Archaeology And Geology Of Ancient Egyptian Stones

This book seeks to identify and describe all the rocks and minerals employed by the ancient Egyptians using proper geological nomenclature, and to give an account of their sources in so far as they are known. The various uses of the stones are described, as well as the technologies employed to extract, transport, carve, and thermally treat them.

An important study not only of the geological structure of Egypt and the mineral composition of its rocks, but also of ancient Egyptian stone quarries. Illustrated with almost 500 photographs and diagrams, microscopic sections and electronic scans, as well as colour photographs of all the types of stone discussed, the detailed descriptions of the quarries and numerous examples of quarrying and masonry techniques make this book an indispensable tool for the provenancing of museum exhibits. Originally published in German in 1993, this edition has been updated to take account of new research, and a new chapter on the building stones of the western oases has been added. Archaeologists, Egyptologists and travellers to Egypt will find a wealth of fascinating information on ancient quarry sites, working methods and transport in ancient Egypt, as well as an introduction to the geology of the Nile valley and the surrounding desert regions.

“Archaeomineralogy” provides a wealth of information for mineralogists, geologists and archaeologists involved in archaeometric studies. The first edition was very well-received and praised for its systematic description of the rocks and minerals used throughout the world by our ancestors and for its excellent list of over 900 references, providing easy access to the fields of archaeomineralogy and geoarchaeology. This second edition of “Archaeomineralogy” takes an updated and expanded look at the human use of rocks and minerals from the Paleolithic through to the 18th century CE. It retains the structure and main themes of the original but has been revised and expanded with more than 200 new references within the text, a bibliography of additional references not included in the text, a dozen new figures (drawings and photos), coverage of many additional important mineral, rock, and gem materials, a broader geographic scope, particularly but not limited to Eastern Europe, and a more thorough review of early contributions to archaeomineralogy, especially those of Agricola. From reviews of the first edition: "... crammed full of useful information, is well-balanced using both new and Old World examples of the archaeomaterials described. It also provides a broad, but of necessity, all too brief overview of the geological raw materials used in antiquity." -- Geoscientist "...provides much interesting discussion of how particular names came to be employed by archaeologists working in different regions of the world.... much to offer for any geologist or archaeologist interested in minerals and rocks and how they have been used in the past." -- Mineralium Deposita "... a gem of a book, it's strength is that it is encyclopedic in content, if not in layout, draws on a wealth of field experience and almost every sentence contains a nugget of information" -- The Holocene

This fresh and engaging volume examines the evidence for masonry in ancient Egypt. Through a series of experiments with over two hundred replica tools, Denys A. Stocks brings alive the methods and practices of ancient Egyptian craftworking.

An introduction to the geology of Egypt and its influence on ancient Egyptian culture While much is known about Egypt’s towering pyramids, mighty obelisks, and extraordinary works of art, less is known about the role played by Egypt’s geological history in the formation of pharaonic culture’s artistic and architectural legacy. The fertile soils that lined the Nile Valley meant that the people of Egypt were able to live well off the land. Yet what allowed ancient Egypt to stand apart from other early civilizations was its access to the vast range of natural resources that lay beyond the Nile floodplain. In this engagingly written book, Colin Reader invites readers to explore the influence of geology and landscape on the development of the cultures of ancient Egypt. After describing today’s Egyptian landscape and introducing key elements of the ancient Egyptian worldview, he provides a basic geological toolkit to address issues such as geological time and major earth-forming processes. The developments that gave the geology of Egypt its distinct character are explored, including the uplifting of mountains along the Red Sea coast, the evolution of the Nile river, and the formation of the vast desert areas beyond the Nile Valley. As the story unfolds, elements of Egypt’s archaeology are introduced, together with discussions of mining and quarrying, construction in stone, and the ways in which the country’s rich geological heritage allowed the culture of ancient Egypt to evolve. Ideal for non-specialists and specialists alike, and supported with over one hundred illustrations, A Gift of Geology takes the reader on a fascinating journey into Egypt’s geological landscape and its relationship to the marvels of pharaonic culture.

1.1 Prologue What is archaeomineralogy? The term has been used at least once before (Mitchell 1985), but this volume is the first publication to lay down the scientific basis and systematics for this subdiscipline. Students sometimes call an introductory archaeology course "stones and bones." Archaeomineralogy covers the stones component of this phrase. Of course, archaeology consists of a great deal more than just stones and bones. Contemporary archaeology is based on stratigraphy, geomorphology, chronometry, behavioral inferences, and a host of additional disciplines in addition to those devoted to stones and bones. To hazard a definition: archaeomineralogy is the study of the minerals and rocks used by ancient societies over space and time, as implements, orna ments, building materials, and raw materials for ceramics and other processed products. Archaeomineralogy also attempts to date, source, or otherwise char acterize an artifact or feature, or to interpret past depositional alteration of archaeological contexts. Unlike geoarchaeology, archaeomineralogy is not, and is not likely to become, a recognized subdiscipline. Practitioners of archaeomineralogy are mostly geoarchaeologists who specialize in geology and have a strong background in mineralogy or petrology (the study of the origin ofrocks).

The book presents the historical evolution of gold mining activities in the Egyptian and Nubian Desert (Sudan) from about 4000 BC until the Early Islamic Period (~800–1350 AD), subdivided into the main classical epochs including the Early Dynastic – Old and Middle Kingdoms – New Kingdom (including Kushitic) – Ptolemaic – Roman and Early Islamic. It is illustrated with many informative colour images, maps and drawings. An up to date comprehensive geological introduction gives a general overview on the gold production zones in the Eastern Desert of Egypt and northern (Nubian) Sudan, including the various formation processes of the gold bearing quartz veins mined in these ancient periods. The more than 250 gold production sites presented, are described both, from their archaeological (as far as surface inventory is concerned) and geological environmental conditions, resulting in an evolution scheme of prospection and mining methods within the main periods of mining activities. The book offers for the first time a complete catalogue of the many gold production sites in Egypt and Nubia under geological and archaeological aspects. It provides information about the importance of gold for the Pharaohs and the spectacular gold rush in Early Arab times.

During the Egyptian Old Kingdom (2650-2135 BC), the most impressive of all monuments were built in the form of the pyramids and their associated temples. The provision of enormous quantities of stone from suitable quarries was the most important requirement for their construction. This volume comprises short archaeological descriptions of the pyramids and their enclosures and determines the exact origin of the building material (above all limestone) from a total of 26 pyramids through a petrographic and geochemical comparison with samples from other quarries.