Примеры использования Phylogenetic studies на Английском языке и их переводы на Русский язык
{-}
-
Official
-
Colloquial
Some phylogenetic studies of lydekkerinids have found them to be polyphyletic.
As of 2008,there appear to be no molecular phylogenetic studies of Roystonea.
Phylogenetic studies have placed the first three within the«euAP3» lineage, while PhTM6 belongs to that of«paleoAP3».
However, the plant family is poorly studied and initial phylogenetic studies have raised contradictory indications about its taxonomic placement.
Phylogenetic studies show the three orders to be closely related, and the older order names may now be used as names for clades.
Since the pigeye shark so strongly resembles the bull shark,morphology-based phylogenetic studies have considered the two species to be closely related.
Molecular phylogenetic studies have shown that Grubbia is sister to Curtisia, another genus from South Africa.
The following list is a compilation of interfamilial relationships recovered from several recent phylogenetic studies, although the placement and even monophyly of several taxa are still in question.
Various phylogenetic studies, based on morphology, have concluded that the blind shark lineage represents the sister taxon to the wobbegongs.
However, a close relationship of the Thermotogae to the Aquificae, and the deep branching of the latter group of species,is not supported by phylogenetic studies based upon other gene/protein sequences. and also by conserved signature indels in several highly conserved universal proteins.
Additionally, later phylogenetic studies imply that they represent a ghost lineage dating much earlier in the Cretaceous.
However, phylogenetic studies show that the traditional"iguanodontids" are a paraphyletic grade leading up to the hadrosaurs duck-billed dinosaurs.
The first molecular phylogenetic studies of the order Saxifragales were inconclusive because their results had only weak statistical support.
Some molecular phylogenetic studies have suggested that the New World rats and mice are not a monophyletic group, but this is yet to be confirmed.
Molecular phylogenetic studies have led to the widespread acceptance of the family Dipentodontaceae and its placement in the order Huerteales.
However, some phylogenetic studies have suggested that many traditional members of the Caenagnathidae may more closely related to the crested oviraptorids.
However, later phylogenetic studies showed that many traditional members of the Caenagnathidae were in fact more closely related to the crested oviraptorids.
Several phylogenetic studies indicate that Gephyrostegus is only distantly related to amniotes, more distantly than diadectomorphs, lepospondyls and seymouriamorphs were.
According to the recent phylogenetic studies, Euphorbia can be divided into four subgenera, each containing several not yet sufficiently studied sections and groups.
Phylogenetic studies using morphological and genetic data have generally concurred that the sixgill stingray is the most basal member of the stingray lineage.
Recent phylogenetic studies have confirmed the unique position of this genus as well as the closeness to the kākā and the kea, both belonging to the New Zealand parrot genus Nestor.
Phylogenetic studies based on morphology and mitochondrial DNA indicate that the longtail butterfly ray is closely related to the zonetail butterfly ray(G. zonura), which shares much of its range in the Indo-Pacific.
Some phylogenetic studies have shown that Oviraptor is the most primitive known oviraptorid, thus making Citipati a closer relative of the"ingeniines" and this traditional division into crestless and crested forms artificial.
Molecular phylogenetic studies have yielded inconsistent results, perhaps due to hybridization, horizontal gene transfer by Wolbachia bacteria, and insufficient taxon sampling obfuscating the information contained in DNA sequence data.
Several phylogenetic studies, based on morphological characters and mitochondrial DNA sequences, have established the sister species relationship between the porbeagle and the salmon shark(L. ditropis), which occurs in place of it in the North Pacific.
Phylogenetic studies published by Jack Garrick in 1982 and Leonard Compagno in 1988, based on morphology, placed the bignose shark in the"obscurus group" of Carcharhinus, centered on the dusky shark(C. obscurus) and the Galapagos shark C. galapagensis.
Pongo tapanuliensis was identifiedas a distinct species, following a detailed phylogenetic study in 2017.
A phylogenetic study based on mitochondrial DNA, published by Björn Stelbrink and colleagues in 2010, reported that the sister species of the Pacific angelshark is the sand devil(S. dumeril) of the western North Atlantic.
A phylogenetic study of Arcusaurus found it to be a basal sauropodomorph, placing it as the sister taxon of Efraasia and all of the more derived sauropodomorphs.
It used to be placed in the large frog family Ranidae but a phylogenetic study was undertaken using DNA sequences and it is now included in the family Dicroglossidae.