Phylogenies with estimates of divergence times are essential for investigating many
evolutionary questions. In principle,“tip-dating” is arguably the most appropriate approach …

Phylogenies with estimates of divergence times are essential for investigating many
evolutionary questions. In principle,“tip-dating” is arguably the most appropriate approach …

Primates have long been a test case for the development of phylogenetic methods for
divergence time estimation. Despite a large number of studies, however, the timing of …

The molecular clock provides the only viable means of establishing realistic evolutionary
timescales but it remains unclear how best to calibrate divergence time analyses …

The molecular clock is the only viable means of establishing an accurate timescale for Life
on Earth, but it remains reliant on a capricious fossil record for calibration.'Tip …

Molecular clock methodology provides the best means of establishing evolutionary
timescales, the accuracy and precision of which remain reliant on calibration, traditionally …

In dating phylogenetic trees, it is important to work to the strengths of paleontology and
molecular phylogeny estimation. Minimum constraints on calibrations (ie, oldest fossils in a …

Molecular-based divergence dating methods, or molecular clocks, are the primary
neontological tool for estimating the temporal origins of clades. While the appropriate use of …

With genomic data, alignments can be assembled that greatly increase the number of
informative sites for analysis of molecular divergence dates. Here, we present an estimate of …

In recent years, multiple technological and methodological advances have increased our
ability to estimate phylogenies, leading to more accurate dating of the primate tree of life …