Ecomorphological studies of lizards have explored the role of various morphological traits and how these characters may be associated with, among other things, habitat use. We present an analysis of selected traits of internal morphology of the hind limbs of iguanomorph lizards and their relationship to habitat use. Considering that one of the most widely-held hypotheses relating to the origin of grasping is associated with the exploitation of the narrow-branch arboreal habitat, we include subdivisions of this designation as two of our ecologically-defined categories of habitat exploitation for analysis, and compare lizards assigned to these categories to the features displayed by terrestrial lizards. The influence of phylogeny in shaping t...
Lizards are an interesting group to study how habitat use impacts the morphology of the forelimb bec...
Numerous studies investigate morphology in the context of habitat, and lizards have received particu...
<div><p>Convergent evolution can explain similarity in morphology between species, due to selection ...
Traditionally, it has been suggested that variation in locomotor mode should be correlated with vari...
During the last decades the study of functional morphology received more attention incorporating mor...
The central tenet of ecomorphological theory holds that different ecological requirements lead to di...
Tendons transmit tensile forces generated by muscles and are a crucial part of the musculoskeletal s...
Grasping is one of a few adaptive mechanisms that, in conjunction with clinging, hooking, arm swingi...
During the speciation process sibling lineages accumulate differences in time (e.g. genetic, morphol...
As a group, lizards occupy a vast array of habitats worldwide, yet there remain relatively few cases...
Habitat use may lead to variation in diversity among evolutionary lineages because habitats differ i...
Convergent evolution can explain similarity in morphology between species, due to selection on a fit...
One of the most remarkable hand movements is grasping. This ability has been repetitively associated...
There has been a recent surge of interest in the study of evolutionary relationships between morphol...
Convergent evolution can explain similarity in morphology between species, due to selection on a fit...
Lizards are an interesting group to study how habitat use impacts the morphology of the forelimb bec...
Numerous studies investigate morphology in the context of habitat, and lizards have received particu...
<div><p>Convergent evolution can explain similarity in morphology between species, due to selection ...
Traditionally, it has been suggested that variation in locomotor mode should be correlated with vari...
During the last decades the study of functional morphology received more attention incorporating mor...
The central tenet of ecomorphological theory holds that different ecological requirements lead to di...
Tendons transmit tensile forces generated by muscles and are a crucial part of the musculoskeletal s...
Grasping is one of a few adaptive mechanisms that, in conjunction with clinging, hooking, arm swingi...
During the speciation process sibling lineages accumulate differences in time (e.g. genetic, morphol...
As a group, lizards occupy a vast array of habitats worldwide, yet there remain relatively few cases...
Habitat use may lead to variation in diversity among evolutionary lineages because habitats differ i...
Convergent evolution can explain similarity in morphology between species, due to selection on a fit...
One of the most remarkable hand movements is grasping. This ability has been repetitively associated...
There has been a recent surge of interest in the study of evolutionary relationships between morphol...
Convergent evolution can explain similarity in morphology between species, due to selection on a fit...
Lizards are an interesting group to study how habitat use impacts the morphology of the forelimb bec...
Numerous studies investigate morphology in the context of habitat, and lizards have received particu...
<div><p>Convergent evolution can explain similarity in morphology between species, due to selection ...