Tag: gatherer

Proto-Uralic Homeland (I): Foraging & Animals

hunter-fisher-michelsberg
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This post is part of a draft on palaeolinguistics and the Proto-Uralic homeland. See below for the color code of protoforms.

1. Foraging

1.1. Hunting

PFU (Fi., Ma., Md., Ms., Hu.) *lewi- ‘to shoot’ (UEW Nº 482; Aikio 2019: 47).

PU (Saa., Fi., Md., Ma., Kh., Ms., Hu., Smy.) *je̮ŋsi/*joŋsi ‘bow’ (UEW Nº 190; Aikio 2020: 71 with references).

PU (Saa.? Fi., Ma., Kh., Ms., Hu., Smy.) *jänti(ni) ‘sinew; (bow)string’ (UEW Nº 169; Aikio 2019: 47 with references).

PU (Saa., Fi., Md.., Ma., P, Kh., Ms., Hu., Smy.) *ńe̮li (*ńōle) ‘arrow’ (UEW Nº 622).… Read the rest “Proto-Uralic Homeland (I): Foraging & Animals”

Expansion of haplogroup G2a in Anatolia possibly associated with the Mature Aceramic period

anatolian-hunter-gatherer-sampling

Preprint Late Pleistocene human genome suggests a local origin for the first farmers of central Anatolia, by Feldman et al. bioRxiv (2018).

Interesting excerpts (emphasis mine):

Anatolian hunter-gatherers experienced climatic changes during the last glaciation and inhabited a region that connects Europe to the Near East. However, interactions between Anatolia and Southeastern Europe in the later Upper Palaeolithic/Epipalaeolithic are so far not well documented archaeologically. Interestingly, a previous genomic study showed that present-day Near-Easterners share more alleles with European hunter-gatherers younger than 14,000 BP (‘Later European HG’) than with earlier ones (‘Earlier European HG’). With ancient genomic data available,

… Read the rest “Expansion of haplogroup G2a in Anatolia possibly associated with the Mature Aceramic period”

Polygyny as a potential reason for Y-DNA bottlenecks among agropastoralists

polygyny-estimates

Open access Greater wealth inequality, less polygyny: rethinking the polygyny threshold model by Ross et al. Journal of the Royal Society Interface (2018).

Interesting excerpts, from the discussion (emphasis mine):

We use cross-cultural data and a new mutual mate choice model to propose a resolution to the polygyny paradox. Following Oh et al. [17], we extend the standard polygyny threshold model to a mutual mate choice model that accounts for both female supply to, and male demand for, polygynous matchings, in the light of the importance of, and inequality in, rival and non-rival forms of wealth. The empirical results presented

… Read the rest “Polygyny as a potential reason for Y-DNA bottlenecks among agropastoralists”