Demographic estimates are presented for the Aurignacian techno-complex (~42,000 to 33,000 y calBP) and discussed in the context of socio-spatial organization of hunter-gatherer populations. Results of the analytical approach applied estimate a mean of 1,500 persons (upper limit: 3,300; lower limit: 800) for western and central Europe. The temporal and spatial analysis indicates an increase of the population during the Aurignacian as well as marked regional differences in population size and density. Demographic increase and patterns of socio-spatial organization continue during the subsequent early Gravettian period. We introduce the concept of Core Areas and Extended Areas as informed analytical spatial scales, which are evaluated against ...
The time period between 560 and 360 ka (MIS14 to MIS11) was critical for the evolution of the Neande...
This article presents the initial results from the S2AGES database of calibrated radiocarbon estimat...
This paper critically considers the use of radiocarbon dates as a demographic proxy for past populat...
Demographic estimates are presented for the Aurignacian techno-complex (~42,000 to 33,000 y calBP) a...
Demographic estimates are presented for the Aurignacian techno-complex (42,000 to 33,000 y calBP) an...
In many theories on the social and cultural evolution of human societies, the number and density of ...
Upper image: Manifestation during the Aurignacian. Location of Core Areas (CA) and demographic estim...
Demographic change is increasingly cited as an explanation for many of the patterns seen in the Pala...
Prehistoric demography has recently risen to prominence as a potentially explanatory variable for ep...
Estimating past population dynamics has become a major research topic for archaeology, which uses se...
International audienceThe Early or Typical Aurignacian (I) has long been equated with the first full...
peer reviewedBetween 30.000 and 28.000 BP, the material culture of European hunter-gatherers societi...
The purpose of this study is to explore aspects of social organisation during the Upper Palaeolithic...
AbstractDemographic change is increasingly cited as an explanation for many of the patterns seen in ...
The Early and Middle Neolithic in Northern Central Europe and Southern Scandinavia is characterised ...
The time period between 560 and 360 ka (MIS14 to MIS11) was critical for the evolution of the Neande...
This article presents the initial results from the S2AGES database of calibrated radiocarbon estimat...
This paper critically considers the use of radiocarbon dates as a demographic proxy for past populat...
Demographic estimates are presented for the Aurignacian techno-complex (~42,000 to 33,000 y calBP) a...
Demographic estimates are presented for the Aurignacian techno-complex (42,000 to 33,000 y calBP) an...
In many theories on the social and cultural evolution of human societies, the number and density of ...
Upper image: Manifestation during the Aurignacian. Location of Core Areas (CA) and demographic estim...
Demographic change is increasingly cited as an explanation for many of the patterns seen in the Pala...
Prehistoric demography has recently risen to prominence as a potentially explanatory variable for ep...
Estimating past population dynamics has become a major research topic for archaeology, which uses se...
International audienceThe Early or Typical Aurignacian (I) has long been equated with the first full...
peer reviewedBetween 30.000 and 28.000 BP, the material culture of European hunter-gatherers societi...
The purpose of this study is to explore aspects of social organisation during the Upper Palaeolithic...
AbstractDemographic change is increasingly cited as an explanation for many of the patterns seen in ...
The Early and Middle Neolithic in Northern Central Europe and Southern Scandinavia is characterised ...
The time period between 560 and 360 ka (MIS14 to MIS11) was critical for the evolution of the Neande...
This article presents the initial results from the S2AGES database of calibrated radiocarbon estimat...
This paper critically considers the use of radiocarbon dates as a demographic proxy for past populat...