Biological Systematics: The State of the ArtBiological Systematics provides a critical overview of the state of the art in biological systematics and presents a broad perspective of the subject, covering its history, theory and practice. The most improtant current theoretical issues are reviewed with the emphasis on the species concept, the methodology of phylogenetic reconstruction and contrasting views on the relationships between phylogenetics and systematics. A large part of the book is devoted to a review of the current state of taxonomy of the main groups, concluding with a discussion of evolutionary patterns. |
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Page 31
... genes take over the control of some key developmental step , previously under different genetic control , but no major change ensues in the resulting phenotype , hence the possibility of recognizing homologies despite the renewed genetic ...
... genes take over the control of some key developmental step , previously under different genetic control , but no major change ensues in the resulting phenotype , hence the possibility of recognizing homologies despite the renewed genetic ...
Page 82
... GENETIC AND PHENOTYPIC CHANGES DURING SPECIATION It is increasingly clear that the genetic changes occurring during speciation are the most diverse . With the widespread use of electrophoresis to measure genetic distances between ...
... GENETIC AND PHENOTYPIC CHANGES DURING SPECIATION It is increasingly clear that the genetic changes occurring during speciation are the most diverse . With the widespread use of electrophoresis to measure genetic distances between ...
Page 327
... Genetic architectures of speciation , in Mechanisms of Speciation , ( ed C. Barigozzi ) , Alan R. Liss , New York , pp . 105–21 . Templeton , A.R. ( 1987 ) Genetic systems and evolutionary rates , in Rates of Evolution , ( eds K.S.W. ...
... Genetic architectures of speciation , in Mechanisms of Speciation , ( ed C. Barigozzi ) , Alan R. Liss , New York , pp . 105–21 . Templeton , A.R. ( 1987 ) Genetic systems and evolutionary rates , in Rates of Evolution , ( eds K.S.W. ...
Contents
Problems and Methods | 1 |
Some steps in comparative biology | 15 |
1 | 44 |
Copyright | |
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Common terms and phrases
according algae analysis angiosperms animals arthropods Association Special Volume Biol biological species biological systematics birds characters chloroplast clade cladistic Clarendon Press Class Classification of Living Code Coleoptera Conway Morris Corliss Cracraft Crustacean developed Diptera diversity Donoghue eukaryotes Evol evolution evolutionary example Family fossil fungi gene genera genetic genus Ghiselin groups Hawksworth Hennig homology homoplasy hybridization incertae sedis Infraclass infraspecific insects Kingdom Linnaean Linnaeus literature 216 Living Organisms major mammals Mayr McGraw-Hill Metazoa methods Minelli molecular evidence monophyletic monophyly morphological mtDNA names natural nomenclature Oligochaeta Order Ordo origin Oxford paraphyletic parsimony Parvorder personal communication phenetic phyla phylogenetic relationships phylogeny Phylum plesiomorphic populations problems protists recent recognized reconstruction regarded rRNA S.P. Parker sequences sister-group speciation species concept studies Subclass Subfamily Suborder subspecies Superfamily Superorder synapomorphies Synopsis and Classification Syst Systematics Association Special systematists taxa taxon taxonomic tetrapods Tribe University Press vertebrates York Zool Zoological