Camille Roux

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 paper evaluates how intra-locus recombination affects gene-flow inference using the Aphid method on African cichlid data, showing reduced temporal resolution but accurate prevalence estimation.

The paper identifies barrier loci in Zosterops species by analyzing genomic differentiation across divergence stages, showing Z chromosome involvement and roles of natural and sexual selection in reproductive isolation.

The paper finds that genetic exchange is more frequent between animal species than plant species at the same level of genetic divergence, suggesting faster establishment of species barriers in plants.

This study shows that genetic incompatibilities in pollen cause segregation distortion in Arabidopsis species and populations, increasing with genetic distance and contributing to reproductive isolation.

This paper develops a new Plasmodium berghei parasite line with constitutive Cas9 and inducible Cre recombinase for conditional gene editing, demonstrating its use in knocking out the CLAMP gene.

This study investigates the role of adaptive and non-adaptive processes in reproductive isolation between two Coenonympha butterfly species using whole genome sequencing and demographic analysis.

This study examines how social complexity in termites affects natural selection efficiency by analyzing dN/dS ratios across Blattodea species and termite transcriptomes.

This paper provides a statistical framework using approximate Bayesian computation to infer demographic history in tetraploid species, accounting for complexities introduced by polyploidization and gene flow.

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.

This study uses approximate Bayesian computation to infer the evolutionary history of polyploid species using sequence data, finding it effective for determining polyploid origin and demographic parameters.