Titlebook: Comparative Biology and Evolutionary Relationships of Tree Shrews; W. Patrick Luckett Book 1980 Springer Science+Business Media New York 1

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https://doi.org/10.1007/978-3-658-41143-5h Primates rather than Insectivora. These reproductive similarities were also cited as evidence of a close tupaiid-primate relationship by Carlsson (1922) in her extensive analysis of cranioskeletal and soft anatomical features in insectivores and prosimians. Subsequently, developmental characters o

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Book 1980on analysis of phy­ logenetic relationships among Primates and a search for their closest relatives. Assessment of the possible primate affinities of tree shrews has comprised an important part of these studies, and a considerable amount of dental, cranio­ skeletal, neuroanatomical, reproductive, de

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Cranioskeletal Features in Tupaiids and Selected Eutheria as Phylogenetic Evidence example. Despite the numerous, and often excellent, taxonomic and comparative studies on the subject, the phyletic position of tupaiids within the Eutheria is far from satisfactorily ascertained. The relationships of these animals have been investigated through studies of a broad spectrum of morpho

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Tupaiid Affinities: The Evidence of the Carotid Arteries and Cranial Skeletonly eutherian mammals and small extant groups that would not fit anywhere else. Other systematists, offended by the use of taxa that lack unique defining specializations (autapomorphies), have labored to empty this wastebasket as fast as it could be filled. There are two ways to do this. One is to fr

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The Tupaiid Dentitioncity makes the dentition very useful in differentiating species and genera, but at higher taxonomic levels its value is diminished because it is particularly subject to parallel evolution. Nevertheless, comparison with fossil groups must inevitably rest very largely on dental studies, as teeth provi