Articles tagged with Bayesian Phylogeny
Researchers found that all Balanophora plants have an extremely reduced plastid genome, showing that even though they abandon photosynthesis, the plastid is still vital to their metabolism. Asexual reproduction likely evolved repeatedly in the group, with some species colonizing islands without fertilization.
A tiny fossil of a sea creature from over half a billion years ago sheds light on the evolution of arthropods, revealing a brain similar to that of living crustaceans. The discovery suggests that the split between the two largest groups of arthropods was more nuanced and complicated than previously thought.
A New Zealand study supports the theory of punctuated equilibrium, which suggests that evolution occurs in short, intense periods followed by long stretches of stability. The research confirms rapid evolutionary change coincides with species branching, potentially leading to its wider acceptance.
Scientists at the University of Gothenburg have discovered four new species of daisies in South Africa using advanced DNA sequencing techniques. The discovery highlights the importance of integrating traditional observations with modern genetic analysis to better understand plant relationships and biodiversity.