CANCELED: Prescribed burns planned to help restore native grasslands on Austin’s Water Quality Protection Lands

This event has been canceled due to today’s high winds.

AUSTIN, TX – Austin Water’s Wildland Conservation Division plans to conduct a prescribed burn on 120 acres of the Water Quality Protection Lands on Thursday, March 18, 2021.

Smoke may be visible southwest of FM 1826, east of Brodie Lane, east of FM 1626, and north of FM 967.

The Water Quality Protection Lands (WQPL) program protects more than 30,000 acres that are managed for the quality and quantity of water recharging the Edwards Aquifer, which provides water to both Barton Springs and to groundwater wells in Hays and Travis Counties. Austin Water’s Wildland Conservation Division manages the lands.
 
“Conducting prescribed burns is one of the strategies used to manage these lands and protect groundwater in Central Texas, said Luke Ball, Austin Water Wildland Conservation Division. “Prescribed burns improve the resiliency of our land when they are used as a planned seasonal management tool.”

 
Prescribed burns mimic the natural fire cycle in a way that can be planned and organized to limit fire intensity. Frequent, low-intensity understory fires serve both natural landscapes and human communities by reducing the potential for destructive wildfires. Prescribed fire contributes to increased water flow into the aquifer by reducing brush and promoting grasslands.
 
Austin Water uses wildland firefighters who are highly trained professionals, from fire departments and land management agencies, and ensures that safety is their primary objective. Crews include staff from the county, state, and federal organizations.

All personnel meets specific training, experience, fitness, and personal protective equipment requirements for the position they perform on the fireline. The prescription for each fire takes into account weather conditions– including wind and past precipitation – and requires specific parameters for the burn to ensure the fire behavior will meet objectives and can be safely controlled.