Ranching Lake Nasser's Nile Crocodiles
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Transnational Project on the Major Regional Aquifer in North-East Africa
-: I /7 LT'UI I I UNITED NATIONS DEVELOPMENT PROGRAMME UNiTED NATIONS ENVIRONMENT PROGRAMME UNITED NATIONS DEPARTMENT OF TECHNICAL COOPERATION FOR DEVELOPMENT TRANSNATIONAL PROJECT ON THE MAJOR REGIONAL AQUIFER IN NORTH-EAST AFRICA PROCEEDINGS OF PROJECT WORKSHOP HELD IN KHARTOUM, SUDAN 12th-14th December, 1987 Under the auspices of the National Corporation for Rural Water Development United Nations New York, February, 1988 J; ;T Al • TRANSNATIONAL PROJECT ON THE MAJOR REGIONAL AQUIFER IN NORTH-EAST AFRICA PROCEEDINGS OF PROJECT WORKSHOP HELD IN KHARTOUM, SUDAN 12th-14th December, 1987 Foreword The United Nations has for many years funded studies of grouidwater in the arid areas and has contributed widely to the understanding of groundwater resources and their evolution in such areas. The eleven papers included in these Workshop proceedings are a welcome addition to arid groundwater knowledge outlining investigations carried out into the "Nubian Sandstone Aquifer" in Egypt and the Sudan with a contribution from Libya. The Department would like to acknowledge the assistance given by J.W. Lloyd in editing these proceedings. a CONTENTS Page INTRODUCTION 1 Background to Project I Project Design 1 Project Area Features 3 OPENING SESSION 5 ADDRESS BY DR. ADAM MADIBO, Minister of Energy and 5 Mining for the Sudan a ADDRESS BY MR. K. SHAWKI, Commissioner, Relief and 8 Rehabilitation Commission of the Sudan ADDRESS BY DR. K. HEFNEY, Project Manager for the 8 Egyptian Component Area PAPER PRESENTATIONS 9 1. Project Regional Coordination Machinery. 9 W. Iskander. Project Coordinator Management Problems of the Major Regional 16 Aquifers of North Africa. A Shata. Desert Institute, Cairo. -
The Secrets of Egypt & the Nile
the secrets of egypt & the nile 2021 - 2022 Dear Valued Guest, Egypt has captured the world’s imagination and continues to make an extraordinary impression on those who visit; and beginning in September 2021, we are delighted to take you there. While traveling along Egypt’s Nile River, you’ll be treated to a connoisseur’s discovery of this ancient civilization as only AmaWaterways can provide—with an unparalleled river cruise and land adventure that includes exquisite cuisine, beautiful accommodations, authentic excursions and extraordinary service. Your journey along the world’s longest river on board our spectacular, newly designed AmaDahlia will take you to some of Egypt’s most iconic sites. Discover ancient splendors such as the Great Hypostyle Hall of Karnak, the beguiling Temple of Luxor and the mystifying Valley of the Kings and Queens, along with exclusive access to the Tomb of Queen Nefertari. While in Cairo, you’ll stay at the 5-star Four Seasons at The First Residence, an oasis in the middle of the city, where each day, you’ll experience some of the world’s most astonishing antiquities. Come face to face with King Tut’s priceless discoveries at the Egyptian Museum, as well as the Great Sphinx and the three Pyramids of Giza, the last surviving of the Seven Wonders of the Ancient World; and gain private access to Cairo’s Abdeen Presidential Palace. This mesmerizing destination has entranced archaeologists and historians for generations and inspired its own field of study—Egyptology. Now it’s time for you to be entranced. We look forward to sharing Egypt with you. -
The Value of the High Aswan Dam to the Egyptian Economy
ECOLOGICAL ECONOMICS 66 (2008) 117– 126 available at www.sciencedirect.com www.elsevier.com/locate/ecolecon The value of the high Aswan Dam to the Egyptian economy Kenneth M. Strzepeka,b,c, Gary W. Yohed, Richard S.J. Tole,f,g,⁎, Mark W. Rosegrantb aDepartment of Civil Engineering, University of Colorado, Boulder, CO, USA bInternational Food Policy Research Institute, Washington, DC, USA cInternational Max Planck Research School of Earth System Modelling, Hamburg, Germany dDepartment of Economics, Wesleyan University, Middletown, CT, USA eEconomic and Social Research Institute, Dublin, Ireland fInstitute for Environmental Studies, Vrije Universiteit, Amsterdam, The Netherlands gDepartment of Engineering and Public Policy, Carnegie