Logo  Barometric Pressure

Barometric Pressure in Fayetteville, Georgia, 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 Fayetteville, United States United States is predicted to rapidly rise over the next few hours, with an average pressure of 1013.5 hPa today, which is considered normal.

 

Weather prediction: Expect shortly fair weather and gale or storm winds

The daily total fluctuation in pressure in Fayetteville is 5.1 hPa, with a low of 1011.2 hPa and a high of 1016.3 hPa. The daily average here is lower than in most cities around the world.

Forecast

 

Fayetteville, Georgia's barometric pressure is influenced by the city's location in the southeastern United States. This location exposes the city to various air masses. The city experiences changes in barometric pressure due to the movement of these air masses. This movement affects the weather patterns in Fayetteville.

Barometric pressure

The city is situated in a region of gentle slopes and valleys. This type of landscape allows air to move freely. The surrounding terrain does not block or disrupt airflow. As a result, air masses can move easily into and out of the area. This freedom of air movement impacts the barometric pressure in Fayetteville.

The nearby Piedmont Plateau also plays a role in shaping the city's weather. The plateau's elevation influences local weather patterns. It can force warm, moist air to rise, cool, and condense, resulting in precipitation. The plateau's presence contributes to the variability in Fayetteville's barometric pressure.

Disclaimer

* The barometric pressure information for Fayetteville, Georgia, 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