Nicolas Bierne

The paper investigates adaptive introgression in subdivided populations, finding no correlation between adaptive allele frequency and introgressed tract length, suggesting local adaptation rather than a traveling wave.

The paper identifies a 23-copy tandem repeat of the CYP2U1c gene as the structural variant underlying adaptive introgression from C. robusta into C. intestinalis.

The paper identifies genomic islands of parallel differentiation in the European flat oyster, showing they act as barriers to gene flow despite overall rampant gene flow.

This study shows that three-way admixture in corals leads to parallel genetic differentiation and adaptive introgression in specific regions of the Great Barrier Reef.

The paper analyzes allelic coverage in oysters to identify SNPs associated with polymorphic duplications, finding 15% of variants linked to copy number variations across chromosomes.

This study uses comparative population genomics to identify a shared phylogeographic break in seven hydrothermal vent species, revealing patterns of lineage divergence and gene flow in the Southwest Pacific.

The paper characterizes two chromosomal inversions in seahorses and their role in ecotype formation, revealing mechanisms of maintenance and gene flow between them.

The paper analyzes genomic data from 61 animal population/species pairs to quantify the grey zone of speciation, finding it spans 0.5% to 2% of net synonymous divergence.