Mellon University, Pittsburgh, PA, USA ARTICLE INFO ABSTRACT Article history: The High Aswan Dam converted a variable and uncertain flow of Nile river water into a Received 21 November 2006 predictable and controllable water supply stored in Lake Nasser. We use a computable Received in revised form 3 June 2007 general equilibrium model of the Egyptian economy to estimate the economic impact of the Accepted 26 August 2007 High Aswan Dam. We compare the actual 1997 economy to the 1997 economy as it would Available online 25 October 2007 have been if historical pre-dam Nile flows (drawn from a 72 year portrait) had applied (i.e., the Dam had not been built). The steady water supply sustained by the High Aswan Dam Keywords: increased transport productivity, and year round availability of predictable and adequate Egypt water sustained a shift towards more valuable summer crops. These static effects are worth High Aswan Dam EGP 4.9 billion. -
Conflict Analysis of Egypt
Helpdesk Report Conflict analysis of Egypt Anna Louise Strachan 27. 02. 2017 Question What does the literature indicate about the current conflict dynamics in Egypt (excluding the Sinai Peninsula1), including key actors, proximate and structural causes, dynamics and triggers, and opportunities for peace and institutional resilience? Contents 1. Overview 2. Conflict dynamics and triggers 3. Key actors 4. Proximate causes of conflict 5. Structural causes of conflict 6. External pressures 7. Opportunities for peace and institutional resilience 8. References 1. Overview In 2011 Egypt experienced mass protests culminating in the fall of long serving president, Hosni Mubarak. The country’s first democratically elected President, the Muslim Brotherhood’s Mohamed Morsi’s, time in power was short-lived. He was deposed by Egypt’s military on 3 July 2013, following anti-government demonstrations (Tobin et al, 2015, p. 31). Abdul Fatah el-Sisi, former head of the armed forces, was elected in June 2014 (Tobin et al, 2015, p. 31). Sisi’s presidency has seen a return to military rule. There has also been a rise in the number of terrorist attacks in Egypt since he came to power in 2014. 1 For a conflict analysis of the Sinai Peninsula see Idris, I. (2017). Conflict analysis of Sinai (K4D Helpdesk Research Report). Brighton, UK: Institute of Development Studies.. The K4D helpdesk service provides brief summaries of current research, evidence, and lessons learned. Helpdesk reports are not rigorous or systematic reviews; they are intended to provide an introduction to the most important evidence related to a research question. They draw on a rapid desk-based review of published literature and consultation with subject specialists. -
Digital Reconstruction of the Archaeological Landscape in the Concession Area of the Scandinavian Joint Expedition to Sudanese Nubia (1961–1964)
Digital Reconstruction of the Archaeological Landscape in the Concession Area of the Scandinavian Joint Expedition to Sudanese Nubia (1961–1964) Lake Nasser, Lower Nubia: photography by the author Degree project in Egyptology/Examensarbete i Egyptologi Carolin Johansson February 2014 Department of Archaeology and Ancient History, Uppsala University Examinator: Dr. Sami Uljas Supervisors: Prof. Irmgard Hein & Dr. Daniel Löwenborg Author: Carolin Johansson, 2014 Svensk titel: Digital rekonstruktion av det arkeologiska landskapet i koncessionsområdet tillhörande den Samnordiska Expeditionen till Sudanska Nubien (1960–1964) English title: Digital Reconstruction of the Archaeological Landscape in the Concession Area of the Scandinavian Joint Expedition to Sudanese Nubia (1961–1964) A Magister thesis in Egyptology, Uppsala University Keywords: Nubia, Geographical Information System (GIS), Scandinavian Joint Expedition to Sudanese Nubia (SJE), digitalisation, digital elevation model. Carolin Johansson, Department of Archaeology and Ancient History, Uppsala University, Box 626 SE-75126 Uppsala, Sweden. Abstract The Scandinavian Joint Expedition to Sudanese Nubia (SJE) was one of the substantial contributions of crucial salvage archaeology within the International Nubian Campaign which was pursued in conjunction with the building of the High Dam at Aswan in the early 1960’s. A large quantity of archaeological data was collected by the SJE in a continuous area of northernmost Sudan and published during the subsequent decades. The present study aimed at transferring the geographical aspects of that data into a digital format thus enabling spatial enquires on the archaeological information to be performed in a computerised manner within a geographical information system (GIS). The landscape of the concession area, which is now completely submerged by the water masses of Lake Nasser, was digitally reconstructed in order to approximate the physical environment which the human societies of ancient Nubia inhabited. -
