The Greensburg tornado, an EF5 rated storm, struck on May 4, 2007, exhibiting wind speeds up to 205 miles per hour. It originated from a supercell that developed in southwestern Kansas, fueled by an environment conducive to severe weather, characterized by high instability and low shear. The tornado carved a 1.7-mile wide path through Greensburg over a distance of approximately 22 miles, causing catastrophic destruction. Nearly 95% of the town was damaged or destroyed, with entire neighborhoods flattened. Homes, businesses, schools, and even the town's hospital were severely impacted, leading to an urgent need for emergency services and recovery efforts.As the first tornado rated as EF5 with the Enhanced Fujita scale, it represented a significant advancement in tornado classification. The Enhanced Fujita scale, introduced in February 2007, provided more accurate assessments of tornado damages based on structural impacts, allowing meteorologists to better understand tornado strengths and their potential consequences. Rescue teams worked tirelessly to locate survivors amidst the rubble, providing medical assistance and basic necessities to the displaced residents. A national outpouring of support emerged, with countless organizations stepping forward to assist the rebuilding of the community.The aftermath of the tornado left a lasting impression on both the town of Greensburg and the field of meteorology. With the community's spirit unbroken, city leaders and residents focused on a green rebuilding effort, emphasizing sustainable practices as they reconstructed their homes and businesses. The event heightened awareness about tornado preparedness, building codes, and emergency response protocols, leading to improved strategies for future severe weather events.