Journal of Archaeological Science 87

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Journal of Archaeological Science 87

Auteur--

Editor--

Jaar2017

PublicatietypeAflevering

SerieJournal of Archaeological Science

Volume87

Subtitel--

Pagina’s124

UitgeverElsevier

PlaatsAmsterdam

ISBN--

Citation key--

Trefwoorden--

Plaatsgegevens

Exemplaar123731 ReknummerT-13-2-e

Inhoud

Spatio-temporal approaches to archaeological radiocarbon dates 1-9
Crema E . R., Bevan A. & Shennan S.

Materials and methods , pp. 2-4
Results . Simulation study , p. 4
Results . Neolithic Europe between 8 k and 5 kBP , pp. 4-6
Discussion , pp. 6-7
Conclusion , pp. 7-8

Bone deep: Variation in stable isotope ratios and histomorphometric measurements of bone remodelling within adult humans 10-16
Fahy G. E., Deter C., Pitfield R., Miszkiewicz J. J. & Mahoney P.

Introduction . Stable carbon and nitrogen isotopes , pp. 10-11
Introduction . Bone remodelling rates , p. 11
Introduction . Human bone remodelling and isotope variation , p. 11
Materials and methods . Samples , p. 11
Materials and methods . Collagen extraction and IRMS , p. 12
Materials and methods . Histological sample preparation and analysis , p. 12
Materials and methods . Microscopy , p. 12
Materials and methods . Age and sex , p. 12
Materials and methods . Statistical analyses , p. 12
Results . Isotopic variation between bone types , p. 12
Results . Isotopic variation within each skeleton , pp. 12-13
Results . Variation in bone turnover rate between bone types , pp. 13-14
Results . Relationship between isotope ratios and bone turnover compared between bone types , p. 14
Discussion , pp. 14-15
Conclusion , p. 15

Little Ice Age catastrophic storms and the destruction of a Shetland Island community 17-29
Bampton M., Kelley A., Kelley J., Jones M. & Bigelow G.

Archaeological site description , p. 18
History of abandonment , pp. 18-21
Climate , pp. 21-22
Sand movement and storminess , pp. 22-25
Simulation and results , p. 25
Conclusion , pp. 25-28

Palaeoenvironmental reconstruction of the alluvial landscape of Neolithic Catalhöyük, central southern Turkey: The implications for early agriculture and responses to environmental change 30-43
Ayala G., Wainwright J., Walker J., Hodara R., Lloyd J. M., Leng M. & Doherty C.

Materials and methods . Field sampling and sub-sampling , p. 33
Materials and methods . Sediment analyses on core lithology , pp. 33-34
Materials and methods . Geochemical and isotopic analyses , p. 34
Materials and methods . Dating , p. 34
Results . Basal complex , p. 34
Results . Lower complex , pp. 34-35
Results . Upper complex , p. 35
Results . Geochemical and isotope analyses , p. 35
Discussion , pp. 35-42
Conclusion , p. 42

Canyon Creek revisited: New investigations of a late prehispanic turquoise mine, Arizona, USA 44-58
Hedquist S. L., Thibodeau A. M., Welch J. R. & Killick D. J.

Research background . Geologic setting , p. 46
Research background . Prevous archaeological work , p. 47
Research background . Isotope geochemistry , p. 47
Research background . Current study , p. 47
Field methods and observations , pp. 48-53
Estimating size and labor intensity , p. 53
Provenance analysis . Samples and methods , pp. 53-54
Provenance analysis . Isotopic composition of Canyon Creek turquoise , p. 54
Provenance analysis . Isotopic analysis of archaeological turquoise , pp. 54-55
Provenance analysis . Isotopic analysis of archaeological turquoise: additional insights , pp. 55-57
Conclusion , pp. 57-58

Comparing archaeological proxies for long-term population patterns: An example from central Italy 59-72
Palmisano A., Bevan A. & Shennan S.

Settlement and population in central Italy , pp. 61-62
Methods . Radiocarbon summed probability distributions , pp. 62-63
Methods . Archaeological settlement data and probabilistic approaches , p. 63
Results . Summed probability distribution of radiocarbon dates , pp. 63-65
Results . Archaeological site counts and sizes , p. 65
Results . Comparing all population proxies , pp. 65-66
Discussion , pp. 66-70
Conclusion , p. 70

Using multivariate techniques to assess the effects of raw material, flaking behavior and tool manufacture on assemblage variability: An example from the late Middle Paleolithic of the European Plain 73-94
Weiss M., Otcherednoy A. & Wisniewski A.

Materials , pp. 77-78
Methods . Methodology of data collection and preparation , p. 78
Methods . Multivariate analysis , pp. 78-79
Methods . Calculated variables , p. 79
Methods . Testing varying sample size , pp. 79-80
Results and preliminary discussion . Individual attributes , pp. 80-81
Results and preliminary discussion . Multivariate analysis , pp. 81-84
Results and preliminary discussion . Raw material, flaking behavior and tool blank selection , pp. 84-90
Discussion and conclusion . Factors that drive late Middle Paleolithic variability , p. 90
Discussion and conclusion . Assemblage variability with regard to archaeological entities , pp. 90-91
Discussion and conclusion . Geographical variability of the studied assemblages , p. 91
Discussion and conclusion . Intra-site variability , p. 91
Discussion and conclusion . Main results , p. 91

The identification of extinct megafauna in rock art using geometric morphometrics: A Genyornis newtoni painting in Arnhem Land, northern Australia? 95-107
Cobden R., Clarkson C., Price G. J., David B., Geneste J.-M., Delannoy J.-J., Barker B., Lamb L. & Gunn R. G.

Methods , pp. 98-100
Results . PCA , pp. 101-102
Results . CVA tests , pp. 102-104
Results . NPMANOVA , pp. 104-106
Discussion , p. 106
Conclusion , p. 106

Circulation of iron products in the North-Alpine area during the end of the first Iron Age (6th-5th c. BC): A combination of chemical and isotopic approaches 108-124
Dillmann P., Schwab R., Bauvais S., Brauns M., Disser A., Leroy S., Grassmann G. & Fluzin P.

Samples and methods , pp. 109-112
Results . Production areas , pp. 112-115
Results . Artefacts , pp. 115-120
Discussion , pp. 120-122

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