Assessing the Impact of the Aswan High Dam on Archaeological Monuments in Egypt
Assessing the Impact of the Aswan High Dam on Archaeological Monuments in Egypt By Miss Kelly A. Neher (Dr. Steven Derfler, faculty sponsor), Department of Art, University of Wisconsin - River Falls, 410 South Third Street, River Falls, WI 54022 Research Abstract Tragic Losses for the History of Humanity During the 1950ʼs, the Egyptian government faced a period of rapid population increase and economic instability. While under intense 1879 High fl oods cause signifi cant damage The Nile Valley is home to the cradle of civilization, the beginnings of humanity as we know it. Here we fi nd the end of a hunter-gatherer society and the transition to an political pressure, President Nasser began searching for a means to independently increase production of national agriculture, energy, agriculturally sustained community, the development of metallurgy, and the start of monotheistic religion. Nearly half of the worldʼs ancient antiquities have been found and associated manufacturing. In the 1960ʼs, the Soviet Union aided the country in constructing the Aswan High Dam along the Nile in Egypt, outlining thousands of years worth of human evolution. Through the study of these artifacts, archaeologists and anthropologists painstakingly piece together the River to regulate agricultural irrigation systems and produce hydroelectric power. What effect has this had on Egypt and its expanse of answers to historyʼs questions: where did we come from, where are we going, and why are we here? The Aswan High Dam has threatened the pursuit of these questions. archaeological treasures? This study witnesses the obliteration of countless artifacts and monuments, the destructive effects of increasing 1902 British complete Aswan Dam salinity on remaining sites, as well as other social, ecological, and agricultural consequences. -
The Merowe Dam on the Nile - by Amelia Carolina Sparavigna
06/12/2010 Archaeogate - The Merowe Dam on th… http://www.archaeogate.org/egittologia/article.php?id=1332 The Merowe Dam on the Nile - by Amelia Carolina Sparavigna Redazione Archaeogate, 03-12-2010 The huge reservoir of the Merowe Dam on Nile River is featured in an image photographed on 5 October 2010 by a crewmember on the International Space Station [1]. The dam is located near the Fourth Cataract of the river, in that part of Nubia desert where the Nile is creating its Great Bend, a contorted path of the river through the bedrocks of Bayuda Massif. Few years ago, the satellite imagery showed a fertile strip of land with many villages, where the paleochannels of the Nile hosted vivid green cultivated fields. With term "paleochannel", we call the old dry bed of rivers. Now, a huge part of this valley is under the waters of Merowe Dam reservoir that flooded villages, fields and archaeological sites. The dam was built to generate hydroelectric power, intended to help industrial and agricultural development of the country. The upper panel of Figure 1 is reproducing the NASA image, which illustrates the current extent of the water reservoir behind the dam. All the gates were closed in 2008. In the lower part of the image, we can see for a comparison, on the left, a part of the region before the flood as found in Google Maps imagery and, on the right, the same area as shown by NASA images, after rotation, size adjustment and enhancement with a suitable image processing. The aim of this paper is to show the influence of paleochannels in the development of this dam reservoir, as can be seen from the satellite imagery. -
Aswan Dam Construction History Aswan Low
