front cover of The Faunas of Hayonim Cave, Israel
The Faunas of Hayonim Cave, Israel
A 200,000-Year Record of Paleolithic Diet, Demography, and Society
Mary C. Stiner
Harvard University Press, 2005
A decade of zooarchaeological fieldwork (1992-2001) went into Mary Stiner's pathbreaking analysis of changes in human ecology from the early Mousterian period through the end of Paleolithic cultures in the Levant. Stiner employs a comparative approach to understanding early human behavioral and environmental change, based on a detailed study of fourteen bone assemblages from Hayonim Cave and Meged Rockshelter in Israel's Galilee. Principally anthropological in outlook, Stiner's analysis also integrates chemistry, foraging and population ecology, vertebrate paleontology, and biogeography. Her research focuses first on the formation history, or taphonomy, of bone accumulations, and second on questions about the economic behaviors of early humans, including the early development of human adaptations for hunting large prey and the relative "footprint" of humans in Pleistocene ecosystems of the Levant.
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Kebara Cave, Mt. Carmel, Israel
Liliane Meignen
Harvard University Press, 2007

The remains from Skhul, Qafzeh, Amud, and Kebara caves in Israel provide evidence for the possible contemporaneity and eventual replacement of several distinct hominin populations over time: early Archaic-Modern humans by Neanderthals, and Neanderthals by Modern humans. Kebara Cave, which dates to 65,000 to 48,000 years ago, is well known for its Neanderthal remains and marvelously preserved archaeological record. Dense concentrations of fireplaces and ash lenses and rich assemblages of stone tools, animal bones, and charred plant remains testify to repeated and intensive use of the cave by late Middle Paleolithic foragers.

This second and final volume of the Kebara Cave site report presents findings from nine years of excavation and analysis of the archaeology, paleontology, human remains, and lithic industries from the Middle and Upper Paleolithic periods. Its full documentation of the daily activities of the cave’s Neanderthal inhabitants clearly indicates behavioral patterns generally attributed only to Modern humans. The two volumes on Kebara Cave provide a cornerstone for the story of humankind in a critical geographic region: the continental crossroads between Africa and Eurasia in the Levant.

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Kebara Cave, Mt. Carmel, Israel
Ofer Bar-Yosef
Harvard University Press, 2007

The Levantine corridor sits at the continental crossroads of Africa and Eurasia, making it a focal point for scientific inquiry into the emergence of modern humans and their relations with Neanderthals. The recent excavations at Kebara Cave in Israel, undertaken by an international, interdisciplinary team of researchers, has provided data crucial for understanding the cognitive and behavioral differences between archaic and modern humans.

In this first of two volumes, the authors discuss site formation processes, subsistence strategies, land-use patterns, and intrasite organization. Hearths and faunal remains reveal a dynamic and changing settlement system during the late Mousterian period, when Kebara Cave served as a major encampment. The research at Kebara Cave allows archaeologists to document the variability observed in settlement, subsistence, and technological strategies of the Late Middle and early Upper Paleolithic periods in the Levant.

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front cover of Neandertal Lithic Industries at La Quina
Neandertal Lithic Industries at La Quina
Arthur J. Jelinek
University of Arizona Press, 2013
Although Neandertals lived in Europe and western Asia for more than 200,000 years, we know surprisingly little about them or about their everyday lives. Evidence of their behavior is largely derived from the surviving pieces of chipped stone and animal bone that resulted from their activities. One of the largest concentrations of stone and bone artifacts left by Neandertals was at the famous archaeological site of La Quina in southwestern France.

This study of the significance of changes through time revealed by an analysis of the chipped stone at La Quina reports on the excavations of the Cooperative American–French Excavation Project from 1985 to 1994. It moves beyond the largely descriptive and subjective approaches that have traditionally been applied to this kind of evidence and applies several important quantitative analytical techniques. These new approaches incorporate the history of previous excavations at the site, the results of the work of the Cooperative Project, and the most recent scientific understanding of relevant climatic changes.

This is a major contribution to our understanding of Neandertal behavior and industry. It adds new dimensions and perspectives based on innovative techniques of analysis. The analytic methods applied to lithic artifacts that form the heart of the book are the product of considerations about how to best interpret a sequence of  multiple contextual samples. The author concludes the book with an extraordinarily useful chapter that places his findings into the larger context of our contemporary knowledge of Neandertal life in the region.

The book comes with a compact disc, which includes coded observations used in the analysis in as many as 47 data fields for the more than 11,500 artifacts that will allow professionals and students to further explore the collection of lithic artifacts.
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