A caller reported a smoldering fire on the high tide line along Kachemak Bay on Sunday afternoon, May 4, 2025. Despite a steady rainfall, the caller said the ground was hot to the touch. The Alaska Division of Forestry & Fire Protection (DOF) dispatched an engine and wildland firefighters to an area on the beach off the end of East End Road and Kachemak Selo Road. A 20- to 30-foot-long smoldering fire was discovered burning in coal deposits and driftwood along the high tide line. The Switchback Coal Seam Fire (#048) was contained that afternoon and was not an immediate threat due to the rain. However, burning close to the grass and brush covered upper beach, the smoldering fire could be problematic as conditions dry. Firefighters returned Monday with an excavator when low tides allowed safe access to expose the smoldering material and extinguish it with water. The fire is in monitor status and will be checked periodically before being declared out.
Small bits and particles of coal, floating in the ocean, are deposited along the high tide line. People recreating on the beach with a campfire often do not realize the deposited coal is under their fire site. “Even a properly extinguished campfire can leave these deposited coal particles smoldering,” DOF Kenai Kodiak Area Fire Management Officer Howie Kent explained. “These types of fires are not a regular occurrence, but they do happen.” There were two reported last season. The origin of this fire has not been determined. An obvious campfire was not found, and no lightning was reported in the area.
These fires are concerning because of their proximity to the grassy slopes of upper beaches which can lead to oceanfront residences. The best practice is to enjoy your warming fire on the beach well below the high tide line where driftwood and coal deposits gather. Never leave a fire burning unattended. Extinguish them thoroughly, drowning them water until they are cold to the touch. Take time to learn before you burn.
Categories: AK Fire Info
Alaska Wildland Fire Information 