Tornado Strikes South of Tulsa, Ranked EF-1

Photos show damage from the powerful storm system.

Apr. 17, 2026 at 12:09am

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A sweeping, atmospheric landscape painting in muted tones of gray and blue, with hints of damaged structures and debris obscured by heavy fog, conveying the overwhelming scale and power of the tornado that struck the region.The powerful tornado that struck south of Tulsa left a trail of destruction, exposing the region's vulnerability to severe weather.Today in Tulsa

A tornado that struck south of Tulsa on Tuesday night has been ranked as an EF-1 by the National Weather Service. The storm system caused significant damage in the area, with photos showing destroyed buildings and debris scattered across the landscape.

Why it matters

Tulsa is no stranger to severe weather, but this latest tornado serves as a reminder of the region's vulnerability to powerful storm systems. Residents will need to assess the damage and begin the recovery process, while local officials evaluate emergency response protocols.

The details

The tornado traveled a 14.3-mile path through Muskogee County, about an hour after the initial Tulsa tornado touched down. Winds reached speeds of up to 110 mph, classifying it as an EF-1 on the Enhanced Fujita Scale. Emergency crews are still surveying the full extent of the damage, which appears to include downed power lines, damaged structures, and scattered debris.

  • The tornado struck south of Tulsa on Tuesday evening.
  • An hour later, another EF-1 tornado hit Muskogee County.

The players

National Weather Service

The federal agency responsible for monitoring and reporting on weather conditions, including the classification of tornado strength.

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What’s next

Local authorities will continue to assess the damage and coordinate recovery efforts in the affected areas.

The takeaway

This tornado serves as a stark reminder of the importance of emergency preparedness and resilience in communities prone to severe weather events. As the climate continues to change, the frequency and intensity of such storms may only increase, underscoring the need for proactive planning and response.