Hydroclimatic Extremes in the Middle East and North Africa. Assessment, Attribution and Socioeconomic Impacts

Table of Contents

Part 1: Hydrological and climatological perspectives of the Middle East and North Africa
1. Hydrological regimes in the Middle East and North Africa: characteristics and challenges
2. Changes in the Climate Zones of the Middle East and North Africa under future climate change scenarios
3. Hydroclimatic extremes in the Middle East and North Africa: status and challenges
4. Water stress and insecurity in the Middle East and North Africa under different environmental and socioeconomic stressors
5. Monitoring and analysing hydroclimatic extremes using GIS and Remote Sensing techniques: case studies from the Sahara deserts

Part II: Hydroclimatic extremes in the Middle East and North Africa: Past, present and future
6. Rainfall Characteristics in Egypt during the second half of the 20th century: patterns, variability and impacts
7. Changes in rainfall concentration over Syria from 1960 to 2015
8. Long-term interannual to decadal variability of Libya extended-winter drought in Libya
9. Characterization of hydrological drought over Algeria in the past four decades
10. Attributing drought characteristics in Iraq to large-scale circulation patterns
11. Large boulders deposited on the north-western coast of Egypt as an Indicator of extreme sea waves
12. Threatened landscapes of Cyrenaica: adverse climate change impacts vs. anthropogenic processes

Part III: Socioeconomic and political impacts of the intensification of hydroclimatic extremes in the Middle East and North Africa
13. The links between meteorological and hydrological droughts in the main hydrological regimes over the Middle East and North Africa and their possible impacts on food production
14. Impacts of present and future intensification of heat waves on energy demand in Southwestern Asia
15. The potentials of the usage of renewable energy in the Middle East and North Africa under climate change conditions
16. Analysis of urban heat island using night-time MODIS LST data as a signal for regional climate change: A case study in the United Arab Emirates
17. Monitoring urbanization growth and its impacts on climatic changes over Greater Cairo (Egypt) using satellite images
18. Hydrological insecurity in the Middle East and North Africa in view of international disputes: the case of the Ethiopian Renaissance Dam
19. Climate change and it impacts on selected archaeological sites in Egypt

Part IV: Adaptation and resilience to climate extremes
20. Urban planning in the Middle East and North Africa in view of climate justice: selected case studies
21. Adaptation and resilience to sea level rise impacts in Oman
22. Improving climate services in the Middle East region in a changing climate
23. Future projections of Hydroclimate extremes: lessons for adaptation in the Middle East and North Africa

Authors

Ahmed Mohammed Hussain El Kenawy Assistant Professor of Climatology, Mansour University, Egypt. Dr. Kenawy is assistant professor of Climatology at Mansour University, Egypt. He graduated with an MSc Degree in Environmental Informatics (University of Leicester, UK) and a PhD in Climatology (Universidad de Zaragoza, Spain). He has authored or co-authored over 90 peer-reviewed articles, 3 books, and 6 book chapters, with almost 2,000 citations. His research focuses on assessing, attributing and projecting climate extremes in arid and semi-arid regions and their socioeconomic and environmental implications. The research that Dr. Kenawy and his collaborators undertake has spanned the Arabian Peninsula, Syria, Iraq and Jordan in the Middle East, North Africa (Libya and Egypt) and Ethiopia, throughout Spain and also South America, demonstrating the global reach and application of his research activity. He is also a member in the editorial board of a range of SCI journals including Hydrosphere and the Open Atmospheric Sciences Journal. El Sayed Mohamed Robaa Professor of Environmental and Atmospheric Physics, Chairman of the Astronomy, Space Sciences and Meteorology Department, Cairo University, Egypt. Prof. Robaa is a professor of Environmental and Atmospheric Physics and chairman of the Astronomy, Space Sciences and Meteorology Department, Cairo University. He is a passionate and dedicated climate change specialist, conducting extensive research in areas of urban climatology and renewable energy. He assesses extreme weather events (e.g. drought, heat-waves, flash flood, and desertification) and their impacts under climate change conditions. He has published many papers in international peer-reviewed journals, with a main focus on air pollution modeling, renewable energy, weather extremes, and agrometeorology. He is an editorial board member of many peer-reviewed international journals and a member of many peer research review committees for international journals. Prof. Robaa is a member of the permanent scientific committee for academic promotions (Professors and Assistance Professors) that are affiliated with the Supreme Council of Egyptian Universities and the National Research Institute of Astronomy and Geophysics (NRIAG). Mohammed Magdy Mustafa Torab Professor of Physical Geography, Faculty of Arts, University of Damanhur, Egypt. Prof. Torab is a professor of Physical Geography at the Faculty of Arts, University of Damanhur (Egypt) and is editor-in-chief of the Egyptian Journal of Environmental Change. He has published in many research areas, with particular emphasis on coastal and desert geomorphology and natural hazards. He has organized various scientific workshops such as Living with Landscapes, in collaboration with the International Union of Soil Sciences (IUSS) and International Association of Geomorphologists (IAG). Prof. Torab has served on numerous International and National Committees and Boards. His successful tutoring track record involves the supervision of over 100 MA & PhD theses, acting as a faculty opponent for many MA & PhD defenses. He also has lengthy experience in teaching undergraduate and postgraduate courses. Mohamed Hereher Professor of Environmental Science and Remote Sensing, Sultan Qaboos University, Oman. Prof. Hereher is a professor of Environmental Science and Remote Sensing at Sultan Qaboos University, Oman. He has published over 45 manuscripts in leading international journals, with over 650 citations. Dr. Hereher's area of expertise is in characterizing hydro-climatological responses in Earth systems using observations, modeling and remote-sensing methods, coupled with high-level statistical tools and advancements in Geographic Information System mapping (GIS). He has undertaken several studies in areas spanning the Middle East and North Africa, including Egypt, Saudi Arabia, Oman, and the Arab Gulf countries.