Hail, Parmer
- When
- June 3, 5:59 PM CST
- Where
- Parmer County, Bovina
- Measured
- 1 in hail
- Reported by
- Trained Spotter
- Coordinates
- 34.520, -102.900
A trained spotter reported quarter size hail in Bovina.
Upslope flow and weak surface convergence along a dryline near the Texas/New Mexico state line allowed for scattered thunderstorms to develop late in the afternoon into the evening on the third. Weak mid level winds and a moist atmosphere created a favorable environment for efficient rainfall producing storms.
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Deaths and injuries are direct and indirect together, as the offices filed them. Damage is property and crops in the dollars of the year, not adjusted for inflation, and only where an office estimated it.
The episode as NWS LUB wrote it up.
Upslope flow and weak surface convergence along a dryline near the Texas/New Mexico state line allowed for scattered thunderstorms to develop late in the afternoon into the evening on the third. Weak mid level winds and a moist atmosphere created a favorable environment for efficient rainfall producing storms. While the storms did produce some large hail and damaging wind gusts, the primary threat from the storms was the intense rainfall rates. Slow moving storms combined with the intense rates to create flash flooding in and around Friona (Parmer County) and Tulia (Swisher County).
The local office's own words before the first event, as it sent them, from the Iowa Environmental Mesonet's archive of National Weather Service text.
NWS Lubbock, TX wrote its last area forecast discussion before the first event at Jun 3, 5:30 PM CST, 29 minutes earlier.
Area Forecast Discussion National Weather Service Lubbock TX 630 PM CDT Sat Jun 3 2023 ...New AVIATION... .SHORT TERM... (This evening through Sunday) Issued at 212 PM CDT Sat Jun 3 2023 A weak upper low will continue to undercut the larger scale omega block over North America today. We will be on the subsidence side of this low for this afternoon. We will see some better lift move overhead this evening as convection attempts to move into the area from the northwest. Weak low level convergence was noted along a dryline near the Texas/New Mexico state line early this afternoon. This will be just about the only forcing available for convective chances this afternoon. Upslope flow into northeastern New Mexico on the Raton Mesa will allow convection to develop in this area. Steering flow will generally steer this convection to the southeast towards the South Plains this evening and overnight. It is difficult to say how far southeast this convection will persist through the evening and overnight hours. Some CAM guidance runs have shown storms plowing all the way into the Rolling Plains during the early morning hours on Sunday. The steering flow will be fairly weak leading to very little shear available for storms to take advantage of. The low level jet will not be terribly strong feeding into the expected ongoing convection in eastern New Mexico this evening with east/southeast 850mb winds only on the order of 15kt or so. Despite the weak low level jet, storms will be moving into a slightly better thermodynamic environment the farther southeast they advect. Therefore, there is some support for CAM guidance showing convection through the nighttime hours marching to the southeast, likely with strong forward propagation. A fairly messy convective forecast is in store for tomorrow. Sunday afternoon will again see very weak forcing overhead with a weakness in the height fields undercutting the ridge. Low level flow will remain out of the east resulting in broad upslope conditions similar to a summer like pattern. Therefore, no particular area is favored for convection with scattered storms just about anywhere will be possible. However, afternoon convective chances may be dependent on how much overnight convection occurs. An abundance of overnight storms may squash afternoon chances on Sunday leaving little time for any atmospheric recovery. Models that are showing recovery by Sunday afternoon depict a deep but weak CAPE profile. Any severe chances would likely be very isolated. With precipitable water values continuing to be between 125 and 150 percent of normal, isolated heavy rainfall will be a primary concern. && .LONG TERM... (Sunday night through next Friday) Issued at 212 PM CDT Sat Jun 3 2023 Significant bifurcation of the upper air pattern is forecast heading into the beginning of the work week. NWP guidance in considerable agreement with an Omega Block centering over the CONUS where a large, baroclinic low positioned west of the CWA on Monday with a high-level/250 mb jet streak near 100 kt rounding its base. Heavy thunderstorms should be ongoing late Sunday night into Monday morning across the CWA, and flash flooding will be possible due to the whopping 300-600 percent above normal rainfall that has occurred across the Caprock and Rolling Plains over the last three weeks. Forecast soundings indicate near-complete saturation of the columns on Monday with tall, skinny CAPE profiles at around 1,000-1,500 J/kg for