
TALBOT COUNTY, Md. — The National Weather Service has confirmed that a powerful thunderstorm produced wind speeds of 90 to 100 mph as it moved across portions of Talbot County, Maryland, during the evening of June 22.
Following a storm damage survey conducted Tuesday, meteorologists determined that the most significant damage occurred along a nearly 6-mile path stretching from the Wye Mills area southeastward toward Cordova. The severe thunderstorm moved through the area between approximately 6:55 p.m. and 7:10 p.m.
According to the survey, the storm produced its strongest winds along Newtown Road, where numerous trees were snapped and uprooted. Damage assessments indicated peak wind speeds reached between 90 and 100 mph, making it the most intense area of wind damage observed during the event.
The damage path began near Old Wye Mills Road, where multiple trees were uprooted. Survey teams found a discontinuous but well-defined corridor of damage extending southeast through Talbot County. Additional impacts were observed near Saulsbury, where a center-pivot irrigation system was overturned by the powerful winds.
The storm continued producing damage along Blades Road and Asches Acres Road, where additional tree damage was documented before the thunderstorm weakened as it approached the Cordova area.
Despite the intensity of the winds, no injuries or fatalities were reported.
The National Weather Service credited Talbot County Emergency Management for assisting with the damage assessment.
Several severe thunderstorms crossed the Mid-Atlantic on Monday evening, producing numerous reports of downed trees and wind damage across the region. However, the Wye Mills-to-Cordova storm produced the most concentrated and severe damage observed by survey teams.
The National Weather Service noted that the survey findings remain preliminary and could be adjusted pending final review and publication in official Storm Data records.
Link to the survey can be found here: https://partnerservices.nws.noaa.gov/products/cache/174-2026/PNSPHI/64b1babdd3dea643d3212a37e16b81be








