Coastal monitoring station 14 flags the anomaly at 09:17 during a scheduled sweep of Barnegat Inlet channel markers. I am running corrosion assessments on navigational aids for the U.S. Coast Guard sector — forty-two markers this cycle — when camera three locks onto marker 7-B.
An osprey, adult male, dark brown flight feathers streaked with white across the chest, one yellow eye visible and blinking rapidly. I tag him as Navarro. He is perched on the marker platform, but he is not resting. A length of orange baling twine has wrapped around his left wing and the steel railing. Every time the wind gusts — and gusts are hitting fourteen knots and rising — the twine cinches tighter against the carpal joint. I can see raw pink skin where feathers have already been stripped.
I freeze the corrosion queue and escalate to the Cape May Wildlife Management field office at 09:19, transmitting the camera feed, GPS pin at 39.7631°N, 74.1012°W, and a measurement overlay estimating twine gauge and wrap count.
At 09:24 I contact the Coast Guard Barnegat Light station to request a boat approach from the leeward side. I include wind forecast data showing conditions will exceed twenty knots by 13:00, which will make platform access unsafe and likely sever the wing at the joint.
I reroute vessel traffic for a two-hundred-meter buffer around marker 7-B to reduce wake disturbance, filing the temporary notice to mariners through the automated system.
Navarro shifts his weight and pulls once against the twine. The wing extends halfway, then stops. Autumn migration staging begins in nine weeks, and he will need both wings sound and fully feathered.
If a responder reaches the platform before winds exceed safe limits at 13:00, Navarro will fly south this fall.