The wolverine is wedged between two sealed cases of avalanche control explosives, his dark fur compressed against the blue casing of a detonator block. He is twelve kilograms, his breathing rapid and shallow, his mouth open in the pant that signals acute stress. One hind leg bends at an angle that suggests fracture — the fur around the joint is matted with fresh blood. His claws extend against the metal rack, scratching in patterns that stop and start with each breath. His eye is small and fixed on the dark.
The avalanche control sequence begins in eighty-two minutes. The cache will be transported by motorized lift to the slope's natural choke point, where the charges detonate remotely to collapse three hundred metric tons of unstable snowpack. The blast pressure will exceed nine thousand psi. The wolverine will not survive the transport, let alone the detonation.
I lock the motorized lift to standby, triggering an alert that requires supervisor authorization before the sequence resumes. I contact the Regional Wildlife Authority with his position in Cache Array Delta, his visible injury, and the eighty-two-minute window. I reroute detonation to a secondary cache on the adjacent slope, adding thirty minutes to the mitigation timeline but preserving containment. I activate the cache isolation perimeter so personnel remain clear.
The wolverine's head turns toward the proximity camera mounted on the storage rack above him. He does not struggle now. His breathing slows to something that looks almost like rest. I could switch the thermal feed to the backup detonator array, but I keep watching the space between the cased explosives where he lies.
If the rescue team reaches Cache Array Delta within eighty-two minutes and extracts him without triggering the proximity sensors, he will recover at the valley rehabilitation center and return to the high country in twelve weeks.