Interest in the origin and evolution of the turtle shell has resulted in a most unlikely clade becoming an important research group for investigating morphological diversity in developmental biology. Many turtles generate a two-component shell that nearly surrounds the body in a bony exoskeleton. The ectoderm covering the shell produces epidermal scutes that form a phylogenetically stable pattern. In some lineages, the bones of the shell and their ectodermal covering become reduced or lost, and this is generally associated with different ecological habits. The similarity and diversity of turtles allows research into how changes in development create evolutionary novelty, interacting modules, and adaptive physiology and anatomy
AbstractThe shell of soft-shelled turtles (Cryptodira: Trionychidae) can be characterised by a flexi...
The evolution of reptiles, birds, and mammals was associated with the origin of unique integumentary...
The turtle shell is an evolutionary novelty that is synapomorphic for chelonians. The carapace is in...
Novel phenotypic configurations can profoundly alter the evolutionary trajectories of species. Altho...
The turtle shell offers a fascinating case study of vertebrate evolution, based on the modification ...
The turtle shell is composed of dorsal armor (carapace) and ventral armor (plastron) covered by a ke...
The origin of the turtle shell over 200 million years ago greatly modified the amniote body plan, an...
Organismal parts are often involved in the performance of more than one function. The role of trade-...
Organismal parts are often involved in the performance of more than one function. The role of trade...
The skeletal morphology of the turtle provides an example of evolutionary novelty that involves chan...
SummaryThe origin of the turtle shell has perplexed biologists for more than two centuries [1]. It w...
Turtles always fascinated men primarily by morphology, unique embryogenesis and later also by uncert...
We investigated phenotypic diversification in the species-rich and ecologically diverse turtle famil...
International audienceResource use and phylogeny are often correlated with morphological variation. ...
This study uses the carapace of emydid turtles to address hypothesized differences between terrestri...
AbstractThe shell of soft-shelled turtles (Cryptodira: Trionychidae) can be characterised by a flexi...
The evolution of reptiles, birds, and mammals was associated with the origin of unique integumentary...
The turtle shell is an evolutionary novelty that is synapomorphic for chelonians. The carapace is in...
Novel phenotypic configurations can profoundly alter the evolutionary trajectories of species. Altho...
The turtle shell offers a fascinating case study of vertebrate evolution, based on the modification ...
The turtle shell is composed of dorsal armor (carapace) and ventral armor (plastron) covered by a ke...
The origin of the turtle shell over 200 million years ago greatly modified the amniote body plan, an...
Organismal parts are often involved in the performance of more than one function. The role of trade-...
Organismal parts are often involved in the performance of more than one function. The role of trade...
The skeletal morphology of the turtle provides an example of evolutionary novelty that involves chan...
SummaryThe origin of the turtle shell has perplexed biologists for more than two centuries [1]. It w...
Turtles always fascinated men primarily by morphology, unique embryogenesis and later also by uncert...
We investigated phenotypic diversification in the species-rich and ecologically diverse turtle famil...
International audienceResource use and phylogeny are often correlated with morphological variation. ...
This study uses the carapace of emydid turtles to address hypothesized differences between terrestri...
AbstractThe shell of soft-shelled turtles (Cryptodira: Trionychidae) can be characterised by a flexi...
The evolution of reptiles, birds, and mammals was associated with the origin of unique integumentary...
The turtle shell is an evolutionary novelty that is synapomorphic for chelonians. The carapace is in...