Vietnam.vn - Nền tảng quảng bá Việt Nam

Many roads in Long Xuyen were flooded due to heavy rain and high tides.

On the afternoon of October 10, in Long Xuyen ward (An Giang province), heavy rain lasting more than an hour combined with high tide caused many roads to be deeply flooded, causing local traffic congestion.

Báo An GiangBáo An Giang11/10/2025

The time of rain coincided with the high tide, causing black, foul-smelling water from the sewers to flow back into many homes, offices, and businesses, wetting property and affecting the lives of residents and students.

According to the forecast of the An Giang Province Hydrometeorological Station, the water level in the downstream of Tien and Hau rivers will continue to rise and exceed alert level III by 7-20cm; reaching peak tide on the evening of October 10, then gradually decreasing.

Many roads in Long Xuyen ward were deeply flooded.

Due to the impact of high tides in the lower reaches of the river, combined with floods in the upper reaches of the Mekong River and heavy rain in the region. There is a possibility of local flooding in some low-lying areas, riverside areas, canals, roads and areas with low ground elevation, areas without dike systems, weak culverts in urban areas in Long Xuyen, Binh Duc, My Phuoc wards, My Hoa Hung, Phu Tan and Cho Moi communes. Flooding time is from 7am - 10am in the morning; from 7pm - 10pm in the evening. Flooding level is from 5-60cm.

RG

Source: https://baoangiang.com.vn/nhieu-tuyen-duong-tai-long-xuyen-ngap-sau-do-mua-lon-va-trieu-cuong-a463650.html


Comment (0)

No data
No data

Same tag

Same category

Visit U Minh Ha to experience green tourism in Muoi Ngot and Song Trem
Vietnam team promoted to FIFA rank after victory over Nepal, Indonesia in danger
71 years after liberation, Hanoi retains its heritage beauty in the modern flow
71st anniversary of Capital Liberation Day - stirring up the spirit for Hanoi to step firmly into the new era

Same author

Heritage

Figure

Enterprise

No videos available

News

Political System

Destination

Product