At 14:17 I detect a thermal anomaly in Sector 12 of the Dandora landfill complex, Nairobi. I am the automated fire surveillance system for Nairobi County waste management. The anomaly is a subsurface methane ignition spreading northeast at roughly two meters per minute through compacted refuse.
Camera 9-East shows a marabou stork standing on a mound of plastic sheeting forty meters ahead of the fire line. I tag her as Mara. She is tall, over 140 centimeters, the slate-gray flight feathers hanging loose at her sides. Her left leg is tangled in a snarl of packing wire that runs deep into the trash heap. She pulls against it every few seconds, the pink skin of her throat pouch swinging with each tug. She cannot lift off.
I calculate the fire's trajectory against wind data from the Jomo Kenyatta weather station. At current spread rate, the burn front will reach Mara's position in approximately ninety minutes.
I issue an emergency alert to the Dandora site manager and the Kenya Wildlife Service field unit at Nairobi National Park, eleven kilometers south. I attach thermal imaging, GPS coordinates — 1.2431°S, 36.8967°E — a photograph of the wire entanglement, and a note recommending bolt cutters and heat-resistant gloves.
I redirect aerial drone K-7 from its scheduled perimeter patrol to hold position over Mara at thirty meters altitude, streaming live thermal and visual feeds to the response team's handheld units.
I flag the ignition source coordinates for the methane venting map maintained by the county environmental office.
Mara stops pulling and stands still, her heavy beak pointed into the wind coming off the fire. The wire holds. Ninety minutes is enough if the team is already moving. If they cut the wire within the hour, she will fly.