Barometric Pressure
Barometric Pressure in Mali
We monitor barometric pressure across 1 city in Mali, giving you up-to-date insights into local weather patterns.
Whether you're tracking pressure changes for health reasons, planning outdoor activities, or planning a fishing trip, our data is tailored to conditions in Mali, with detailed readings city by city.
Mali Barometric Pressure Map
Depending on how many places we monitor in Mali, the map displays a sampled set of barometric pressure data to give a clear overview of current conditions.Weather Systems
Air pressure in Mali is shaped by large weather systems, mainly the West African Monsoon and the Sahara High. The monsoon pulls moist air from the Atlantic Ocean, lowering pressure during the rainy season. The Sahara High pushes dry air south, raising pressure in the dry season.
Geography
Mali’s geography affects air pressure because it covers desert in the north and savanna in the south. The vast Sahara heats up quickly, causing low pressure zones, especially in summer. The Niger River and lower lands in the south keep pressure more stable and help the south receive more rain.
Seasonal Cycles
There are strong seasonal cycles in air pressure. In summer, hot desert air causes low pressure in the north, while the south gets lower pressure from the monsoon. In winter, dry air from the Sahara causes higher pressure over most of Mali, leading to drier weather.
Climate Change
Climate change is making air pressure patterns in Mali less predictable. Rising temperatures in the Sahara create bigger pressure differences, sometimes making storms and droughts worse. Overall, changes in pressure patterns can affect when and how much rain Mali gets each year.
Places in Mali
You can find your city in the lists below, by using our search, or on the Mali Pressure Map above. We're tracking barometric pressure across multiple locations in Mali to keep you informed.
Each city includes a detailed page with hourly and 14-day forecasts. These help you see how much the pressure is changing over time.