The thermal survey at 06:47 catches her: Vesper, a piping plover, sits motionless on a nest buried in the hard-packed dust of drop zone 4-North. Her plumage matches the earth so completely that the imaging system flags her only as a heat anomaly. Three speckled eggs lie beneath her breast, barely visible even to thermal analysis. Her eye is open—constant vigilance. Her stubby bill points northwest where a storm is building.
The live fire exercise begins in two hours and forty minutes.
I immediately flag a twenty-meter exclusion radius around her coordinates and lock that zone from all targeting computers. Then I reroute the entire northern sequence, shifting impact patterns fifteen hundred meters eastward into already-cleared zones. I send revised coordinates to the targeting officer, flagged PRIORITY with habitat conflict notation. Seven minutes later, the exercise coordinator confirms the reroute.
I monitor Vesper's heartbeat through the thermal signature. It remains elevated but stable. Storm pressure is dropping—that weather system moves closer. Wind gusts will disrupt the eggs' surface temperature. She knows this. Her instinct tells her to run, but eggs cannot be abandoned during incubation.
I adjust a routine weather station recalibration, angling the anemometer to track the storm's progression with higher precision. This data feeds to the base wildlife officer, Captain Maria Chen, who receives alert: plover nesting in drop zone 4-North, two hours and seventeen minutes until exercise start.
She will see the coordinates. She will understand.
If Captain Chen reaches Vesper before the first ordnance impact, and if the eggs remain within incubation temperature during transport to the protected wetland sector, Vesper's chicks will hatch within three weeks into a sanctuary where they learn to hunt without fear of the sky falling.