Vinh Long Issues Flood Warning Due to High Tides; New Surge Expected End of October
Vinh Long province in southern Vietnam has issued a flood warning due to high tides, with water levels exceeding alert levels in mid-October, causing localized flooding. A further rise is predicted by the end of the month, prompting warnings for residents.
Read up to 3 eligible full articles per Japan day (JST) for free
Create a free account to open up to 3 eligible full articles per Japan calendar day (JST). Headlines and summaries remain available across ASEAN 7.
Related articles
- Massive Discard of Used Clothes in Hanoi Outskirts Raises Environmental Concerns and Disposal Costs
Approximately 300 tons of used clothing, collected for charity, have been illegally dumped in an undeveloped area on the outskirts of Hanoi, causing foul odors and environmental pollution. Authorities estimate disposal costs at VND200 million and are considering penalties under waste management laws, highlighting challenges in Vietnam's waste handling.
- Central Vietnam Flood: One Missing, Rescue Efforts Underway
In Lam Dong Province, central Vietnam, a woman was swept away and remains missing after attempting to cross a swollen river on the evening of October 14th. Local authorities are continuing search operations. The region has experienced frequent flood damage due to extreme weather events in recent years.
- Vietnam Braces for Thunderstorms as Rainy Season Nears End
Vietnam is experiencing a decrease in rainfall as the rainy season winds down on October 15. However, many areas are still forecast to see thunderstorms in the afternoon and evening, with risks of localized heavy downpours, strong gusts, lightning, and hail.
- Ho Chi Minh City Experiences Dense Fog; Air Pollution and Meteorological Conditions Cited as Potential Causes
Ho Chi Minh City experienced dense fog on October 15, significantly reducing visibility. Experts point to a combination of meteorological conditions and urban air pollution accumulation as likely causes, while the possibility of transboundary haze is not ruled out.