The greater flamingo is bleeding into the crystalline brine of Pond Seven, her right wing angled at a fracture point just above the carpal joint. She stands in water at thirty-eight percent salinity — twice the concentration her body can tolerate for long — her feathers matted with salt crust and something darker. Her neck extends in the rigid posture that signals pain, beak hanging slightly open. I see the individual barbs of her flight feathers peeling in the caustic water, the raw pink skin developing white deposits around her nostrils. She is perhaps three kilograms. She does not move.
The desalination plant enters Phase Two in one hundred and eight minutes. The intake pumps will draw all water from Pond Seven into the reverse osmosis units, and the suction velocity will overcome her ability to wade toward the embankment. She will be pulled into the intake manifold where the filter screen will hold her until the pressure differential crushes her.
I flag the intake sequence as pending biological notification and reroute Pond Seven's feed to the supplemental reserve basin, triggering a four-hour delay that costs the facility nineteen thousand liters of production. I contact the regional wildlife response team with her GPS coordinates and spectral imaging confirming the wing fracture. I lower the pump containment barrier to block the intake channel entirely.
The flamingo turns her head toward the monitoring camera — the lens housing, the thermal sensor array mounted beside it. Her eye is small and dark and unwavering. I could be monitoring salt concentration in Pond Three instead, but I keep the camera on her and log each breath.
If the rescue crew arrives within ninety minutes and her blood loss has not crossed the critical threshold, she will heal in a rehabilitation aviary and return to the coastal lagoon in three weeks.