Lars Fehren‐Schmitz

This study uses genomic data from Roman Dacia to show sex-biased ancestry patterns, indicating male-mediated gene flow and complex demographic interactions in Roman frontier communities.

This study analyzes ancient DNA from a rural English cemetery to explore genetic continuity and change following the Norman Conquest, finding no genome-wide discontinuity.

The paper tracks shifts in polygenic traits linked to infectious diseases across 10,000 years in Western Eurasia, showing associations with major historical epidemics.

The paper uses ancient DNA data from the eastern Colombian Andes to show that subsistence changes involving maize occurred without population replacement, followed by a major genetic turnover linked to the Herrera culture.

This study uses paleogenomics to analyze 20 ancient individuals from the Chonos Archipelago, revealing unique genetic clusters and connections to neighboring Indigenous groups.

This study evaluates the effectiveness of the Twist Ancient DNA reagent for enriching ancient human SNPs, finding it robust for up to 27% endogenous DNA content with two rounds of enrichment.

The paper identifies a systematic bias in in-solution enrichment of ancient human DNA using the Prime Plus kit, affecting population genetics inferences and genetic relatedness.

The paper analyzes mitochondrial genetic diversity in the Sabana de Bogota region to assess genetic continuity or discontinuity in prehispanic populations over the Holocene.

This study analyzes the genetic structure of 177 individuals from the Andes, Amazonia, and Pacific Coast of South America, revealing complex ancestry patterns and recent gene flow across regions.