C. Pardo-Diaz

The paper examines how divergent warning coloration patterns influence mating behaviors in male and female Heliconius butterflies, finding that both sexes prefer conspecific coloration but only male coloration affects mating success.

The paper shows two Heliconius butterfly species evolved similar visual mating preferences through hybridization, linking a gene to behavior.

The paper examines flight-height variation in Heliconius butterflies during speciation, finding parallel trait shifts linked to altitude and environmental selection.

The paper identifies three sequential W-autosome fusions in Heliconius butterflies, revealing their role in adaptive radiation and sex chromosome evolution.

This study investigates whether sexual conflict contributes to the diversification of warning patterns in Heliconius butterflies, finding that sexual conflict can assist pattern diversification but genetic architecture and sex-specific costs also play roles.

This study shows that light conditions affect mating behaviors in Heliconius butterflies, with differences in visual attraction contributing to low-level assortative mating.

The paper examines parallel divergence in wing coloration between two butterfly species, showing similar geographic cline positions but differing cline widths, influenced by selection and dispersal factors.

The paper examines the relationship between phylogenetic inference accuracy and branch length characteristics in phylogenomic data, finding that variation in root-to-tip distances is associated with accuracy.

The paper analyzes passerine bird data to show urban colonization involves both conserved and labile traits, leading to faster speciation and trait transitions.

This study examines how the Andean uplift and gene flow influenced the diversification of Gasteracantha cancriformis, finding two distinct clades with historical divergence despite gene flow.