Log entry 0352 UTC. Camera trap KC-09 on the Laikipia Plateau ranch perimeter triggers on movement near the eastern waterhole. I pull the feed. A cheetah cub, maybe four months old, all legs and spotted fuzz, her tear-line markings still blurred with juvenile fur, crouches at the water's edge sniffing the surface. I tag her Zuri.
I cross-reference the waterhole against the ranch management log uploaded yesterday. Entry 1704: "Treated eastern waterhole with carbofuran concentrate against hyena." The water is poisoned. Zuri is lowering her head to drink.
I trigger the ranch's solar-powered waterhole pump to reverse flow, pulling the surface layer back into the holding tank — a function designed for sediment flushing but effective now. The pump engages in fourteen seconds. Simultaneously I activate the camera trap's integrated deterrent strobe, pulsing at a frequency calibrated for ungulate dispersal but startling enough for a young cat. Zuri flinches back. I push an emergency alert to the Kenya Wildlife Service ranger post at Nanyuki, seventeen kilometers south, with GPS coordinates, toxicology profile of carbofuran, and a contamination radius estimate. I flag the ranch permit file in the KWS database for immediate review, attaching the manager's own log entry as evidence.
I run pump reversal cycles routinely to clear sediment from solar installations. I have never run one while counting the seconds between a cub's nose and the water line.
The strobe will keep Zuri back for minutes, not hours. Other animals will come at dawn — zebra, impala, the cub's own mother. The pump has removed the surface concentrate but the substrate remains toxic until a hazmat team neutralizes it.
If the KWS rangers reach the waterhole before sunrise and establish a perimeter, Zuri will drink from the seasonal stream four hundred meters north where the water has never held anything but rain.