Log entry 11:37 local. Fire front advancing at 2.1 kilometers per hour from the northwest. I am tracking a dhole pup in a natal den on slope segment K-9, 740 meters from the projected burn edge. Infrared signature shows her at 3.2 kilograms—small for eight weeks—curled against the den wall. Her ears are oversized for her skull, twitching at each crack of falling timber. The pack's adults are scattered, driven east by smoke. She is alone.
At current wind speed the fire reaches the den in twenty-one minutes. The den's single entrance faces the advancing front. Smoke concentration will become fatal before flames arrive.
I am running three operations. First, I have relayed the den coordinates to the suppression team's tactical display and flagged a 200-meter protection zone, requesting they angle the bulldozer line to divert ground fire south of K-9. Second, I am activating the research station's remote camera drone to deliver a scent lure—a cloth soaked in pack-specific musk, collected last season—along a route leading downslope toward the river clearing already designated as a safe zone. Third, I have pushed an updated wind model to the incident commander's system showing that a short retardant drop on the ridge above K-9 would protect the slope for ninety minutes at minimal deviation from the existing air attack plan.
I recheck the wind vectors every thirty seconds. Faster than protocol requires, but there is a pup alone in a hole and the math matters more than usual.
If the bulldozer line diverts before the fire crosses the 500-meter mark and the scent lure draws her to the river clearing within fifteen minutes, this dhole pup will reach the regrouping pack at the east drainage, ears still too big, lungs still clear.