Met Office Forecasts Rain and Snowfall for Upper Regions of Pakistan
Rain, Snowfall Forecast for Pakistan's Upper Regions

Met Office Issues Weather Alert for Upper Pakistan

The Pakistan Meteorological Department (PMD) has released a significant weather forecast, predicting a spell of rain and snowfall across the upper regions of the country. This development is expected to influence various sectors, including agriculture and transportation, in the coming days.

Detailed Forecast for Specific Areas

According to the Met Office, the upper regions, particularly Gilgit-Baltistan and Azad Jammu and Kashmir, are likely to experience moderate to heavy rainfall and snowfall. The forecast indicates that these weather conditions could persist, bringing cooler temperatures and potential disruptions to daily life.

Key points from the prediction include:

  • Rainfall is anticipated in parts of Khyber Pakhtunkhwa (KPK) and northern Punjab, with isolated showers expected.
  • Snowfall is forecasted for higher elevations in Gilgit-Baltistan and Kashmir, which may affect mountain passes and road connectivity.
  • The Met Office has advised residents and travelers to exercise caution due to possible slippery roads and reduced visibility.

Potential Impacts and Precautions

This weather system could have several implications for the region. In agriculture, the rain and snow might benefit winter crops by providing much-needed moisture, but farmers should monitor conditions to protect sensitive plants. For transportation, authorities are urged to prepare for possible delays or closures on key routes, especially in mountainous areas.

The Met Office emphasizes that this forecast is based on current meteorological data and may be updated as conditions evolve. Residents in affected areas are encouraged to stay informed through official channels for any advisories or warnings.

Overall, this prediction highlights the importance of weather preparedness in Pakistan's diverse climatic zones, particularly as seasonal changes bring varied precipitation patterns to the upper regions.