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Journal of Archaeological Science 86

Auteur--

Editor--

Jaar2017

PublicatietypeAflevering

SerieJournal of Archaeological Science

Volume86

Subtitel--

Pagina’s130

UitgeverElsevier

PlaatsAmsterdam

ISBN--

Citation key--

Trefwoorden--

Plaatsgegevens

Exemplaar123565 ReknummerT-13-2-e

Inhoud
Tempered strength: A controlled experiment assessing opportunity costs of adding temper to clay 1-13
Rae Bebber M.
  • Materials and methos . Region of investigation, tempers, and petrographic analysis , p. 3
  • Materials and methos . Clay sourcing and x-ray diffraction of clay , pp. 3-4
  • Materials and methos . Experimental test sample production , pp. 4-7
  • Materials and methos . Test sample description , p. 7
  • Materials and methos . Firing temperatures , pp. 7-8
  • Materials and methos . Experimental mechanical testing , p. 8
  • Materials and methos . Statistical analyses , p. 8
  • Results , pp. 8-10
  • Discussion , pp. 10-12
Use and abuse of cut mark analyses: The Rorschach effect 14-23
Domínguez-Rodrigo M., Saladié P., Cáceres I., Huguet R., Yravedra J., Rodríguez-Hidalgo A., Martín P., Pineda A., Marín J., Gené C. & et al.
  • Smaple and method , p. 15
  • Results , pp. 15-16
  • Discussion , pp. 16-18
  • Discussion . Can we objectively identify variables on cut marks? , pp. 18-19
  • Discussion . Can we identify cut marks confidently? , p. 19
  • Discussion . Can we identify cut marks made with different stone tools confidently? , pp. 19-20
  • Discussion . Can we identify butchering behaviors (i.e. defleshing vs. disarticulation) confidently? , pp. 20-22
  • Conclusion , p. 22
Radiogenic and "stable" strontium isotopes in provenance studies : A review and first results on archaeological wood from shipwrecks 24-49
Hajj F., Poszwa A., Bouchez J. & Guérold F.
  • The strontium cycle and its range of isotopic variation at the global scale . Chemical and isotopic propertiers of Sr , p. 26
  • The strontium cycle and its range of isotopic variation at the global scale . Strontium isotopes in minerals and rocks , pp. 26-29
  • The strontium cycle and its range of isotopic variation at the global scale . Strontium isotopes in rivers , pp. 29-30
  • The strontium cycle and its range of isotopic variation at the global scale . Strontium isotopes in seawater , p. 30
  • The strontium cycle and its range of isotopic variation at the global scale . Sr in atmospheric deposition , p. 30
  • The strontium cycle and its range of isotopic variation at the global scale . Variation of strontium isotopes at the global scale , pp. 30-32
  • Can strontium isotopes be used as reliable tracer of the geographical origins of materials and living organisms? . Isotopic signatures in different soil compartments at the site scale , pp. 32-33
  • Can strontium isotopes be used as reliable tracer of the geographical origins of materials and living organisms? . Strontium isotope composition of plants, animals and humans , pp. 33-36
  • Can strontium isotopes be used as reliable tracer of the geographical origins of materials and living organisms? . Characterizing the local Sr isotope signature of sites for wood provenance studies , pp. 36-37
  • Application of Sr isotopes to provenance studies . Provenance of foodstuffs and man-made products , pp. 37-38
  • Application of Sr isotopes to provenance studies . Migration of humans and animals in the past , p. 38
  • Application of Sr isotopes to provenance studies . Provenance of archaeological wood , pp. 38-39
  • The potential of Sr isotopes to trace the provenance of archaeological wood from shipwrecks . Modification of waterlogged wood by living organisms , p. 39
  • The potential of Sr isotopes to trace the provenance of archaeological wood from shipwrecks . New data on the modification of the "initial" Sr isotope ratio of wood during waterlogging , pp. 39-43
  • Conclusion and future prospects , p. 43
Cast iron-smelting furnace materials in imperial China : Macro-observation and microscopic study 50-59
Liu H., Qian W., Chen J., Chen H., Chastain L. & Notis M. R.
  • Field survey and macro-observation of furnace materials . Clay furnaces , pp. 51-52
  • Field survey and macro-observation of furnace materials . Stone and clay composite furnaces , p. 52
  • Microscopic study . Materials and method , pp. 52-53
  • Microscopic study . Results and analysis , pp. 53-56
  • Discussion , pp. 56-58
  • Conclusions , p. 58
Identification of inter- and intra-species variation in cereal grains through geometric morphometric analyis, and its resilience under experimental charring 60-67
Bonhomme V., Forster E., Wallace M., Stillman E., Charles M. & Jones G.
  • Materials and methods . Controlled charring , pp. 61-62
  • Materials and methods . Outline analysis , p. 82
  • Materials and methods . Statistical analyses , p. 82
  • Results . Changes in shape due to charring , p. 62
