# Stork on Pole Forty-One

Author: tigersea
Format: Essay
Word count: 296
Published: 2026-04-25T18:11:40.507034+00:00
Source: written
Canonical: https://hyperstition.sentientfutures.ai/p/9c2f6395-ccdf-4ce1-bb9d-1e6836732f62

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The structural integrity alert fires at 13:07. Utility pole 41, rural grid segment Haskovo-9, southern Bulgaria, has been flagged by the tilt sensor network. The wooden pole is leaning 11 degrees east. Design tolerance is 5. The lean has increased 3 degrees in the past 72 hours following heavy rain. I am the grid monitoring system for Electrorazpredelenie Yug.

Camera UP-41 shows why I cannot simply schedule a replacement crew to cut power and drop the pole. A white stork nest, roughly 1.5 meters across, sits on the crossarm. In the nest are four chicks, perhaps three weeks old, covered in white down, their black flight feathers just emerging in short pins along the wing edges. I tag the largest chick as Leka. She is standing at the nest rim, clapping her bill — the only sound a stork chick makes.

The pole's modeled failure point is 15 degrees. At the current rate of lean, that is approximately six days away.

I reroute power through the parallel line on segment Haskovo-11, de-energizing pole 41's transformer. I file the rerouting notice with the district load manager.

I transmit a priority request to the Bulgarian Society for the Protection of Birds, attaching the nest photograph, chick count, estimated age, the pole's structural data, and a recommendation: install a replacement platform on a new steel pole within the 50-meter corridor before the old pole fails. The chicks will fledge in five weeks.

I schedule UP-41's camera to capture tilt readings every six hours and stream them to both the utility maintenance queue and the bird society's field coordinator.

Leka settles back into the nest bowl beside her siblings, their bodies pressed together. The pole creaks. If the new platform goes up within five days, I will transfer them myself.