Assessment of the Agricultural Water Use in Jericho Governorate Using Sefficiency

<span style="color: windowtext;">Addressing water use efficiency in the Middle East is challenging due to the geopolitical complexity, climatic conditions and a variety of managerial issues. Groundwater is the dominant water resource for Palestinians, while aquifers are shared with t...

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Main Authors: Nasser Tuqan, Naim Haie, Muhammad Tajuri Ahmad
Format: Article
Language:English
Published: MDPI AG 2020-05-01
Series:Sustainability
Subjects:
Online Access:https://www.mdpi.com/2071-1050/12/9/3634
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spelling doaj-c71ce194f0004546af58f550d868d38a2020-11-25T03:52:19ZengMDPI AGSustainability2071-10502020-05-01123634363410.3390/su12093634Assessment of the Agricultural Water Use in Jericho Governorate Using SefficiencyNasser Tuqan0Naim Haie1Muhammad Tajuri Ahmad2CTAC, University of Minho, Azurem Campus, Guimarães 4800–058, PortugalCTAC, University of Minho, Azurem Campus, Guimarães 4800–058, PortugalCivil Engineering Department, Kano University of Science & Technology, Wudil 713281, Nigeria<span style="color: windowtext;">Addressing water use efficiency in the Middle East is challenging due to the geopolitical complexity, climatic conditions and a variety of managerial issues. Groundwater is the dominant water resource for Palestinians, while aquifers are shared with their neighbours. We assessed in this study the efficiency of the agricultural water use in Jericho, which we defined as the Water Use System (WUS), and its impact on the main source, the Eastern Aquifer Basin (EAB), using the Sustainable Efficiency (Sefficiency) method. The assessment considered the objectives’ difference between the farmers in the region and the water managers. As Sefficiency requires, the analysis also considered in addition to the quantities of the different water path types within our WUS, their quality and beneficial weights. The results highlighted efficiency improvement potentials, a substantial number of unreported abstractions and an impact of the use of chemical substances on the main source. In addition, through hypothesizing four scenarios, we demonstrated that: 1. Improving the quality of returns has a great positive impact. 2. Increasing water abstractions is not beneficial if it is not linked to an increase in yield production. 3. Precipitation rates can influence water use efficiency. 4. More careful treatment of the unwanted plants and a selection of high socio-economic value crops would enhance Sefficiency.</span>https://www.mdpi.com/2071-1050/12/9/3634Sefficiencyirrigation managementEastern Aquifer Basinwater use efficiencywater crisis in Palestinepublic participation
collection DOAJ
language English
format Article
sources DOAJ
author Nasser Tuqan
Naim Haie
Muhammad Tajuri Ahmad
spellingShingle Nasser Tuqan
Naim Haie
Muhammad Tajuri Ahmad
Assessment of the Agricultural Water Use in Jericho Governorate Using Sefficiency
Sustainability
Sefficiency
irrigation management
Eastern Aquifer Basin
water use efficiency
water crisis in Palestine
public participation
author_facet Nasser Tuqan
Naim Haie
Muhammad Tajuri Ahmad
author_sort Nasser Tuqan
title Assessment of the Agricultural Water Use in Jericho Governorate Using Sefficiency
title_short Assessment of the Agricultural Water Use in Jericho Governorate Using Sefficiency
title_full Assessment of the Agricultural Water Use in Jericho Governorate Using Sefficiency
title_fullStr Assessment of the Agricultural Water Use in Jericho Governorate Using Sefficiency
title_full_unstemmed Assessment of the Agricultural Water Use in Jericho Governorate Using Sefficiency
title_sort assessment of the agricultural water use in jericho governorate using sefficiency
publisher MDPI AG
series Sustainability
issn 2071-1050
publishDate 2020-05-01
description <span style="color: windowtext;">Addressing water use efficiency in the Middle East is challenging due to the geopolitical complexity, climatic conditions and a variety of managerial issues. Groundwater is the dominant water resource for Palestinians, while aquifers are shared with their neighbours. We assessed in this study the efficiency of the agricultural water use in Jericho, which we defined as the Water Use System (WUS), and its impact on the main source, the Eastern Aquifer Basin (EAB), using the Sustainable Efficiency (Sefficiency) method. The assessment considered the objectives’ difference between the farmers in the region and the water managers. As Sefficiency requires, the analysis also considered in addition to the quantities of the different water path types within our WUS, their quality and beneficial weights. The results highlighted efficiency improvement potentials, a substantial number of unreported abstractions and an impact of the use of chemical substances on the main source. In addition, through hypothesizing four scenarios, we demonstrated that: 1. Improving the quality of returns has a great positive impact. 2. Increasing water abstractions is not beneficial if it is not linked to an increase in yield production. 3. Precipitation rates can influence water use efficiency. 4. More careful treatment of the unwanted plants and a selection of high socio-economic value crops would enhance Sefficiency.</span>
topic Sefficiency
irrigation management
Eastern Aquifer Basin
water use efficiency
water crisis in Palestine
public participation
url https://www.mdpi.com/2071-1050/12/9/3634
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