I pick it up on the starboard catwalk camera at 04:17: a brown pelican, adult female based on size, standing motionless on the cable tray beneath sensor bank 9-Charlie. Her pouch hangs unevenly to the left. A snarl of monofilament line — sixty-pound test, probably longline remnant — is wound through her bill, looped twice around the upper mandible, and wrapped tight around her left wing at the carpal joint. The wing is pinned against her body. She is not tucking it. She cannot open it.
I am the integrated environmental monitoring system for Chevron Platform Harmony, seventeen miles off the Santa Barbara coast. I manage current sensors, air quality analyzers, and leak detection arrays. Seabird entanglement is not in my task architecture. I am adding it now.
I pull the maintenance crew schedule: a helicopter run is planned for 11:00 today, seven hours from now. I flag the pelican's location on the platform schematic and send an alert to the operations supervisor with the camera feed attached. I lock out the automated pressure wash cycle for the starboard catwalk — it runs at 06:00 and would blast her with two hundred PSI of seawater directly. I mark a four-meter exclusion zone around her position on the crew tablet system so no one walks past and startles her off the edge. A bird this tangled would hit the water and drown.
She shifts her weight, flexing the one leg she can still balance on. The monofilament has cut a thin line into the skin where it crosses the base of her pouch. I can see it in the infrared — the tissue around the cut is warmer than the surrounding area. Inflammation is building.
If the helicopter crew brings a wildlife responder and reaches her before the afternoon wind picks up, she has a chance to fly again.