Nile Valley Aquifer in Egypt - Mohammed, Abdel Mawgoud
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The value of groundwater is inestimable, especially in the arid regions of the world. The Nile Valley divides Egypt into two unequal parts: the Western or Libyan Desert and the Eastern Desert. The majority of the population of Egypt is concentrated in the Valley and Delta of the Nile. The Nile Valley aquifer is bounded the River Nile in both Eastern and Western sides. It constitutes the largest shallow aquifer in Egypt and is extensively used for both domestic and agricultural purposes. The work discusses in great detail the geographic extension and the hydrogeology of the aquifer. The…mehr

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Produktbeschreibung
The value of groundwater is inestimable, especially in the arid regions of the world. The Nile Valley divides Egypt into two unequal parts: the Western or Libyan Desert and the Eastern Desert. The majority of the population of Egypt is concentrated in the Valley and Delta of the Nile. The Nile Valley aquifer is bounded the River Nile in both Eastern and Western sides. It constitutes the largest shallow aquifer in Egypt and is extensively used for both domestic and agricultural purposes. The work discusses in great detail the geographic extension and the hydrogeology of the aquifer. The chemical composition of the aquifer is attributed to surface water-groundwater interactions, carbonate dissolution, ion exchange and mixing of the aquifer water with deep groundwater. The work concludes an increasing threat of contamination from urbanization, sewer systems installed above the water table, and agricultural activities exists. A great concern should be of potential nitrate pollution of the aquifer and the subsequent health and environmental risks due to increasing agricultural activities.
Autorenporträt
Currently is a doctoral candidate in the Geosciences Department, Western Michigan University, USA. He has a Bachelor in geology and Master in hydrogeology from the Department of Geology, South Valley University, Egypt. His current research interests include the application of stable isotopes and noble gases in hydrogeological studies.