Journal of Archaeological Science 38/4

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Journal of Archaeological Science 38/4

Auteur--

Editor--

Jaar2011

PublicatietypeAflevering

SerieJournal of Archaeological Science

Volume38/4

Subtitel--

Pagina’s755-941

UitgeverElsevier

PlaatsAmsterdam

ISBN--

Citation key--

Trefwoorden--

Plaatsgegevens

Exemplaar80774 ReknummerT-13-2-e

Inhoud

Virtual zooarchaeology: building a web-based reference collection of northern vertebrates for archaeofaunal research and education 755-762
Betts M.W., Maschner H.D.G., Schou C.D., Schlader R., Holmes J., Clement N. & Smuin M.

Materials and methods . Virtual media , pp. 757-759
Materials and methods . Database structure and web-interface , pp. 759-760

Bennett's wallaby (Macropus rufogriseus) marrow quality vs quantity: evaluating human decision-making and seasonal occupation in late Pleistocene Tasmania 763-783
Garvey J.

Introduction . Evaluating human preference for specific animal parts and the effects of seasonal dietary requirements , p. 765
Introduction . Previous macropod nutritional studies , pp. 765-766
Introduction . The palaeoecology of Late Pleistocene southwest Tasmania , p. 766
Material and methods . Pilot Bennett's wallaby marrow study , pp. 766-767
Material and methods . Extension and application to other Tasmanian mammals , p. 767
Material and methods . The Bennett's wallaby Unsaturated Marrow Index (UMI) , pp. 767-768
Results . Pilot Bennett's wallaby fatty acid composition results , pp. 768-769
Results . Year-long seasonal Bennett's wallaby results , pp. 769-770
Results . The fatty acid composition of other Tasmanian marsupials , pp. 770-773
Results . The Bennett's wallaby Unsaturated Marrow Index (UMI) results , p. 774
Discussion . The fatty acid composition of the Bennett's wallaby , pp. 774-775
Discussion . Hunter-gathers, their selection of marrow, and the implications , pp. 775-776
Discussion . Seasonal variation in body condition of prey species , p. 776
Discussion . Fatty acid results for other Tasmanian marsupials , pp. 776-777
Discussion . Human selection of marrow: Quality vs Quantity, or a combination? , pp. 777-780

The abrasion of modern and archaeological bones by mobile sediments: the importance of transport modes 784-793
Thompson C.E.L., Ball S., Thompson T.J.U. & Gowland R.

Introduction . Sediment induced bone abrasion , pp. 784-785
Introduction . Sediment transport modes , pp. 785-786
Introduction . Mechanisms of abrasion , pp. 786-787
Materials and methods . Abrasion experiments , pp. 787-788
Materials and methods . Image analysis , p. 788
Results . Transport processes , p. 788
Results . Wear indices , p. 788
Results . Wear exposure time , p. 788
Results . Wear type , pp. 788-790
Results . Saltation , p. 790

Characterisation of archaeological mortars and plasters from kyme (Turkey) 794-804
Miriello D., Bloise A., Crisci G.M., Apollaro C. & La Marca A.

Results and discussion . Petrographic and mineralogical analysis , pp. 798-801
Results and discussion . Chemical analysis of the mortars and their binder , pp. 801-802

Ancient bronze technology and nomadic communities of the Middle Gobi Desert, Mongolia 805-817
Park J.-S., Honeychurch W. & Chunag A.

Analytical procedures and results . Microstructure examination , pp. 807-811
Analytical procedures and results . Alloy composition , pp. 811-812

Archaeometric study of medieval pottery excavated at Stari (Old) Ras, Serbia 818-828
Damjanovic L., Holclajtner-Antunovic I., Mioc U.B., Bikic V., Milovanovic D. & Radosavljevic Evans I.

Results and discussion . Petrographic analysis , pp. 823-824
Results and discussion . PXRD analysis , pp. 824-826
Results and discussion . FTIR spectroscopy , pp. 826-828

Interpreting, dating, and reevaluating the botanical assemblage from tell Kedesh: a case study of historical contamination 829-842
Borojevic K.

Results . Plant macro remains , pp. 834-836
Results . AMS radiocarbon dating , pp. 836-838

Order in movement: a GIS approach to accessibility 843-851
Llobera M., Fábrega-Álvarez P. & Parcero-Oubiña C.

