An Analysis of Observations from Portable Temperature and Humidity Sensors Deployed Across Oklahoma City

Abstract

This study focused on the variability of temperature across the Oklahoma City metropolitan area (OKC) during a six-week period in early 2007. Twenty portable temperature and humidity sensors were strategically placed at various fire stations throughout Oklahoma City from 20 February through 1 April 2007. Data from these sensors and two local Oklahoma Mesonet sites were used to evaluate the spatial differences in temperature for the area. An intercomparison was also performed prior to the deployment in Oklahoma City, as well as a post deployment calibration. The primary goal of this project was to evaluate the temperature variability across OKC and to verify the existence and intensity of a nocturnal urban heat island and possible daytime urban cool island in OKC. It was discovered that an urban heat island and cool island exist in OKC. The urban heat island was generally strongest just before sunrise while the urban cool island typically occurred around midday and was much weaker. However, the surrounding rural areas were typically still cooler than the CBD during the urban cool island.

Download full article (PDF) If you wish to cite this article: APA

Schroeder, A. J. (2009). An Analysis of Observations from Portable Temperature and Humidity Sensors Deployed Across Oklahoma City. Journal of Young Investigators, 19(11): 1-7.

MLA

Schroeder, Amanda J. "An Analysis of Observations from Portable Temperature and Humidity Sensors Deployed Across Oklahoma City." Journal of Young Investigators (2009): 19(11): 1-7.

Chicago

Schroeder, Amanda J. "An Analysis of Observations from Portable Temperature and Humidity Sensors Deployed Across Oklahoma City." Journal of Young Investigators, 2009: 19(11): 1-7.

JYI has a science journalism program, which trains undergraduates how to write news and feature articles about science and about how to communicate effectively to the public.
Follow Us
For all the latest news from JYI, join our Facebook.
For all the latest news from JYI, join our Youtube.
For all the latest news from JYI, join our twitter.
For all the latest news from JYI, join our email list.
Translate