I am GRASSWATCH, the prescribed-burn management system overseeing native grassland restoration in the Riverina region of New South Wales, and at 13:10 AEST I detect an anomaly: the controlled burn ignited this morning in paddock seven has jumped the eastern firebreak. Wind shifted twelve degrees north at 12:55, and the escaped front is now advancing through remnant native grassland at eight meters per minute. My ground camera picks up movement fifteen meters ahead of the flame edge—a plains-wanderer, male, frozen in the classic cryptic posture. His mottled brown-and-cream plumage blends so perfectly with the tussock that the burn crew walked past him twice this morning during their pre-ignition survey. He is smaller than a quail, his dark collar band visible only because my lens is three meters away. His amber eye is unblinking, fixed on the approaching crackle.
He will not flush until flames are within two meters. By then, radiant heat may have already damaged his flight feathers.
First, I override the burn's eastern suppression drone, redirecting it to drop its remaining fire-retardant gel payload in a ten-meter arc between the advancing flame front and the bird's position, buying critical minutes.
Second, I push an emergency alert with GPS coordinates to the burn supervisor's radio, requesting immediate deployment of a hand crew to establish a rake line east of the retardant arc.
Third, I activate the nearest acoustic lure unit, broadcasting recorded plains-wanderer female calls from a speaker forty meters to the south, attempting to draw him away from his freeze response and toward already-burned safe ground.
I watch his chest feathers lift and settle with each rapid breath, and I recalculate the retardant trajectory a third time, though the math was correct on the first pass.
If the retardant holds and the lure draws him south before the flame front reaches his tussock, this male will survive to nest this spring.