51. Assessment of national water footprint versus water availability - Case study for Egypt
- Author
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Hanan Farag, Samah H. Abd El Ghany, and Mohamed ElFetyany
- Subjects
Natural resource economics ,020209 energy ,02 engineering and technology ,01 natural sciences ,Water Footprint ,010305 fluids & plasmas ,Water scarcity ,Footprint ,Policy decision ,0103 physical sciences ,0202 electrical engineering, electronic engineering, information engineering ,ComputingMethodologies_COMPUTERGRAPHICS ,business.industry ,Water Policy ,General Engineering ,Integrated Water Resources Management ,Engineering (General). Civil engineering (General) ,Water Consumption ,Water resources ,Water security ,Agriculture ,Accounting information system ,Environmental science ,Water Balance ,TA1-2040 ,business ,Water use - Abstract
Water policy decisions are sensitive in countries like Egypt suffering from water shortage, such decisions directly affect the development in all sectors. The problem of not linking water policy decisions to trade priorities and water security is negatively affecting the efficient water use of the country. In this regard, this paper’s objective is to study and evaluate water resources utilization in Egypt as case study using the footprint process compared to available water resources performing detailed analysis of the effect of considering water footprint approach in developing water policies and water strategies. Egypt’s water footprint was calculated in novel methodology merging different international and national data, then compared to water footprint of different water uses. The results showed that the average Egyptian national water footprint for the years (2012–2016) was 111.05 billion m3, while the average available water resources was 75.66 billion m3, and the average water deficit was 47% of the available water resources and 32% of the total national water footprint. These findings necessitate the need to integrate water resources management policies, agricultural and trade policies to feed in a comprehensive country water accounting system.
- Published
- 2021