Sentence examples for morphological variability that from inspiring English sources
Where PCA reports patterns of greatest morphological variability, RDA reports patterns of greatest morphological variability that are correlated with a second set of variables, in this case AR and M. VARPART then provides a means of measuring the magnitude of the effect that the second set of variables has on morphology.
Indeed, salmonid fishes often exhibit significant ecological variation [ 63] and cutthroat trout in particular have been observed to exhibit significant morphological variability that is associated with specific ecological conditions [ 45].
These results suggest the usefulness of this model when comparing real vasculature configurations in order to explore the morphological variability that can be produced in nature, as it is now well known that aberrant vascular architectures in tumors may affect the uniform delivery of specific drugs to all cancer cells [ 15].
This complexity is compounded by the substantial morphological and temporal variability that often exists between different cells of the same type.
The potential broad applicability of the proposed quantitative index makes it possible to explore the range of the morphological variability of vasculature that can be produced in nature, thus increasing its diagnostic importance in cancer research.
Due to the developmental variability that occurs even in highly homozygous populations, harvested plants were synchronized by morphological markers: the number and structure of leaves and flowers.
Data retrieved from our research show a substantial morphological variability among the dentin that forms the different endocanalar regions; this variability is seen in tubular number differences and diameter differences.
According to that, morphological variability is even a requirement for holding trees on a rather stable leaf mass-plant mass or root mass-plant mass trajectory even under variable or changing environmental conditions.
Yet, earlier research on growth and reproduction patterns in S. oppositifolia has indicated that morphological variability is adaptive (Brysting et al. 1996; Kume et al. 1999).
It is likely, then, that this morphological variability was driven in larger part by the browse flora available to these animals.
Our study indicates that the morphological variability of attachment organ in Thaparocleidus parasites is not inherited from a common ancestor and could be potentially under adaptive constraint.
