Gwendal Restoux

This study uses genomic data to analyze the genetic diversity and management history of French local horse breeds, showing distinct patterns of kinship and inbreeding linked to different management practices.

This study examines the impact of genomic selection on genetic diversity in five European cattle breeds, finding inconsistent changes in inbreeding rates and highlighting the role of breeding strategies over GS itself.

This study shows that using cryopreserved genetic resources can help manage genetic diversity in animal populations, either by slowing its loss or guiding selection, but requires careful management to avoid issues with old genetic material.

This study optimizes the constitution of cryopreserved collections for managing genetic diversity in animal populations by simulating breeding scenarios and evaluating the impact of collection size, age, and sampling strategies.

This study assesses the impact of a conservation program on genetic diversity and inbreeding in two French chicken breeds using whole-genome sequencing data.

The paper identifies shared positive and balancing selection signatures across four domesticated rainbow trout populations using genomic analysis.

This study assesses the genetic diversity of cryopreserved livestock collections using new metrics and proposes a framework for managing genetic diversity in populations.

This study shows that using cryopreserved semen from an old bull helped restore genetic diversity in a cattle breed without increasing inbreeding and improved reproductive performance.

The paper evaluates genetic conservation of French local chicken breeds through management programs, finding that early integration into programs reduces inbreeding and highlights the utility of molecular markers for monitoring diversity.

This study identifies 126 genomic regions under selection in French sheep, revealing allelic heterogeneity and introgression at adaptive loci.