Air trough: Areas around Al Hajar to get heavy rains
Published: 09:11 AM,Nov 03,2023 | EDITED : 01:11 PM,Nov 03,2023
Muscat: The latest weather updates and analysis of the National Multi Hazard Early Warning Center indicate that an upper air trough is likely to affect the Sultanate of Oman starting from Sunday, November 5, until Thursday, November 9.
There are chances of thunderstorms of varying intensity associated with active downdraft winds and hail are expected over the governorates of Musandam, Al Buraimi, North al Batinah, South aL Batinah, Al Dhahirah, Muscat, Al Dakhyliah, North Al Sharqiyah and South al Sharqiyah
The heaviest rainfall are expected over Al Hajar mountains, adjoining areas and Oman Sea coastal areas. After the passage of the trough there will a relative drop in temperatures due to northwesterly winds.
Details of daily weather condition:
1. Clouds advection and formation with thunderstorms of varying intensity (10 - 40 mm) associated with hail, which may cause wadies flow.
2. Active downdraft winds with speed ranging between (15 to 30 kt) (28-56km/h).
3. Wave height is likely to rise to moderate (2 meters) along Musandam west coasts and Oman Sea coasts during the effect of thunderstorms.
There are chances of thunderstorms of varying intensity associated with active downdraft winds and hail are expected over the governorates of Musandam, Al Buraimi, North al Batinah, South aL Batinah, Al Dhahirah, Muscat, Al Dakhyliah, North Al Sharqiyah and South al Sharqiyah
The heaviest rainfall are expected over Al Hajar mountains, adjoining areas and Oman Sea coastal areas. After the passage of the trough there will a relative drop in temperatures due to northwesterly winds.
Details of daily weather condition:
1. Clouds advection and formation with thunderstorms of varying intensity (10 - 40 mm) associated with hail, which may cause wadies flow.
2. Active downdraft winds with speed ranging between (15 to 30 kt) (28-56km/h).
3. Wave height is likely to rise to moderate (2 meters) along Musandam west coasts and Oman Sea coasts during the effect of thunderstorms.