Northern Sudan and Paleoanthropology
Total Page:16
File Type:pdf, Size:1020Kb
Load more
Recommended publications
-
Sudan a Country Study.Pdf
A Country Study: Sudan An Nilain Mosque, at the site of the confluence of the Blue Nile and White Nile in Khartoum Federal Research Division Library of Congress Edited by Helen Chapin Metz Research Completed June 1991 Table of Contents Foreword Acknowledgements Preface Country Profile Country Geography Society Economy Transportation Government and Politics National Security Introduction Chapter 1 - Historical Setting (Thomas Ofcansky) Early History Cush Meroe Christian Nubia The Coming of Islam The Arabs The Decline of Christian Nubia The Rule of the Kashif The Funj The Fur The Turkiyah, 1821-85 The Mahdiyah, 1884-98 The Khalifa Reconquest of Sudan The Anglo-Egyptian Condominium, 1899-1955 Britain's Southern Policy Rise of Sudanese Nationalism The Road to Independence The South and the Unity of Sudan Independent Sudan The Politics of Independence The Abbud Military Government, 1958-64 Return to Civilian Rule, 1964-69 The Nimeiri Era, 1969-85 Revolutionary Command Council The Southern Problem Political Developments National Reconciliation The Transitional Military Council Sadiq Al Mahdi and Coalition Governments Chapter 2 - The Society and its Environment (Robert O. Collins) Physical Setting Geographical Regions Soils Hydrology Climate Population Ethnicity Language Ethnic Groups The Muslim Peoples Non-Muslim Peoples Migration Regionalism and Ethnicity The Social Order Northern Arabized Communities Southern Communities Urban and National Elites Women and the Family Religious -
Khartoum That Was Fought Over During the Historic Campaign
HAND OF DESTINY Cards: Shuffle all Mahdist cards together and MINI GAME SCENARIO RULES place them face down in a convenient spot. Note: The named space Abu Klea is printed SCENARIO: Artillery River Boats in red, it was the site of a water well KHARTOUM that was fought over during the historic campaign. It has no effect on game play. 23.0 INTRODUCTION 26.0 GAME LENGTH 24.0 COUNTER TYPES The game lasts nine turns, September- 25.0 HOW TO SET UP THE GAME October 1883 to January-February 1885. 26.0 GAME LENGTH Egyptian Garrison 27.0 HOW TO WIN THE GAME Unit (Static) 27.0 HOW TO WIN THE GAME 28.0 PLACING RECRUITS Mahdist Sudden Death Victory: If at any 29.0 SPECIAL RULES British Unit Identification time in the game Mahdist units occupy all Gds Bde: Guards Brigade three of the following locations: Khartoum, 23.0 INTRODUCTION G: Graham Expedition Wadi Halfa and Suakin, the game immediately Khartoum is a two-player wargame of the Cp: Corps comes to an end in a Mahdist Total Victory. Mahdist uprising in the Sudan. The game covers Naval Bde: Naval Brigade the period from late 1883 (when the Egyptian RMLI: Royal Marine Light Infantry End Game Victory: If the Mahdists have not army commanded by Hicks Pasha was wiped out) W: Wolseley Expedition won a sudden death victory, check victory at the to January 1885 (when the Mahdists stormed Egyptian Unit Identification end of the game. The Empire player scores VP for the city of Khartoum, defended by Gen. -
Water Atlas of the TEKEZE-ATBARA-SETIT SUB-BASIN
Water Atlas of THE TEKEZE-ATBARA-SETIT SUB-BASIN Draft Draft Eastern Nile Technical Regional Office (ENTRO) , 2006 page - Table of Content Introduction 1 Quick Overview of the Eastern Nile Basin 3 General 1.1. Location of Baro-Akobo-Sobat Basin 1.. Administrative Units 1.. Demography 1.4. Economy 1.5. Historical and Cultural Places Land Surface Feature 4 2.1. Topography 2.. Slope and Terrain 2. Relief 2.3. Land and River Profiles Climate 5 3.1. Rainfall 3.. Air Temperature 3.. Evaporation 3.4. Humidity Land 6 4.1. Land use /Land Cover 4.. Soil 4.. Geology 4.4. Vegetation Hydrology 7 5.1. River network and Catchments 5.. Sub-Basin Runoff volumes and Water resource 5.. River System Schematics andDraft Indicative Water Balance 5.4. Sediment Infrastructure and Utilities 8 6.1. Dams and reservoirs 6.. Irrigations and Agriculture 6.. Hydropower and Electric 6.4. Communication and Transport Environmental 9 7.1. Land Degradation 7.. Water quality Problems 7. Parks , wetlands and Protected areas 7.4 Water related Disease Eastern Nile Technical Regional Office (ENTRO) , 2006 page - Draft Eastern Nile Technical Regional Office (ENTRO) , 