S. Y. W. Ho

This study uses combined morphological and molecular data to estimate the evolutionary timescale of mantis shrimps and analyze their evolutionary rates.

This study evaluates five methods for detecting correlations between molecular and morphological evolutionary rates, finding Bayesian relaxed-clock estimation most accurate, and reports no correlation in flowering plants data.

This study examines how different taxon-sampling schemes affect Bayesian molecular dating under the unresolved fossilized birth-death process, showing that sampling density impacts divergence-time estimates under certain conditions.

The paper introduces a test to detect substitution saturation in phylogenomic data and shows that excluding saturated loci improves phylogenetic inference.

The paper uses a two-step molecular approach to delimit species in the spider genus Heptathela, identifying 20 putative species from 180 sampled individuals.

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 shows a correlation between the evolutionary rates of cockroach mitochondrial genomes and their endosymbiont genomes.

This study compares three methods for estimating substitution rates from ancient DNA data and finds they perform reliably under specific conditions but vary when rate variation and phylo-temporal clustering are present.

This study evaluates how clock-partitioning improves Bayesian divergence-time estimates in angiosperms, finding increased precision but limited by fossil calibrations.

The study analyzes an 800-year-old Paratyphi C genome to show its origin from swine pathogens and its long history as a human pathogen.