Vermont Adds Weather Hub to Catch Storms Before They Hit
The University of Vermont (UVM) has just completed its first weather‑monitoring tower in Lyndonville, a crucial addition to a planned network of about twenty towers across the state. The goal is simple yet powerful: close blind spots in the national radar system and give local officials extra time to warn residents about floods, blizzards, and other weather threats.
Why It Matters
Vermont’s rugged terrain often blocks radar beams, letting small storms slip past unseen until it’s too late. In a recent storm near St. Johnsbury, the main radar only captured part of the event—had it missed that area entirely, residents could have been caught off guard. The new tower sits east of the Green Mountains, an area that has historically struggled to receive clear radar data.
What the Tower Measures
- Height: 10 metres
- Standard Weather Data: rainfall, temperature, wind speed and direction
- Soil Moisture: a critical metric for predicting flash floods, especially in rural towns that suffered damage last year
By knowing how wet the ground is, forecasters can better anticipate rapid runoff and issue timely warnings. The data will also inform long‑term flood‑control projects, helping planners decide where to focus resources and how to restore floodplains.
Broad Benefits
| Stakeholder | How They’ll Use the Data |
|---|---|
| Emergency Managers | Gain extra hours of warning, saving property and lives |
| State Agencies (Dam Safety Program, transportation authorities) | Manage water levels and road conditions |
| Farmers | Time planting or harvests more accurately |
| Researchers & Students | Study climate change, gain hands‑on experience at the Vermont State University campus |
Beyond immediate operational use, the network will serve as a research tool for studying climate change and an educational platform. Some stations may even be placed on school grounds to spark interest in young people.
Funding and Future Plans
The first station was funded by UVM’s Leahy Institute for Rural Partnerships. The university is still scouting additional sites. Once all twenty stations are up, the state hopes to have enough data points to track small weather events that current radar systems miss.
