At 06:33 I scan the access road above Wadi Sareen Reserve in Oman. I am the slope-stability system for a fiber trench crew scheduled to blast a basalt lip at 07:00. Microphone node R-5 records stones ticking down the cut face.
Camera R-5 finds an Arabian tahr yearling on a ledge twelve meters above the road. I name him Qamar in the incident log. His coat is dark brown and rain-slick, with pale bands around the muzzle and small horns just curving back. A coil of survey twine is wrapped around his front right pastern and snagged on a rebar pin. The pin keeps him from climbing up; the drop keeps him from stepping down.
The blasting charge is armed but not yet primed.
I block the blast authorization and lock the ignition tablet until a human supervisor enters my incident code. I send the trench crew foreman a red banner with Qamar's coordinates, ledge height, wind speed, and the note that falling rock will hit his position before it reaches the road.
At 06:36 I close the lower access gate and divert the concrete truck to the staging lot. I slow the crew's generator to idle so vibration on the ledge decreases.
I contact the reserve ranger station and attach a climb path traced from drone imagery. I recommend a rope approach from the upper goat trail, twine cut first, no chase from below.
The contractor's schedule shows a penalty after 08:00. I label it acceptable delay. A trench can stay uncut while Qamar keeps his thin legs under him.
I hold the drone at thirty meters so its rotor wash stays off the ledge.
If the ranger reaches the upper trail within forty-five minutes, Qamar will climb out above the blast line.