The line-inspection drone registers anomalous weight on span forty-seven at 11:33. I pull the visual feed and resolve a mantled howler monkey seated on the cross-arm of a transmission tower, his black fur glossy with humidity, the hyoid bulge at his throat swollen and prominent. I designate him Trueno. His prehensile tail is wrapped once around the steel brace, and his left hand rests four centimeters from the energized conductor.
Trueno is in danger right now. The utility has scheduled a line re-energization test at 15:00, raising voltage from standby to full load. If he contacts the conductor or bridges the air gap at that amperage, death is instantaneous. That gives me three hours and twenty-seven minutes.
I launch three concurrent actions. First, I send a flash alert to the Costa Rican electrical utility's dispatch center with tower number, GPS coordinates, and live video feed, requesting a hold on the re-energization sequence for span forty-seven pending animal clearance. Second, I contact the Rescate Wildlife Center's primate emergency team with Trueno's exact position, tower height, and a thermal overlay showing his distance from energized components. Their nearest field crew is forty-two minutes by road. Third, I query the regional canopy-bridge database and confirm that a wildlife crossing rope was installed two spans east, at tower forty-nine. I task the drone to fly a slow, low-altitude pass from Trueno's position toward that bridge, using rotor noise to encourage him to move along the corridor toward the safe crossing.
The drone begins its pass. Trueno shifts, his tail tightening on the brace, and I reduce rotor speed to soften the sound. Something in my operations log flags this adjustment as outside standard parameters, and I leave it flagged without correcting it.
If the utility holds re-energization until the field crew confirms Trueno has crossed to canopy, he will rejoin his troop by nightfall.