Sentence examples for genus split from inspiring English sources

Analysis shows that the genus split off from Solenodon at least 40 million years ago 30 million years after the ancestral species lived among the dinosaurs.

However, note that because of the relatively deep split between the silvereye and the zebra finch, some of the substitutions that have accumulated along the branch leading to Zosterops may have arisen before this genus split from its sister genus.

Based upon the current data in this study, clades of Tricyrtis at sectional levels may have gone through a speciation process from their common ancestor, resulting in two different groups (sect. Flavae and other remaining sections; Figs  2 and 3) after the genus split out from other close relatives of monocot genera.

In the nineteenth century genus splitting was common, favouring the narrow view.

The ruffed lemurs are the first genus to split away (most basal) in the family, a view that is further supported by analysis of DNA sequences and karyotypes.

The genus Phascolarctos split from Litokoala in the late Miocene and had several adaptations that allowed it to live on a specialised eucalyptus diet: a shifting of the palate towards the front of the skull; larger molars and premolars; smaller pterygoid fossa; and a larger gap between the molar and the incisor teeth.

Blumeria was the first genus that split from the rest of the Erysiphales 76 million years ago [39].

For the latter, this genus was split between a benthic-living species group, Prorocentrum lima (0.27% similarity to P. levis), Prorocentrum levis, and a planktonic species group, Prorocentrum minimum, Prorocentrum micans and Prorocentrum triestinum with high divergence rates between these two groups.

Since the genus Fragaria split from the common ancestor of Malus and Prunus before those species diverged, if regions with the same ancestral origin reside in the same chromosome of both Prunus and Fragaria, but in different chromosomes of Malus, we can infer that the those chromosomes of Malus were generated by a fission event.

Furthermore, this reverse strand bias may occur after the genus Panonychus split from the family Tetranychidae, because T. urticae, belonging to the same-family (Tetranychidae) with P. citri and P. ulmi, shows a usual GC-skew (negative), as found in most of Acari.

The acochlidian internal topology confirms the morphological analysis of Schrödl and Neusser [ 22], showing the same family relationships, but with better resolution within Microhedylacea: the genus Pontohedyle splits off at the basis of the Microhedylidae s.l.l