The central tenet of ecomorphological theory holds that different ecological requirements lead to different organismal designs (morphology). Here, we studied the relationships between performance (interlocking grasping) and forelimb morphological traits in species of lizards that exploit different structural habitats in a phylogenetic context. The performance (measured by the maximum force of clinging to substrate) was measured on different substrate types. After phylogenetically informed analyses, we found that arboreal and saxicolous species showed stronger resistance to mechanical traction in all substrates when compared to generalists and sand dweller lizards. These species showed a positive relationship between forelimb dimensions (hum...
Exploring the relationship between phenotype and performance in an ecological and evolutionary conte...
Numerous studies investigate morphology in the context of habitat, and lizards have received particu...
The question of why animals are shaped the way they are has intrigued scientists for hundreds of yea...
Traditionally, it has been suggested that variation in locomotor mode should be correlated with vari...
The variation in substrate structure is one of the most important determinants of the locomotor abil...
During the last decades the study of functional morphology received more attention incorporating mor...
Most previous studies of clinging ability in Anolis lizards have focused on how toepads adhere to sm...
1. For arboreal lizards, the ability to cling or adhere to the substrate is critical for locomotion ...
Ecomorphological studies of lizards have explored the role of various morphological traits and how t...
As a group, lizards occupy a vast array of habitats worldwide, yet there remain relatively few cases...
This paper considers the effects of claw morphology on the gripping efficiency of arboreal (Varanus ...
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...
Numerous studies investigate morphology in the context of habitat, and lizards have received particu...
Lizards are an interesting group to study how habitat use impacts the morphology of the forelimb bec...
Exploring the relationship between phenotype and performance in an ecological and evolutionary conte...
Numerous studies investigate morphology in the context of habitat, and lizards have received particu...
The question of why animals are shaped the way they are has intrigued scientists for hundreds of yea...
Traditionally, it has been suggested that variation in locomotor mode should be correlated with vari...
The variation in substrate structure is one of the most important determinants of the locomotor abil...
During the last decades the study of functional morphology received more attention incorporating mor...
Most previous studies of clinging ability in Anolis lizards have focused on how toepads adhere to sm...
1. For arboreal lizards, the ability to cling or adhere to the substrate is critical for locomotion ...
Ecomorphological studies of lizards have explored the role of various morphological traits and how t...
As a group, lizards occupy a vast array of habitats worldwide, yet there remain relatively few cases...
This paper considers the effects of claw morphology on the gripping efficiency of arboreal (Varanus ...
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...
Numerous studies investigate morphology in the context of habitat, and lizards have received particu...
Lizards are an interesting group to study how habitat use impacts the morphology of the forelimb bec...
Exploring the relationship between phenotype and performance in an ecological and evolutionary conte...
Numerous studies investigate morphology in the context of habitat, and lizards have received particu...
The question of why animals are shaped the way they are has intrigued scientists for hundreds of yea...