
中央大學大氣科學系兼任副教授吳德榮引用歐洲及美國氣象模式指出,南海熱帶擾動正在醞釀並大致朝越南方向移動,預計週末將帶來台灣東北部及東半部局部短暫陣雨,山區午後亦有降雨機率,白天仍偏熱,早晚微涼。
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吳德榮在氣象應用推廣基金會的「洩天機教室」專欄中定期發布氣象模式分析,本次分析基於最新歐洲(ECMWF)及美國模式的模擬圖,針對南海熱帶擾動的發展趨勢及其對台灣的潛在影響進行解讀。
吳德榮指出,最新歐洲(左)及美國(右)模式週日20時模擬圖顯示,熱帶擾動在南海醞釀,大致朝越南方向前進,發展程度有差異。(擷自洩天機教室專欄)
中央大學大氣科學系兼任副教授吳德榮指出,明天(11日)桃園以北及東北部有局部雨;週六、週日(12日、13日)南海熱帶擾動醞釀,大台北東側及東半部有局部短暫陣雨;下週一至週三(14日至16日)北部、東半部有局部短暫陣雨。
吳德榮今天在氣象應用推廣基金會的「洩天機教室」專欄表示,最新(9日20時)歐洲(ECMWF)模式模擬顯示,今天(10日)東北風影響,水氣不多,迎風面多雲時晴,背風面晴時多雲,桃園以北及東北部偶有零星降雨,部分山區亦有局部短暫降雨。白天仍偏熱,早晚微涼。
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吳德榮指出,最新模式模擬顯示,明天東北風水氣增多,桃園以北及東北部有局部雨,背風面仍晴朗穩定,山區午後有局部降雨。
週六、週日熱帶擾動在南海醞釀,台灣附近轉偏東風,東側水氣漸增。大台北東側及東半部有局部短暫陣雨;西半部晴時多雲,山區午後有局部降雨。西半部白天偏熱。
吳德榮稱,最新模式模擬顯示,下週一至週三另一小股東北風影響,水氣增多,北部、東半部有局部短暫陣雨,中南部晴時多雲;下週二(15日)、週三北台灣白天氣溫微降、稍轉涼,中南部白天仍偏熱。
吳德榮補充,最新各國模式模擬顯示,週六、週日熱帶擾動在南海醞釀,大致朝越南方向前進,但模式預測發展的程度稍有差異,持續調整中,需再觀察。
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AI outlook — possibilities, not facts
週六、週日(12日、13日)台灣東北部及東半部將有局部短暫陣雨,山區午後有局部降雨
Likely · Within days
下週一至週三(14日至16日)台灣北部及東半部將有局部短暫陣雨
Possible · Within days
The Chengdu Institute of Cultural Relics and Archaeology announced the results of archaeological botanical research at the "Huang Zhong Primary School" site in Jinsha. Through flotation method analysis of carbonized seeds, it was found that the staple food of Jinsha ancestors 3,000 years ago was mainly rice (accounting for 76.8%) and millet as a supplement. The low proportion of weeds indicates that agriculture is the main economic activity, reflecting the farming wisdom and sustainable development concepts of the ancient Shu ancestors based on local conditions.

A research team from the Institute of Geology and Geophysics of the Chinese Academy of Sciences used nanoindentation technology to conduct non-destructive mechanical tests on Chang'e 5 lunar soil, lunar meteorites and Earth rock samples. They found that there are significant differences in the anti-deformation capabilities of different minerals. The space weathering process has a profound impact on the mechanical properties of minerals, providing key parameters for future in-situ resource utilization on the moon.

Lin De'en, a doctor of atmospheric sciences at National Taiwan University, pointed out that as of early September 2026, the Niño phenomenon is rapidly intensifying and is predicted to enter a very strong stage from October to December. Niño 3.4/RONI may reach the historical extremely strong level above +2.5°C. NOAA estimates that the probability of reaching this level is about 69%, and the probability of a very strong Niño exceeds 90%.

A team including the Institute of Vertebrate Paleontology of the Chinese Academy of Sciences used paleoproteomics technology to successfully identify three Denisovan bone fossils from more than 60,000 bone fragments at the Bat Cave site in Yunnan, including the world's first Denisovan radius bone, filling the gap in the geographical distribution of this ancient human in the southwest.

Through multidisciplinary research on the Bat Cave site in Heqing, Yunnan, a team from the Institute of Tibetan Plateau Research of the Chinese Academy of Sciences revealed for the first time the physical shape, technical behavior and survival strategies of the Denisovans in southern China, confirming that they had a long-term and stable survival model on the southeastern edge of the Tibetan Plateau. The research results were published in the magazine Nature.
The Institute of Process Engineering of the Chinese Academy of Sciences cooperated with Ganfeng Lithium Industry to build the world's first continuous tower extraction and separation demonstration line with an annual output of 500 tons of rubidium and cesium carbonate, achieving stable operation of the entire process. This technology achieves efficient and green separation of low-grade rubidium and cesium resources, with product purity reaching over 99.9%, which is of great significance to ensuring the security of China's rubidium and cesium resources.