Adopted “mammoths” from Alaska turn out to be a whale's tale

ABSTRACT Radiocarbon‐dated fossils indicate woolly mammoths were extirpated from mainland Beringia around 13 000 years ago. However, environmental DNA in permafrost suggests small “cryptic“ populations survived into the Holocene. Resolving this discrepancy is crucial to understanding the drivers of mammoth extinction. The Adopt‐a‐Mammoth project, launched in 2022, is increasing the number of radiocarbon‐dated mammoth fossils to locate the chronologically youngest specimens. Here, we report results from two “mammoth“ vertebral epiphyseal plates from interior Alaska that produced the youngest radiocarbon ages associated with mammoth specimens (~1900–2700 cal a BP). However, isotopic data indicated that these individuals consumed marine resources, and subsequent ancient DNA analysis revealed the specimens were in fact from a North Pacific Right whale and a Minke whale. Solving the mystery of recent “mammoth” fossils raised new questions. How did the remains of ancient whales become emplaced in sediment so far from the coastline? We briefly consider four scenarios to account for this.

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Publication Details

Journal
Journal of Quaternary Science
Published
2025-12-08
DOI
https://doi.org/10.1002/jqs.70040
Primary Topic
Environmental DNA in Biodiversity Studies
Type
article
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article

Adopted “mammoths” from Alaska turn out to be a whale's tale

Alistair Monteath, Jeffrey T. Rasic, Stanley Fields, Matthew J. Wooller et al.
Journal of Quaternary Science
Environmental DNA in Biodiversity Studies
article

Adopted “mammoths” from Alaska turn out to be a whale's tale

Alistair Monteath, Jeffrey T. Rasic, Stanley Fields, Matthew J. Wooller, Nick J. Baker, Ben A. Potter, Fernando Paolo, Sambit Ghosh, Beth Shapiro, Audrey G. Rowe, John Southon, Brian T. Wygal, Josh Reuther, Gonzalo Oteo‐García, Nancy H. Bigelow, Kathryn E. Krasinski, Ben Lamm, Love Dalén, Pat Drukenmiller
article en

Abstract

ABSTRACT Radiocarbon‐dated fossils indicate woolly mammoths were extirpated from mainland Beringia around 13 000 years ago. However, environmental DNA in permafrost suggests small “cryptic“ populations survived into the Holocene. Resolving this discrepancy is crucial to understanding the drivers of mammoth extinction. The Adopt‐a‐Mammoth project, launched in 2022, is increasing the number of radiocarbon‐dated mammoth fossils to locate the chronologically youngest specimens. Here, we report results from two “mammoth“ vertebral epiphyseal plates from interior Alaska that produced the youngest radiocarbon ages associated with mammoth specimens (~1900–2700 cal a BP). However, isotopic data indicated that these individuals consumed marine resources, and subsequent ancient DNA analysis revealed the specimens were in fact from a North Pacific Right whale and a Minke whale. Solving the mystery of recent “mammoth” fossils raised new questions. How did the remains of ancient whales become emplaced in sediment so far from the coastline? We briefly consider four scenarios to account for this.

Journal of Quaternary ScienceVol. 41(2)
British Antarctic Survey (GB), University of Alaska Fairbanks (US), Natural Environment Research Council (GB), Stockholm University (SE), University of California, Irvine (US), Swedish Museum of Natural History (SE), Bioscience Research (US), Studi (SE), Irvine University (US), Centre for Palaeogenetics (SE), Adelphi University (US), Sapienza University of Rome (IT)
Openalex Percentile: Top 62%
Environmental DNA in Biodiversity Studies
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