bioRxivEcologyPreprint
The Muskox Way: Humans, plants and animals in northeast Greenland through the Holocene
Inger Greve AlsosiD, Marieke BeaulieuiD, Nicholas L. BalascioiD, Lucas ElliottiD, Raymond S. BradleyiD, Sergi Pla‐RabèsiD, Santiago GiraltiD, Luisa DeppeiD, Youri LammersiD, Jamie L. AlumbaughiD, Peter D. HeintzmaniD, Love DaléniD, Anders GötherströmiD, Sandra NoguéiD, Bianca PerreniD, W. J. D'AndreaiD, Jostein BakkeiD
Abstract
The Muskox Way hypothesis suggests that the first humans entering northeast Greenland from Arctic Canada followed and hunted muskox. Yet whether muskox arrived before people remains debated, as only two bones predate the Independence culture (4500-3900 cal BP). More broadly, the arrival of plants and animals, and how the three periods of human settlement related to ecosystem changes, remain poorly understood. We analysed sedimentary ancient DNA from lakes in Wandel Dal (Late Sommersoe and Midsommersoe) and Zackenberg, identifying 121 native plants and nine animal taxa. In Wandel Dal, the plant assemblage indicates a warmer climate than today about 8200-3900 years ago, followed by an abrupt change in flora and sedimentation rate at 3900 cal BP, especially at Midsommersoe. Muskox DNA is present continuously at Midsommersoe from 7400 cal BP, about three millennia before humans arrived. The Zackenberg record dates to 12,200 cal BP, with arctic forbs, grasses, ferns and crowberry in the earliest layers, willow from 8200 cal BP and birch from 7200 cal BP, but muskox only in the last 2500 years, the latter period coinciding with Greenlandic Dorset culture. The arrival of the Thule culture in 1400 CE coincides with a slight increase in plant richness at Wandel Dal and an increase in mammal detections. Reindeer occurred only in samples older than 6000 years, consistent with their absence from archaeological bone records. Overall, humans arrived long after the first megafauna and appear to have had limited impact on their populations, although cultural periods coincided with environmental changes.
- assay: DNA methylation
- research focus: spatial domain detection
- research focus: gene regulatory network inference
- research focus: benchmarking
- research focus: database / resource
- approach: statistical model
- Citations
- 0
Reproducibility ledger
Nobody has reported trying to reproduce this paper yet. Did you replicate an experiment or run the code? Your report saves the next lab a week.
Sign in to file a reproducibility report.
Related papers
- Climate change and the migration of a pastoralist people c.3500 cal. years BP inferred from palaeofire and lipid biomarker records in the montane Western Ghats, India
S. P. Kavil, P. Ramya Bala, … R. Sukumar·bioRxiv·Aug 15, 2020
- New insights into 4,000 years of resource economy across Greenland using ancient DNA
F. V. Seersholm, H. Harmsen, … A. J. Hansen·bioRxiv·Feb 23, 2022
- Stone Age anthropogenic impacts to forest development in the interior Scandinavian Peninsula
Anastasia Bertheussen, David Wright, … Axel Mjærum·bioRxiv·Jan 15, 2025
- Environmental DNA Reveals Reykjavik's Human and Ecological History
Kurt Henrik Kjær, Anthony Ruter, … Eske Willerslev·bioRxiv·Oct 8, 2025
- Ancient DNA reveals the chronology of walrus ivory trade from Norse Greenland
Bastiaan Star, James H. Barrett, … Sanne Boessenkool·Proceedings of the Royal Society B Biological SciencesPeer-reviewed·Aug 8, 2018
- Ancient sedimentary DNA shows rapid post-glacial colonisation of Iceland followed by relatively stable vegetation until Landnam
I. G. Alsos, Y. Lammers, … A. Schomacker·Quaternary Science ReviewsPeer-reviewed·May 1, 2021