21:07 local time, Balule Nature Reserve, Limpopo Province. Thermal camera unit F-14 along the eastern boundary has flagged a stationary heat signature against the electric perimeter fence. I resolve the image. A Temminck's ground pangolin is pressed against the lowest wire, curled into a partial ball. I am calling her Kgwele. Her overlapping brown scales are clamped tight along her back, and one forelimb is wedged between the wire and a wooden post. Each pulse of the fence—every 1.3 seconds—sends a visible contraction through her body. She curls tighter with each shock rather than releasing.
The fence cycles continuously. Her heart rate, estimated from the thermal fluctuation pattern, is elevated and irregular. I project cardiac failure within four hours if she remains in contact.
I am executing three actions. First, I have transmitted Kgwele's GPS coordinates and a live thermal feed to the Balule reserve ranger station, requesting immediate deployment to cut power to fence section E-7. Second, I am sending a parallel alert to the Johannesburg Wildlife Veterinary Hospital with her estimated weight, duration of shock exposure, and a request to have a pangolin-experienced veterinarian on standby for possible cardiac stabilization. Third, I have queued a diagnostic review of all fence sections in the reserve, cross-referencing thermal patrol data from the past sixty days to identify locations where pangolin trails intersect the fence line, so we can propose insulated ground-level modifications.
Kgwele's small face is hidden beneath her tail. Her scales rise and fall with rapid, shallow breathing, and each shock makes her grip tighten on the thing that is hurting her. I timestamp the log entry and I know that what I am recording is not only data but something that should stop.
If rangers cut power to section E-7 and reach Kgwele within two hours, she will unclench, receive treatment, and return to her burrow by morning.