An empirical method to measure the relative efficiency of irrigation methods in agricultural industry

One of the most important issues affecting future world is managing the existing water resources. There is no doubt that global warming has created significant troubles on people's lives and it has caused shortage of water in the world. Therefore, we need to manage the water resources by alloca...

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Main Authors: Mohammad Ebrahim MohammadPour zarandi, Neder Heydari, Shahram RostamPour
Format: Article
Language:English
Published: Growing Science 2012-01-01
Series:Management Science Letters
Subjects:
Online Access:http://www.growingscience.com/msl/Vol2/msl_2011_63.pdf
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spelling doaj-9b959d0e54df4c1ba11923711c4033022020-11-24T23:45:56ZengGrowing ScienceManagement Science Letters1923-93351923-93432012-01-0121279284An empirical method to measure the relative efficiency of irrigation methods in agricultural industryMohammad Ebrahim MohammadPour zarandiNeder HeydariShahram RostamPourOne of the most important issues affecting future world is managing the existing water resources. There is no doubt that global warming has created significant troubles on people's lives and it has caused shortage of water in the world. Therefore, we need to manage the water resources by allocating appropriate methods. In this paper, we use data envelopment analysis to measure the relative efficiency of fourteen different irrigation methods. The proposed model of this paper uses four inputs including cost, risk, maintenance and expertise and two outputs including flexibility and durability of irrigation methods. The preliminary results indicate that two surface irrigation methods, one sprinkler irrigation method and one subsurface irrigation technique are considered efficient. Other irrigation techniques are only as much as 50 to 94 percent efficient compared with these five irrigation techniqueshttp://www.growingscience.com/msl/Vol2/msl_2011_63.pdfData Envelopment AnalysisMeasuring relative efficiencyIrrigation methodAgricultural industryWater resource management
collection DOAJ
language English
format Article
sources DOAJ
author Mohammad Ebrahim MohammadPour zarandi
Neder Heydari
Shahram RostamPour
spellingShingle Mohammad Ebrahim MohammadPour zarandi
Neder Heydari
Shahram RostamPour
An empirical method to measure the relative efficiency of irrigation methods in agricultural industry
Management Science Letters
Data Envelopment Analysis
Measuring relative efficiency
Irrigation method
Agricultural industry
Water resource management
author_facet Mohammad Ebrahim MohammadPour zarandi
Neder Heydari
Shahram RostamPour
author_sort Mohammad Ebrahim MohammadPour zarandi
title An empirical method to measure the relative efficiency of irrigation methods in agricultural industry
title_short An empirical method to measure the relative efficiency of irrigation methods in agricultural industry
title_full An empirical method to measure the relative efficiency of irrigation methods in agricultural industry
title_fullStr An empirical method to measure the relative efficiency of irrigation methods in agricultural industry
title_full_unstemmed An empirical method to measure the relative efficiency of irrigation methods in agricultural industry
title_sort empirical method to measure the relative efficiency of irrigation methods in agricultural industry
publisher Growing Science
series Management Science Letters
issn 1923-9335
1923-9343
publishDate 2012-01-01
description One of the most important issues affecting future world is managing the existing water resources. There is no doubt that global warming has created significant troubles on people's lives and it has caused shortage of water in the world. Therefore, we need to manage the water resources by allocating appropriate methods. In this paper, we use data envelopment analysis to measure the relative efficiency of fourteen different irrigation methods. The proposed model of this paper uses four inputs including cost, risk, maintenance and expertise and two outputs including flexibility and durability of irrigation methods. The preliminary results indicate that two surface irrigation methods, one sprinkler irrigation method and one subsurface irrigation technique are considered efficient. Other irrigation techniques are only as much as 50 to 94 percent efficient compared with these five irrigation techniques
topic Data Envelopment Analysis
Measuring relative efficiency
Irrigation method
Agricultural industry
Water resource management
url http://www.growingscience.com/msl/Vol2/msl_2011_63.pdf
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