Pierre Nouhaud

The study identifies a selective sweep linked to xenobiotic detoxification in the pine processionary moth along altitudinal gradients, suggesting local selective pressures from xenobiotic exposure.

This study analyzes genomic signatures of selection and introgression in house mice during their African expansion, finding that selection on native alleles drove adaptation, while introgression from M. spretus contributed to a smaller subset of loci.

This paper presents a chromosome-level genome assembly and annotation of the pine processionary moth, improving upon previous assemblies and providing resources for population genomics research.

The paper identifies genomic barriers to gene flow between two wood ant species despite ongoing hybridization, revealing persistent incompatibilities and their functional implications.

The paper presents a chromosome-level genome assembly for Ostrinia scapulalis, improving upon previous fragmented assemblies and enabling better comparative genomic studies.

The paper investigates the loss of a supergene haplotype in obligately polygynous Formica ants using comparative genomics and finds that the derived haplotype P is absent in two species except for duplicated paralogs of specific genes.

The paper assembles a high-quality genome of a hybrid Formica ant using long-read sequencing from a single individual, achieving high BUSCO completeness and enabling genomic studies of hybridization.

The paper validates selection targets from experimental evolution without phenotyping by conducting secondary evolve and re-sequencing experiments.

The paper assembles and annotates the Drosophila simulans genome using long-read sequencing, improving annotation in complex gene regions.