National Weather Service Text Product
AFOS product NOWTSA
Dates interpreted at 00:00 UTCDisplaying AFOS PIL: NOWTSA
Product Timestamp: 2020-05-12 14:22 UTC
Bulk Download
Bulk Download
Bulk Download Help
This bulk download tool provides the NWS text
in a raw form, hopefully directly usable by your processing system.
You can either provide a complete 6-character PIL/AFOS ID or provide
the 3-character base ID (e.g., AFD
). The start and end
dates represent 00 UTC for those dates. The Zip format is useful as
the filenames will have the product timestamp, which is useful for
when the product format has ambiguous timestamps.
397 FPUS74 KTSA 121422 NOWTSA Short Term Forecast National Weather Service Tulsa OK 922 AM CDT Tue May 12 2020 ARZ001-002-010-011-019-020-029-OKZ049-053>076-121630- 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 922 AM CDT Tue May 12 2020 .NOW... At 9:22 AM...Doppler radars detected scattered showers and isolated thunderstorms ongoing across eastern Oklahoma and northwest Arkansas. The heavier precipitation remains confined to southeast Oklahoma and into west-central Arkansas. These showers and isolated thunderstorms were moving off toward the east at around 30 mph. Through 11:30 AM...Scattered showers and isolated thunderstorms will continue across the area. Average hourly rainfall across southeast Oklahoma into west-central Arkansas will be around one quarter of an inch, with locally higher amounts to near one inch possible with thunderstorms. Light showers will be more common elsewhere, resulting in average hourly rainfall of around one tenth of an inch. $$