S. F. Bailey

Spatial structure affects evolutionary dynamics and drives genomic diversity in experimental populations of Pseudomonas fluorescens

This study shows that spatial structure in Pseudomonas fluorescens populations slows adaptation, preserves dispersal ability, and increases genomic diversity, but not parallel evolution.

Identifying drivers of parallel evolution: A regression model approach

The paper develops statistical models to quantify how mutation and selection heterogeneity drive parallel evolution in yeast, finding gene-specific factors influence mutation rates and selection pressures.