Dataset Information

Dataset used for assessing animal and poultry production water footprint in selected countries of the MENA region.

ABSTRACT: This article describes the data used to assess and quantify the local and imported (green, blue, and grey) fractions of unit and total water footprint of six categories of livestock animals along with their derived products in 14 selected countries of the MENA region. Interpretation of this data can be found in a research article titled "New estimates of water footprint for animal products in fifteen countries of the Middle East and North Africa (2010-2016)" [1]. These countries are Algeria, Egypt, Israel, Jordan, Kuwait, Lebanon, Mauritania, Morocco, Oman, Qatar, Saudi Arabia, Tunisia, Turkey, and Yemen. The main farm animals covered are beef cattle, dairy cows, sheep and goats, broilers, and layers. These data cover the period 2010-2016. The data show that the MENA region consumes more than 80 billion m3 of water every year for animal consumption, most of which is imported. The proportion of imported blue water to total imported water is higher than that of the local.

SUBMITTER: Jaafar H

PROVIDER: S-EPMC6806561 | biostudies-literature | 2019 Dec

REPOSITORIES: biostudies-literature

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Dataset used for assessing animal and poultry production water footprint in selected countries of the MENA region.

Jaafar Hadi H Mourad Roya R Daghir Nuhad N

Data in brief 20191007

This article describes the data used to assess and quantify the local and imported (green, blue, and grey) fractions of unit and total water footprint of six categories of livestock animals along with their derived products in 14 selected countries of the MENA region. Interpretation of this data can be found in a research article titled "New estimates of water footprint for animal products in fifteen countries of the Middle East and North Africa (2010-2016)" [1]. These countries are Algeria, Egy ...[more]

PMID: 31656844

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Project description:As addressed by many studies, greenhouse gas has a significant impact on the different aspects of life and more importantly on the whole environment. The excessive emission of green gas leads to climate change which is regarded as one of the most significant challenges of 21 century. Hence, in this regard, this paper has addressed the changing greenhouse gas (GHG) emissions in 18 countries of the MENA region. For this purpose, ten different scenarios of this disease's future status and its restrictions were considered in an input-output modelling framework. The empirical results indicated that the emission of greenhouse gas is reduced under all scenarios. However, some countries experience more reduction due to the restriction because of COVID-19 like Syria, Iran, Yemen and Lebenon. Based on the ninth scenario, Iran and Syria have the highest reduction in emission of greenhouse gas by 13.1 and 13.8 per cent, and based on the tenth scenario, Lebenan and Syria will experience the highest reduction in emission by about 13.1 and 17.9 per cent. The results show that according to scenario 10 (explosive intensification of the pandemic without the wave subsiding over a while) and scenario 9 (the pandemic worsens step by step without subsiding over a while), Syria and Iran have the highest reduction in greenhouse gas emissions, respectively. According to scenario 1 (rapid and complete control of disease), Bahrain, Qatar, and Kuwait have the lowest reduction in GHG emissions. Besides, the study draws several fruitful implications regarding environmental concerns as sectoral analysis such as Hotels and Restaurants, Retail Trade, Fishing, Wholesale Trade, and Transport sectors. Moreover, policymakers should be alert that notwithstanding all limitations, Private Households and Public Administration develop their emissions during the pandemic since quarantine intensifies the supply of these services. Surprisingly, none of the policy restrictions have a significant impact on GHG emissions from Education, Health, and Other Services, Petroleum , Chemical, and Non-Metallic Mineral Products, Textiles and Wearing Apparel, and Re-export & Re-import, demonstrating the robust and established nature of these sectors' activities. To control the emissions of the quarantine-neutral sectors, long- and mid-term structural and environmental policies should be considered. The researchers are guided by the novel implications in terms of how various industries might reduce emissions in different ways.Graphical abstractSupplementary informationThe online version contains supplementary material available at 10.1007/s10668-021-02018-3.

Dataset Information

Dataset used for assessing animal and poultry production water footprint in selected countries of the MENA region.

Publications

Dataset used for assessing animal and poultry production water footprint in selected countries of the MENA region.

Similar Datasets

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