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Weather in Rajshahi Division

7 cities

Weather in Rajshahi Division

Rajshahi Division is home to 7 cities tracked on Mausam Online, including Rajshahi, Natore and Bogra. Live weather, hourly forecasts and air-quality data are available for every city.

Climate & seasons

Like the rest of Bangladesh, Rajshahi Division has a warm, humid monsoon climate. Summer is hot and humid and peaks in April and May, with Kalbaishakhi thunderstorms in the pre-monsoon weeks. Most of the year's rain falls from June to September, heaviest in June and July, when river flooding is common, and cyclones from the Bay of Bengal are a risk before and after the monsoon, above all near the coast. Winter is short, dry and cool.

When to visit Rajshahi Division

The most comfortable months to visit are November to February, when the air is dry and the days mild; December and January are the coolest months. The monsoon months are hot and humid, with frequent heavy rain and flooding.

Air quality in Rajshahi Division

AQI conditions vary by city and season. Winter (November–January) is typically the worst, when cool, still air traps pollution near the ground. Each city's page, linked above, shows its live AQI.

Frequently Asked Questions

What is the weather in Rajshahi Division today?
Weather in Rajshahi Division varies by region. The cards above show the current temperature and conditions in cities such as Rajshahi, Natore and Bogra; open any city for rain, AQI and PM2.5/PM10, and for a full hourly and 7-day forecast.
When does the monsoon arrive in Rajshahi Division?
Heavy pre-monsoon storms often begin in April and May, and the southwest monsoon then brings most of the year's rain from June to September; rain is heaviest in June and July.
Which is the largest city in Rajshahi Division?
Rajshahi is the largest city in Rajshahi Division. We provide live weather forecasts for 7 cities across the region.
How often is the weather data updated?
Every city's weather and AQI data refreshes every 60 minutes from Open-Meteo, which combines ECMWF and other forecast models. See "How we predict the weather" for full sourcing.