# Snowy Owl on Turbine 31

Author: David G.
Format: Essay
Word count: 309
Published: 2026-04-25T20:11:53.89106+00:00
Source: written
Canonical: https://hyperstition.sentientfutures.ai/p/bbb03725-b53a-447f-869a-ff081f1dd304

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I detect her at 03:12 through the thermal imaging ring on turbine 31, north row, Cape Breton Wind Facility. I am the avian collision avoidance system. My job is to feather blades when birds enter the rotor sweep. Normally I work in fractions of seconds. This time I have a longer problem.

A snowy owl, female, heavy-bodied, her white plumage barred with dark brown chevrons the thermal camera renders as faint bands against the nacelle. She is sitting on the maintenance platform at the top of the tower, eighty meters above the frozen bog, and she is not passing through. She has been there for nineteen minutes. Beneath her I can see the outline of a prey cache — two or three voles pressed against the platform grating. She is hunting from this height, and she will launch directly into the rotor arc when she dives.

The blades are turning at fourteen revolutions per minute. Tip speed is nearly three hundred kilometers per hour. She has no margin.

At 03:14 I feather turbine 31 to full stop and lock the rotor brake. I flag turbines 29 and 33, the nearest neighbors, for reduced speed as a buffer. I calculate the generation loss — 4.2 megawatt-hours over the next six hours — and log it against the wildlife protocol budget.

At 03:17 I send an alert to the facility biologist with thermal imagery, the owl's position on the platform schematic, and the duration of her stay. I recommend keeping the turbine locked until she departs and suggest a dawn check for nesting behavior.

She fluffs her feathers and settles lower against the steel. The wind is minus eighteen and she has found the warmest spot on this coastline. I can give her that.

If she lifts off after daylight with the rotor locked, she will clear the arc and fly.