2006 page - 4 Introduction The Eastern Nile Technical Regional Office (ENTRO) is an organization meant to realize ENSAP (Eastern Nile Subsidiary Action Program) in the Eastern Nile Basin countries, namely Egypt, Ethiopia and Sudan. ENSAP seeks to realize the NBI Shared vision for the EN region aimed at reducing poverty, foster economic growth and the reversal of environmental degradation. Currently, under ENSAP, planning is underway for the multipurpose development of the region. To sup- port its multipurpose development objectives, ENTRO proposes to synthesize information at sub basin level categorized in three themes namely, Water Resources, Environment and Socioeconomy. -
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. -
Eye of the Eagle
Eye of the Eagle Volume 2, Number 2 THE CARTER CENTER July 2001 Sudan Treats More Onchocerciasis, Begins Trachoma Control In 2000 udans Onchocerciasis Control March 2, 2001. Sudans Onchocercia- the Year (community directed dis- Program achieved considerable sis Control Program treated more than tributor) award to Ms. Elizabeth Sprogress against onchocerciasis 559,437 persons in 2000 compared to Henry, distributed more than 1,100 t- and trachoma during 2000. The 409,646 persons treated in 1999 shirts, posters sets, and illustrated flip- program reported this good news at (Figure 2). Almost 398,000 of the charts, and formed Oncho Clubs in the Fifth and Second Annual Program treatments in 2000 were in the Gov- seven schools in East Equatoria State. Reviews, respectively, of Carter ernment of Sudan (GOS) areas. Three members of the National Center-assisted River Blindness and Numbers from the Operation Lifeline Onchocerciasis Task Force from Trachoma Control Programs, which Sudan (OLS) areas (coordinated by Khartoum met with health authorities were held in Atlanta February 26- HealthNet International) are incom- from the Sudan Relief and Rehabilita- plete due to delayed reporting. Activi- tion Association and staff from the ties in parts of southern Sudan were Sudan Peoples Liberation Movement Whats Inside impeded by increased insecurity and the withdrawal of several non-govern- continued on Page 2 More than 7 Million Treatments mental organizations Aided by Carter Center 2 (NGOs) in a dispute with FigureFigure 1 1 controlling authorities Focal Areas for Lions/Carter Center-Assisted Prevention of Blindness Programs 2000 Ethiopia Begins Treatment for there. The Ultimate Onchocerciasis 3 Treatment Goal for T Wadi Halfa Sudan is estimated to be Second Annual Review of 526,980 for the GOS Abu Hamad Carter Center-Assisted Trachoma O areas and 600,000 for the Control Programs 4 OLS areas. -
In Muslim Sudan
Downloaded from Nile Basin Research Programme www.nile.uib.no through Bergen Open Research Archive http://bora.uib.no Trade and Wadis System(s) in Muslim Sudan Intisar Soghayroun Elzein Soghayroun FOUNTAIN PUBLISHERS Kampala Fountain Publishers P. O. Box 488 Kampala - Uganda E-mail: [email protected] [email protected] Website: www.fountainpublishers.co.ug © Intisar Soghayroun Elzein Soghayroun 2010 First published 2010 All rights reserved. No part of this publication may be reproduced, stored in a retrieval system or transmitted in any form or by any means electronic, mechanical, photocopying, recording or otherwise without the prior written permission of the publisher. ISBN: 978-9970-25-005-9 Dedication This book is dedicated to my father: Soghayroun Elzein Soghayroun, with a tremendous debt of gratitude. iii Contents Dedication..................................................................................................... iiv List.of .Maps..................................................................................................vi List.of .plates..................................................................................................vii Preface.......................................................................................................... viii Acknowledgement.........................................................................................xiii 1 The Land, its People and History ...................................... 1 The Physiographic Features of the Country ......................................1 -
Prediction of Hydrometeorological Extremes in the Sudanese Nile Region: a Need for International Co-Operation
