Maryville, Tenn. — The National Hurricane Center has released its final report on Hurricane Helene, detailing the storm’s catastrophic impact across East Tennessee and the southeastern United States. The storm, which made landfall in Florida as a Category 4 hurricane, left a trail of destruction, including extreme flooding, powerful winds, and a significant loss of life.
The report states that Hurricane Helene is responsible for at least 249 fatalities, with 18 of those occurring in Tennessee alone. The majority of the deaths in the state were caused by severe flooding, with 15 people losing their lives in the floodwaters. One individual died due to potential medical issues or storm cleanup-related incidents, while the cause of death for two others remains undetermined.
During the ongoing search and recovery efforts, officials discovered that at least three people from North Carolina had been found in Tennessee as part of the disaster’s aftermath.
The report highlights several key statistics that showcase the storm’s intensity. The highest wind gust recorded in Tennessee was nearly 60 miles per hour, measured in Unicoi County. In terms of rainfall, Washington County saw the highest total in the state, with nearly 13 inches of rain. In comparison, North Carolina experienced even higher rainfall totals, with Yancey County recording an astounding 31 inches of rain — the highest amount recorded in the region.
In addition to wind and rain, the storm caused unprecedented flooding along some of Tennessee’s major rivers. The Pigeon River in Newport reached a historic level, cresting six feet higher than its previous record, which had stood for more than 120 years. Similarly, the Nolichucky River in Greene County saw record-breaking flooding, with water levels surpassing its previous all-time record by nine feet.
Hurricane Helene’s impact has left a lasting mark on East Tennessee and the surrounding areas. With its final report, the National Hurricane Center provides critical data on the storm’s intensity and highlights the resilience of communities affected by its destructive path.
