Barometric Pressure  Barometric Pressure

Barometric Pressure in New York City, 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

The pressure in New York City, United States United States is predicted to drop over the next few hours, with an average pressure of 1019.8 hPa today, which is considered normal.

 

Weather prediction: Expect wet, unsettled weather and a strong breeze

The daily total fluctuation in pressure in New York City is 17 hPa, with a low of 1010.2 hPa and a high of 1027.2 hPa. The daily average here is higher than in most cities around the world.

Forecast

 

Throughout the year, New York City experiences changes in barometric pressure due to the varying seasons. In the winter, the barometric pressure tends to be higher, leading to colder temperatures. In the summer, the pressure is typically lower, resulting in warmer and more humid conditions.

Barometric pressure

The landscape surrounding New York City, with its skyscrapers and buildings, can influence local atmospheric pressure. Built-up areas create what is known as the urban heat island effect, where concrete and asphalt absorb heat during the day and release it at night, causing higher temperatures and altering the barometric pressure. Additionally, the city's proximity to bodies of water, such as the Atlantic Ocean and the Hudson River, can also impact the local weather patterns and influence atmospheric pressure fluctuations.

Disclaimer

* This page's content about the barometric pressure in New York City (United States) is for educational and informational purposes only. The developers and data providers are not liable for the accuracy, reliability, or availability of the information. The information is not a substitute for professional medical advice, and the developers and data providers are not medical professionals. Seek advice from a qualified health provider for any medical concerns, and do not disregard medical advice or delay seeking it based on the information provided on this site.