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Mausam Online

Weather in Jammu & Kashmir

2 cities

Srinagar
 
Jammu
 

Weather in Jammu & Kashmir

Jammu & Kashmir is home to 2 cities tracked on Mausam Online: Srinagar and Jammu. Live weather, hourly forecasts and air-quality data are available for every city.

Climate & seasons

Jammu & Kashmir has two quite different climates. Around Jammu, at the edge of the plains, it is hot from April to June, and most of the year's rain falls with the monsoon from June to September, heaviest in July and August. The Kashmir Valley around Srinagar lies much higher: summers are far milder than on the plains, winters are cold with snow, and most of its rain and snow comes from western disturbances in winter and spring rather than from the monsoon.

When to visit Jammu & Kashmir

Srinagar and the valley are most pleasant from April to October, with blossom in spring and summer days far milder than on the plains; around Jammu, the most comfortable months are October to March, outside the summer heat.

Air quality in Jammu & Kashmir

Air quality is usually at its worst between November and January and at its best during the monsoon, when rain washes the air.

Frequently Asked Questions

What is the weather in Jammu & Kashmir today?
Weather in Jammu & Kashmir varies by region. The cards above show the current temperature and conditions in cities such as Srinagar and Jammu; 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 Jammu & Kashmir?
Around Jammu, the monsoon brings most of the year's rain from June to September, and rain is heaviest in July and August. It has little effect on the Kashmir Valley, where the wettest months come in late winter and spring.
Which is the largest city in Jammu & Kashmir?
Srinagar is the largest city in Jammu & Kashmir. We provide live weather forecasts for 2 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.