Sentence examples for morphological differences suggest from inspiring English sources

However, ambiguous morphological differences suggest that the current taxonomy may not accurately reflect the evolutionary diversity of the group.

These morphological differences suggest the possibility that either the processing or the transportation of internalized lipids and fluids might be subtly altered in mutant embryos.

The morphological differences suggest that MALT lymphomas of ocular adnexa origin might represent a combination of several diseases which may need to be analyzed separately.

However, its vast geographical distribution accompanied by morphological differences suggests potential taxonomic divergence and variation in venom composition.

Such rapid divergence is especially notable in the diversity through time plot of the olfactory bulbs (Fig 1b), which presents a recent, high peak in morphological divergence suggesting that interspecific differences in olfactory bulb volume are the result of a recent evolutionary divergence.

Genetic and morphological differences seem to suggest that they are cryptic species, but there is still debate whether these merit full species status or should be regarded as subspecies of previously identified, "core" species.

Management intensity accentuates such differences, suggesting that morphological patterns are significantly influenced by human management.

Although varied edge morphologies (i.e., straight, convex, concave, denticulate) have been distinguished, the results of use-wear analysis suggest that morphological differences of edges are not related to specific functions.

The considerable morphological differences between conifers and Supaia suggest that the floristic patterns are not a taphonomic effect of the loss of a significant part of the original biodiversity.

Despite their ecological and conservation importance, ambiguous morphological differences among closely related species suggest that the current taxonomy may not accurately reflect the evolutionary diversity of the group.

In the following we discuss the biomechanical effects of morphological differences in more detail and suggest an evolutionary step from more passive to more active frequency control that allows expansion of the frequency range of the sound source in birds.