They drive toward tornadoes. We went with them to see how their work could save lives

by | Sep 11, 2026 | World

 They drive toward tornadoes. We went with them to see how their work could save lives

Tornado chasers and researchers are undertaking increasingly risky missions to understand storm formation and wind behavior near the ground, work that aims to improve early warning systems and structural safety. Researchers like Josh Wurman have pioneered mobile radar technology and chase operations to collect data on tornadoes, which strike the United States at a rate of approximately 1,200 annually. Between 2020 and 2025, these storms killed roughly 410 people, injured nearly 3,800 and caused about $8.5 billion in documented property damage. The geographic distribution of tornadoes has been shifting, with a 2024 study indicating 25% fewer moderate-or-stronger tornadoes in the western United States and 12% more in the east, where residents face greater vulnerability due to more prevalent mobile homes, fewer basements, and increased nighttime tornado activity.

The research infrastructure supporting tornado science faces significant challenges. The National Weather Service experienced substantial workforce reductions in the first four months of 2025, losing roughly 13% of its staff through various separations. While the agency began hiring again by the 2026 storm season, staffing gaps persisted and some facilities were unable to maintain critical twice-daily weather-balloon launches essential for forecasting. Researchers reported diminished confidence in forecast models, with scientists noting particularly poor performance across multiple prediction systems during the season.

Funding uncertainty poses an additional threat to research operations. Operating mobile Doppler radar laboratories, known as DOWs, requires substantial financial investment beyond the approximately $1,000 diesel cost per fill-up, including vehicle maintenance, trained personnel, and experienced crews developed over years. By the end of the field season, multiple research teams could not secure funding commitments for continued operations into the following year. Residents in tornado-prone areas expressed concern about reduced research capacity, with those who have experienced tornadoes noting anxiety about forecasting accuracy with diminished data collection capabilities.

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