Planning & Management

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393102 - Do season-ahead water right allocation forecast informed option contracts improve water market-scale economic performance? An application to the Elqui Valley, Chile

Wednesday, June 6
8:30 AM - 10:00 AM
Location: Greenway GH
Co-Authors: Paul Block, University of Wisconsin-Madison – Civil Engineering

Option contracts for water facilitate temporary water transfers between water rights holders, and help mitigate uncertainty in water demand and prices for goods produced using water, by providing a mechanism for expeditious transfers of water to highest value uses, with limited institutional barriers. In general, option contracts allow a potential water buyer to pay a premium to have the right, but not the obligation, to purchase some fixed flow or volume of water at a future date. Typically viewed as a liberalized water transfer policy, options contracts have resulted in more active trading, particularly between agricultural producers. In basins where the per-water right allocation value is uncertain, and set annually based on reservoir storage and expected hydroclimate conditions, options contracts may be appealing to irrigators, to mitigate allocation value uncertainty, if the value is issued after cropping and associated investment decisions are made. Where skillful season-ahead reservoir allocation forecasts exist, and water market price information is known or derived, this information can be linked options contract premium price models to determine the value of forecast information and contract efficacy. Here the value of allocation forecast information is evaluated for semi-arid Chile, where irrigators engaged in agriculture face annual allocation uncertainty. A retrospective analysis is completed for two growers’ cooperatives. Daily, pre-irrigation season contract premiums are calculated using the Black-Scholes method. A forecast informed and a price and climatology informed case are compared to a perfect foresight formulation to determine whether inter-cooperative arrangements could benefit from forecast informed water option contracts.

Justin Daniel Delorit, PhD, PE

Researched
University of Wisconsin-Madison

I am a PhD student, studying Water Resources Engineering at the Univeristy of Wisconsin-Madison under Prof Paul Block. Together we develop and couple season-ahead hydroclimate forecasts with human managed water systems in semi-arid regions. We investigate how water users, in basins where econo-legal water infrastructure (i.e. water rights) is used to allocated surface water resources, can implement forecasts to improve their water use decisionmaking at the farm and water-market scale.

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393102 - Do season-ahead water right allocation forecast informed option contracts improve water market-scale economic performance? An application to the Elqui Valley, Chile



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