Delhi and surrounding areas witnessed moderate to heavy rainfall on Friday, causing a significant temperature dip. The India Meteorological Department (IMD) has issued an 'orange' alert for the national capital for Friday, cautioning residents about possible hailstorms. The maximum temperature plummeted to 15°C, nearly 10°C lower than Thursday, with the minimum hovering at 12°C. The IMD predicts continued rainfall due to a Western Disturbance, warning of thunderstorms and hail in the region. A 'yellow' alert has been issued for Saturday and Sunday.
Uttar Pradesh: Showers and Thunderstorms Expected
Rainfall extended to parts of Uttar Pradesh, accompanied by thunderstorms. The IMD has included the state in its warning for hailstorms, urging residents to prepare for more rain and possible disruptions. The ongoing Western Disturbance is expected to cause heavy showers, particularly in western Uttar Pradesh, over the weekend.
Uttarakhand: Heavy Rain and Hailstorm Likely
Uttarakhand faces a forecast of heavy rainfall and thunderstorms, with hailstorm activity predicted in some regions. The IMD has cautioned against travel in hilly areas due to potential landslides and slippery conditions. The state's colder temperatures combined with rainfall could further intensify the chill.
Himachal Pradesh: Hailstorm Activity and Rainfall
Southeastern Himachal Pradesh is likely to experience thunderstorms and hailstorms, adding to the ongoing wet weather. Heavy rainfall is expected across the state, prompting warnings for travelers in hilly regions. The IMD advises caution, particularly in areas prone to landslides and road blockages.
Jammu and Kashmir saw rain in the plains and snowfall in higher altitudes. The region is bracing for further precipitation, adding to the already freezing conditions. Authorities have alerted residents to potential disruptions in travel and daily activities due to heavy snowfall and hailstorms.
The IMD’s warnings underscore the need for caution and preparedness across North India, as inclement weather conditions persist in multiple states.