Specifically, we characterize broad patterns of morphometric variation using multivariate analysis, evaluate the extent and phylogenetic distribution of cave-associated morphologies, and discuss evolutionary, developmental, and taxonomic implications.
By determining the morphometric variation patterns of the brain through the use of SBM, we demonstrated how the core regions are associated with other brain regions and contribute to intelligence.
We concluded that this study of traits of wild Capsicum, provides useful information of morphometric variation between wild populations that will be of value for future decision processes involved in the management and preservation of germplasm and genetic resources.
However, pooling RLC data at the basin scale revealed among-basin differences and landscape scale trends that were consistent with basin-level morphometric variation in this seagrass.
As a first approach, this study evaluated wing morphometric variation on A. calderoni of 2 localities from western Colombia, Guadalajara de Buga and San Andrés de Tumaco.
The principles and methods we use are broadly applicable, especially in terms of using quantitative information derived from experiments to guide our understanding of factors influencing morphometric variation in archaeological points.
Furthermore, males and females overlapped in all analyses, suggesting morphometric variation is not mainly driven by sexual differentiation.
The morphometric variation encompassed by these specimens indicates the presence of a varanid intermediate in size between V. komodoensis and V. prisca (sensu stricto) (Figure S10, S11).
The results provide useful information regarding morphometric variation between wild Capsicum populations.
This was true even for sites containing morphometric variation as revealed from 2P imaging.
