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周四起雨水“出勤率”变高 体感闷热
Mei Ri Shang Bao· 2025-07-17 03:09
Group 1 - The recent high temperatures in Hangzhou reached a peak of 36.5℃, prompting an orange heat warning from the local meteorological station [1] - The high temperatures are attributed to accumulated surface heat from continuous sunny weather, rather than being under the control of the subtropical high [1] - Starting Thursday, weather conditions are expected to change with increased cloud cover and afternoon thunderstorms, leading to a slight decrease in temperatures to around 36℃ [1] Group 2 - A tropical depression has formed east of the Philippines, expected to strengthen into Typhoon "Wipha" within 24 hours, moving towards the northeastern South China Sea [2] - The typhoon is predicted to reach a maximum intensity of 13-14 levels (38-45 m/s) and approach the eastern coast of Hainan Island to the central-western Guangdong coast [2] - There is currently no specific information on the impact of the typhoon on Zhejiang, and further observation is required [2]
大数据看今年入汛来最强降雨有多猛 新一轮暴雨过程将影响哪里?
Yang Shi Wang· 2025-06-24 10:13
Core Insights - The strongest rainfall since the onset of the flood season has affected 14 provinces and regions in southern China from June 17 to 23, with many areas breaking historical daily rainfall records [1][2] - The cumulative rainfall in provinces such as Guangxi, Guizhou, Hunan, Hubei, and Anhui reached between 400 to 700 millimeters, with some localities exceeding 1,118 millimeters [2][3] - A new round of strong rainfall is expected to follow immediately, impacting areas including Sichuan and Chongqing, although the intensity and range will be less than the previous event [4][6] Rainfall Data - Specific extreme rainfall records include: - Hubei Hefeng: 328.4 mm on June 19 - Guizhou Zhijin: 279.7 mm on June 19 - Guangxi Tian'e: 208.7 mm on June 23 - Hunan Longshan: 205.8 mm on June 19 - Jiangsu Hongze: 191 mm on June 20 - Jiangsu Binhai: 189 mm on June 20 [3] Meteorological Analysis - The intensity of the rainfall is attributed to favorable conditions for moisture and energy, with the positioning of the subtropical high-pressure system causing persistent rainfall in the Yangtze River region [3] - The interaction of cold and warm air masses at the edge of the subtropical high-pressure system has led to prolonged heavy rainfall, with both cold vortices and subtropical high-pressure being stronger than usual [3] Upcoming Weather Forecast - From now until June 27, another round of strong rainfall is anticipated, particularly affecting the eastern part of the southwest region and areas like Jianghan and Huanghuai [4][6] - The core impact period for this new rainfall event is expected to be tomorrow and the day after, with significant rainfall predicted for regions from Guizhou to southern Henan [6] - Areas previously affected by heavy rainfall may experience cumulative rainfall exceeding 200 millimeters, raising concerns about potential secondary disasters such as landslides and mudslides due to saturated soil conditions [4][6]
周二起暖湿气流强势 “反扑” 本周杭城重启“雨雨雨”模式
Mei Ri Shang Bao· 2025-05-19 02:38
Group 1 - The weather in Hangzhou has shown a drastic change from hot to cool, highlighting the significant impact of humidity on comfort levels [1] - On Sunday, the temperature was pleasant due to the influence of cold air, with thick cloud cover and occasional light rain, making it one of the most comfortable days recently [1] - However, temperatures are expected to rise again on Monday, reaching around 33°C in the afternoon, signaling the return of early summer heat [1] Group 2 - Starting Tuesday, warm and humid air will return, leading to a series of rain events in Hangzhou, with a focus on thunderstorms and heavy rain from Tuesday to Saturday [1] - The upcoming weather pattern resembles a rehearsal for the plum rain season, prompting residents to stay updated on weather forecasts and prepare for both sun and rain [2] - Recommendations include carrying an umbrella, staying hydrated, consuming light meals, and using air conditioning or fans to manage indoor temperature and humidity [2]