Sentence examples for differences between juveniles from inspiring English sources

Differences between juveniles disappear in the non-allometric shape space (Table  3).

Shape differences between juveniles and adults are probably not related to age at weaning or attainment of sexual maturity.

It has not been possible to find any other studies on asymmetry of the limbs of pinnipeds, but more research on walruses, in particular, is warranted in order to elucidate possible differences between juveniles and adults, males and females and subspecies.

The exact meaning of this finding is unknown although one may presume that difference in transcript abundance of VDRl isoform in muscular tissue of curve concavity might be of importance for some of the differences between juvenile and adolescent form of idiopathic scoliosis including different potential of progression.

Analysis of resultant basal patterns revealed significant differences between juvenile (age ≤20) and adult (age >20) basal insulin patterns.

This derives from earlier holdings, which, like today's [p376] holding, were steps eroding the differences between juvenile courts and traditional criminal courts.

"[D]evelopments in psychology and brain science continue to show fundamental differences between juvenile and adult minds," the justices explained in a majority opinion in 2010.

Five years later, in Graham v. Florida, the Court again pointed to "developments in psychology and brain science [that] continue to show fundamental differences between juvenile and adult minds," and, for the first time in a quarter century, invalidated a sentence other than capital punishment.

He suggested that the most likely cause was the morphological differences between juvenile and mature foliage; juvenile leaves have a thinner cuticle and consequently are likely to lose more water through peristomatal respiration than xerophyllic mature leaves (Walcroft [1994]).

Apart from these differences between juvenile and adult rats, it was observed that adult rats responded similarly to 50-kHz sine wave tones as to natural 50-kHz calls, whereas the response toward the artificial tones was not as strong as toward the natural calls in young animals.

Planned comparisons to test for significant differences between juvenile and adult lines.