Holocene prehistory of the northernmost north Pacific

We examine evidence for Holocene contact between Asia and North America across what is now the Bering Strait, emphasizing maritime adaptation. After 10,000 B.P. residual influence of the Siberian Paleolithic is clear, and derivative Americans were moving southward along the open Pacific coast and settling in the eastern Aleutian Islands. By 6000 B.P. maritime adaptation is evident in the Kodiak Island region, and expansion westward brought colonization of the entire Aleutian chain of islands before 3000 B.P. In Asia there was marine subsistence on Hokkaido by 6000 B.P, but in the lower Amur River region, the southern and northern regions of the Okhotsk Sea, the coast of Kamchatka, and the Chukchi Peninsula no major maritime interest can be dated until after 2700 or even 2500 B.P In north Alaska, the mainland was cut off from Siberia by 6000 B.P with the rise of postglacial seas, but contact was reestablished 5000 B.P at the cultural level of the nonmaritime Siberian Neolithic. Pronounced marine orientation appears intrusively in north Alaska somewhat before 3000 B.P, when the only known source for the technology was the region extending from the Gulf of Alaska through the Aleutian Islands. Thereafter developed the maritime culture of the historic Eskimo people.     

Archaeological aspects of insect use

Insects are present in most archaeological contexts as a result of both natural and cultural processes. Insect data can be used to address a number of issues, including environmental reconstruction, forensics, identification of domesticates, taphonomy, and diet. This paper focuses on the archaeology of insect use in antiquity: their collection, processing, and storage and the archaeological manifestations of those activities. Consideration also is given to the incorporation of insect data into settlement/subsistence models.     

Prehistoric nearshore and littoral fishing in the eastern Tropical Pacific: An ichthyological evaluation

Marine fish bones are abundant components of human food remains at prehistoric sites in the eastern Tropical Pacific. Their quantification and interpretation in terms of human procurement strategies have been hampered by the use of large-meshed sieves and by the obstacles presented to faunal experts by fish taxonomic diversity. Since many important food fish families are speciose, this paper emphasizes the importance of species-level identifications. Making extensive use of Spanish-language articles on fish distribution and ecology, and the commercial and artisanal fisheries literature, it identifies groups of nearshore and littoral fish species that show greater and lesser tolerance for hard substrates (reefs and rocks), estuaries and coastal lagoons, and deeper clearer waters farther offshore. Most of the regional archaeological sites were located near estuarine habitats. The drab-colored fish they attract are generally poorly known. Hence, a particularly detailed analysis is offered of fish behavior within low salinity coastal inlets. Fourteen archaeofaunal fish samples from Costa Rica, Panama, and Ecuador are evaluated in the light of the environmental information generated by the biological and fisheries surveys. It is concluded that most sites have a broadly estuarine orientation and that the input of hard substrates is everywhere <10%. Two sites, Salango, in Ecuador, and Vidor, in Costa Rica, exploited epipelagic fish that swim in large shoals and deep water demersal predators. Sites situated more than 10 km from the coast exploited a wide variety of marine fish. In Parita Bay, Panama, a comparison of fish faunas from Cerro Mangote (6000 B.P.) and Sitio Sierra (1800 B.P.) elicits the hypothesis that regional fishing strategies shifted between these dates from a shore-based, netless strategy to a more complex one that incorporated fine-meshed gill-nets and watercraft.     

The ‘caries correction factor’: A new method of calibrating dental caries rates to compensate for antemortem loss of teeth

Dental caries rates are frequently based exclusively upon the number of carious teeth observed in a human skeletal series. However, a portion of the teeth lost antemortem will be lost because of severe carious decay, a factor not considered by many investigators. This paper reviews and critiques earlier attempts to adjust dental caries rates to account for antemortem loss of teeth, and proposes a new ‘caries correction factor’ that is population specific, requires no assumptions, and is sensitive to the temporal and ecogeographical context of a skeletal series. An example of how to apply this caries correction factor is provided using new data from the Bronze Age site of Harappa in northern Pakistan. Its value in dental palaeopathology is reviewed with two recent studies of dental caries in the Arabian Gulf, and concludes with a consideration of its possible application to non-human primates.     

The Environment and Subsistence of the Early Neolithic Settlement Area at Těšetice-Kyjovice,Czech Republic

This paper presents a reconstruction of environmental conditions and subsistence strategies in the Early Neolithic (6th Millenium BC) settlement area at Tě?etice-Kyjovice (Czech Republic). Our detailed reconstruction of the environment contributes to the unravelling of the genesis and spread of steppes and the formation of secondary anthropogenic forest-free areas in the Holocene in eastern-Central Europe. Mollusc shells, charcoals and plant macroremains were used as on-site evidence of a settlement environment. A relatively warm and dry anthropogenic forest-free area is reconstructed for the immediate vicinity of the Early Neolithic settlement. Communities of mixed deciduous forests are recorded in the surroundings of the settlement. Plant macroremains reflect the characteristic Neolithic range of cultivated plants (e.g. Triticum monococcum, Triticum dicoccon, Lens culinaris and Pisum sativum). Papaver somniferum seeds were also found, possibly constituting the oldest evidence of its presence and cultivation in the territory of the Czech Republic.     

Pearl Millet and Kintampo Subsistence

Subsistence practices of the Kintampo cultural complex of sub-Saharan West Africa are now known to have included pearl millet cultivation, in addition to the utilization of tropical forest margin species such as oil palm. Charred plant remains recovered from the Birimi site, northern Ghana, suggest that the growing of pearl millet, possibly in uniform stands, was occurring amongst northerly Kintampo groups during the fourth millennium bp. The cultivation of this drought-tolerant crop facilitated the establishment of sedentary villages by providing a storable food resource enabling Kintampo people to survive the protracted dry season of the West African savanna.Nous savons maintenant que les pratiques de subsistance du complexe culturel Kintampo de l'Afrique de l'Ouest sub-saharien comprenaient la culture du mil à chandelle ainsi que l'utilisation d'espèces végétales qui poussaient en bordure de la forêt tropicale, comme le palmier à huile. Des restes de plantes carbonisé ont été récupérées du site du Birimi dans le Nord du Ghana; elles suggèrent que la pratique de la culture du mil à chandelle dont les plantations étaient peut-être déjà uniformes, se soit produite parmi les groupes Kintampo du Nord pendant le quatrième millénaire bp. La culture du mil à chandelle tolérait la sécheresse et avait ainsi facilité l'établissement de villages sédentaires car elle fournissait des ressources alimentaires entreposables. Cela permettait aux groupes Kintampo de survivre pendant la longue saison sèche de la savane de l'Afrique de l'Ouest.