Celsius above the 30-year rolling average, according to climate information platform Climate Brink's dashboard.
"These are not short-term weather forecasts. We are talking about very long-term and persistent conditions. This has well-known implications for other systems, including food and food security," said Schiff, a physicist who specializes in climate models.

歐洲今年夏季遭受連續熱浪與乾旱侵襲,初步統計顯示超額死亡人數已逾3萬2000人。科學家指出,此類極端氣候事件與人為氣候變遷密切相關,其中德國與法國的死亡數據尤為顯著。
广西玉林市防汛抗旱指挥部发布预警,受今年第19号台风“紫檀”影响,8月22日至26日玉林市将出现持续强降雨,局部地区有暴雨到大暴雨。当地已启动防御机制,重点排查地质灾害隐患并部署人员转移工作。

受強烈西南風與低壓帶影響,高雄市連日豪雨不斷,多處測站累積雨量破200毫米。高雄市政府宣布,考量明日恐有更劇烈強降雨及致災風險,為維護市民安全,高雄市明日(23日)停止上班、停止上課。
海南省气象台8月22日预报,今年第19号台风“紫檀”将在北部湾海面回旋打转并缓慢加强,预计23日至24日海南岛西半部地区将有大雨到暴雨、局地大暴雨。

歐洲今夏遭遇破紀錄熱浪,8000萬居民經歷逾40度高溫,造成逾2.5萬人超額死亡。極端氣候引發乾旱與野火,並導致保加利亞科茲洛杜伊核電廠因多瑙河水位下降而被迫降載發電。
今年第18号台风“沙德尔”预计将增强为超强台风,可能于28日至29日前后登陆中国华东沿海。中央气象台正密切监测其路径及副热带高压变化。同时,北部湾热带低压正给华南地区带来强降雨风险。