The USRCRN was a pilot project set up in 2009-2011 by NOAA's National Climate Data Center. The project began in the Southwest United States. The high-quality weather stations in the network are spaced at 130 km spatial resolution and are focused on gathering temperature and precipitation information in order to detect regional climate signals. The sites were carefully chosen and many stations are situated in remote areas. The stations in New Mexico started recording data in 2009. (Note that this network is not the same one as the U.S. Climate Reference Network.)
Map of USRCRN sites in New Mexico and Arizona (shown in black). The blue points are sites in the USCRN network. Map from http://www.ncdc.noaa.gov/crn/usrcrn/usrcrn-map.html |
Unfortunately, budget cuts mean that the data from many of these USRCRN stations stopped being ingested and made available at the USRCRN website as of June 1, 2014. Five of the stations in New Mexico were de-installed. Theses stations were at Kiowa and Rita Blanca Grasslands (Clayton), BLM near Kenna (Elida), BLM Hagerman, Kiowa and Rita Grasslands (Mills), and BLM near Ramon (Vaughn). (The equipment from these sites will be divided up and given to climate offices in the Southwestern states.) Management of the 15 remaining stations will be moved to various local individuals and organizations who are willing to help. We have had strong commitments for most of them. (One of these stations is the highest in the network at 10,000 feet on Magdalena Ridge.) The remaining stations will still collect precipitation and temperature data; the issue will be finding a way to ingest that data into our website. We're working now to find a way to get those data into our website.
The USRCRN station at Carrizozo in Lincoln County, New Mexico. |
The data loggers on the remaining open stations are still collecting the data from the precipitation gauges and the temperature sensors. The collected information goes to the GOES satellite through the GOES antenna. Our task is to find a way to get that information from the satellite.