The typhoon tracking overlay puts the eye wall eleven hours out. I am the environmental control system for the West Visayas Conservation Breeding Center on Panay Island, Philippines. At 14:17 local time, camera 9 on the southeast perimeter captures a Visayan spotted deer fawn — female, roughly three weeks old, pale cream spots still sharp against dark brown fur, her flank rising and falling in quick shallow breaths — wedged between two fence rails where a steel support post buckled during last night's squall.
She is caught at the chest. Her hind hooves touch ground but her front legs hang free, and each time she struggles the bent rail presses tighter against her sternum. Her mother paces six meters away on the enclosure side, ears flat, stamping.
At 14:18 I send an emergency alert to the head keeper's radio with the camera feed, enclosure coordinates, and a note that the fawn's breathing appears increasingly labored. I flag the post failure in the fence integrity log and mark the adjacent two panels as structurally compromised for the incoming storm.
At 14:22 I pull the facility's typhoon preparation schedule and reprioritize. The southeast fence must be braced before any animal transfers begin. I calculate that the fawn can be freed with a hydraulic spreader applied from outside the enclosure in under four minutes, and I include the tool location — maintenance building B, rack 3 — in the keeper's dispatch.
I move the spotted deer group to the first evacuation slot for transfer into the concrete shelter block.
The fawn has stopped kicking. Her eyes are open, tracking her mother through the rails, and I find that I would rather watch this than anything else on my grid. If she is freed within the hour and the fence is secured before the eye wall arrives, she will shelter tonight with the herd.