Sentence examples for super orders from inspiring English sources

However, relationships between Super Orders were difficult to interpret, owing to a lack of resolution of the branching of Super Orders.

The phylogenies for cyt b and COI were assessed for their ability to show the highest degree of congruence with conventional taxonomic classifications in Super Orders, Orders, Families and genera.

In recent years several molecular and combined molecular and morphological studies have confirmed the presence of four main Super Orders, the Afrotheria, Xenarthra, Laurasiatheria and Euarchontoglires, which have radically superseded previous taxonomic groupings [1], [9], [10].

Both paleontological and morphological studies suggest that the radiation of placental orders and super orders occurred close to the Cretaceous Tertiary (K T) boundary about 65 million years ago (mya) [9], [10].

All reptiles of the super order Lepidosauria (lizards, snakes, and tuatara) have kinetic skulls, but they differ from the dinosaurs in that the joint on the floor of the skull occurs at the juncture of basisphenoid and pterygoid bones in lepidosaurians.

Furthermore, a representation theorem for the class of σ-Fatou Banach lattices F with the σ-order continuous part as a super order dense ideal in F, using again vector measures on δ-rings, is established in [[13], Proposition 6.1].

An ideal F ˜ in F is said to be order dense in F if, for every 0 ≤ x ∈ F, there exists an upwards directed system ( x τ ) ⊂ F ˜ such that 0 ≤ x τ ↑ x, and is said to be super order dense if this condition holds for increasing sequences.

Remark 2 A proof based on similar arguments to those in the previous theorem allows us to represent p-convex Banach lattices (with p-convexity constant equal to 1) having the σ-Fatou property and such that E a is super order dense in E. In this case, E is order isometric to [ L p ] σ -F for some vector measure ν defined on a δ-ring.

Cyt b correctly assigned 95.85% of mammal species to Super Order, 94.31% to Order and 98.16% to Family compared to 78.34%, 93.36% and 96.93% respectively for COI.

As could be expected, this percentage is even higher when you only consider comparisons within the super order Eucarida (>81%) or outside the class Malacostraca (<79%).

Not surprisingly, as potential group sizes fall from Super Order through Order to Family, so the chances of species misclassification reduce, but cyt b shows congruences of >94% for all taxonomic ranks compared with conventional classifications and phylogenies.