Devastating Ef5 Tornado Ravages Newcastle

Oklahoma Tornado Outbreak of May 20, 2013

Devastating EF5 Tornado Ravages Newcastle

Introduction

On May 20, 2013, a powerful tornado outbreak swept through the state of Oklahoma, leaving a trail of destruction in its wake. The most severe of these tornadoes was a violent EF5 tornado that touched down near Newcastle, south of Oklahoma City, at 2:56 p.m. This storm caused widespread devastation, flattening entire neighborhoods and claiming the lives of several people.

Historical Context

The May 20, 2013 tornado outbreak was the last day of a three-day stretch of severe weather that had plagued the Central United States. The National Weather Service (NWS) had issued numerous tornado warnings throughout the region, but the Newcastle tornado was by far the most powerful and destructive.

Impact of the Newcastle Tornado

The Newcastle tornado reached peak winds of up to 200 mph and carved a path of destruction over 20 miles long and a mile wide. It flattened entire neighborhoods in Newcastle and Moore, destroying homes, businesses, and other structures.

The tornado also caused significant loss of life. At least 24 people were killed in the storm, and many more were injured. The NWS conducted a detailed survey of the damage and determined that the tornado was an EF5, the highest possible rating on the Enhanced Fujita Scale.

International Response

The devastation caused by the Newcastle tornado shocked the world and prompted an outpouring of support from international organizations. The United Nations offered condolences to the victims and families of those killed, and the World Meteorological Organization sent a team of experts to the affected area to assess the damage and provide assistance.

Conclusion

The May 20, 2013 Oklahoma tornado outbreak was a powerful reminder of the destructive force of nature. The EF5 tornado that ravaged Newcastle was particularly devastating, causing widespread destruction and loss of life. The storm highlighted the importance of severe weather preparedness and the need for continued research into tornado behavior.