If the genomic era has solidified one enduring lesson in phylogenetics, it is that genes have different stories to tell - sometimes very different stories.

Genome-scale data have recently become the standard in phylogenetic studies and has been made possible through methodological advances such as Anchored Hybrid Enrichment (AHE), which leverages limited genomic resources to enable data collection in many related non-model systems.

Next-gen sequencing has revolutionised the way we investigate (phylo)genetic relationships.

Foundation species play a role is establishing the bio-capacity of the ecosystem. Land use and climate change, along with invasive species, are degrading

Species Distribution Models (SDMs) typically rely on machine-learning approaches to estimate the niche of a species, where the "niche model" is effectively a

This workshop will start with a short lecture introduction to population genomics (~15mins), followed by hands-on experience on how to handle and visualize

“Nothing in Biology Makes Sense Except in the Light of Evolution” was famously said by Theodosius Dobzhansky. And equivocally, phenotypic variation among

Lots of people want to estimate phylogenies. Lots of people like their estimates, and think that they are robust.

Systematists and macroevolutionary biologists naturally think of bifurcating trees as a natural way to investigate the evolutionary history of species, clades

The aim of this workshop is to examine the fundamental principles of phylogenetic inference.