This book gives the geological history of the river Nile since it started to excavate its course in the Egyptian plateaus in late Miocene time in response to the lowering sea level of the desic cating Mediterranean. It formed a canyon longer, deeper, and just as awe inspiring as the Grand Canyon, Arizona. The canyon was transgressed by the advancing Mediterranean as it started filling during the early Pliocene, and since then by a number of rivers which ebbed and flowed as they succeeded one another. The modern Nile is a recent and humble successor to mighty rivers which once occupied the Nile Valley. Dallas, Texas Rushdi Said August 1981 Acknowledgments This book is based on field work carried out in Egypt during the seasons 1961-1978 while the author was a member of the Com bined Prehistoric Expedition sponsored by Southern Methodist University, the Polish Academy of Science, and the Geological Survey of Egypt. Grateful acknowledgment is made to Professor Fred Wendorf, leader of the Expedition, and to several members for their fruitful discussions. Notable among these arepr. Claude Albritton, Southern Methodist University, and Dr. J. De Heinze lin, University of Ghent, Belgium. The field work was aided by geologists M. S. Abdel Ghany and A. Zaghloul of the Geological Survey of Egypt. The drafting was by Reed Ellis and Hoda S. Ar manious. I am also grateful to Dr. M. K.
One of Egypt's best known geologists, Rushdi Said was, under President Gamal Abd al-Nasser, an important official and head of the national mining organization, which was responsible for surveying the Egyptian deserts for mineral deposits. This personal memoir throws fascinating light not only on the geological surveys and mining projects of the time but on Nasser's policy of industrialization--of which Said was an enthusiastic supporter--and the effect on that industrialization of President Sadat's Open Door Policy, which Said sees as a direct outgrowth of the acute financial crisis brought on by the 1973 October War. Said is critical of Sadat's decision to prioritize tourism and the service industries at the expense of manufacturing industry, and relates how this, together with increasing corruption from the mid-1970s onward, forced him to resign. The culmination of the crisis came in 1981, when, just weeks before his assassination, Sadat ordered the arrest of Said and some 1,500 other public, religious, and political figures. As a man trusted and respected by Nasser, Said is in a privileged position to give an eyewitness account of many important aspects of Egypt's recent history, but his own history--his family, education, growing self-awareness as a Copt, and wider concerns about Copts in Egyptian society--is also revealing and insightful. A personal reflection on a life lived and a source of recent history, this book will be of interest to political and economic historians and to anyone interested in what it was like to live through Egypt's recent past.
In Melbourne a one-time research student with interests in philosophy and psychology is diagnosed with her third episode of psychosis. As she is moved from her family home to a community house and then to hospital, she questions the diagnosis of her sanity or insanity, as determined and defined by a medical model which seems less than convincing to her. Indeed questioning seems to be at the heart of her psychosis, in her over-active interpretations of signs and gestures, thoughts and emotions – and one understands these to be an expression of her intelligence, even if they seem illusory. She tells her story in a calm, rational voice, with an acute sense of detail and an objective air, as she wonders when the next psychotic episode will materialise, or if it hasn’t arrived already. Based on real-life events, translated from Bengali by the award-winning Indian translator Arunava Sinha, Hospital is an extraordinary novel that portrays the experience of psychosis and its treatments in an unflinching and understated way, while struggling more broadly with the definition of sanity in our society.
Recipes to help you overcome your data science hurdles using Java About This Book This book provides modern recipes in small steps to help an apprentice cook become a master chef in data science Use these recipes to obtain, clean, analyze, and learn from your data Learn how to get your data science applications to production and enterprise environments effortlessly Who This Book Is For This book is for Java developers who are familiar with the fundamentals of data science and want to improve their skills to become a pro. What You Will Learn Find out how to clean and make datasets ready so you can acquire actual insights by removing noise and outliers Develop the skills to use modern machine learning techniques to retrieve information and transform data to knowledge. retrieve information from large amount of data in text format. Familiarize yourself with cutting-edge techniques to store and search large volumes of data and retrieve information from large amounts of data in text format Develop basic skills to apply big data and deep learning technologies on large volumes of data Evolve your data visualization skills and gain valuable insights from your data Get to know a step-by-step formula to develop an industry-standard, large-scale, real-life data product Gain the skills to visualize data and interact with users through data insights In Detail If you are looking to build data science models that are good for production, Java has come to the rescue. With the aid of strong libraries such as MLlib, Weka, DL4j, and more, you can efficiently perform all the data science tasks you need to. This unique book provides modern recipes to solve your common and not-so-common data science-related problems. We start with recipes to help you obtain, clean, index, and search data. Then you will learn a variety of techniques to analyze, learn from, and retrieve information from data. You will also understand how to handle big data, learn deeply from data, and visualize data. Finally, you will work through unique recipes that solve your problems while taking data science to production, writing distributed data science applications, and much more—things that will come in handy at work. Style and approach This book contains short yet very effective recipes to solve most common problems. Some recipes cater to very specific, rare pain points. The recipes cover different data sets and work very closely to real production environments
In the countries of the Middle East and Northern Africa, reclaimed wastewater is recognized as a non-conventional water resource. However, substandial amounts are still discharged into water courses without further treatment. The objective of this research was to analyse the technological, regulatory, institutional, financial and
One of Egypt's best known geologists, Rushdi Said was, under President Gamal Abd al-Nasser, an important official and head of the national mining organization, which was responsible for surveying the Egyptian deserts for mineral deposits. This personal memoir throws fascinating light not only on the geological surveys and mining projects of the time but on Nasser's policy of industrialization--of which Said was an enthusiastic supporter--and the effect on that industrialization of President Sadat's Open Door Policy, which Said sees as a direct outgrowth of the acute financial crisis brought on by the 1973 October War. Said is critical of Sadat's decision to prioritize tourism and the service industries at the expense of manufacturing industry, and relates how this, together with increasing corruption from the mid-1970s onward, forced him to resign. The culmination of the crisis came in 1981, when, just weeks before his assassination, Sadat ordered the arrest of Said and some 1,500 other public, religious, and political figures. As a man trusted and respected by Nasser, Said is in a privileged position to give an eyewitness account of many important aspects of Egypt's recent history, but his own history--his family, education, growing self-awareness as a Copt, and wider concerns about Copts in Egyptian society--is also revealing and insightful. A personal reflection on a life lived and a source of recent history, this book will be of interest to political and economic historians and to anyone interested in what it was like to live through Egypt's recent past.
