• Tooth row complexity is correlated with diet, and so can be used to predict diet in extinct species. • Here, we investigate whether isolated teeth can be used to reconstruct diet. • Isolated lower teeth were reasonable in predicting diet whether tooth position is known or not. • Dental complexity is correlated with the inhibitory cascade rule of relative tooth sizes, and it is likely that inhibition controls both features
The variation in molar tooth size in humans and our closest relatives (hominins) has strongly influe...
<div><p>The correlation between diet and dental topography is of importance to paleontologists seeki...
The literature on paleontology and functional morphology both include many studies on the feeding me...
Because teeth are the most easily preserved part of the vertebrate skeleton and are particularly mor...
One motivation in the study of development is the discovery of mechanisms that may guide evolutionar...
Mammals showcase great diversity in tooth shape and size, helping them eat a variety of foods. To ma...
Form-function relationships in mammalian feeding systems are active topics of research in evolutiona...
Rodents have less teeth than rabbits and tend to have yellow enamel. The murine-type small rodents (...
10 pagesInternational audienceTooth number in rodents is an example of reduction in evolution. All r...
9 pagesInternational audienceIn mammals, tooth function, and its efficiency, depends both on the mec...
The dentition is an extremely important organ in mammals with variation in timing and sequence of er...
The extant mammals have evolved highly diversified diets associated with many specialized morphologi...
Murine rodents represent a highly diverse group, which displays great ecological versatility. In the...
The correlation between diet and dental topography is of importance to paleontologists seeking to di...
Tooth morphology varies across species, specifically across dietary niches. The need for species wit...
The variation in molar tooth size in humans and our closest relatives (hominins) has strongly influe...
<div><p>The correlation between diet and dental topography is of importance to paleontologists seeki...
The literature on paleontology and functional morphology both include many studies on the feeding me...
Because teeth are the most easily preserved part of the vertebrate skeleton and are particularly mor...
One motivation in the study of development is the discovery of mechanisms that may guide evolutionar...
Mammals showcase great diversity in tooth shape and size, helping them eat a variety of foods. To ma...
Form-function relationships in mammalian feeding systems are active topics of research in evolutiona...
Rodents have less teeth than rabbits and tend to have yellow enamel. The murine-type small rodents (...
10 pagesInternational audienceTooth number in rodents is an example of reduction in evolution. All r...
9 pagesInternational audienceIn mammals, tooth function, and its efficiency, depends both on the mec...
The dentition is an extremely important organ in mammals with variation in timing and sequence of er...
The extant mammals have evolved highly diversified diets associated with many specialized morphologi...
Murine rodents represent a highly diverse group, which displays great ecological versatility. In the...
The correlation between diet and dental topography is of importance to paleontologists seeking to di...
Tooth morphology varies across species, specifically across dietary niches. The need for species wit...
The variation in molar tooth size in humans and our closest relatives (hominins) has strongly influe...
<div><p>The correlation between diet and dental topography is of importance to paleontologists seeki...
The literature on paleontology and functional morphology both include many studies on the feeding me...