G. Gainett

The paper uses machine learning to assess microendemicity and conservation risk in cave-dwelling spiders by analyzing genetic data and generating conservation metrics.

This study generates a phylogenomic dataset for Solifugae using ultraconserved elements, revealing a well-resolved phylogeny and divergence times, supporting a diversification history driven by continental breakup.

The paper uses comprehensive genomic and morphological data to challenge the accepted monophyly of Arachnida, finding horseshoe crabs nested within a paraphyletic group.

This study resolves pseudoscorpion phylogenetic placement by overcoming long-branch attraction through increased taxonomic sampling and genomic analysis, placing pseudoscorpions as sister to scorpions within Arachnopulmonata.

This study uses phylogenomic data to show that mammalian-specific sodium channel toxins in scorpion venom co-diversified with their mammalian predators.

This study resolves the phylogeny of sea spiders by integrating multiple data classes, revealing new relationships and divergence times.