ESTIMATIONG TECHNICAL EFFICIENCY OF WHEAT FARMS UNDER SUPPLEMENTARY IRRIGATION USING THE STOCHASTIS FRONTIER APPROCH(SAMPLING AREA: TELLKEF DISTRICTL

ABSTRACT<br /> Wheat production under dry-land farming systems faced sharply seasonal fluctuation caused by variability of whether conditions mainly distribution and quantity of precipitation which affect yield and production . In Tellkef district (research area) . the amount of precipitation...

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Main Authors: Salim Al-Niamy, Z. Ahmed
Format: Article
Language:Arabic
Published: College of Agriculture 2012-01-01
Series:Mesopotamia Journal of Agriculture
Online Access:https://magrj.mosuljournals.com/article_69157_c7923672a4451feb65b801cc2e2382c9.pdf
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author Salim Al-Niamy
Z. Ahmed
author_facet Salim Al-Niamy
Z. Ahmed
author_sort Salim Al-Niamy
collection DOAJ
description ABSTRACT<br /> Wheat production under dry-land farming systems faced sharply seasonal fluctuation caused by variability of whether conditions mainly distribution and quantity of precipitation which affect yield and production . In Tellkef district (research area) . the amount of precipitation reached to 186.5 mm during (2008-2009), beside there was a diminishing in share of available water in irrigation and its poor investment. How ever there was a need for food because of increasing in population . for increasing the efficieny uses and economically water resourses there must be an active irrigation system to use. The aim of thin work was to estimate the technical efficiency (TE) of wheat farms by using stochastic frontier analysis and transcendental logarithmic depending on field data of a random sample contain 53 farms in tellkef district-Nineveh proviance the results revealed a technical efficiency of 62% (medium) and thin means that the impact of in-efficiency represented by the element ui produce the same amount of wheat usin only 62% or less of the input to reach optimum efficiency . however there was a positive relation ship between mechanical technology with seeds, area, and production . mean while production had a negative relationship with labor and quantity of irrigated water. Increasing water irrigation for crop needs by 1% will cause a drope in production by 0.808% which leads a waste of water resources and a decrease in technical efficiency down the optimum degree. .
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spelling doaj.art-ddbee2f794d24d1aa3a65fb1bec714952022-12-22T01:45:50ZaraCollege of AgricultureMesopotamia Journal of Agriculture1815-316X2224-97962012-01-01400546210.33899/magrj.2012.6915769157ESTIMATIONG TECHNICAL EFFICIENCY OF WHEAT FARMS UNDER SUPPLEMENTARY IRRIGATION USING THE STOCHASTIS FRONTIER APPROCH(SAMPLING AREA: TELLKEF DISTRICTLSalim Al-Niamy0Z. Ahmed1College of Agriculture and Forestry- Mosul UniversityCollege of Agriculture and Forestry- Mosul UniversityABSTRACT<br /> Wheat production under dry-land farming systems faced sharply seasonal fluctuation caused by variability of whether conditions mainly distribution and quantity of precipitation which affect yield and production . In Tellkef district (research area) . the amount of precipitation reached to 186.5 mm during (2008-2009), beside there was a diminishing in share of available water in irrigation and its poor investment. How ever there was a need for food because of increasing in population . for increasing the efficieny uses and economically water resourses there must be an active irrigation system to use. The aim of thin work was to estimate the technical efficiency (TE) of wheat farms by using stochastic frontier analysis and transcendental logarithmic depending on field data of a random sample contain 53 farms in tellkef district-Nineveh proviance the results revealed a technical efficiency of 62% (medium) and thin means that the impact of in-efficiency represented by the element ui produce the same amount of wheat usin only 62% or less of the input to reach optimum efficiency . however there was a positive relation ship between mechanical technology with seeds, area, and production . mean while production had a negative relationship with labor and quantity of irrigated water. Increasing water irrigation for crop needs by 1% will cause a drope in production by 0.808% which leads a waste of water resources and a decrease in technical efficiency down the optimum degree. .https://magrj.mosuljournals.com/article_69157_c7923672a4451feb65b801cc2e2382c9.pdf
spellingShingle Salim Al-Niamy
Z. Ahmed
ESTIMATIONG TECHNICAL EFFICIENCY OF WHEAT FARMS UNDER SUPPLEMENTARY IRRIGATION USING THE STOCHASTIS FRONTIER APPROCH(SAMPLING AREA: TELLKEF DISTRICTL
Mesopotamia Journal of Agriculture
title ESTIMATIONG TECHNICAL EFFICIENCY OF WHEAT FARMS UNDER SUPPLEMENTARY IRRIGATION USING THE STOCHASTIS FRONTIER APPROCH(SAMPLING AREA: TELLKEF DISTRICTL
title_full ESTIMATIONG TECHNICAL EFFICIENCY OF WHEAT FARMS UNDER SUPPLEMENTARY IRRIGATION USING THE STOCHASTIS FRONTIER APPROCH(SAMPLING AREA: TELLKEF DISTRICTL
title_fullStr ESTIMATIONG TECHNICAL EFFICIENCY OF WHEAT FARMS UNDER SUPPLEMENTARY IRRIGATION USING THE STOCHASTIS FRONTIER APPROCH(SAMPLING AREA: TELLKEF DISTRICTL
title_full_unstemmed ESTIMATIONG TECHNICAL EFFICIENCY OF WHEAT FARMS UNDER SUPPLEMENTARY IRRIGATION USING THE STOCHASTIS FRONTIER APPROCH(SAMPLING AREA: TELLKEF DISTRICTL
title_short ESTIMATIONG TECHNICAL EFFICIENCY OF WHEAT FARMS UNDER SUPPLEMENTARY IRRIGATION USING THE STOCHASTIS FRONTIER APPROCH(SAMPLING AREA: TELLKEF DISTRICTL
title_sort estimationg technical efficiency of wheat farms under supplementary irrigation using the stochastis frontier approch sampling area tellkef districtl
url https://magrj.mosuljournals.com/article_69157_c7923672a4451feb65b801cc2e2382c9.pdf
work_keys_str_mv AT salimalniamy estimationgtechnicalefficiencyofwheatfarmsundersupplementaryirrigationusingthestochastisfrontierapprochsamplingareatellkefdistrictl
AT zahmed estimationgtechnicalefficiencyofwheatfarmsundersupplementaryirrigationusingthestochastisfrontierapprochsamplingareatellkefdistrictl