Sentence examples for morphological variation and from inspiring English sources

In this study, we examined developmental trajectories of foot morphology in European plethodontid salamanders to determine what forces may have shaped patterns of morphological variation, and to test the hypothesis that adult foot morphology was an adaptation for climbing.

Delimiting species using DNA and morphological variation and discordant species limits in spiny lizards (Sceloporus).

The endocarps of modern peach cultivars show much more morphological variation and generally larger sizes than both Prunus kunmingensis and archaeological subfossils (Supplementary Figure 4), presumably reflecting the subsequent selection of varieties under cultivation.

The recovery of the gut was not included in the body score due to morphological variation and was therefore assessed separately (1 = flat disk shape, 2 = tube-like shape, 3 = disrupted state).

Figure 1 summaries their morphological variation and key characteristics.

The journal covers morphology proper as well as the interaction of morphology with phonology, syntax, and semantics, the acquisition and processing of morphological information, the nature of the mental lexicon, and morphological variation and change.

With the GD tool, we are now able to catalog the morphology of different types of neurons, assess their morphological variations and study the distribution and connection of neurons more easily.

This manuscript demonstrates the synthesis of glassy polymer network isomers to control morphological variations and study solvent ingress behavior independent of chemical affinity.

To assess 3D morphological variations and local and systemic biomarker profiles in subjects with a diagnosis of temporomandibular joint osteoarthritis (TMJ OA).

There are some distinct morphological variations and clear differences in failure styles among the sites but none of them appears to have been modified by glacier ice.

Some hedges grown from genetically diverse plant material had noticeable morphological variations and would be more suited to use as informal hedges, however growth rates were found to be a much better predictor of hedging performance than genetic uniformity.