Hail Map in Berkeley Springs, WV on August 12, 2017

The weather event in Berkeley Springs, WV on August 12, 2017 includes Hail map. 26 states and 452 cities were impacted and suffered possible damage. The total estimated number of properties impacted is 2,564.
Hail map in Berkeley Springs, WV on August 12, 2017
Hail

2,564

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 Berkeley Springs, WV

Berkeley Springs, WV

DateDescription
08/12/20172:49 PM CDTSeveral large trees... As many as 20 or more... Down along spohrs rd between the intersections of new hope rd and eckerd ln
08/12/20172:46 PM CDTQuarter size hail and nine locust trees approximately 12 to 14 inches in diameter snapped halfway up.
08/12/20172:46 PM CDTQuarter size hail and nine locust trees approximately 12 to 14 inches in diameter snapped halfway up.
08/12/20172:44 PM CDTPower lines down near the intersection of new hope road and guitar lane.
08/12/20172:44 PM CDTMultiple trees down across rt 9 near the intersection of quaint acres lane
08/12/20172:43 PM CDTTree onto a car near panorama at the peak. No injuries.
08/12/20172:43 PM CDTLarge tree down onto power lines along wild turkey lane
08/12/20172:40 PM CDTTree down on power lines on wild turkey road.
08/12/20172:40 PM CDTLarge tree down onto power lines along wild turkey lane

All Cities Impacted by Hail Map on August 12, 2017

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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