Sentence examples for multiple habitat transitions from inspiring English sources

Our phylogenetic analyses support multiple habitat transitions during the history of cephalopods, which allows us to test whether convergent phenotypes are associated with such shifts.

Finally, the results herein imply that any animal lineage that has aquatic and terrestrial members, respire the same way in both habitats and have the same type of food available in both habitats could show a similar pattern of multiple independent habitat transitions coincident with changes in behavioral and morphological traits.

Our results imply that any animal lineage having aquatic and terrestrial members, respiring the same way in both habitats and having the same type of food available in both habitats could show a similar pattern of multiple independent habitat transitions coincident with changes in behavioral and morphological traits.

Character states in four larval characters were found to be significantly correlated with aquatic to terrestrial transitions in Tetanocera where each larval character changed in the same way as multiple lineages made independent habitat transitions.

Each resulting constrained tree was statistically compared (see below) to the unconstrained tree to test whether the monophyly of Knutson and Vala's [ 17] behavioral groups in Tetanocera could be rejected, thereby adding statistical support to inferences of multiple independent feeding behavior and habitat transitions.

Multiple evolutionary hypotheses regarding feeding behaviors and habitat transitions are presented in the literature (e.g., [ 17, 18, 20, 21, 23, 27- 29]) and all should be considered plausible until rigorously evaluated using modern phylogenetic comparative methods.

However, current models fail to comprehensively consider the effects of multiple habitat factors on the development of fish species.

Evolutionary habitat transitions often involve substantial modifications in morphology, physiology, and behaviour, particularly if the new habitat imposes novel physical challenges.

Diversity can differ among habitat types and more complex combinations of multiple habitat types often leads to higher diversity in terms of species richness [57].

This lends support for the current emphasis on planning conservation using representative habitat areas of multiple habitat types within marine reserves.

The tetanocerine feeding behavior and habitat transitions based on the Mesquite optimizations in Figures  2 and 3 are better visualized in Figure 4. To test hypotheses of multiple independent feeding behavior and habitat transitions, ML analyses were performed in which the monophyly of each polyphyletic Tetanocera behavioral group was constrained (Table 2).