Atmospheric Pressure Forecast for maroua, cameroon with chart
In the next 7 days, it is expected that the pressure, will be decreasing. The maximum pressure will reach 1015.6 hPa on 08 Jun 2025 at 08:00, and the minimum will be 1006.6 hPa on 11 Jun 2025 at 16:00. The average pressure during this period is 1011.31 hPa, which is classified as normal.
The average daily air pressure fluctuation is 4.47 hPa, which is moderate, indicating moderately variable barometric pressure in this region. The average daily pressure range is 4.47 hPa, which is narrow, indicating low variability pressure.
Pressure is decreasing, which may signal impending precipitation or deteriorating weather conditions.
Historical Data
7 days Historical Atmospheric Pressure.
In the past 7 days, in maroua, cameroon experienced a decrease in pressure. The maximum barometric pressure reached 1014.7 hPa on 03 Jun 2025 at 09:00, and the minimum was 1006 hPa on 31 May 2025 at 15:00. The average air pressure during this period is 1010.66 hPa, which is classified as normal.
The average daily barometric pressure fluctuation was 4.81 hPa, which is moderate, indicating moderately variable air pressure over the past 7 days. The average daily pressure range was 4.81 hPa, which is narrow, indicating low variability pressure.
Summarizing the obtained data, there is an overall decrease in pressure during the specified period.
Overview
14 days Atmospheric Pressure Overview
Over the period of 14 days the atmospheric pressure in maroua, cameroon has been decreasing, indicating a general fall in pressure. The maximum pressure reached 1015.6 hPa at 08 Jun 2025 08:00, while the minimum air pressure was 1006 hPa at 31 May 2025 15:00. The average pressure over this period is 1010.94 hPa, which is considered average.
The most significant rise in barometric pressure occurred between 09 Jun 2025 17:00 to 09 Jun 2025 18:00, with an increase of 3.6 hPa. Conversely, the most notable drop in pressure was observed between 05 Jun 2025 12:00 to 05 Jun 2025 13:00, where air pressure decreased by -1.7 hPa.