Hydrology for the Water Management of Large Riva- Basins (Proceedings of the Vienna Symposium, August 1991). IAHS Publ. no. 201,1991. PREDICTION OF HYDROMETEOROLOGICAL EXTREMES IN THE SUDANESE NILE REGION: A NEED FOR INTERNATIONAL CO-OPERATION K. ANBAH Water Resources Research and Documentation Centre, Italian University for Foreigners, Villa La Colombella, 06080 Colombella (PG), Italy. F. SICCARDI Institute of Hydraulics, University of Genoa, Via Montallegro 1, 16145 Genoa, Italy ABSTRACT Analysis of the 1988 floods in Sudan have shown, that a lead time of at least one month is required for mitigation interventions. The present 5 days lead time for prediction of Nile floods in Khartoum are not adequate for an efficient advance warning.The rainfall over Sudan exhibits frequent positive and negative anomalies. Two approaches are suggested in the present work. The first involves further analysis on the possible spatial coherence and teleconnections of rainfall anomalies over Africa to enhance the lead time based on prediction of extreme events in other regions. The second requires an integrated real time flood forecasting and an effective weather monitoring system covering the countries sharing the Nile Basin. These demand technical cooperation between the countries within the basin. INTRODUCTION Flood Hazards Prediction For the purposes of flood prediction, the Nile basin can be divided into four main environments, namely the Equatorial Lakes, the Ethiopian, the Sudanese and the Egyptian ambient. The Equatorial Lakes and the Aswan reservoir effect long- term regulation on the flows of the White Nile and the Main Nile respectively. The Ethiopian riverine ambient with steep and confined channel does not present serious problems of inundation. -
Dentition of a Mesolithic Population from Wadi Halfa, Sudan '
Dentition of a Mesolithic Population from Wadi Halfa, Sudan ' DAVID L. GREENEP GEORGE H. EWING3 AND GEORGE J. ARMELAGOS 2 University of Wyoming, Laramie, Wyoming; 3 University of Colorado, Boulder, Colorado; University of Utah, Salt Lake City, Utah ABSTRACT The dentition of a Mesolithic population (8,000-11,000 years old) from Wadi Halfa, Sudan, can be characterized as morphologically complex, massive and relatively free from pathology except that associated with extreme wear. Maxillary incisors show shoveling. All of the maxillary molars show some develop- ment of the hypocone. Supernumerary cusps appear frequently. Almost one-half of the second lower molars observed show distally located third cusps. Over one-half of the maxillary third molars show an extra cusp. A high percentage of mandibular molars show six cusps. Overall the teeth from this population compare favorably in size with those of an Australian aborigine tribe and are slightly larger than the teeth of the Neanderthaloids from Skuhl. The teeth show wear of a degree greater than that found in present day Eskimo or Australian aborigine groups. This data may be intcrpreted as indicating that this Mesolithic group was subjected to rigorous selective pressures favoring large and/or morphologically complex teeth. This pressure was apparently intensive wear, presumably caused by the inclusion of large amounts of grit in the diet through the eating of vegetable food macerated on coarse grinding stones. During the 1963-1964 field season of to the southeast. There was also a large the University of Colorado's Nubian Expe- burial complex in which orientation of the dition, a series of 39 permineralized fossil skulls varied from east to south. -
Sudan Country Study
Pastoralism and Conservation in the Sudan Executive Summary Introduction On a global scale, Sudan perhaps ranks first in terms of pastoralists population size. About 66 per cent of Sudan is arid land, which is mainly pastoralists’ habitat. Pastoralism in the Sudan involves about 20 per cent of the population and accounts for almost 40 per cent of livestock wealth [Markakis, 1998: 41]. The livestock sector plays an important role in the economy of the Sudan, accounting for about 20 percent of the GDP, meeting the domestic demand for meat and about 70 percent of national milk requirements and contributing about 20 percent of the Sudan’s foreign exchange earnings. It is also a very significant source of employment for about 80 percent of the rural workforce. In