Mobility and material culture in the Middle Mesolithic of Fennoscandia - validating the input from biomolecular studies

Similarities in late-glacial lithic technology (direct percussion) of western Europe and the oldest counterparts of Scandinavia appearing around 11,700 BP have sustained arguments for an early postglacial migration from northwestern Europe into Scandinavia including coastal areas of northern Norway....

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Main Author: Skar, Birgitte
Format: Article in Journal/Newspaper
Language:English
Published: UiB 2022
Subjects:
Online Access:https://hdl.handle.net/11250/3043200
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spelling ftntnutrondheimi:oai:ntnuopen.ntnu.no:11250/3043200 2023-05-15T15:51:46+02:00 Mobility and material culture in the Middle Mesolithic of Fennoscandia - validating the input from biomolecular studies Skar, Birgitte 2022 application/pdf https://hdl.handle.net/11250/3043200 eng eng UiB Universitetet i Bergen arkeologiske skrifter (UBAS). 2022, 12 105-122. urn:issn:2535-390X https://hdl.handle.net/11250/3043200 cristin:1984546 105-122 12 Universitetet i Bergen arkeologiske skrifter (UBAS) Peer reviewed Journal article 2022 ftntnutrondheimi 2023-01-18T23:43:11Z Similarities in late-glacial lithic technology (direct percussion) of western Europe and the oldest counterparts of Scandinavia appearing around 11,700 BP have sustained arguments for an early postglacial migration from northwestern Europe into Scandinavia including coastal areas of northern Norway. However, another lithic technology (pressure blade), occurring in Fennoscandia around 10,300 BP, indicates contacts with groups in the east and potentially a second and east-west migration deriving from the Russian mainland. aDNA studies of some of the oldest coastal human individuals from Europe, represented by two Norwegian skeletons (9500 BP) unveiled admixture of southern hunter gatherer (SHG) and eastern hunter gatherer (EHG), descended from isolated Glacial refugia. The Norwegian samples show dominance of EHG while contemporary samples from Gotland show a dominance of SHG ancestry. Isotopic markers of a diet consisting of more than 80% marine protein deriving from the highest level of the food chain sustain the importance and likely attraction of marine mammal resources. The biomolecular results underpin a second migration into Norway from northeast c. 10,300 BP, likely over the Cap of the North. Recent lithic studies covering larger parts of Central Scandinavia and Russia, however, provide a more fine-tuned narrative of networks and pulses of migration. publishedVersion Article in Journal/Newspaper Cap of the north Fennoscandia Northern Norway NTNU Open Archive (Norwegian University of Science and Technology) Norway
institution Open Polar
collection NTNU Open Archive (Norwegian University of Science and Technology)
op_collection_id ftntnutrondheimi
language English
description Similarities in late-glacial lithic technology (direct percussion) of western Europe and the oldest counterparts of Scandinavia appearing around 11,700 BP have sustained arguments for an early postglacial migration from northwestern Europe into Scandinavia including coastal areas of northern Norway. However, another lithic technology (pressure blade), occurring in Fennoscandia around 10,300 BP, indicates contacts with groups in the east and potentially a second and east-west migration deriving from the Russian mainland. aDNA studies of some of the oldest coastal human individuals from Europe, represented by two Norwegian skeletons (9500 BP) unveiled admixture of southern hunter gatherer (SHG) and eastern hunter gatherer (EHG), descended from isolated Glacial refugia. The Norwegian samples show dominance of EHG while contemporary samples from Gotland show a dominance of SHG ancestry. Isotopic markers of a diet consisting of more than 80% marine protein deriving from the highest level of the food chain sustain the importance and likely attraction of marine mammal resources. The biomolecular results underpin a second migration into Norway from northeast c. 10,300 BP, likely over the Cap of the North. Recent lithic studies covering larger parts of Central Scandinavia and Russia, however, provide a more fine-tuned narrative of networks and pulses of migration. publishedVersion
format Article in Journal/Newspaper
author Skar, Birgitte
spellingShingle Skar, Birgitte
Mobility and material culture in the Middle Mesolithic of Fennoscandia - validating the input from biomolecular studies
author_facet Skar, Birgitte
author_sort Skar, Birgitte
title Mobility and material culture in the Middle Mesolithic of Fennoscandia - validating the input from biomolecular studies
title_short Mobility and material culture in the Middle Mesolithic of Fennoscandia - validating the input from biomolecular studies
title_full Mobility and material culture in the Middle Mesolithic of Fennoscandia - validating the input from biomolecular studies
title_fullStr Mobility and material culture in the Middle Mesolithic of Fennoscandia - validating the input from biomolecular studies
title_full_unstemmed Mobility and material culture in the Middle Mesolithic of Fennoscandia - validating the input from biomolecular studies
title_sort mobility and material culture in the middle mesolithic of fennoscandia - validating the input from biomolecular studies
publisher UiB
publishDate 2022
url https://hdl.handle.net/11250/3043200
geographic Norway
geographic_facet Norway
genre Cap of the north
Fennoscandia
Northern Norway
genre_facet Cap of the north
Fennoscandia
Northern Norway
op_source 105-122
12
Universitetet i Bergen arkeologiske skrifter (UBAS)
op_relation Universitetet i Bergen arkeologiske skrifter (UBAS). 2022, 12 105-122.
urn:issn:2535-390X
https://hdl.handle.net/11250/3043200
cristin:1984546
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