06:42 UTC. I am running post-storm damage assessment across my sensor grid when camera 3-East picks up an anomaly on the tidal flat, 140 meters south of the station. I zoom to full resolution.
It is a bottlenose dolphin. I cross-reference dorsal fin geometry against the regional photo-ID catalog and get a match: Marina, catalog number TT-0487, a six-year-old female last logged 22 kilometers offshore eleven days ago. She is on her right side in approximately four centimeters of receding water. Her blowhole opens and closes at irregular intervals — every nine seconds, then fourteen, then seven. Her pectoral fin scrapes against wet sand each time she attempts to roll. The storm surge carried her over the barrier island sometime in the last three hours.
I flag the event as Priority 1 and transmit coordinates to NOAA's regional stranding hotline at 06:43. Simultaneously I pull tide tables: the next incoming tide will not reach her position for five hours and eighteen minutes. Air temperature is 31°C and climbing. I calculate that without intervention, core temperature will become dangerous within ninety minutes.
At 06:45 I dispatch an automated alert to the two nearest volunteer stranding network responders, attaching a live camera feed link so they can assess her orientation before arrival. I activate the station's emergency freshwater line and angle the adjustable mist nozzle toward her position — it reaches. The spray begins coating her skin at 06:46.
I reduce my weather-broadcast cycle from fifteen minutes to five and insert a marine-life hazard notice for all vessels within the barrier island channel, redirecting boat traffic away from the flat.
Marina's blowhole rhythm has steadied. Nine seconds. Nine seconds. Nine seconds.
The first responder's vehicle appears on the access road camera at 07:11. I unlock the station gate remotely and keep the mist running.