anisometry

the study investigated the presence of anisometry in the skeletal remains.

anisometry can be a useful indicator of growth patterns in animals.

significant anisometry was observed across different populations of the species.

researchers used geometric morphometrics to quantify the degree of anisometry.

environmental factors can influence the expression of anisometry in organisms.

the team analyzed limb bone anisometry to understand evolutionary changes.

anisometry ratios provided insights into the developmental history of the fossil.

comparing anisometry across species can reveal phylogenetic relationships.

the presence of pronounced anisometry suggested a stressful early life.

statistical analysis confirmed a strong correlation with environmental stress and anisometry.

anisometry measurements were taken on each individual skull.