Aswan Dam The Aswan Dam may refer to either of two dams situated across the Nile River in Aswan, Egypt. Since the 1950s, the name commonly refers to the High Dam, which is the larger and newer of the two. The Old Aswan Dam, or Aswan Low Dam, was first completed in 1902 and then was raised twice, during the British colonial period. Following Egypt's independence from the United Kingdom, the High Dam was constructed between 1960 and 1970. Both projects aimed to increase economic production by regulating the annual riverflooding and providing storage of water for agriculture, and later, to generate hydroelectricity. Both have had significant impact on theeconomy and culture of Egypt. The Old Aswan Dam was built at the former first cataract of the Nile, and is located about 1000 km up-river and 690 km (direct distance) south- southeast of Cairo. The newer Aswan High Dam is located 7.3 km upriver from the older dam. Before the dams were built, the River Nile flooded each year during late summer, as water flowed down the valley from its East Africandrainage basin. These floods brought high water and natural nutrients and minerals that annually enriched the fertile soil along thefloodplain and delta; this made the Nile valley ideal for farming since ancient times. Because floods vary, in high-water years, the wholecrop might be wiped out, while in low-water years widespread drought and famine occasionally occurred. As Egypt's population grew and conditions changed, both a desire and ability developed to control the floods, and thus both protect and support farmland and the economically important cotton crop. -
Reservoir Management by Reducing Evaporation Using Floating Photovoltaic System: a Case Study of Lake Nasser, Egypt
water Article Reservoir Management by Reducing Evaporation Using Floating Photovoltaic System: A Case Study of Lake Nasser, Egypt Hany F. Abd-Elhamid 1,2, Ashraf Ahmed 3, Martina Zele ˇnáková 4,* , Zuzana Vranayová 5 and Ismail Fathy 1 1 Department of Water and Water Structures Engineering, Faculty of Engineering, Zagazig University, Zagazig 44519, Egypt; [email protected] (H.F.A.-E.); [email protected] (I.F.) 2 Civil Engineering Department, College of Engineering, Shaqra University, Dawadmi 11911, Saudi Arabia 3 Department of Civil and Environmental Engineering, Brunel University London, Kingston Lane, Uxbridge UB8 3PH, UK; [email protected] 4 Department of Environmental Engineering, Faculty of Civil Engineering, Technical University of Kosice, 040 01 Košice, Slovakia 5 Department of Building Facilities, Faculty of Civil Engineering, Technical University of Kosice, 040 01 Košice, Slovakia; [email protected] * Correspondence: [email protected]; Tel.: +421-55-602-4270 Abstract: The shortage of water is a major obstruction to the social and economic development of many countries, including Egypt. Therefore, there is an urgent need to properly manage water resources to achieve optimum water use. One way of saving available water resources is to reduce evaporation that leads to the loss of a large amount of water from reservoirs and open lakes. This paper aims to use a floating photovoltaic system (FPVS) to cover a lake’s water surface to reduce Citation: Abd-Elhamid, H.F.; evaporation and also for energy production. This methodology was applied to Lake Nasser as Ahmed, A.; Zeleˇnáková,M.; one of the largest lakes in the world where much evaporation happens due to its large area, arid Vranayová, Z.; Fathy, I. -
Downloaded 10/04/21 08:15 PM UTC 2254 JOURNAL of HYDROMETEOROLOGY VOLUME 20
NOVEMBER 2019 E L D A R D I R Y A N D H O S S A I N 2253 Understanding Reservoir Operating Rules in the Transboundary Nile River Basin Using Macroscale Hydrologic Modeling with Satellite Measurements HISHAM ELDARDIRY AND FAISAL HOSSAIN Department of Civil and Environmental Engineering, University of Washington, Seattle, Washington (Manuscript received 9 March 2019, in final form 14 September 2019) ABSTRACT Challenges to manage and secure a sustainable water supply are expected to become more acute in Egypt as the lowermost riparian country of the Nile basin with the construction of new transboundary water in- frastructures in Ethiopia and Sudan. To understand the impact of such transboundary water projects on Egypt, it is first necessary to develop a modeling