City
Epaper

Severe cold intensifies in J&K; Drass in Ladakh freezes at minus 20.8

By IANS | Updated: January 3, 2023 10:30 IST

Srinagar, Jan 3 Sub-zero night temperatures continued in Ladakh region and the Kashmir valley on Tuesday as the ...

Open in App

Srinagar, Jan 3 Sub-zero night temperatures continued in Ladakh region and the Kashmir valley on Tuesday as the Meteorological (MeT) office said that cold, dry weather with partly cloudy sky was expected to continue.

"Cold, dry weather with partly cloudy sky is expected in J&K and Ladakh during the next 24 hours," said an official of the MeT department.

Srinagar had minus 4.4, Pahalgam minus 7.2 and Gulmarg minus 9.2 degrees Celsius as the minimum temperature.

In Ladakh region, Drass had minus 20.8, Kargil minus 17.2 and Leh minus 14 as the minimum temperature.

Jammu had 3.6, Katra 5, Batote 0.1, Banihal minus 1.4 and Bhaderwah 0.2 as the minimum temperature.

Disclaimer: This post has been auto-published from an agency feed without any modifications to the text and has not been reviewed by an editor

Open in App

Related Stories

Other SportsNeeraj Chopra committed to throw 90 metres in more competitions after Paris DL win

BusinessLeo Dryfruits and Spices Trading to Sponsor MSME Star Awards 2025 in Celebration of International MSME Day

BusinessEmpowering Financial Justice: How Dexian Can Architect the Future of Corporate Fraud Investigation for SFIO

NationalIDY 2025: Yoga transitions individuals from 'Me' to 'We', says PM

MaharashtraMaharashtra HSRP Number Plate: What Is It, How to Apply Online, Last Date and Price Details

National Realted Stories

NationalIDY2025: Yoga vital for mental health, cuts down stress, say Ministers

NationalIDY 2025: Grand Yoga Day event held at Attari-Wagah border

NationalIDY 2025: India becoming global destination for healing, says PM Modi

NationalYoga a profound path to inner peace, collective well-being: HD Kumaraswamy

NationalAcharya Prashant redefines yoga through Bhagavad Gita in cinema halls broadcast across India