Sentence examples for morphometric traits were from inspiring English sources
Heritabilities for the morphometric traits were moderate to high (0.24 0.58), with genetic and phenotypic correlations between the traits generally very high.
The following four sperm morphometric traits were measured (to the nearest 0.1μm): (i) sperm total length, (ii) head length, (iii) flagellum length, and (iv) straight midpiece length, hereafter referred to as midpiece length [see Ref. 25 for more details].
Trabecular morphometric traits were computed from binarized images using direct 3D techniques that do not rely on prior assumptions from the underlying structures.
As predicted, most morphometric traits were strongly correlated with environmental variables, suggesting a role for ecological selection in shaping their variation.
The 34 quantitative and qualitative morphometric traits were used for cluster analysis and a dendrogram was constructed using the nearest-neighbour and complete-linkage methods (see Fig. 4).
Trabecular morphometric traits were computed from binarized images using direct 3D techniques that do not rely on prior assumptions on underlying structures: trabecular bone volume per total volume (BV/TV), mean trabecular thickness (Tb.Th)., mean trabecular number (Tb.N ., and mean trabecular separation (Tb.Sp).
Finding markers within QTL associated with udder morphometric traits was expected.
Variation in morphometric traits was explained well by environmental variation, irrespective of geographic distance between sites.
The independent effect of geographic distance on variation in morphometric traits was only detected for wing length, and in this case the effect was minimal.
> Although morphometric traits are highly influenced by environmental factors, they have provided the basis for characterizing several plant species of economic importance.
These results suggest that morphometric traits are not clearly divergent between the subspecies, but rather that geographic variation in these traits likely arises via local selective pressures from the physical environment, regardless of genetic background.