non-diluted, most-unstable parcels. The saturated atmosphere combined with weak cloud-layer shear similar to what was observed in the middle of May should temper the magnitude of storms, though a few STG-SVR-caliber storms cannot be ruled out. The strongest cores and, therefore, the heaviest rain, should be focused on where interactions with mesoscale boundaries occur; however, where these features end up positioning remains nebulous at this time. Expect a mild and wet/dreary day on Monday regardless. The high-level jet streak rounding the base of the baroclinic low over the California coast should begin to nose into northern Mexico and the Desert Southwest on Tuesday, with 250 mb flow becoming increasingly difluent atop the attenuating, mid-level ridge. The gradual increase in large-scale forcing for ascent should result in a line of convection forming across eastern New Mexico during the day, thus keeping the CWA dry until the evening. NBM PoPs have been cleaned up a bit to reflect this thinking with keeping the grids dry through at least mid-day, though storms should gradually propagate eastward towards the TX/NM state line by the late afternoon hours as a weak shortwave perturbation rotates through the flattening ridge with the South Plains having the best shot for another round of heavy thunderstorms. Renewed chances for convection will follow heading into Wed-Thu as mid/high-level flow gradually becomes zonal from the collapsing Omega Block, allowing the baroclinic low to emerge into the southern Great Basin/Desert Southwest by Thursday. Global NWP guidance remains in agreement for this low to transition into an open trough, which should unlock the more-amplified flow to the west of the CWA and cause it to translate over the CWA by the end of the week. This appears to be the next potential for organized (severe) thunderstorms as cross-boundary shear vectors return in the presence of the dryline. CIPS Experimental Analog-Based Severe Probability Guidance has also picked up on this possibility as well, and delineates low probabilities for severe-caliber storms across West Texas towards the end of the forecast period. Therefore, the blended/NBM PoPs have been accepted with this forecast cycle. Sincavage && .AVIATION... (00Z TAFS) Issued at 629 PM CDT Sat Jun 3 2023 VFR conditions are expected through the TAF period. There is a slight chance of thunderstorms tonight if storms that form west of LBB and PVW congeal into a line or broken line of storms and move east but, confidence of this occurring is too low to mention in TAF at this time. && .LUB WATCHES/WARNINGS/ADVISORIES... None. && SHORT TERM...01 LONG TERM....09 AVIATION...17
Hazardous Weather Outlook...UPDATED National Weather Service Lubbock TX 208 PM CDT Sat Jun 3 2023 TXZ021>044-041915- Parmer-Castro-Swisher-Briscoe-Hall-Childress-Bailey-Lamb-Hale-Floyd- Motley-Cottle-Cochran-Hockley-Lubbock-Crosby-Dickens-King-Yoakum- Terry-Lynn-Garza-Kent-Stonewall- 208 PM CDT Sat Jun 3 2023 This Hazardous Weather Outlook is for the South Plains, Rolling Plains, and the far Southern Texas Panhandle. .DAY ONE...This afternoon and tonight. Thunderstorms are expected to move into the South Plains region from New Mexico this evening and tonight. Some storms could be strong to severe and produce wind gusts up to 60 mph and hail up to the size of quarters. Heavy rainfall will also be possible and could lead to flash flooding. .DAYS TWO THROUGH SEVEN...Sunday through Friday. There is a chance for strong to marginally severe thunderstorms with heavy rainfall each day over the next week. Organized thunderstorms will be possible by the latter part of the week and into early next weekend.
The Cannon AFB radar (KFDX), 67 km away, was scanning. The volume nearest the first event began at 23:57 UTC.
2 flash flood, 1 hail, 1 thunderstorm wind. Local standard time, as filed.
A trained spotter reported quarter size hail in Bovina.
Slow moving storms with intense rain rates moved over Parmer County dropping as much as one inch of rainfall in less than 20 minutes. The Friona Police Department reported that US Highway 60 in Friona was flooded. Additionally, portions of US Highway 60 outside of Friona had water over the roadway.
A Texas Tech University West Texas mesonet site near Happy measured a wind gust of 60 mph.
The same slow moving storms that brought intense rainfall and flash flooding to Parmer County also moved over Swisher County. Similarly, the intense rainfall brought over an inch of rainfall in less than 20 minutes. The Tulia Police Department reported that several roads in town were flooded along with a few County Roads along US Highway 87.
After NWS Directive 10-1605, the rules offices file Storm Data by.
Every storm in Texas in 2023Every state in 2023This day in weather historyWarnings in Texas, June 2023
NOAA National Centers for Environmental Information, Storm Events Database, compiled from the National Weather Service’s monthly Storm Data. Complete through 2026-06; NCEI adds each month about 75 days after it ends and revises past years a few times a year. Rebuilt 2026-09-24. Each event’s entry at NCEI: 1098151, 1098153, 1098152, 1098154.