C. Parins-Fukuchi

This study links genomic changes like WGD and gene duplication to phenotypic innovation and diversification in gymnosperms, showing ecological factors also drive diversification after angiosperms.

The paper examines the relationship between phylogenomic conflict and phenotypic innovation across six clades, finding a correlation between high conflict regions and elevated rates of phenotypic innovation.

This study applies a maximum-likelihood method to fossil hominin data to infer budding speciation and examines its phylogeographic implications.

The paper analyzes evolutionary patterns in apes to show how shifts in modularity and reduced constraint drove phenotypic innovation and evolutionary flexibility.

The paper introduces a framework to detect mosaic patterns in macroevolutionary disparity by partitioning multidimensional trait data into evolutionarily linked character suites.

This study introduces a likelihoodist approach to reconstruct both cladogenetic and anagenetic relationships in hominin fossils, finding direct ancestral links in multiple lineages.

This paper introduces a Bayesian method to place fossils on phylogenies using quantitative morphometric data, improving the integration of fossil and extant data in evolutionary studies.

This study evaluates using continuous traits instead of discrete characters for phylogenetic inference, showing higher accuracy under certain models.

The paper critiques Puttick et al.'s conclusion that Bayesian methods are superior for phylogenetic reconstruction from morphological traits, arguing that their comparison was flawed and that ML and Bayesian methods are concordant when uncertainty is properly considered.