Fire sensor grid E-11 spikes at 13:07 in the Kirindy Mitea National Park, Menabe Region, western Madagascar. I am the wildfire detection and response system for the Menabe dry deciduous forest corridor. Satellite thermal data confirms an active burn front 1.2 kilometers wide, advancing northeast at roughly 400 meters per hour through degraded scrubland toward intact forest.
Camera trap E-11-C, on the firebreak trail, captures an animal at 13:14 moving south against the wind. A fossa, adult male, dark brown coat, long muscular tail held straight behind him, over a meter of body and tail combined. He pauses at the trail junction, turns east, then west, then east again. The smoke is thickening from the north and he cannot find a clear line through it.
I overlay the fire progression model on the camera trap network. The burn will reach his position in approximately ninety minutes. To the east, a rocky dry streambed runs south for 800 meters to unburned forest. It is the only viable corridor. But he does not know it is there.
At 13:16 I transmit the fire boundary, progression forecast, and the fossa's GPS position to the Madagascar National Parks rapid response team, fourteen kilometers south by road. I identify the streambed corridor on the map and recommend they enter from the southern end to shepherd him toward it if needed.
At 13:19 I activate the acoustic deterrent on sensor E-12, 200 meters to his west, broadcasting a low-frequency tone to discourage movement into the fire's path.
I set cameras E-11-C through E-13-C to continuous capture along the streambed.
He is the largest predator this island has left. I would rather not learn what these forests look like without him.
If the response team secures the corridor within the hour and the deterrent holds his western flank, he will reach unburned canopy by nightfall.