tool that can simulate potential flow and reservoir scenarios inside Egypt without requiring in situ hydrologic or transboundary dam data that are typically unavailable. This study presents the water management value of a modeling framework to predict the current and future reservoir operating rules in the lower Nile basin using satellite Earth observations and hydrologic models. The platform comprises the Variable Infiltration Capacity (VIC) hydrologic model driven by high spatial and temporal resolution of satellite observations. Reservoir storage change is estimated using altimeter and visible imagery of lake area for Lake Nasser and then applied to infer reservoir operation for High Aswan Dam (HAD). The modeling framework based on satellite observations yielded a simulated streamflow at the outlet for Blue 2 Nile basin (BNB) with a Nash–Sutcliffe efficiency of 0.68 with a correlation and RMSE of 0.94 and 1095 m3 s 1, respectively. -
Groundwater Assessment for Agricultural Irrigation in Toshka Area, Western Desert, Egypt
Groundwater Assessment for Agricultural Irrigation in Toshka Area, Western Desert, Egypt Abbas M. Sharaky, El Sayed A. El Abd, and Emad F. Shanab Abstract Toshka area is located southeastern of the Western Desert. In 1997, Egypt established a development project to irrigate 216,000 ha (540 feddan) by 2017 through pumping surface water from High Dam Lake as a part of the mega project “Developing Southern Egypt.” Currently, the Egyptian government plans to extend the project by about 100,000 feddan depending on surface water irrigation and 25,000 feddan depending on groundwater (through 102 wells) as a part of the recent mega project called “1.5 Million Feddan Project.” Egypt is now fully utilizing its annual share of the Nile waters 55.5 km3 from the Nile, and it has a shortage of water estimated at 20 km3. The present chapter aims to evaluate the groundwater conditions to determine the sustainability of the groundwater resource, the expected changes in groundwater levels, the amount of recharge and the suitable discharge from the groundwater for irrigation of 25,500 feddan through 100 years, and the changes in water quality. The hydrochemical analysis was carried out using 38 productive wells and 1 surface sample from Aswan High Dam Lake (AHDL) for major ions. The present study was carried out in Toshka using 102 groundwater wells located west of AHDL using static, dynamic water levels, well depth, discharge, and pumping tests to determine the hydraulic parameters of the aquifer system in the study area and building the groundwater model. Visual MODFLOW 2011.1 A.M. -
Poster #17. Water Level Changes in Toshka Lakes from 2015-2019
Prepared for SO282A Geography of Egypt 2021 Water Levels of the Toshka Lakes from 2002-2019 Midn 3/C Keelan Allen Abstract Throughout the years the Aswan High Dam has contributed to the formation of the Toshka Lakes in southern Egypt bordering Sudan. The lakes have been at relatively high levels since the 1990's, but the water supply has dwindled due to evaporation from the hot desert sun. Improved agriculture, along with infrastructure, has also lowered the water supply in order to sustain farming and city life. This caused the lake's water levels to drop significantly from 2002 to 2019. This presentation will show the relationship between the lake's water levels and how evaporation, agricultural, and, infrastructure development during this time period in the surrounding area led to a sharp decline in the lakes volume . FIGURE 8. % Area of water vs cropland from 2014-2019 FIGURE 9. % Area of bare land from 2014-2019 DATA SET 2 History A second method to estimate water level is to combine the lake’s surface area maps with the ASTER DEM (ASTER Global Digital The Toshka area consists of several interconnected depressions located west of Lake Nasser, about 250 km south of Aswan, Elevation Map) mosaic. This method involves measuring the average elevation of an observed shoreline of the lake year to year. Egypt (Figure 1). Before the 1990’s this area remained a dry basin until the construction of the Aswan High Damn along the While shoreline data is acquired the program constructs a histogram of elevations within each lake basin from the DEM (the count southern Nile, was built.