Sentence examples for evolution of wings from inspiring English sources

Convergence is often associated with similarity of function, as in the evolution of wings in birds, bats, and flies.

The evolution of wings provides one of the classic examples of exaptation and secondary adaptation.

The innervation, articulation and musculature required for the evolution of wings are already present in podomeres.

This work was carried out with support from the Australian Research Council (Grant number DP110101364; The molecular evolution of wings in ratites).

Cases of repeated adaptive evolution in distantly related taxa might also have been a greater focus of classical studies of convergent evolution because it was easier to conclude independent evolution when taxa belonged to vastly different taxonomic groups (e.g., the convergent evolution of wings in birds and mammals – see Introduction).

This lack of consensus hampers interpretation of the group's fossil record, which has major implications for understanding patterns of character evolution (e.g., the evolution of wing-propelled diving) and temporal diversification (e.g., the origins of modern families).

The phylogenetic placement of Plotopteridae clearly has implications for waterbird and pelecaniform phylogeny, as well as for patterns of morphological character and life history evolution, particularly in relation to the evolution of wing-propelled diving.

The evolution of wing and tail size and shape is affected by the diverging demands of migratory behaviour, take-off ability in response to predator attacks and by the density of obstacles that constrain flight manoeuvrability in the occupied habitats [4] [7].

Our analyses revealed further evolution of wing patterns.

Since the silkworm has been domesticated for thousands of years, the impact of domestication on the evolution of wing development requires further investigation.

The Wg morphogen, implicated in the evolution of wing pigmentation spots in Drosophila [ 54], has been proposed as a candidate focal signal in butterflies [ 35].