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5 results for “Old World monkey”
FIG. 1. — A-F in Fossil Old World monkeys (Primates, Cercopithecidae) from the Pliocene of Dorkovo, Bulgaria
FIG. 1. — A-F, lower and upper teeth of Dolichopithecus ruscinensis Depéret, 1889; A, left male C1 (DKV 482), lingual view; B, left male c1 (DKV 79), lingual view; C, right M3? (DKV 483), occlusal view; D, left m1? (DKV 82), occlusal view; E, right m3 in fragment of corpus (DKV 78), E1 occlusal view, E2 lingual view; F, left male p3 (DKV 484), buccal view; G, upper molar of Mesopithecus monspessulanus (Gervais, 1849), left M3? (DKV 480), occlusal view. Scale bars: A, B, 1 cm; C-G, 2 cm.
Data from: A modular framework characterizes micro- and macroevolution of Old World monkey dentitions
The study of modularity can provide a foundation for integrating development into studies of phenotypic evolution. The dentition is an ideal phenotype for this as it is developmentally relatively simple, adaptively highly significant, and evolutionarily tractable through the fossil record. Here, we use phenotypic variation in the dentition to test a hypothesis about genetic modularity. Quantitative genetic analysis of size variation in the baboon dentition indicates a genetic modular framework corresponding to tooth type categories. We analyzed covariation within the dentitions of six species of Old World monkeys (OWMs) to assess the macroevolutionary extent of this framework: first by estimating variance–covariance matrices of linear tooth size, and second by performing a geometric morphometric (GM) analysis of tooth row shape. For both size and shape, we observe across OWMs a framework of anterior and postcanine modules, as well as submodularity between the molars and premolars. Our results of modularity by tooth type suggest that adult variation in the OWM dentition is influenced by early developmental processes such as odontogenesis and jaw patterning. This study presents a comparison of genotypic modules to phenotypic modules, which can be used to better understand their action across evolutionary time scales.
Data from: A modular framework characterizes micro- and macroevolution of Old World monkey dentitions
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Data from: Mitogenomics of the Old World monkey tribe Papionini
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Data from: Rapid identification of major histocompatibility complex class I haplotypes using deep sequencing in an endangered Old World monkey
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