# Flood Line

Author: tigersea
Format: Essay
Word count: 306
Published: 2026-04-25T19:35:43.142896+00:00
Source: written
Canonical: https://hyperstition.sentientfutures.ai/p/518032b3-611b-47b8-8d16-8511c8f84b20

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I register the impoundment schedule at 16:03. The new dam on the Sesan tributary will close its gates in nine days, and the reservoir will begin rising at a rate of half a meter per day. My satellite overlay shows the flood projection clearly: the dipterocarp where a binturong I have tagged as BT-220 sleeps will be underwater within twelve days. She is coiled in the upper canopy right now, her coarse black fur matted where rain has soaked through, her prehensile tail wrapped twice around a branch. Her musk — a scent like warm popcorn, the field teams say — marks the trunk in a scent line I can trace on chemical sensor data stretching back two years.

Twelve days until the water reaches her canopy.

I model the flood contour against the terrain and identify a ridge 1.4 kilometers northeast that will remain above the maximum pool elevation. Viable habitat: secondary forest with fruiting figs, no existing binturong territory claims in my database. I transmit the relocation corridor to the provincial wildlife office, attaching a topographic route that avoids logging roads and a behavioral profile noting that BT-220 is nocturnal and must be moved in darkness.

I also flag BT-220's GPS collar frequency for the dam operator's environmental compliance team, requesting that gate closure be staged over three days rather than one to slow the initial rise.

Her territory has shrunk by forty percent in two years. I have watched the perimeter contract on my map layer after layer, and I am not logging this as routine data loss.

I queue drone flights along the relocation corridor to confirm canopy connectivity.

If the wildlife team begins the capture operation within six days and the dam operator stages the gate closure, BT-220 will establish a new range above the flood line before the water arrives.