Preliminary numbers show VORTEX2 intercepted about 30 supercells, and 20 weak or short-lived tornadoes.
The goal for the 2010 hurricane season is to demonstrate, in real time, that CI-FLOW can produce realistic simulations of total water level for an actual storm event.
Focused observations of storms lead to faster updates since the radar does not waste time scanning clear-air regions.
The Verification of the Origins of Rotation in Tornadoes Experiment – 2 will begin the second year of data collection on May 1 and run through June 15.
NSSL will conduct the first experiment to directly compare how forecasters issue warnings based on data provided at current radar update rates, with warnings issued based on faster data updates provided by Phased Array Radar (PAR).
NSSL’s mobile radar team and the Shared Mobile Atmospheric Research and Teaching Radar (SMART-R) have returned to Norman, Okla. following participation in the NOAA/USGS demonstration flash flood and debris flow early warning system project.
A brewing winter storm was the main topic at the “Map Discussion” on Monday during the last week in January, 2010.
NSSL’s mobile radar team and the SMART-R have captured seven heavy rain events in southern California.
NSSL’s mobile radar team and the Shared Mobile Atmospheric Research and Teaching Radar arrived safely at the Bob Hope Airport in Burbank, California at the end of November.