According to the weather forecast from the National Center for Hydro-Meteorological Forecasting, around March 27-28, a weak cold air mass will pour down to the Northern region.
Due to moving eastward, this cold air mass mainly increases humidity, causing cloudiness, possibly with light rain and drizzle in some places, while the temperature only decreases slightly and does not cause deep cold.
Notably, from around March 28-29, the Northern mountainous region may experience scattered showers and thunderstorms in some places. However, the main trend is still little rain, sunny weather and temperatures increasing rapidly again after the cold air weakens.
Entering the beginning of next week, around March 30-31, the hot low pressure area in the West develops strongly, causing the North to quickly switch to the hot weather of the beginning of the season. The highest temperature is commonly 34-35 degrees Celsius, in some places above 35 degrees Celsius, the temperature range day - night is largely different, characteristic of the transitional season.
This weather diễn biến shows a clear intersection between late-season cold air waves and an increasing trend of hot sunshine, creating a strongly fluctuating weather pattern, directly affecting travel plans and outdoor experiences.
Hanoi weather in the next 3 days will maintain a cloudy state, showers and thunderstorms may appear in some places at night and early morning, high humidity. Daytime will be sunny, with localized hot sunshine at times.
From the end of the month, when the cold air weakens, the temperature in Hanoi increases rapidly, at noon and early afternoon there may be a clear feeling of heat with a temperature of about 33-34 degrees Celsius, while the night and morning are still quite cool.
Traveling to Hanoi and the North during the seasonal transition, visitors can experience diverse weather during the day: cool early morning, warm sunny to lightly hot noon.
Visitors should prepare flexible clothing and closely follow the weather forecast to avoid being affected by localized thunderstorms and sudden temperature changes.
