The Oxford History of the Ancient Near East

This groundbreaking, five-volume series offers a comprehensive, fully illustrated history of Egypt and Western Asia (the Levant, Anatolia, Mesopotamia, and Iran), from the emergence of complex states to the conquest of Alexander the Great. Written by a diverse, international team of leading scholars whose expertise brings to life the people, places, and times of the remote past, the volumes in this series focus firmly on the political and social histories of the states and communities of the ancient Near East. Individual chapters present the key textual and material sources underpinning the historical reconstruction, paying particular attention to the most recent archaeological finds and their impact on our historical understanding of the periods surveyed. The fourth volume of the Oxford History of the Ancient Near East covers the period from the end of the second to the middle of the first millennium BC, ca. 1100-600 BC, corresponding with Egypt's "Third Intermediate Period". Fifteen chapters present the history of the Near East during "The Age of Assyria," from the formative period of the Assyrian Empire to this influential state's disintegration. Several of the chapters discuss the challenges of reconstructing the sequence of local rulers and the various sources and diverse strategies harnessed in order to overcome these difficulties, notably for Egypt, for Elam, for Urartu and on northern Syria and southeastern Anatolia. This volume offers new and complementary perspectives on the history of northeastern Africa, the eastern Mediterranean, and the Middle East from the 11th to the 7th century BC.

Auteur

Karen Radner is Alexander von Humboldt Professor of Ancient History of the Near and Middle East at Ludwig-Maximilians-Universität München. Nadine Moeller is Professor of Near Eastern Languages & Civilizations at Yale University. D. T. Potts is Professor of Ancient Near Eastern Archaeology and History at the Institute for the Study of the Ancient World, New York University.