This book gives the geological history of the river Nile since it started to excavate its course in the Egyptian plateaus in late Miocene time in response to the lowering sea level of the desic cating Mediterranean. It formed a canyon longer, deeper, and just as awe inspiring as the Grand Canyon, Arizona. The canyon was transgressed by the advancing Mediterranean as it started filling during the early Pliocene, and since then by a number of rivers which ebbed and flowed as they succeeded one another. The modern Nile is a recent and humble successor to mighty rivers which once occupied the Nile Valley. Dallas, Texas Rushdi Said August 1981 Acknowledgments This book is based on field work carried out in Egypt during the seasons 1961-1978 while the author was a member of the Com bined Prehistoric Expedition sponsored by Southern Methodist University, the Polish Academy of Science, and the Geological Survey of Egypt. Grateful acknowledgment is made to Professor Fred Wendorf, leader of the Expedition, and to several members for their fruitful discussions. Notable among these arepr. Claude Albritton, Southern Methodist University, and Dr. J. De Heinze lin, University of Ghent, Belgium. The field work was aided by geologists M. S. Abdel Ghany and A. Zaghloul of the Geological Survey of Egypt. The drafting was by Reed Ellis and Hoda S. Ar manious. I am also grateful to Dr. M. K.
This multidisciplinary book by the author of The Geology of Egypt is the result of many years of research. It attempts to reconstruct the history of the River Nile from its origins to its present shape and regimen and also to ascertain the amount of water which has been carried by the river during the course of its history. It examines the manner in which this water was utilized in the past and the ways in which it will have to be used in future if the inhabitants of the river basin are to cope with their anticipated needs. Part One traces the geological history of the Nile from the time it started to excavate its valley some six million years ago until the present shape was assumed during the wet period which affected Africa after the retreat of the ice of the last glacial age some 10,000 years ago. Part Two deals with the amount of water that the river and its tributaries carry at present and have carried in the past. Part Three discusses the utilization of the water of the Nile from the time of the first appearance of man in the valley until the present time. It traces man's attempt to harness the river from the earliest time to the building of the Aswan High Dam. The book evaluates the effects of the dam after twenty years of operation. Part Four covers the present water supply-demand balance in each basin state and discusses the future plans of these countries to use the waters of the Nile. The rapidly growing populations and the prolonged droughts of recent years have put pressure upon the available waters of the river.
This book gives the geological history of the river Nile since it started to excavate its course in the Egyptian plateaus in late Miocene time in response to the lowering sea level of the desic cating Mediterranean. It formed a canyon longer, deeper, and just as awe inspiring as the Grand Canyon, Arizona. The canyon was transgressed by the advancing Mediterranean as it started filling during the early Pliocene, and since then by a number of rivers which ebbed and flowed as they succeeded one another. The modern Nile is a recent and humble successor to mighty rivers which once occupied the Nile Valley. Dallas, Texas Rushdi Said August 1981 Acknowledgments This book is based on field work carried out in Egypt during the seasons 1961-1978 while the author was a member of the Com bined Prehistoric Expedition sponsored by Southern Methodist University, the Polish Academy of Science, and the Geological Survey of Egypt. Grateful acknowledgment is made to Professor Fred Wendorf, leader of the Expedition, and to several members for their fruitful discussions. Notable among these arepr. Claude Albritton, Southern Methodist University, and Dr. J. De Heinze lin, University of Ghent, Belgium. The field work was aided by geologists M. S. Abdel Ghany and A. Zaghloul of the Geological Survey of Egypt. The drafting was by Reed Ellis and Hoda S. Ar manious. I am also grateful to Dr. M. K.
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