Hail Map in West Virginia on May 31, 2019

The weather event in West Virginia on May 31, 2019 includes Hail map. 29 states and 712 cities were impacted and suffered possible damage. The total estimated number of properties impacted is 1,062.
Hail map in West Virginia on May 31, 2019
Hail

1,062

Estimated number of impacted properties by a 1.00" hail or larger

0

Estimated number of impacted properties by a 1.75" hail or larger

0

Estimated number of impacted properties by a 2.50" hail or larger

Storm reports in West Virginia

West Virginia

DateDescription
05/31/20191:07 PM CDTTwo trees down... One on greenbrier st. At millekin dr. In miliken... The other just up the road where greenbrier st. Turns into indian creek rd. At big chimney blvd. N
05/31/201912:55 PM CDTVideo of quarter size hail in big chimney
05/30/20198:25 PM CDT At 124 PM EDT, a severe thunderstorm was located over Cross Lanes, or near Nitro, moving east at 15 mph. HAZARD...60 mph wind gusts and quarter size hail. SOURCE...Radar indicated. IMPACT...Hail damage to vehicles is expected. Expect wind damage to roofs, siding, and trees. Locations impacted include... Charleston, Nitro, Jefferson, South Charleston, St. Albans, Dunbar, Sissonville, Poca, Cross Lanes, Institute, Tornado and Kentuck.This includes the following highways... Interstate 79 between mile markers 1 and 6. Interstate 77 in West Virginia between mile markers 101 and 121. Interstate 64 in West Virginia between mile markers 45 and 57.

Cities Impacted by Hail Map on May 31, 2019

Please be aware that the storm maps provided by HailTrace include estimates of the number of structures impacted by storms on the specified date. These estimates are derived from data provided by Microsoft, including building footprint data generated using computer vision algorithms applied to satellite imagery. While HailTrace makes every effort to ensure the accuracy of this information, it is not guaranteed and should be used as a general reference only. The actual number of impacted structures may differ from the estimates provided on the storm maps.

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