Logo  Barometric Pressure

Barometric Pressure in Minot, North Dakota, US

Pressure

0000 hPa
00.00 inHg

Temperature

00.0 ℃
0.00 ℉

Wind

00.0 m/s
00.0 mph

Humidity

00.0%
Weather now

Get Alerts 🚨. Sign up to receive alerts when the barometric pressure changes significantly.

The pressure in Minot, United States United States is predicted to slowly drop over the next few hours, with an average pressure of 1021.9 hPa today, which is considered normal.

 

Weather prediction: Expect more wet and unsettled conditions

The daily total fluctuation in pressure in Minot is 9.4 hPa, with a low of 1015.6 hPa and a high of 1025 hPa. The daily average here is higher than in most cities around the world.

Forecast

 

The barometric pressure in Minot, North Dakota varies throughout the year. It drops when low-pressure systems move into the region. This brings precipitation and changing weather. High-pressure systems bring fair weather and stable conditions.

Barometric pressure

Minot is situated in the Mouse River Valley. The surrounding landscape is flat to gently sloping. The valley floor is about 500 feet lower than the surrounding prairie. This unique geography affects the air pressure. The valley traps cold air, making it colder than surrounding areas. As winds move into the valley, they must rise, cool, and condense, resulting in clouds and precipitation.

The city's location in the valley also influences the flow of air. Moist air from the Gulf of Mexico moves north into the region. The air is forced to rise, resulting in precipitation. Cold air from Canada moves south, bringing dry and cold conditions. The clash of these air masses affects the barometric pressure and leads to changing weather patterns.

Disclaimer

* The barometric pressure information for Minot, North Dakota, United States on this page is for educational purposes only. We are not responsible for its accuracy or reliability. This information is not medical advice. Consult a health professional for medical concerns and do not rely on this site for medical decisions.
 
 
Feedback