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Barometric Pressure in Ecuador

We monitor barometric pressure across 6 cities in Ecuador, giving you up-to-date insights into local weather patterns.

Flag of Ecuador

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

Ecuador Barometric Pressure Map

Depending on how many places we monitor in Ecuador, 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

Ecuador’s air pressure is affected by different weather systems. The Intertropical Convergence Zone (ITCZ) is a big influence. The ITCZ brings rising warm air and low pressure near the equator, causing frequent clouds and rain. Tropical storms can also change pressure but happen less often in this region.

Geography

Ecuador’s geography makes pressure change from place to place. In the high Andes mountains, air pressure is lower because the air is thinner at high altitudes. In the lowland Amazon and coastal regions, pressure is higher because they are closer to sea level. Mountains also block and redirect winds, changing how air moves and where pressure zones form.

Seasonal Cycles

Seasonal cycles in Ecuador are shaped by where the sun shines most directly. When the sun is overhead, warm air rises faster and pressure drops, bringing more rain. As the ITCZ moves north and south through the year, it changes the timing of wet and dry seasons, shifting pressure patterns across the country.

Climate Change

Climate change can affect air pressure trends over time. Warming global temperatures can change where the ITCZ moves and how strong it is. This can bring unusual pressure patterns, like longer droughts or stronger rainy seasons. Changes in sea temperatures, like El Niño, also change how air pressure behaves across Ecuador.

Places in Ecuador

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

Pichincha

Provincia de Manabí

Provincia de Pichincha

Provincia del Azuay

Provincia del Guayas

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