AFOS product NOWTSA
Dates interpreted at 00:00 UTC

Displaying AFOS PIL: NOWTSA
Product Timestamp: 2019-05-06 03:16 UTC

Download date range (UTC midnight)
Bulk Download Bulk Download
224 
FPUS74 KTSA 060316
NOWTSA

Short Term Forecast
National Weather Service Tulsa OK
1016 PM CDT Sun May 5 2019

ARZ001-002-010-011-019-020-029-OKZ049-053>076-060500-
Benton-Carroll-Washington AR-Madison-Crawford-Franklin-Sebastian-
Pushmataha-Choctaw-Osage-Washington OK-Nowata-Craig-Ottawa-Pawnee-
Tulsa-Rogers-Mayes-Delaware-Creek-Okfuskee-Okmulgee-Wagoner-
Cherokee-Adair-Muskogee-McIntosh-Sequoyah-Pittsburg-Haskell-
Latimer-Le Flore-
Including the cities of Rogers, Bentonville, Berryville, 
Eureka Springs, Fayetteville, Springdale, Huntsville, Van Buren, 
Ozark, Charleston, Fort Smith, Antlers, Clayton, Hugo, Pawhuska, 
Bartlesville, Nowata, Vinita, Miami, Pawnee, Tulsa, Claremore, 
Pryor, Grove, Jay, Sapulpa, Okemah, Okmulgee, Wagoner, Tahlequah, 
Stilwell, Muskogee, Checotah, Sallisaw, McAlester, Stigler, 
Wilburton, and Poteau
1016 PM CDT Sun May 5 2019

.NOW...
At 10 PM, National Weather Service Doppler radar indicated
showers and thunderstorms developing across Osage and Pawnee
counties in northeast Oklahoma. This activity was moving eastward
around 20 mph. Additional strong to severe thunderstorms were 
ongoing across north central Oklahoma and southern Kansas. This 
activity was pushing east and southeast and approaching northeast 
Oklahoma.

Through midnight, showers and thunderstorms are expected to 
continue to develop and push into northeast Oklahoma...generally
along and west of a line from Bristow to Nowata. These 
thunderstorms are forecast to develop into a complex and push east
southeast through the region. Strong to severe thunderstorms will
be possible with large hail and locally damaging winds the main
threats. Locally heavy rainfall with rain rates greater than one
inch per hour could be possible within the stronger storms. A
severe thunderstorm watch is in effect for the western half of
northeast Oklahoma until 4 AM. 



$$