Includes bibliographical references (pages 144- 145)The cranial osteology of the genus Uma is described in detail, interspecific variation is analyzed, and the natural selective forces which produced this variation are discussed. The variation is interpreted with respect to the phylogeny and biogeography of the genus.\ud Statistically significant interspecific variation was found in seventeen of the twenty-one skull characters examined in this study. Based on these characters, the genus Uma has been divided into subgroups: a southern one consisting of U. exsul and U. paraphygus and a northern one consisting of U. notate, U. inornata and U. geoparia. The major source of variation distinguishing these subgroups is in their dentition. This div...
<div><p>Skull structure is intimately associated with feeding ability in vertebrates, both in terms ...
Generally, the species is considered to be the only naturally occurring taxon. However, species reco...
We examined the morphological diversity of the quadrate bone in squamate reptiles (i.e. lizards, sna...
Includes bibliographical references (pages 88-89)Skeletal variation within a lizard population of\ud...
p. 251-326, [4] p. of plates : ill., maps ; 27 cm.Includes bibliographical references (p. 320-326)."...
The origins of and potential constraints on the evolution of phenotypic diversity remain one of the ...
The origins of and potential constraints on the evolution of phenotypic diversity remain one of the ...
Squamates (lizards, snakes and amphisbaenians) are represented by a large number of species distribu...
Australian Agamidae often are recovered from Australian Cenozoic fossil deposits but remain largely ...
Measures of species, morphological, functional, and ecological diversity are interrelated although n...
Background There are limited data on intra- and interspecific osteological variation for many squama...
Ecomorphological studies of lizards have explored the role of various morphological traits and how t...
Lizards (non-ophidian squamates) are an ecologically diverse, species rich clade of terrestrial vert...
The relationship between cranial morphology, diet, and feeding performance has been explored in most...
Most previous phylogenetic analyses of squamates ('lizards' and snakes) employing large character se...
<div><p>Skull structure is intimately associated with feeding ability in vertebrates, both in terms ...
Generally, the species is considered to be the only naturally occurring taxon. However, species reco...
We examined the morphological diversity of the quadrate bone in squamate reptiles (i.e. lizards, sna...
Includes bibliographical references (pages 88-89)Skeletal variation within a lizard population of\ud...
p. 251-326, [4] p. of plates : ill., maps ; 27 cm.Includes bibliographical references (p. 320-326)."...
The origins of and potential constraints on the evolution of phenotypic diversity remain one of the ...
The origins of and potential constraints on the evolution of phenotypic diversity remain one of the ...
Squamates (lizards, snakes and amphisbaenians) are represented by a large number of species distribu...
Australian Agamidae often are recovered from Australian Cenozoic fossil deposits but remain largely ...
Measures of species, morphological, functional, and ecological diversity are interrelated although n...
Background There are limited data on intra- and interspecific osteological variation for many squama...
Ecomorphological studies of lizards have explored the role of various morphological traits and how t...
Lizards (non-ophidian squamates) are an ecologically diverse, species rich clade of terrestrial vert...
The relationship between cranial morphology, diet, and feeding performance has been explored in most...
Most previous phylogenetic analyses of squamates ('lizards' and snakes) employing large character se...
<div><p>Skull structure is intimately associated with feeding ability in vertebrates, both in terms ...
Generally, the species is considered to be the only naturally occurring taxon. However, species reco...
We examined the morphological diversity of the quadrate bone in squamate reptiles (i.e. lizards, sna...