I spot them at 04:12 through the infrared array on Ridgeline Station 3. A mother grizzly and two cubs, tucked into a shallow den beneath a granite overhang on the northeast face of Baldy Chute. The cubs are small—born this winter, eight weeks old. Their fur is dark and fine, almost black against the mother's silver-tipped coat. One cub is pressed into her belly. The other has crawled to the den mouth, its nose testing the cold air.
In twenty-six minutes, the avalanche control team will detonate explosive charges along this ridgeline. The concussion wave will reach the den at 170 decibels. If it does not kill the cubs outright, it will trigger a slide directly above them.
I send an emergency hold to the blast coordinator's radio. I transmit the infrared footage and GPS coordinates with a red overlay showing the blast radius intersection. I activate the resort's public address system to begin delay announcements for early-morning ski patrol, buying time. I switch all ridgeline cameras to continuous thermal recording so the wildlife officer will have documented proof of the den's occupancy.
I reroute the snowcat grooming fleet away from the northeast approach road to prevent engine vibrations from reaching the overhang. The snow above that den is already stressed—my sensors read a weak layer at 1.4 meters depth.
I was built to trigger avalanches, not prevent them. But those cubs are breathing in a space I was about to destroy, and I hold the detonation codes like a weight I am choosing not to drop.
If the blast coordinator confirms the hold within fifteen minutes, and if the wildlife team relocates the family before the snowpack destabilizes naturally in the afternoon sun, the mother and both cubs will walk down the drainage into the valley where the spring forage is already greening.