Sentence examples for morphological evolution that from inspiring English sources

Most extant genera have representative fossils that date to the tertiary with some dating to the early Permian indicating a minimum of 50-60 million years of morphological evolution that might enable us to observe greater nucleotide divergence than one would expect in more recently derived species [28] [30].

In all three cases, there is an apparent lack of correlation between the rate and amount of molecular and morphological evolution that has taken place e.g. [ 94].

Study of B. oleracea offers particularly great promise of new insights into morphological evolution that complement and extend upon what is available in Arabidopsis [ 12- 14].

A genetic theory of morphological evolution states that form evolves largely by mutations in cis -regulatory sequences that alter the expression of functionally conserved proteins (Carroll 2008).

This discovery is important in that it concurs with other suggestions that repetitive amino acid motifs might provide a mechanism for driving morphological evolution, and that variation at such motifs might permit rapid tuning to environmental change.

This morphological evolution indicates that banded spherulites could be induced by flow field with certain intensity, which is confined by both an upper critical value and a lower one.

A hypothesis of morphological evolution postulates that form evolves largely through altering the expression of conserved genes [ 2].

For this reason, most researchers apply a morphological definition of parallel evolution that relies on pattern and can be more broadly applied, rather than use a definition restricted by identification of similar genetic change.

A self-consistent model of surface transport and morphological evolution is presented that has provided the basis for the theoretical and computational work that is reviewed.

The proponents of the punctuated equilibrium model propose not only that morphological evolution is jerky but also that it is associated with speciation events.

The morphological evolution analysis demonstrated that the addition of 1.0 mmol dm−3 Pb significantly altered nucleation behavior of Zn at initial stages of deposition; stacking of layer-like structures (microsteps) were altered to discrete and uniform nuclei of Zn preferentially oriented to (002) direction.