the Sudan it is estimated that the total number of cattle multiplied 21 times between 1917 and 1977, camels 16 times, sheep 12 times and goats 8 times [Fouad Ibrahim, 1984, p.125 in Markakis, 1998: 42]. Their numbers are estimated to have doubled between 1965 and 1986. The rapid rate of animal population increase has been attributed to the introduction of veterinary services and the stimulation of the market. Two periods of exceptional rainfall (1919-1934 and 1950-1965) added momentum to this trend. In the early 1980s there were nearly three million heads of camels, over 20 million cattle, nearly 19 million sheep, and 14 million goats. Livestock estimates for the year 2005 are 38 million heads of cattle, 47 million sheep, 40 million goats and three million camels [Ministry of Animal Resources, 2006]. -
The Sudan Archaeological Research Society; the First 25 Years Derek A
SUDAN & NUBIA The Sudan Archaeological Research Society; the first 25 years Derek A. Welsby Since its foundation in 1991 the Sudan Archaeological Re- search Society has made a significant contribution to the study of Sudan’s archaeology and heritage and to publicising them through lectures, publications and its website. Much has changed in Sudan since 1991, the most fundamental being the division of the country into the Republic of Sudan and the Republic of South Sudan in 2011. In some parts of the Plate 2. A ferry crossing the Nile to Merowe in 2003. Sudans peaceful conditions prevail offering the possibility plains (Plate 3). Sign posts were non-existent. The route was of fieldwork while other areas have for extended periods once described thus – “coming out of Omdurman head just become closed to archaeological and anthropological activi- to the left of the hills you see to the north west, drive for ties. Although the interests of the Society cover the whole of about 5 hours then make sure not to take the track veering off the two Sudans it has not been directly involved in organising to the right. After another 6 hours going more or less north or funding projects in the south or west. Its activities mir- turn sharply to the east and you will hit the river at Dongola”. ror the focus of research particularly along the Nile Valley Fuel could be obtained in Khartoum – the next fuel stop but also to a lesser extent in the adjacent desert areas and in was in Dongola. Crossing the river was a time consuming Eastern Sudan. -
Increased Land Subsidence and Sea-Level Rise Are Submerging Egypt’S Nile Delta Coastal Margin
Increased Land Subsidence and Sea-Level Rise are Submerging Egypt’s Nile Delta Coastal Margin Jean-Daniel Stanley, Mediterranean Basin (MEDIBA) Program, 6814 Shenandoah Court, Adamstown, Maryland 21710, USA, [email protected]; and Pablo L. Clemente, Dept. of Geographic and Environmental Systems, University of Maryland, Baltimore County, 1000 Hilltop Circle, Baltimore, Maryland 21250, USA, [email protected] ABSTRACT sea-level rise responding largely to increased polar glacial ice melt and ther- Egypt’s Nile delta, only ~1 m above mal expansion of seawater associated mean sea level at the Mediterranean with global warming (Hansen et al., 2016). coast, is subject to uneven rates of sub- Less attention has been paid to other mergence. This is a response to several mechanisms that could presently play a factors leading to increasing land lower- substantial, or even greater, role in a del- ing (subsidence) of the northern delta and ta’s coastal submergence. The Nile delta’s adjacent seafloor, plus an accelerating margin in northern Egypt is examined rise in eustatic (world) sea level in the here with regard to its ongoing submer- Mediterranean. An average eustatic sea- gence by rising sea level (Shaltout et al., level rise of ~3 mm/yr represents only 2015), combined with the effects of land ~26% to 45% of total relative sea-level rise subsidence near its Mediterranean coast- measured along this margin. Three factors line and seafloor offshore (Fig. 1). The latter leading to subsidence are neotectonic low- include (1) effects of recent neotectonic ering, compaction of Holocene sequences, lowering of the delta surface associated and diminished sediment replenishment by with substrate displacement; (2) ongoing much reduced Nile flow to Egypt’s coast. -
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.