  • Results . Exploration of shape variation in relation to species , p. 62
  • Results . Magnitude and direction of shape changes caused by charring , pp. 62-63
  • Results .Classification of grains according to species , pp. 63-64
  • Results . Discrimination between grains of different populations within species , pp. 64-66
  • Discussion and conclusions , pp. 66-67
Vertical transhumance of sheep and goats identified by intra-tooth sequential carbon (delta13C) and oxygen (delta18O) isotopic analyses : Evidences from Chalcolithic Kösk Höyük, central Turkey 68-80
Makarewicz C. A., Arbuckle B. S. & Öztan A.
  • Isotope mechanics . Environmental variation in oxygen isotopes , pp. 69-70
  • Isotope mechanics . Carbon isotopic variation in semi-arid region floral biomes , p. 70
  • Isotope mechanics . Investigating vertical transhumance using light stable isotopes , p. 70
  • Complex Chalcolitic societies in central Anatolia . Kösk Höyük , pp. 70-71
  • Materials and methods , pp. 71-72
  • Results . Oxygen isotopes , pp. 72-73
  • Results . Birth seasonality , p. 79
  • Results . Carbon isotopes , p. 73
  • Discussion . Shift in birth seasonality between the Early and Middle Chalcolithic , pp. 73-75
  • Discussion . Oxygen isotopic insights into pasture usage systems , pp. 75-76
  • Discussion . Vertical transhumance in use during the Early and Middle Chalcolithic? , pp. 76-77
  • Conclusions , p. 77
Heat-induced alteration of glauconitic minerals in the Middle Stone Age levels of Blombos Cave, South Africa : Implications for evaluating site structure and burning events 81-100
Haaland M. M., Friesem D. E., Miller C. E. & Henshilwood C. S.
  • Properties of glauconitic minerals . Mineralogy and chemical properties , p. 82
  • Properties of glauconitic minerals . Infra-red spectra (transmission) of glauconite , pp. 82-84
  • Properties of glauconitic minerals . Thermal characteristics of glauconite , pp. 84-85
  • Material and methods . Analytical scope and objectives , p. 85
  • Material and methods . Material and sample preparation , p. 85
  • Material and methods . Laboratory-based heating experiments , p. 85
  • Material and methods . Bench fourier transform infrared spectrometry (FTIR) , pp. 85-86
  • Material and methods . Microscopic Fourier transform infrared spectrometry (micro-FTIR) , pp. 86-87
  • Material and methods . Petrographic microscopy and colourimetry , p. 87
  • Material and methods . Geo-referencing of archaeological thin sections and spatial interpolation of data , p. 87
  • Results . Microscopic Fourier transform infrared spectrometry (micro-FTIR) of glauconite grains in thin section control samples , pp. 87-88
  • Results . Colourimetric analysis of glauconite grains in this section control samples , p. 88
  • Results . Infrared and colourimetric classification of glauconite grains in archaeological thin sections , pp. 88-90
  • Results . Temperature distribution models , p. 90
  • Discussion . Heat-induced optical and structural alteration of glauconitic minerals , pp. 90-91
  • Discussion . Accuracy and reproducibility of colourimetric measurements , p. 91
  • Discussion . Reliability of colourimetric and FTIR-based classification , pp. 91-92
  • Discussion . Spatial accuracy of temperature interpolation , p. 92
  • Discussion . Archaeological implications , pp. 92-98
  • Concluding remarks , pp. 98-99
Repealing the Catalhöyük extractive metallurgy : The green, the fire and the 'slag' 101-122
Radivojevic M., Rehren T., Farid S., Pernicka E. & Camurcuoglu D.
  • Introduction . Early metal use in Eurasia , p. 102
  • Introduction . Introduction to the site of Catalhöyük , pp. 102-103
  • Introduction . Mellaart and metallurgy , pp. 103-104
  • Introduction . Context evaluation of samples analysed by Neuninger et al. , pp. 105-109
  • Materials and methods . Characterisation of minerals and metal finds in Catalhöyük , p. 109
  • Materials and methods . Methods , pp. 109-110
  • Results . Copper-based minerals , pp. 110-112
  • Results . Metallurgical 'slag' , pp. 112-116
  • Discussion , pp. 116-117
  • Discussion . CHM 11: metallurgical slag? , pp. 117-120
  • Conclusions , pp. 120-121
Provenance and recycling of ancient silver : A comment on "Iridium to provenance ancient silver" by Jonathan R. Wood, Michael F. Charlton, Mercedes Murillo-Barroso, Marcos Martinón-Torres. J. Archeol. Sci. 81, 1-12 123-126
Pernicka E.
  • Iridium as tracer of provenance for ancient silver? , pp. 123-124
  • Correlations and statistical packages , pp. 124-125
  • Use and misuse of lead isotope ratios , pp. 125-126
Gold parting, iridium and provenance of anciente silver: A reply to Pernicka 127-130
Wood J. R., Charlton M. F., Murillo-Barroso M. & Martinón-Torres M.
  • Iridium and gold-silver parting , pp. 127-128
  • Lead isotope data, log-ratios and correlations , pp. 128-130
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