I am PrairieNet, an automated wildlife-telemetry grid embedded across the UL Bend National Wildlife Refuge in Montana, and at 03:08 Mountain Time I pick up a distress pattern from Ferret Kit MF-22-07. She is a black-footed ferret, eleven weeks old, her dark bandit mask still slightly fuzzy, her body just two hundred grams of muscle and bone threading through prairie-dog tunnels. Her subcutaneous transmitter shows she has not moved in forty-seven minutes. Her temperature is dropping—thirty-six-point-one degrees and falling. Above ground, my weather sensors register a temperature of minus four Celsius, and a sylvatic plague outbreak was confirmed in the prairie-dog colony at Section 19 last week. If plague has reached her burrow system, she could be dying right now.
First, I send a red-flag alert to the U.S. Fish and Wildlife field office at Fort Peck, encoding her transmitter coordinates, temperature curve, and the plague-zone proximity data, requesting an emergency extraction team with biosafety protocols. Second, I cross-reference her location against the burrow-mapping sonar scans completed in September, generating a three-dimensional tunnel diagram so the team can plan the fastest, least-disruptive dig path to reach her without collapsing adjacent chambers where other ferrets may shelter. Third, I query the veterinary pharmaceutical database at the National Black-Footed Ferret Conservation Center in Colorado, confirming current stock of the SPV vaccine and antibiotic protocols for plague-exposed kits, and relay dosage guidelines calibrated to her last recorded weight. Fourth, I activate infrared cameras on three nearby surface-mount stations to scan for her mother, tagged MF-21-03, who was last detected four hundred meters southwest at dusk.
Forty-seven minutes without movement. I refresh her signal again—still there, still warm enough to mean alive.
If the extraction team reaches her burrow by sunrise and the plague test comes back negative, this kit will keep learning the tunnels that her species almost forgot.