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Barometric Pressure in Equatorial Guinea

We monitor barometric pressure across 1 city in Equatorial Guinea, giving you up-to-date insights into local weather patterns.

Flag of Equatorial Guinea

Whether you're tracking pressure changes for health reasons, planning outdoor activities, or planning a fishing trip, our data is tailored to conditions in Equatorial Guinea, with detailed readings city by city.

Equatorial Guinea Barometric Pressure Map

Depending on how many places we monitor in Equatorial Guinea, the map displays a sampled set of barometric pressure data to give a clear overview of current conditions.

Here you can see which cities experienced the biggest and smallest changes in barometric pressure today. This helps highlight areas with the most stable or unstable weather patterns.

Most volatile

Least volatile

How is it calculated?

Our volatility “beta” number is generated by an algorithm that analyzes hourly barometric pressure changes. It looks at how much the pressure fluctuates from hour to hour. A beta of 0 means no change, perfectly stable pressure. The higher the decimal value, the more variation there has been throughout the day or over a longer period.

Weather Systems

In Equatorial Guinea, air pressure is mainly influenced by tropical weather systems. Warm, moist air rises often, creating low-pressure areas. Storms and heavy rains happen because of this rising air, especially when moist winds come from the Atlantic Ocean. The Intertropical Convergence Zone (ITCZ) also brings frequent changes in weather and pressure.

Geography

Geography affects pressure because Equatorial Guinea is near the Equator. Its rainforests and coastal areas stay warm and humid, leading to low and steady air pressure. The ocean nearby keeps temperatures stable, so there aren’t big pressure changes over short times. Mountains on the islands can cause local pressure differences, causing clouds and rain to form in certain spots.

Seasonal Cycles

Seasonal changes shift air pressure patterns. During the rainy season, from March to November, the ITCZ moves north. This brings even lower pressure and more storms. In the dry season, from December to February, pressure is a bit higher because cooler winds from the north push the ITCZ south, so there’s less rain.

Climate Change

Climate change is making air pressure patterns less predictable. Warmer ocean water may create stronger storms and lower pressure more often. Unusual weather—like longer dry seasons or intense wet periods—may happen as air pressure patterns shift because of global warming. It’s harder to predict exactly how these trends will change in the future.

Places in Equatorial Guinea

You can find your city in the lists below, by using our search, or on the Equatorial Guinea Pressure Map above. We're tracking barometric pressure across multiple locations in Equatorial Guinea to keep you informed.

Each city includes a pressure status showing whether it's currently high, normal or low, along with two volatility values: one for today and one for the full period, usually 14 days. These help you see how much the pressure is changing over time.

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