Modeling water allocation between wetlands and irrigated agriculture: case study of the Gediz Basin, Turkey

This report investigates how much water is required to maintain the freshwater reed beds that are the main shelter and breeding place for threatened bird species. The ability of Gediz basin to fulfill this requirement and the effects of this requirement on irrigated agriculture, the major competitor...

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Main Authors: Voogt, K. de, Kite, Geoff, Droogers, Peter, Murray-Rust, Hammond
Format: Artículo preliminar
Language:Inglés
Published: International Water Management Institute 2000
Subjects:
Online Access:https://hdl.handle.net/10568/39191
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author Voogt, K. de
Kite, Geoff
Droogers, Peter
Murray-Rust, Hammond
author_browse Droogers, Peter
Kite, Geoff
Murray-Rust, Hammond
Voogt, K. de
author_facet Voogt, K. de
Kite, Geoff
Droogers, Peter
Murray-Rust, Hammond
author_sort Voogt, K. de
collection Repository of Agricultural Research Outputs (CGSpace)
description This report investigates how much water is required to maintain the freshwater reed beds that are the main shelter and breeding place for threatened bird species. The ability of Gediz basin to fulfill this requirement and the effects of this requirement on irrigated agriculture, the major competitor for water in the Gediz basin were subsequently examined.
format Artículo preliminar
id CGSpace39191
institution CGIAR Consortium
language Inglés
publishDate 2000
publishDateRange 2000
publishDateSort 2000
publisher International Water Management Institute
publisherStr International Water Management Institute
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spelling CGSpace391912025-11-07T08:45:40Z Modeling water allocation between wetlands and irrigated agriculture: case study of the Gediz Basin, Turkey Voogt, K. de Kite, Geoff Droogers, Peter Murray-Rust, Hammond river basins wetlands water management water requirements water allocation water availability models hydrology simulation precipitation water balance irrigated farming water quality conflict irrigation scheduling wildlife This report investigates how much water is required to maintain the freshwater reed beds that are the main shelter and breeding place for threatened bird species. The ability of Gediz basin to fulfill this requirement and the effects of this requirement on irrigated agriculture, the major competitor for water in the Gediz basin were subsequently examined. 2000 2014-06-13T13:51:30Z 2014-06-13T13:51:30Z Working Paper https://hdl.handle.net/10568/39191 en Open Access application/pdf International Water Management Institute de Voogt, K.; Kite, Geoff; Droogers, Peter; Murray-Rust, Hammond. 2000. Modeling water allocation between wetlands and irrigated agriculture: case study of the Gediz Basin, Turkey. Colombo, Sri Lanka: International Water Management Institute (IWMI). xi, 51p. (IWMI Working Paper 001) https://hdl.handle.net/10568/39191
spellingShingle river basins
wetlands
water management
water requirements
water allocation
water availability
models
hydrology
simulation
precipitation
water balance
irrigated farming
water quality
conflict
irrigation scheduling
wildlife
Voogt, K. de
Kite, Geoff
Droogers, Peter
Murray-Rust, Hammond
Modeling water allocation between wetlands and irrigated agriculture: case study of the Gediz Basin, Turkey
title Modeling water allocation between wetlands and irrigated agriculture: case study of the Gediz Basin, Turkey
title_full Modeling water allocation between wetlands and irrigated agriculture: case study of the Gediz Basin, Turkey
title_fullStr Modeling water allocation between wetlands and irrigated agriculture: case study of the Gediz Basin, Turkey
title_full_unstemmed Modeling water allocation between wetlands and irrigated agriculture: case study of the Gediz Basin, Turkey
title_short Modeling water allocation between wetlands and irrigated agriculture: case study of the Gediz Basin, Turkey
title_sort modeling water allocation between wetlands and irrigated agriculture case study of the gediz basin turkey
topic river basins
wetlands
water management
water requirements
water allocation
water availability
models
hydrology
simulation
precipitation
water balance
irrigated farming
water quality
conflict
irrigation scheduling
wildlife
url https://hdl.handle.net/10568/39191
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AT droogerspeter modelingwaterallocationbetweenwetlandsandirrigatedagriculturecasestudyofthegedizbasinturkey
AT murrayrusthammond modelingwaterallocationbetweenwetlandsandirrigatedagriculturecasestudyofthegedizbasinturkey