P. Momigliano

The paper assesses genetic diversity in stickleback populations and finds demographic factors, not life history traits, primarily determine genetic diversity levels.

This paper develops a modelling framework to identify gene flow barriers and conservation units in marine species using seascape genomics, applied to grey reef sharks.

The paper examines the genetic basis of reproductive isolation in sympatric whitefish morphs, finding that ecological adaptations in spawning time evolved in allopatry and maintain partial isolation.

The paper tests how population structure affects parallel evolution in two stickleback species, finding that genetic drift and subdivision limit local adaptation and parallel evolution.

This study shows that ignoring population size changes in demographic models leads to biased divergence time estimates and incorrect model selection in species divergence analysis.

This study identifies geographic differences in parallel evolution patterns in sticklebacks, showing that most parallel evolution is unique to the Eastern Pacific.