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Thunderstorms, Hail and Dust‑Stirring Winds Sweep Saudi Arabia on Tuesday; Calm in Ireland

The Saudi Arabian National Center for Meteorology predicts widespread convective activity and sea waves on November 3, 2026, while Met Éireann forecasts clear skies in Ireland and the National Weather Service expects scattered showers in Lake Charles on the same day.

By Quanta ReportSource: spa.gov.sa2 min read
Thunderstorms, Hail and Dust‑Stirring Winds Sweep Saudi Arabia on Tuesday; Calm in Ireland
Image via spa.gov.sa

In brief

Saudi Arabia will experience thunderstorms with hail and strong dust‑stirring winds across several regions alongside waves up to two metres, according to the National Center for Meteorology. In Ireland, Met Éireann reports an initial cold start that will clear of mist and fog early Tuesday with only a few showers. The Lake Charles, Louisiana forecast predicts a cold front late Tuesday bringing scattered showers and gusty winds.

On Tuesday, November 3, 2026, the National Center for Meteorology published a forecast that signals widespread thunderstorms, hail, and potent dust‑stirring winds across several Saudi Arabian regions.

Saudi Arabia

The agency identified Jazan, Aseer, Al‑Baha, Hail, Al‑Jouf, the Northern Borders, southern Makkah, northern Qassim, and the Eastern provinces as active zones for convective storms. Thunderstorm, a convective system producing thunder and lightning, is expected to bring hail—freezing water droplets that fall as pellets—in these areas. The forecast also noted that high temperatures, typical of the region, will support vigorous updrafts that lift moisture to the cloud tops.

Winds over the Red Sea will veer from northwesterly to northerly, ranging from 15 to 35 km/h in the northern sector and peaking at 45 km/h; winds in the central and southern sectors shift between northerly, northwesterly, and southeastern directions with speeds from 12 to 32 km/h. These wind speeds are sufficient to stir loose dust and sand, creating the so‑called dust‑stirring winds that can reduce visibility and trigger sand‑storm conditions.

Wave heights along the Red Sea and Arabian Gulf sea boundaries are projected between half a meter and two metres, yielding conditions that range from calm to choppy as the storm systems move. Wave height, the vertical distance between successive peaks, increases with wind fetch and duration; the forecast implies that the strong winds will sustain the energy needed to generate the specified wave spectrum.

Fog is expected on low levels in many of the mentioned provinces, with visibility reductions that may persist through the afternoon. Fog forms when water vapor condenses into liquid droplets near the surface, and it can significantly affect transport and mining operations in the affected districts.

Ireland

Met Éireann, the Irish Meteorological Service, reported that a cold start to Tuesday will see any remaining frost dissipate early, followed by the gradual clearing of mist and fog throughout the morning. The forecast specifies that the cold air front will bring a few showers during the day but that overall sunshine dominance is likely, providing the region a relatively calm weather pattern compared with the Arabian Peninsula.

USA – Lake Charles, Louisiana

In the United States, the National Weather Service office in Lake Charles, Louisiana, forecasted a late‑Tuesday cold front that will initiate scattered showers and thunderstorms; some storms could produce gusty winds. While the service did not provide precise wind speed estimates, it emphasized the potential for wind gusts exceeding typical local thresholds, which could affect power lines and outdoor structures.

These forecasting snapshots illustrate the contrasting meteorological regimes operating across the globe: from intense convective avalanches in a hot desert basin to mild transitional weather in a temperate maritime climate and a frontal disturbance on the Gulf Coast. The juxtaposition of high‑intensity African weather with the more moderate European condition underscores the diverse atmospheric stability, moisture content, and thermal gradients that define regional climatology.

In each case, the agencies rely on satellite imagery, surface observations, and numerical weather prediction tools that assimilate data from a widespread network of instruments. Though the specifics differ, the shared goal remains to communicate probabilities of weather phenomena that could impact human activities, infrastructure, and the environment throughout the forecast period.

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