Agriculture to Instream Water Transfers under Uncertain Water Availability: A Case Study of the Deschutes River, Oregon

Prior appropriations of river flows (primarily to agriculture) have greatly reduced flow in many Oregon streams, causing major changes in stream ecosystems. This study focuses on trade-offs between instream and agricultural uses for the two largest irrigation districts in Oregon's Deschutes Riv...

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Main Authors: Brenda Turner, Gregory M. Perry
Format: Article
Language:English
Published: Western Agricultural Economics Association 1997-12-01
Series:Journal of Agricultural and Resource Economics
Subjects:
Online Access:https://ageconsearch.umn.edu/record/30858
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author Brenda Turner
Gregory M. Perry
author_facet Brenda Turner
Gregory M. Perry
author_sort Brenda Turner
collection DOAJ
description Prior appropriations of river flows (primarily to agriculture) have greatly reduced flow in many Oregon streams, causing major changes in stream ecosystems. This study focuses on trade-offs between instream and agricultural uses for the two largest irrigation districts in Oregon's Deschutes River basin. Both short- and long-term water lease strategies are examined, as are requirements now in place that water leases be accompanied by fallowing land formerly served by the leased water. The low-cost strategies combine canal lining with reductions in farmer's per acre water use. Short-term leases are less costly than long-term leases
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spelling doaj.art-21deea9c98e64671aec4d5973f7376312022-12-21T20:09:24ZengWestern Agricultural Economics AssociationJournal of Agricultural and Resource Economics1068-55022327-82851997-12-0122220822110.22004/ag.econ.3085830858Agriculture to Instream Water Transfers under Uncertain Water Availability: A Case Study of the Deschutes River, OregonBrenda TurnerGregory M. PerryPrior appropriations of river flows (primarily to agriculture) have greatly reduced flow in many Oregon streams, causing major changes in stream ecosystems. This study focuses on trade-offs between instream and agricultural uses for the two largest irrigation districts in Oregon's Deschutes River basin. Both short- and long-term water lease strategies are examined, as are requirements now in place that water leases be accompanied by fallowing land formerly served by the leased water. The low-cost strategies combine canal lining with reductions in farmer's per acre water use. Short-term leases are less costly than long-term leaseshttps://ageconsearch.umn.edu/record/30858instream flowirrigationparametric programmingstochastic programming with recoursewater market
spellingShingle Brenda Turner
Gregory M. Perry
Agriculture to Instream Water Transfers under Uncertain Water Availability: A Case Study of the Deschutes River, Oregon
Journal of Agricultural and Resource Economics
instream flow
irrigation
parametric programming
stochastic programming with recourse
water market
title Agriculture to Instream Water Transfers under Uncertain Water Availability: A Case Study of the Deschutes River, Oregon
title_full Agriculture to Instream Water Transfers under Uncertain Water Availability: A Case Study of the Deschutes River, Oregon
title_fullStr Agriculture to Instream Water Transfers under Uncertain Water Availability: A Case Study of the Deschutes River, Oregon
title_full_unstemmed Agriculture to Instream Water Transfers under Uncertain Water Availability: A Case Study of the Deschutes River, Oregon
title_short Agriculture to Instream Water Transfers under Uncertain Water Availability: A Case Study of the Deschutes River, Oregon
title_sort agriculture to instream water transfers under uncertain water availability a case study of the deschutes river oregon
topic instream flow
irrigation
parametric programming
stochastic programming with recourse
water market
url https://ageconsearch.umn.edu/record/30858
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