Michigan
Updated
THIS FIRE IS STALE
This incident has not been updated in more than three days. Data may be inaccurate.
Response
LEAD AGENCY
Bureau of Land ManagementRESPONSE LEVEL
Type 5Details
Michigan Fire Report — July 16, 2026
Michigan Fire Report - July 16, 2026
Fire Start, Size and Growth
Start Date/Time/Location: The Michigan Fire ignited on June 26, 2026, and is located approximately 28 miles west of Coldfoot, Alaska, within the Yukon-Koyukuk Census Area.
Size and Containment: As of July 16, 2026, the fire has burned approximately 1,446 acres and remains at 0% containment.
Fuels, Growth and Rate of Spread: The fire is burning primarily in state-owned timber, fueled by forest litter and understory vegetation. Current fire behavior is described as minimal, characterized mostly by backing and isolated torching rather than rapid spread.
Containment Efforts: The fire is currently classified as a Type 5 incident and is under the jurisdiction of the Alaska Department of Natural Resources (DNR). Because the fire is in a highly remote area and exhibiting minimal behavior, fire personnel are primarily utilizing a strategy of aerial monitoring rather than direct suppression.
Emergency Information
Evacuations and Sheltering:
Mandatory Evacuation Orders: There are currently no mandatory evacuation orders in place for the Michigan Fire.
Evacuation Warnings: There are no evacuation warnings at this time.
Evacuation Shelters and Information: No evacuation shelters have been opened, as there is no immediate threat to any nearby communities.
Road and Infrastructure Closures:
- There are no reported road or infrastructure closures associated with the Michigan Fire. The incident is isolated to a remote wilderness area well off the main highway systems.
For more information, visit:
- Alaska Wildland Fire Information
- Alaska Department of Natural Resources - Division of Forestry
- Western Fire Chiefs Association (WFCA) Fire Map
Current Impact
Impacts:
Injuries and Fatalities: There are no injuries or fatalities reported in connection with the Michigan Fire.
Structures Impacted: No structures have been destroyed, and none are currently threatened by the blaze.
School and Business Closures: There are no school or business closures resulting from this incident.
Notable Impacts: The fire is burning deep in a remote area, limiting its direct impact on populated communities and infrastructure.
Safety Concerns:
Power Outages: No power outages have been reported as a result of this fire.
Water Safety: No specific water safety concerns have been reported at this time.
Burn Bans: Burn bans and suspended burn permits are periodically in effect across various parts of the Alaskan Interior due to warm, dry conditions and high fire danger. Residents should verify local burn permit requirements and restrictions before initiating any outdoor burning.
Air Quality: Smoke from the Michigan Fire may impact local air quality depending on wind direction. The Alaska Department of Environmental Conservation (ADEC) advises residents, especially those with respiratory conditions, the elderly, and young children, to monitor local air quality indices and limit outdoor exposure if smoke settles into the area.
Ongoing Outlook
Containment Projections: The fire is expected to continue exhibiting minimal growth due to its current backing behavior. Because it is a remote Type 5 incident, authorities are maintaining an aerial monitoring strategy. Containment will likely remain at 0% until significant, season-ending weather naturally extinguishes the fire.
Weather and Wind Warnings: Above-normal temperatures are forecast for the northern Interior and North Slope, with highs reaching up to 85 degrees. Scattered thunderstorms are also expected across the western interior, which could introduce erratic winds or new dry lightning strikes that may temporarily influence fire behavior.
Cause and the Role of Weather and Climate
Cause: The cause of the Michigan Fire has been determined to be natural, sparked by lightning.
Weather and Climate: The 2026 Alaska fire season has been heavily influenced by unusually warm temperatures, low humidity, and periods of strong winds across the Interior and Yukon-Koyukuk Census Area. These extreme climate conditions have dried out tundra and boreal forest fuels, making the landscape highly receptive to natural ignitions from scattered thunderstorms.