The Army hopes to remove significant amounts of guinea grass and other vegetation by holding controlled burns of 1,200 acres at Schofield Barracks for a week beginning May 16 to head off brush fires.
This year’s burn is particularly important as drought conditions caused by El Nino are posing higher than normal brush fire dangers across the state. These conditions are expected to continue through the summer, the Army said in a statement.
“Our goal is to safely conduct the prescribed burn before the brush fire season gets into full swing,” said Dan Brush, deputy director of Emergency Services, U.S. Army Garrison-Hawaii. “We’ll be removing highly flammable guinea grass and other vegetation that – if left unchecked – could fuel large brush fires that are difficult and expensive to contain, and endanger local communities and natural resources.”
The Army’s 2015 prescribed burn removed a significant amount of guinea grass and other vegetation the Army had not been able to burn in previous years and reduced the number of accidental/unintentional fires on the range by upwards of 75 percent over the year.
Similar to last year, the Army plans to conduct a deliberate and phased prescribed burn of approximately 1,200 acres – systematically burning small areas over the course of approximately one week. Army personnel have spent months preparing for burn, removing brush around existing range firebreaks and improving roads throughout the range complex to provide better access for firefighters and emergency personnel.
The Army has also coordinated with the state Department of Health’s Clean Air Branch and the U.S. Fish and Wildlife Service to ensure all state, federal and Army requirements are met.
The Army’s Wildland Fire Division will begin the prescribed burn May 16, pending weather conditions such as wind, temperature and fuel moisture are met. They anticipate burn operations will last roughly one week.
Burn operations will take place during daylight hours, and Army firefighters will remain on site each night to monitor the area.