Snowfall Expected in Balochistan and KPK on December 31, 2024

snowfall

Islamabad, December 30, 2024 – The Pakistan Meteorological Department (PMD) has forecast snowfall in various parts of Balochistan and Khyber Pakhtunkhwa (KPK) for Tuesday, December 31, 2024. Light rain and snow are expected in northern Balochistan, upper KPK, and parts of Gilgit Baltistan, providing much-anticipated winter conditions for these regions.

The PMD report highlights that cold and partly cloudy weather will prevail across most areas of the country. However, hilly regions will experience particularly cold conditions during morning and night hours. Moderate to dense fog is likely to persist in Punjab, upper Sindh, and parts of KPK during these times, reducing visibility and potentially affecting road travel.

According to the PMD’s synoptic analysis, continental air dominates the weather pattern across most of Pakistan. A shallow westerly wave is anticipated to influence the western and extreme northern parts of the country by Tuesday evening or night, bringing the likelihood of precipitation and snowfall to these areas.

For Monday night, dry and cold weather is expected to continue across most of the country, with very cold and partly cloudy conditions in hilly areas. Foggy conditions are forecasted to persist in plains, especially in Punjab and upper Sindh.

Recent Weather Conditions

Over the past 24 hours, the country experienced cold and dry weather, with dense fog blanketing most districts of Punjab and upper Sindh. Hilly areas reported significantly low temperatures, emphasizing the severity of winter in these regions.

Minimum Temperatures Recorded on December 30, 2024

The lowest temperatures recorded today include:

• Leh: -13°C

• Gupis: -10°C

• Skardu: -9°C

• Gilgit: -7°C

• Astore, Hunza: -6°C

• Kalam, Kalat: -5°C

Residents are advised to prepare for snowfall and remain cautious during foggy conditions. Travelers heading to affected areas should stay updated with PMD advisories and ensure safety precautions for potential weather disruptions.