Thibault Nidelet

This study shows that adaptation to complex environments with multiple stressors leads to lower fitness gains and higher fitness reductions under benign conditions compared to single stressors.

This study analyzes the genomic and phenotypic diversity of Maudiozyma humilis strains, revealing clonal reproduction, hybridization, and ploidy variation as key factors in its evolutionary history and phenotypic traits.

This paper designs a yeast consortium for ecological studies of enological fermentation and shows initial species proportions affect population dynamics but not osmotic stress response.

This study shows that species identity, particularly S. cerevisiae, not richness, determines resistance to invasion by spoilage microbes in synthetic wine yeast communities.

The paper integrates protein abundance, metabolic fluxes, and phenotypic traits in yeast to uncover metabolic bases of phenotypic variation.

This study identifies two distinct domestication trajectories in Saccharomyces cerevisiae linked to industrial and sourdough bread-making processes, revealing autotetraploidisation as a driver of divergence.

The paper demonstrates that heterosis arises from nonlinear genotype-phenotype relationships through in vitro experiments and computer simulations.