Accumulated cost surface and interpretation . Accumulated cost surfaces as "topographies of movement" , p. 844
Accumulated cost surface and interpretation . Calculating a focal mobility network , pp. 844-845
Analytical applications . Accessibility signature and index , p. 845
Analytical applications . Mobility basins , pp. 845-846
Analytical applications . Exploring alternative movement hierarchies , p. 846
Case study: accessibility patterns of Iron Age hillforts , pp. 846-848

Points and prey: a quantitative test of the hypothesis that prey size influences early Paleoindian projectile point form 852-864
Buchanan B., Collard M., Hamilton M.J. & O'Brien M.J.

Debitage variability among multiple flint knappers 865-872
Williams J.P. & Andrefsky Jr. W.

Emergence of fusion/fission cycling and self-organized criticality from a simulation model of early complex polities 873-883
Griffin A.F.

Introduction . Early complex polity defined , p. 873
Introduction . Observing self-organized critically , pp. 874-875
Fission/fusion model , p. 875
Population model . Resource limited growth and migration , pp. 876-877
Population model . Resource allocation , pp. 877-878
Conclusions . Gradual collapse , pp. 881-882
Conclusions . Feedback from population to fission/fusion , p. 882

Paleonutritional and paleodietary survey on prehistoric humans from Las Cañadas del Teide (Tenerife, Canary Islands) based on chemical and histological analysis of bone 884-895
Arnay-de-la-Rosa M., González-Reimers E., Yanes Y., Romanek C.S., Noakes J.E. & Galindo-Martín L.

Results . Stable isotopes , pp. 890-891
Results . Bone mass , pp. 891-892
Results . Bone trace elements , p. 892
Discussion . Dietary information derived form isotope analysis , pp. 892-893
Discussion . Differences between individuals buried before and after the Spanish conquest , pp. 893-894

Early history of Chinese domestic sheep indicated by ancient DNA analysis of Bronze Age individuals 896-902
Cai D., Tang Z., Yu H., Han L., Ren X., Zhao X., Zhu H. & Zhou H.

Materials and methods . DNA extraction, PCR amplification and sequencing at Jilin University , pp. 897-898
Materials and methods . Independent replication (China Agricultural University, Beijing, China) , p. 898
Materials and methods . Contamination precautions , p. 898
Materials and methods . DNA analysis , p. 898
Results . Sequence variation in ancient Chinese sheep , pp. 898-899
Results . Lineage assignment and frequency , p. 899
Results . Genetic diversity of ancient Chinese sheep , p. 899
Results . Sequence sharing , p. 899
Results . Phylogenetic network , p. 900
Discussion . Origin of Chinese sheep , p. 900
Discussion . Ancient and modern Chinese sheep , p. 900

Heat, smoke and fuel consumption in a high mountain stállo-hut, northern Sweden - Experimental burning of fresh birch wood during winter 903-912
Liedgren L.G. & Östlund L.

Genesis, age and archaeological significance of a pedosediment in the depression around Tell Mozan, Syria 913-924
Pustovoytov K., Deckers K. & Goldberg P.

Results . Radiocarbon chronology , pp. 916-920
Results . Delta13C values of organic soil matter, charcoal and pedogenic carbonates , p. 920
Results . Micromorphology of the profile , pp. 920-921

Stable isotope analysis of a medieval skeletal sample indicative of systemic disease from Sigtuna Sweden 925-933
Linderholm A. & Kjellström A.

Stable isotope analysis in archaeology , p. 926
Sulphur analysis as a tool for provenience determination , p. 927
Methods . Osteological methods , p. 927
Methods . Bone sampling and collagen extraction , pp. 927-928
Discussion . Human diet during the medieval period in Europe , pp. 929-930
Discussion . Disease, religion and diet during the medieval period , pp. 930-931

Distal cryptotephra found in a Viking boathouse: the potential for tephrochronology in reconstructing the Iron Age in Norway 934-941
Balascio N.L., Wickler S., Narmo L.E. & Bradley R.S.

Tephra analysis , pp. 935-936
Tephrochronology during the Iron Age , pp. 939-940

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