Storms leave 30 dead in Beijing; Video shows destruction caused by floods

by Marcelo Moreira

Drone images show destruction caused by floods in Beijing, China the storms that have been hitting China left 30 dead so far in the capital, Beijing, according to a balance released by state news agency Xinhua, on Tuesday (29). According to the state newspaper “Beijing Daily”, more than 80,000 people were removed from the city due to storms, dozens of roads were closed and more than 130 villages were out of electricity. “The extremely strong continuous rains have caused great disasters,” the newspaper says. A video from the Reuters news agency, made with drone, shows the scenario of destruction in the capital. A broken bridge, villages submerged in mud and floods can be seen in the images (see above). Drone image shows damaged roads and falling trees near the Qingshui River, which overflowed after heavy rains that flooded the area in Miyun district in Beijing Reuters/Florence LO on Monday night, Chinese President Xi Jinping asked the authorities to prepare to the worst scenario and accelerate the transfer of residents at the highest risk areas. flood. In Hebei, on the outskirts of the capital, a landslide on Monday also left eight dead and four missing, said state broadcaster CCTV. The heavy rains began on July 23, but reached their peak in Beijing and neighboring provinces on Monday, with Miyun recording rains of up to 573.5 mm – levels that local media described as “extremely destructive.” The average annual precipitation in Beijing is about 600 mm. Rescue work in the district of Huairou, in Beijing CNSPhoto via Reuters Destruction in the Miyun district of Beijing, after heavy rain flood the Reuters/Florence Lo area

Source link

You may also like

Leave a Comment

Este site usa cookies para melhorar a sua experiência. Presumimos que você concorda com isso, mas você pode optar por não participar se desejar Aceitar Leia Mais

Privacy & Cookies Policy

Adblock Detected

Please support us by disabling your AdBlocker extension from your browsers for our website.