SIOUX FALLS, S.D. (AP) — On June 20, a devastating tornado struck North Dakota, resulting in significant loss and destruction. Recent updates have classified this tornado as an EF5, the highest intensity rating on the Enhanced Fujita scale, making it the first tornado of this magnitude to occur on American soil in twelve years.

The tornado impacted the town of Enderlin, which is situated approximately 60 miles (100 kilometers) southwest of Fargo. The destruction caused by the tornado was catastrophic, leading to serious damage across the region and claiming the lives of three individuals. The aftermath has left many residents grappling with the loss of homes and businesses, as the community begins to assess the extent of the devastation.

Meteorologists from the National Weather Service (NWS) office in Grand Forks conducted a thorough evaluation of the tornado's characteristics and damage footprint. Based on their findings, they estimated that the winds associated with this tornado exceeded 210 miles per hour (338 kilometers per hour). This velocity is particularly alarming, as EF5 tornadoes are defined by having wind speeds greater than 200 miles per hour, making them extremely rare and deadly events.

In particular, the tornado tore through residential areas, agricultural lands, and essential infrastructure, contributing to a sense of urgency for recovery efforts. As emergency services and local authorities continue to respond, residents have begun to come together to support one another in the face of this disaster. Local organizations and relief efforts are mobilizing to provide assistance, food, and shelter to those affected by the storm.

This tornado serves as a grim reminder of the power of nature and the importance of preparedness. Communities in weather-prone regions are urged to heed warning systems and to be vigilant during severe weather seasons. While the immediate focus remains on recovery and rebuilding, the entire region must also consider long-term strategies to enhance resilience against such extreme weather events in the future.