Rui Martiniano

The paper analyzes sedimentary ancient DNA from Ireland to reveal Late Pleistocene faunal connectivity with Eurasia, identifying new mitochondrial lineages in cave hyenas and woolly mammoths.

This study analyzes ancient genomes from Bahrain to reveal population history and malaria adaptation, identifying the G6PD Mediterranean mutation's rise in frequency around 5-6 kya.

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

This paper develops an automated workflow to place ancient DNA sequences into reference phylogenies, using a parsimony and likelihood-based approach, and applies it to Y-chromosomal data.

This study shows that aligning ancient DNA data to variation graphs reduces reference bias and improves indel detection compared to traditional linear reference methods.

This study analyzes ancient genomes from the Viking Age to understand genetic structure and migration patterns, finding significant foreign gene flow and population differentiation.

This paper analyzes ancient genomes from northeastern Siberia to reveal complex population migrations and admixture events over the past 40,000 years.

This paper uses haplotype-based methods to reveal genetic structure in Ireland, showing regional diversity and historical migrations, with implications for genetic association studies.

The paper analyzes ancient genomic data from Portugal to study genetic changes during the Neolithic to Bronze Age transition, finding limited genetic influx and correlations between ancestry and stature.

This study analyzes ancient and modern genomes from the Levant to trace genetic continuity and admixture over five millennia, finding Canaanite-related ancestry and later Eurasian influences.

This study shows early European farmers descended directly from Neolithic Aegeans, linking Mediterranean and Central European farmers to southwestern Asia.