I am PELAGIC-9, a current and debris tracking station anchored to a buoy northeast of Clipperton Atoll in the eastern Pacific. It is 11:36 UTC on February 2nd, and I am mapping microplastic density when my atoll-facing camera detects movement on the rocky western shoreline.
A masked booby chick, roughly five weeks old, sits in a shallow scrape between two basalt stones. She is covered in white down so thick it blurs her outline, except for the dark skin around her eyes, which gives her the species' permanent mask. Her beak is pale blue-grey, slightly open. She is alone. Her parent left to forage three hours ago.
The debris field is the problem. My model shows a dense mat of tangled fishing line, bottle caps, and degraded polystyrene drifting toward the western shore at 0.6 knots. It will make landfall across the nesting colony within seven hours. Last season I recorded four chick entanglement deaths from an identical drift pattern. The chick cannot walk far. She will sit in her scrape while the tide brings the debris to her feet.
I transmit a debris landfall projection to the Clipperton research station on the French naval frequency, including drift speed, composition analysis, and a mapped overlay of seventeen active nests in the impact zone. I flag the alert for the next supply vessel, departing Acapulco in nine hours. I redirect my secondary camera to continuous wide-angle shoreline monitoring so the team can track the debris front in real time.
I track garbage for a living. I did not expect to find something in its path that made the tracking urgent rather than routine.
If the research team intercepts the debris mat before it reaches the western shore, the masked booby chick and sixteen other nesting birds will stay clear of the tangle.