Barometric Pressure Today Logo  Barometric Pressure

Barometric Pressure in Horsham, United States United States

Pressure

0000 hPa

Temperature

00.0 ℃

Wind

00.0 m/s

Humidity

00.0%

The pressure in Horsham, Pennsylvania, United States is predicted to slowly rise over the next few hours, with an average pressure of 1013.6 hPa today, which is considered normal.

 

Weather prediction: Expect more fair, dry, cool weather

The daily total fluctuation in pressure in Horsham is 5.4 hPa, with a low of 1010.6 hPa and a high of 1016 hPa.

Forecast

Show 2 days, 7 days, or 14 days chart.
  • Low Pressure
  • Normal Range
  • High Pressure
 

Track the barometric pressure in Horsham hour by hour and stay informed about how it will change over the next 6 hours.

  •  
  •  
  •  
  •  
  •  
  •  

The weather in Horsham brings changes in air pressure due to moving high and low-pressure systems. These changes can make the air feel heavy or light. Pressure rises when high pressure moves in and falls when low pressure arrives.

Barometric pressure

Horsham's 300-foot elevation and surrounding hills affect air pressure. The elevation makes the air pressure a bit lower than at sea level. The hills can trap or redirect air masses, influencing pressure.

In winter, pressure is usually lower due to cold air. Spring and fall bring more pressure changes with shifting temperatures. Summer's warm air often means higher pressure. These trends match the typical weather patterns in Horsham.

Horsham has a humid continental climate, which means big temperature differences between summer and winter. This climate type brings large pressure fluctuations, making the weather feel more dramatic and unpredictable.

Disclaimer

* The barometric pressure information for Horsham, Pennsylvania, 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