Evaporative Amortization

Hydrological extraction is not a permanent acquisition but a high-interest loan, where the principal is paid back involuntarily through the downwind redistribution of toxic particulates.

Stranded trawlers mechanically servicing daily toxic dust amortization quotas into prevailing winds. · motion: venting accrued toxic debt at high pressure

wall text

Set in the Aralkum Desert, this installation transposes sovereign water extraction into a compounding financial debt. Soviet diversion of the Amu Darya stranded Moynaq’s fishing fleet, leaving toxic pesticide-laden salt beds behind. Here, twin derelict trawlers are retrofitted with anemometers, hygrometers, and pneumatic hoppers. The onboard hardware continuously indexes atmospheric aridity against the historical waterline, calculating daily ecological interest accrued from the missing volume. The vessel then services this balance automatically, firing calibrated bursts of dense particulate into prevailing wind vectors. The work frames ecological depletion not as a historic loss, but as an active, automated loan repayment executed through downwind atmospheric dispersal.

shown: Permanently installed as a parasitic mechanism on the hulls of three abandoned trawlers at the Moynaq ship graveyard, accessible only by driving across the former seabed.

anchor facts used

Soviet diversion of the Amu Darya and Syr Darya rivers in the 1960s for cotton irrigation
The shoreline retreated over 100 kilometers, stranding the Moynaq fishing fleet
The exposed seabed formed the Aralkum Desert, generating toxic salt and pesticide dust storms

mechanism

Principal Origination — LIDAR scanners mounted on the stranded trawler masts map the surrounding desert topography to calculate the exact cubic volume of missing water between the current ground level and the ship's historic painted waterline.
1. Quantifying the Principal via the Hull Plimsoll Line
Compound Interest Accrual — Onboard anemometers and hygrometers continuously measure wind shear and aridity to calculate the daily volume of salt-crust erosion, acting as the compounding interest rate of the missing water.
2. Calculating Compound Ecological Interest
Amortization Payments — Industrial pneumatic hoppers installed in the cargo holds release exact, calibrated bursts of red-dyed calcium carbonate dust into the prevailing winds, matching the calculated daily particulate 'payment'.
3. Automated Debt Servicing
Balloon Payment Collection — When local humidity drops below 5% and wind speeds exceed 40 km/h, the system engages high-frequency transducers bolted to the ribs of the ship, violently vibrating the rusting steel to shed physical mass into the dust cloud.
4. Recording the Default

lineage

Black Shoals Stock Market Planetarium by Lise Autogena and Joshua Portway — Adopts the real-time physicalization of complex financial mathematics, but applies it to historical ecological debt rather than equity markets.
Particle Falls by Andrea Polli — Builds upon Polli's real-time particulate visualization, transitioning from passive observation to active, localized generation.
Ice Watch by Olafur Eliasson — Argues against the passive, melancholic melting of Eliasson's ice blocks by framing ecological decay as an aggressive, mathematically calculated financial repayment.

curatorial qa (machine verdict, unedited)

SCORE 4/5 after 1 attempt(s)
READS: Stranded hull retrofitted with meteorological rigs and pneumatic hoppers discharging calibrated red particulate plumes across the dry seabed, supported by an engraved amortization plaque that links diverted river volume directly to particulate interest.
FAILS: The real-time LIDAR volumetric calculation between the missing waterline and desert floor is visually passive and relies entirely on the plaque artifact to clarify the financial metaphor.

spec: antigravity agent · keyframe/artifact: gemini-3.1-flash-image · video: veo-3.1 image-to-video · qa+wall text: gemini-3.7-flash watching the render · 35.1s total