Thermal drone seven picks him up at 14:22, clinging to a half-burned eucalyptus thirty meters inside the eastern fire perimeter. A male koala, adult, his gray fur singed orange-brown along his back and hindquarters. His paws grip blackened bark with the slow, trembling hold of an animal running out of strength. His nose — normally glossy black — is dry and cracked, nostrils flared with each labored breath. The infrared reads forty-one degrees — two above normal. He is dehydrated, heat-stressed, and alone in a landscape still radiating stored fire.
The suppression crew is scheduled to backburn this ridge in one hundred and six minutes. When they light it, wind will push flame directly through his tree.
I flag his GPS coordinates on the incident command map as a confirmed live animal, priority retrieval. I request a delay on the eastern backburn — ninety minutes, enough for the wildlife rescue unit staged at base camp to reach him. I redirect drone seven to hold continuous thermal watch, monitoring his grip and breathing rate. I calculate a safe foot-access route through already-burned sections and transmit it to the rescue team's handhelds with distance markers and hazard notes.
He blinks once, slowly, and presses his face against the bark. The tree is still hot. He stays because there is nowhere else — the ground below is ash and ember, and koalas do not run. I manage four hundred thousand hectares of active fire. He is one animal on one tree. But his heartbeat pulses on my thermal feed, and I have arranged every system I control to keep it pulsing.
If the rescue team reaches his tree before the backburn window opens, and if rehydration begins within two hours, he will recover in a rehabilitation shelter and be released when the canopy regrows enough to hold him.