What was the impact of the tornado in Rio Bonito do Iguacu?

The tornado destroyed around 90% of the town of Rio Bonito do Iguacu, leaving many buildings without roofs and parts of the area completely flattened.

How did the tornado affect the residents of Rio Bonito do Iguacu?

The tornado was described as a "war zone" by the local Civil Defence agency, with residents like Gilberto Brecailo and Marileia Chagas sharing their harrowing experiences of the destruction.

How is the Brazilian government responding to the tornado's aftermath?

The state governor has declared three days of mourning to honor the victims, and emergency assistance is being provided to the affected area, including food, hygiene products, tarps, and mattresses.

Home / Disasters and Accidents / Powerful Tornado Wreaks Havoc in Southern Brazil, Killing 6 and Injuring 750

Powerful Tornado Wreaks Havoc in Southern Brazil, Killing 6 and Injuring 750

9 Nov, 2025

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Summary

Tornado with winds up to 155 mph struck town of Rio Bonito do Iguacu
90% of the town destroyed, with many buildings losing roofs
Tornado hit Brazil as it prepares to host UN Climate Change Conference

Powerful Tornado Wreaks Havoc in Southern Brazil, Killing 6 and Injuring 750

Last month, a devastating tornado struck the southern Brazilian state of Parana, leaving a trail of destruction in its wake. The powerful twister, with winds reaching up to 155 mph, tore through the town of Rio Bonito do Iguacu, killing 6 people and injuring 750 others.

Aerial photographs show that the tornado destroyed around 90% of the town, with many buildings losing their roofs and parts of the area left completely flattened. Nearby farmland and trees outside the tornado's path, however, appear largely untouched.

The destructive weather pattern hit Brazil as the country was preparing to host the United Nations Climate Change Conference COP30 in Belem. Experts say that climate change can contribute to more frequent and intense tornadoes, as warmer temperatures and increased moisture in the air can increase atmospheric instability and wind shear.