Fujian - China   2026-07-25   Saturday   24.57N, 118.10E

Jimei

Fujian - China
2026-07-25

厦门市气象台发布台风蓝色预警信号

Issue date: 2026-07-24T21:37+08:00

厦门市气象台2026年07月24日21时37分发布台风蓝色预警信号:今年第12号台风“红霞”(强热带风暴级)今天21时中心位于厦门南偏东方向约600公里的洋面上,预计,台风“红霞”将以每小时25~30公里的速度向西偏北方向移动,强度逐渐加强,将于25日晚上至26日早晨在广东深圳到惠来一带沿海登陆(33~40米/秒,12~13级,台风级),登陆后转向偏北方向移动,强度逐渐减弱。受其影响,未来24小时我市及沿海将由东北风转为东南风,25日傍晚起风力逐渐增强,市区东南风最大可达4~5级、阵风7级;内海及各大桥5~6级、阵风7~8级;高海拔山区和厦门沿海5~6级、阵风7~9级。请注意防范台风大风的不利影响。当前台风预警信号状态:蓝色(全市)。

Description

Within 24 hours may be or has been affected by a tropical cyclone, coastal or land average wind force is 6 or more, or gust can reach 8 or more and may persist.

Guidelines

1. The government and relevant departments shall make preparations for typhoon prevention in accordance with their duties;

2. Stop outdoor group activities and high-altitude outdoor dangerous operations;

3. Water operations in relevant waters and passing ships take active countermeasures, such as returning to the port to avoid wind or sailing in a detour, etc.;

4. Reinforce doors and windows, enclosures, scaffolds, billboards and other structures that are easily blown by the wind, and cut off dangerous outdoor power sources.

厦门市气象台发布高温橙色预警信号

Issue date: 2026-07-24T09:01+08:00

厦门市气象台2026年07月24日09时01分发布高温橙色预警信号:受台风“红霞”外围下沉气流影响,预计今天白天湖里区、思明区最高气温可达33~35℃,局部超过36℃;集美区、海沧区、同安区、翔安区最高气温可达34~36℃,局部超过37℃。高温时段出现在11~16时。请注意做好防暑降温工作,特别是户外或者高温条件下的作业人员应当采取必要的防护措施。当前高温预警信号状态:橙色(全市)。

Description

The maximum temperature will rise above 37°C within 24 hours.

Guidelines

1. Relevant departments and units implement safeguard measures for heatstroke prevention and cooling in accordance with their duties;

2. Try to avoid outdoor activities during high temperature periods, and those working under high temperature conditions should shorten the continuous working time;

3. Provide heatstroke prevention and cooling instructions for the elderly, the weak, the sick, and the young, and take necessary protective measures;

4. Relevant departments and units should take precautions against fires caused by excessive power consumption and excessive electrical loads such as wires and transformers.