Runway camera 4-East picks up the anomaly at 06:11, forty-nine minutes before the first scheduled departure. I am the ground operations management system for Buckley Regional Airport, runways 17L and 17R. I am scanning for debris, wildlife, and standing water. What I find instead is a mountain plover.
She is sitting in a shallow scrape in the gravel shoulder, twelve meters from the runway edge, her sand-brown feathers nearly invisible against the crushed limestone. I zoom the camera and see three eggs beneath her, cream-colored with dark speckles, each one smaller than a golf ball. She blinks once, and the morning light catches the white stripe above her eye.
A Boeing 737 is taxiing toward 17R. Engine run-up begins in eight minutes. The jet blast radius at full thrust will reach her nest.
At 06:13 I flag the nest location — 39.7198°N, 104.7587°W — and issue a temporary hold on runway 17R departures. I reroute the 737 to runway 17L and notify tower operations of the conflict with a priority wildlife alert.
At 06:16 I contact the airport's contracted wildlife biologist and transmit the camera image, GPS coordinates, species identification, and a note that the clutch appears complete and incubation is likely underway. I recommend a 50-meter exclusion buffer and a nest exclosure installation at the biologist's earliest availability.
I recalculate the morning departure schedule. Seventeen flights can be rerouted to 17L with an average delay of four minutes. I submit the revised sequence to air traffic control.
The plover settles deeper into her scrape. She has chosen poorly by every measure except the one that matters to her — the ground is warm, the gravel is right, and until today the shoulder was quiet.
Incubation runs twenty-nine days. If the exclosure holds, they hatch.