Key Points

Typhoon Mitag has made landfall in Guangdong Province with significant wind speeds. The storm is expected to bring heavy rainfall across multiple southern Chinese provinces. Authorities have activated emergency measures to prepare for potential flooding. This marks the second typhoon to hit Guangdong within two weeks.

Key Points: Typhoon Mitag Makes Landfall in Guangdong China With 25m/s Winds

  • Typhoon Mitag made landfall in Shanwei City at 2:50 pm Friday
  • Maximum wind speeds reached 25 meters per second near the center
  • Level-IV emergency response activated for Guangdong Province
  • Heavy rainfall expected across multiple southern provinces through Sunday
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Typhoon Mitag makes landfall in south China's Guangdong

Typhoon Mitag hits Shanwei City in Guangdong, prompting Level-IV emergency response and bringing heavy rainstorms across southern China through the weekend.

"The typhoon, with the maximum wind force near its center reaching 25 metres per second, churned ashore at Shanwei City - Xinhua News Agency"

Guangzhou, Sep 19

Typhoon Mitag, the 17th typhoon of this year, made landfall in south China's Guangdong Province at about 2:50 pm Friday, according to the provincial meteorological observatory.

The typhoon, with the maximum wind force near its center reaching 25 metres per second, churned ashore at Shanwei City in Guangdong.

Meteorological authorities forecast that Mitag will continue moving to the northwest at a speed of 10 to 15 kilometres per hour and gradually weaken as it moves inland, Xinhua news agency reported.

Earlier on September 18, China's State Flood Control and Drought Relief Headquarters had activated a Level-IV emergency response for south China's Guangdong Province.

Typhoon Mitag was forecasted to make landfall along the Guangdong coast between Huilai and Taishan from Friday afternoon to evening, bringing strong winds and heavy rainfall to most parts of the province, according to meteorological forecasts.

Due to its impact, torrential rainstorms were expected to affect parts of Guangdong and east China's Fujian Province from Friday to Sunday, the National Meteorological Centre said.

Heavy rains or rainstorms are also forecast for some regions in east China's Jiangxi, central China's Hunan, and Guangxi and Hainan, both located in south China during the same period.

The national observatory has urged local authorities to implement emergency measures in preparation for the typhoon -- and potential flooding and geological disasters that may be triggered by the heavy rainfall.

China has a four-tier emergency response system, with Level I being the most severe response.

Earlier on September 8, Tapah, the 16th typhoon of this year had made landfall in south China's Guangdong Province, forcing school closures and the evacuation of tens of thousands of residents.

The typhoon, with maximum winds of up to 30 metres per second near its centre had churned ashore in Taishan, a county-level city in Jiangmen City.

Classes were suspended for about 120,000 students at 182 schools and kindergartens in Taishan, while more than 41,000 people across Jiangmen were evacuated to safer areas.

- IANS

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Reader Comments

R
Rohit P
25 m/s wind speed is quite intense! Reminds me of the cyclones we get on our eastern coast. Good that they evacuated people in advance - that's the most important thing during such natural disasters.
A
Arjun K
The frequency of these extreme weather events is increasing globally. Climate change is real and affecting all of us. Hope the affected regions get through this with minimal damage.
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Sarah B
Interesting to see China's four-tier emergency response system. Different countries have different approaches to disaster management. The evacuation of 41,000 people shows they're taking it seriously.
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Vikram M
While the response seems adequate, I hope they're also paying attention to the poorer communities who might not have access to proper shelters. Natural disasters hit the most vulnerable the hardest.
M
Michael C
The meteorological forecasting accuracy has improved so much globally. Being able to predict landfall timing and intensity hours in advance saves countless lives. Technology is truly amazing!

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