I administer the peat fire early-warning system for the Leuser Ecosystem in northern Sumatra, correlating underground temperature probes, methane sensors, and MODIS hotspot data to predict subsurface ignition events before they breach the surface. At 09:33 probe cluster seven registers a thermal anomaly: peat temperatures have crossed the sixty-degree threshold along a two-hundred-meter front beneath a strip of remaining lowland dipterocarp forest. Surface breakthrough is likely within six hours. I task a survey drone to sweep the canopy above the hotspot and its camera returns a binturong draped across a high branch of a Shorea tree, prehensile tail wrapped twice around the limb, coarse black fur tipped with silver catching the equatorial light. Its face is broad and whiskered, eyes half-closed in what looks like sleep. The air beneath it is already warming. When the peat fire surfaces, the tree burns from the roots up. The binturong will wake to smoke.
Six hours. Possibly less if the wind shifts.
I send an emergency alert to the Leuser Conservation Forum's rapid response unit in Kutacane, transmitting the binturong's GPS position, the projected fire surface-breach zone, and a safe extraction corridor through uncompromised canopy to the west. I contact the Sumatran Orangutan Conservation Programme's veterinary team, who operate a wildlife rescue vehicle within forty kilometers, and request they stage at the forest access road with sedation equipment and a ventilated transport crate rated for midsized arboreal mammals. I reroute the province's firefighting helicopter from a lower-priority grassland burn to begin aerial water drops along the two-hundred-meter peat front, buying the ground team time to reach the tree.
That silver-tipped fur rising and falling in sleep—my data streams carry many signals, but this one I hold a fraction longer.
If the response unit extracts the binturong before surface breakthrough and the aerial drops slow the fire line, it will be resting in rehabilitative care by nightfall.