Anders Götherström

The paper uses sedimentary ancient DNA to analyze the timing of plant and animal arrivals in northeast Greenland, showing muskox arrived before humans and environmental changes coincided with cultural periods.

The paper identifies eastern Atlantic sources of medieval European walrus ivory using ancient DNA, revealing broader trade networks than previously thought.

The paper analyzes ancestry, admixture, and pathogens in Neolithic farmers and foragers from Gotland, finding recent gene flow and widespread Yersinia pestis strains.

This study compares ancient DNA yields among ossicles and the petrous bone, finding the stapes has higher endogenous DNA preservation than the petrous bone.

The paper analyzes genetic data from Neolithic Catalhöyük to show changes in kinship patterns and persistent female roles over time.

This study uses 30 new palaeogenomes to show that Neolithic expansion into Western Anatolia involved both indigenous assimilation and eastern population influx, with cultural diversity decoupled from genetic differences.

This study analyzes ancient and modern Iberian cattle genomes to trace the extent and timing of aurochs hybridization and its implications for cattle domestication and management.

This study uses high-resolution genomic ancestry analysis to reveal mobility patterns in early medieval Europe using ancient DNA.

This study detects ancient fungal DNA in Otzi's gut, identifying Pseudogymnoascus species and proposing a bioinformatic pipeline for analyzing fungal aDNA in historical samples.

The paper identifies age-specific burial practices at Neolithic Catalhöyük by analyzing ancient DNA preservation differences between subadults and adults.

The paper analyzes ancient DNA from two Early Chalcolithic individuals from the West Mound, finding no close genetic kinship and no eastern gene flow signature.

The paper presents paleogenomes of three Anatolian equids from the 1st millennium BCE, identifying them as the extinct European wild ass, E. hydruntinus, and revealing genetic relationships and diversity loss.

aMeta is a metagenomic profiling workflow that improves accuracy and reduces memory usage in ancient microbiome analysis.

The paper imputes Pictish genomes and analyzes their genetic relationships with ancient and modern UK populations, revealing continuity and structure.

This study analyzes ancient genomes from Upper Mesopotamia during the Neolithic Transition, revealing genetic diversity, immigration, and cultural practices such as head-shaping.

This study analyzes whole-genome data from ancient populations to trace the genetic origins of Huns, Avars, and conquering Hungarians, identifying their immigrant cores and genetic links.

This study shows inbreeding frequency decreased over time in ancient Eurasian populations, linked to population growth from agricultural practices.

This study presents the first genomic analysis of early Islamic burials in the Levant, finding genomic similarity to modern Bedouins and Saudis rather than neighboring Levantine groups.

This study uses Early Pleistocene dental enamel proteome sequences to resolve the phylogeny of Stephanorhinus, showing it is paraphyletic and requiring systematic revision.

The paper analyzes genomic data from Mesolithic Scandinavians to show two colonization routes and genetic adaptations to high-latitude environments.