Sentence examples for morphological adaptations related from inspiring English sources

The morphological adaptations related to this lifestyle have long been known [1], [7], [8].

Given the clear selective pressures on invasion front populations, and evidence for behavioural and morphological adaptations related to dispersal in cane toads in Australia, a unique opportunity exists to test this idea.

Given the clear skew in the repeated evolution of morphological adaptations towards closely related taxa compared to the seemingly less contingent evolution of behavior and physiology, we examined whether there were any obvious differences among these phenotypic characteristics and the type of repeated evolution or selection pressure involved in generating adaptation.

The variability of antennal courtship and related morphological adaptations in the order Hymenoptera further suggest that these behaviours might not all be homologous, but instead might represent convergent evolutionary events.

Adaptation related evolutionary variations have been reported multiple times.

The superior phoretic ability of wing lice may be related to morphological adaptations for life on wing feathers, compared to body feathers.

In the present study, we build on these findings by examining feeding behavior evolution, as feeding behaviors are dependent on both larval morphological adaptations to different environments and specific requirements related to finding and subduing different prey species.

This clade is difficult to define morphologically due to the morphological adaptations exhibited by the ostiolar Sycophaga and by the morphological characters of the Idarnes incerta species group.

The former may result in a complex of closely related species, each adapted to different island environments and each having specific morphological adaptations.

Courtship related traits could represent such character systems, often involving specialized morphological adaptations and different behavioural components from both the male and female sex.

Genetic diversity in plant populations is not only a result of population history but also related to species traits such as pollination mode, breeding system, growth form and morphological adaptations to dispersal (Hamrick and Godt 1996; Thiel-Egenter et al. 2009), all factors that may affect the intensity of founder effects.