Charles Perrier

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 quantifies the balance between local adaptation and gene flow in hierarchically structured Atlantic salmon populations using SNP data and spatial genetic analysis.

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 quantifies origin-dependent fitness differences in Atlantic salmon by analyzing reproductive success of local and immigrant individuals over 15 years.

The paper identifies adaptive loci associated with pollution tolerance in Gambusia holbrooki using genome-environment association analyses across multiple pollutants and populations.

The paper re-analyzes genome data from sympatric and allopatric populations of pine processionary moths to study allochronic divergence, finding recent population splits, reduced gene flow, and loci linked to circadian genes.

This study examines cognitive variation in great tits along an urbanization gradient, finding limited evolutionary change but identifying genetic factors linked to inhibitory control.

The paper examines extra-pair paternity in blue and great tits in a primeval forest, finding high promiscuity rates that do not impact reproductive success.

This paper presents the first nuclear and mitogenome assemblies for Hylesia metabus, revealing that transposable element accumulation drives genome size increase.

The paper examines genomic and epigenomic responses to urban life in Great tits, finding polygenic and non-parallel adaptation mechanisms.

This study uses RAD-sequencing to estimate GRM-based heritability in a wild roe deer population, showing robustness to genotyping errors and the impact of quality filters on heritability estimates.