UPDATE: Controlled burns have just begun on the Fort Apache Indian Reservation as part of an urgent strategy to mitigate wildfire risks. The Bureau of Indian Affairs and the White Mountain Apache Tribal Forestry initiated these burns on December 3 in the South Faught Ridge and Soldier Butte areas, impacting a total of 400 acres.
The fire management team is actively working to reduce forest density and lower the threat of severe wildfires by deliberately igniting piles of wood. As weather conditions permit, these controlled burns are expected to continue for several days. This strategic action is crucial to eliminate accumulated fuel that could lead to devastating wildfires in the future.
Residents near the burns, particularly along Highways 260 and 473, should be prepared for smoke and may notice its presence in the area. Officials advise those concerned about air quality to limit outdoor activities during this period to reduce exposure. Additionally, travelers using Highway 260 are urged to exercise caution due to potential visibility reductions, especially during the early morning and evening hours when smoke may linger closer to the ground.
Local authorities are emphasizing community safety, particularly for those traveling on back roads and near Hawley Lake and Horseshoe Lake. Motorists are reminded to slow down, remain vigilant for firefighters and vehicles, and be aware of possible cattle on the roadways.
“Please slow down, watch for firefighters and vehicles, and be aware that cattle may also be on or near the roadways,” stated the Bureau’s announcement, expressing gratitude for public cooperation during these critical operations.
For further information on the burning projects, residents can contact Public Information Officer Gwendena Lee-Gatewood at (928) 205-8018. As the fire management team monitors the situation, each controlled burn represents a proactive measure to fortify the landscape against the destructive potential of uncontrolled wildfires.
Stay tuned for more updates as this developing situation continues to unfold.
