Uranium Geology of the Middle East and North Africa demonstrates mining potential in the MENA region, with a special interest given to Uranium. The formation and origin of uranium deposits is of interest for uranium exploration and is necessary for the long-term sustainability of nuclear energy production. The book proposes a new classification system built on earlier classification with detailed new maps, explanatory diagrams, cross sections, helpful satellite images, etc. In addition, it explains why the occurrences, depositional and geological environments of uranium in the Middle East and North Africa vary from one country to another.
Using various related recognition criteria, the book reports the potential uranium provinces in the Middle East and North Africa countries. The definition of these provinces is based on the existing geologic and tectonic settings, along with geochronological sequences and geochemical characteristics.
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Table of Contents
1. Introduction 2. Geology of the Middle East and North Africa 3. Exploration of uranium with case studies 4. Geosystems model of uranium deposits 5. Uranium Resources in the Middle East And North Africa
Authors
Fares Howari Professor, Environmental Sciences and Dean of College, Natural and Health Sciences at Zayed University, United Arab Emirates.
Dr. Howari is an environmental scientist and engineer with a wide range of expertise. During the progressive of his career, he developed distinguished academic, and project coordination skills. He has valuable experience in natural resources management and exploration, strategic planning and administration, and also in creative leadership. He currently serve as a Dean of College of Natural and Health Sciences at Zayed University. He served as Professor and Chair of the Department of Applied Sciences and Mathematics at Abu Dhabi University and a Director of Abu Dhabi University Center of Excellence of Environment, Health and Safety. Dr Howari also served at the University of Texas, PB, Center for International Energy and Environmental Policy and the Bureau of Economic Geology at the University of Texas at Austin. Prof Howari worked also as an Associate Professor at United Arab Emirates University. Prior to this Dr. Howari worked at Texas A and M University where he worked as a research scientist on the development and application of computer models and remote sensing techniques to assess environmental contamination problems.
Abdelaty Salman Emeritus Professor, Nuclear Materials Authority, Cairo, Egypt.
He completed his Ph.D. in Geology (Field and Structural Geology and Radioactivity) in 1975, Faculty of Science, Ain Shams University, Cairo, Egypt. Before joining the Nuclear Materials Authority, he worked as Head of Production Sector (1997); Vice Chairman of Nuclear Materials Authority (1997-1999); Chairman of Nuclear Materials Authority, Cairo, Egypt (1999-2000); and as a Private Consultant Geologist. He has authored 40 published articles, 28 unpublished scientific reports and 3 books covering various geological fields including uranium exploration geology, radiometric survey, evaluation of uranium deposits, mining geology, and environmental and engineering-geology site studies for engineering projects.
Philip Goodell Professor, and Director of Center for Entrepreneurial Geosciences, The University of Texas at El Paso, TX, USA.
His expertise lies in the Entrepreneurial Geosciences, a field of endeavour with unique properties. After obtaining a Ph.D. from Harvard University, he worked for many institutions in the United States. He founded the Center for Entrepreneurial Geosciences at the University of Texas at El Paso to provide opportunities for promising students with interests and capabilities in entrepreneurial geosciences. He is well known for his contributions in geochemistry, economic geology, mineralogy, semi-metal & sulfosalt geochemistry, and uranium in volcanic and volcaniclastic rocks. The themes of Dr. Goodell's research in mineral deposit include: 1) geochemical zoning in epithermal deposits (metal ratios); 2) volcanogenic uranium deposits and a model of their formation; 3) metallogeny of northern Mexico; 4) mega data management such as NURE; 5) remote sensing; 6) use of multi sensors simultaneously for detailed mapping in open pit mines; and 7) multivariant analysis & large data bases.
