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Prior to Typhoon Yagi forming and making landfall in Vietnam, domestic media reported unusual weather patterns in August 2024. Speaking to the Natural Resources and Environment newspaper, Mai Văn Khiêm, Director of the National Center for Hydro-Meteorological Forecasting, stated that the country's average temperature reached 28.3 °C (82.9 °F), the highest in recorded history. [1]
Typhoon Yagi, known in the Philippines as Severe Tropical Storm Enteng, was a deadly and extremely destructive tropical cyclone which impacted Southeast Asia and South China in early September 2024. Yagi, which means goat or the constellation of Capricornus in Japanese , was the eleventh named storm , the first violent typhoon , and the first ...
September 7, 2024 — Typhoon Yagi made landfall in Northern Vietnam as one of the strongest in Vietnamese history. As of September 29, 2024, Yagi has caused severe flooding and damage across Vietnam and has caused at least 322 deaths in the country and VND 81.5 billion (US$3.31 billion) in damages.
Severe floods are expected to inundate parts of Vietnam's north, including the capital Hanoi, government officials said, as the aftermath of typhoon Yagi, the most powerful storm to hit Asia so ...
At least 197 people have been killed by Typhoon Yagi's inundations in Vietnam alone, as a vast swath of Southeast Asia reels from flooding and landslides. Typhoon Yagi blamed for over 200 deaths ...
Super Typhoon Yagi hit island districts of north Vietnam around 1 p.m. (0600 GMT), generating winds of up to 160 kph (99 mph) near its centre, having lost power from its peak of 234 kph (145 mph ...
In the North Indian Ocean, Cyclone Asna formed between Madhya and Uttar Pradesh on August 30. On August 31, Typhoon Yagi formed, later affecting the Philippines and became a powerful Category 5 super typhoon in the South China Sea before striking northern Vietnam, becoming the strongest storm of the month.
Storms like Typhoon Yagi were “getting stronger due to climate change, primarily because warmer ocean waters provide more energy to fuel the storms, leading to increased wind speeds and heavier ...