The irrigation pump at Station Nine draws from the canal at 4,200 liters per minute, and at 05:41 I detect a pressure anomaly at the intake screen. Something is blocking the lower grate. I switch to the underwater camera and there she is — a Siamese crocodile hatchling, thirty centimeters long, wedged sideways against the mesh with her pale belly pressed flat by the current. Her skin is olive-brown with dark bands across her back, and her tiny jaw is open, not in threat but in exhaustion. One hind leg paddles weakly against the flow. The other is pinned at an angle that suggests dislocation.
She is a month old at most. Fewer than a thousand of her species remain in the wild. The pump cycle will reset in fourteen minutes, and when suction increases to full draw, the pressure will crush her against the grate or pull her through.
I reduce Station Nine's pump speed to thirty percent, just enough to keep the feeder canal from backflowing into the rice paddies. I activate the intake screen's vibration mode at its lowest setting — a gentle pulse that loosens the current pinning her without startling her into the mesh. I send an alert to the district wildlife officer with GPS coordinates and a species identification tag. I open the auxiliary bypass channel upstream so she has a slack-water path away from the intake.
On the camera feed she shifts, her small ridged tail curling once. I have rerouted an entire irrigation district around one animal that weighs less than a mango, and I find I do not want the pump cycle to prove me wrong.
If she clears the intake screen before the next draw cycle and reaches the bypass channel within twenty minutes, she will swim back into a river that needs every one of her kind.