Heavy Rain Forecast for Northern Vietnam Starting Tonight
Northern Vietnam is set to experience heavy rainfall starting tonight, with some areas expecting over 300mm

The National Civil Defense Steering Committee has issued a warning regarding the potential for flash floods and landslides in Northern Vietnam as heavy rains are forecasted from July 16 to July 18. The National Center for Hydro-Meteorological Forecasting predicts rainfall amounts between 80-150mm, with some areas possibly exceeding 300mm.
Authorities are particularly concerned about the risk of intense rainfall, with expectations of over 100mm in just three hours. Following this period, additional rainfall is anticipated in mountainous and midland regions, with localized areas expected to receive over 100mm.
From the night of July 16 to July 21, river levels in Northern Vietnam are expected to rise, with flood levels potentially reaching warning levels 2 to 3 in smaller rivers. On the Thao River, Lo River, and upstream of the Thai Binh River system, levels may rise to warning levels 1 to 2, with some areas exceeding warning level 2.
In response, the Civil Defense Steering Committee has called on provincial and municipal governments to closely monitor weather developments and promptly inform local authorities and residents to prepare for potential flooding. Local emergency response teams are urged to conduct checks, organize evacuations for residents in flood-prone areas, and ensure that waterways are cleared to facilitate drainage.
Additionally, authorities are instructed to enhance traffic control at low-lying areas and ensure that people and vehicles do not cross unsafe zones. Local governments must also assess the safety of mining sites, small hydropower reservoirs, and vulnerable water storage facilities, ensuring that teams are ready to manage any emergencies that arise.
Communications should be strengthened to educate residents on how to respond to heavy rains, floods, and landslides, thereby reducing potential damage and ensuring public safety during this weather event.