India  

Severe heat wave conditions to continue in North India for next two days: IMD

IndiaTimes Monday, 17 June 2024
IMD predicts a heat wave in north India for 2 days. Relief is expected as the western disturbance nears. Day temperatures may drop by around 2 degrees Celsius. Light rainfall and thunderstorms are forecasted in several states from June 18-20. Monsoons are likely to progress into more regions.
0
shares
ShareTweetSavePostSend
 

You Might Like


Related videos from verified sources

Lifestyle and Beauty Must-Haves to Beat the Heat This Summer [Video]

Lifestyle and Beauty Must-Haves to Beat the Heat This Summer

We're entering the peak heat of the summer season, and we all know that means increased sweat for our normal outdoor activities like gardening, taking a walk or having a catch. What you might not know..

Credit: LifeMinute.tv     Duration: 03:00Published
More Storms Forecast to Hit Midwest That’s Already Been Devastated by Widespread Floods [Video]

More Storms Forecast to Hit Midwest That’s Already Been Devastated by Widespread Floods

More Storms Forecast to Hit , Midwest That’s Already Been Devastated , by Widespread Floods. NBC reports that communities across the Midwest have been devastated by days of flooding, with more..

Credit: Wibbitz Top Stories     Duration: 01:30Published

Related news from verified sources

Heatwave conditions to continue over north India for next 2 days

IMD predicts a heat wave in north India for 2 days. Relief is expected as the western disturbance nears. Day temperatures may drop by around 2 degrees Celsius....
IndiaTimes

IMD issues orange alert amid severe heatwave

Delhi anticipates rainfall by month-end, IMD reports, as weather improves in the capital and adjoining areas. Dr. Naresh Kumar forecasts temperatures around...
IndiaTimes

Weather Update: When will there be respite from heatwave? This is what IMD has to say

The India Meteorological Department (IMD) said heat wave conditions over northwest, central and east India were likely to continue with reduced intensity during...
DNA