Add to ORKGVertebral counts and ontogenetic body shape measurements for 36 and 16 species of sea snakes, respectively
Snake vertebrae are common throughout the Cenozoic fossil record, but identification of isolated ver...
Evolutionary trajectories are often biased by developmental and historical factors. However, environ...
Understanding the origin and maintenance of functionally important subordinate traits is a major goa...
Snakes exhibit a diverse array of body shapes despite their characteristically simplified morphology...
Among the viviparous sea snakes (Hydrophiinae), a clade of fully aquatic elapid snakes, exists an ex...
Sea snakes (Hydrophiinae) that specialise on burrowing eel prey have repeatedly evolved tiny heads a...
Viviparous sea snakes are the most rapidly speciating reptiles known, yet the ecological factors und...
Abstract: The elongated, snake-like skeleton, as it has convergently evolved in numerous reptilian a...
abstract: Vertebral osteology varies greatly among snake species. This variation may be related to s...
The viviparous sea snakes (Hydrophiinae) comprise ∼90% of living marine reptiles and display many ph...
The form of an organism can be studied by looking at how traits vary throughout the organism’s devel...
We quantified embryonic growth in 10 species of the viviparous thamnophiine snakes and three oviparo...
As snakes grow, their organs move anteriorly relative to body size. We explored a developmental exp...
Taxonomic, morphological and functional diversity are often discordant and independent components of...
Ontogenetic allometry, how species change with size through their lives, and heterochony, a decoupli...
Snake vertebrae are common throughout the Cenozoic fossil record, but identification of isolated ver...
Evolutionary trajectories are often biased by developmental and historical factors. However, environ...
Understanding the origin and maintenance of functionally important subordinate traits is a major goa...
Snakes exhibit a diverse array of body shapes despite their characteristically simplified morphology...
Among the viviparous sea snakes (Hydrophiinae), a clade of fully aquatic elapid snakes, exists an ex...
Sea snakes (Hydrophiinae) that specialise on burrowing eel prey have repeatedly evolved tiny heads a...
Viviparous sea snakes are the most rapidly speciating reptiles known, yet the ecological factors und...
Abstract: The elongated, snake-like skeleton, as it has convergently evolved in numerous reptilian a...
abstract: Vertebral osteology varies greatly among snake species. This variation may be related to s...
The viviparous sea snakes (Hydrophiinae) comprise ∼90% of living marine reptiles and display many ph...
The form of an organism can be studied by looking at how traits vary throughout the organism’s devel...
We quantified embryonic growth in 10 species of the viviparous thamnophiine snakes and three oviparo...
As snakes grow, their organs move anteriorly relative to body size. We explored a developmental exp...
Taxonomic, morphological and functional diversity are often discordant and independent components of...
Ontogenetic allometry, how species change with size through their lives, and heterochony, a decoupli...
Snake vertebrae are common throughout the Cenozoic fossil record, but identification of isolated ver...
Evolutionary trajectories are often biased by developmental and historical factors. However, environ...
Understanding the origin and maintenance of functionally important subordinate traits is a major goa...