GMet Forecasts Widespread Rain and Thunderstorms Across Ghana with Warnings for Commuters and Marine Users

The Ghana Meteorological Agency (GMet) has issued a comprehensive weather warning for today, predicting a significant mix of rain, mist, and thunderstorms across various sectors of the country. According to the national forecaster, wet weather conditions are expected to persist from morning through late evening, marking a period of heightened atmospheric activity. The forecast highlights a shift in conditions that will likely impact daily routines, particularly for those in the coastal belt and the northern sectors of the country where the intensity of the weather systems is expected to be most pronounced as the day progresses. Detailed projections indicate that light to moderate rainfall will be concentrated along the coastline and within specific communities in the Oti Region throughout the day. As the afternoon unfolds, atmospheric instability is expected to trigger thunderstorms across the middle belt and the northern regions. Coastal areas, particularly within the Greater Accra and Volta Regions, are likely to experience moderate weather impacts. While other parts of the country face a generally lower risk of severe weather, GMet emphasizes that the scattered nature of these systems requires residents to remain vigilant and prepared for sudden changes in local conditions. Beyond rainfall, the agency has raised concerns regarding visibility and maritime safety. Dense mist and fog patches are anticipated in forested and mountainous areas during the early hours, potentially creating hazardous driving conditions for commuters. Furthermore, marine users are advised to exercise extreme caution as rough sea conditions are expected to accompany the prevailing weather patterns. With temperatures projected to fluctuate between a minimum of 23°C and a maximum of 34°C, GMet encourages the public to monitor official updates and plan travel or outdoor activities with these variable conditions in mind to ensure personal safety and minimize disruptions.