Paleobiology · 1982 · 277 citations · 13 references
Life SciencesDevelopmental BiologyEvolutionary BiologyEvolutionary TheoryMacroevolutionPhylogeneticsConvergent EvolutionEvolutionEvolutionary RelationshipsParallel EvolutionPhylogenetic Comparative MethodsPhylogenetic PatternsCharacter PolarityCharacter Polarity AssessmentDevelopmental HeterochronyEvolutionary Character TransformationEvolutionary Developmental PatternsOntogenetic MorphologyOntogenetic TransformationOutgroup Comparison
Studies of ontogenetic processes are fundamentally dependent on hypotheses of phylogeny. The model of Alberch et al. (1979) is reformulated in terms of phylogenetics and used to describe how heterochronic ontogenetic processes can be detected in nature. Heterochronic processes producing paedomorphosis can result in morphologies which resemble primitive (retained ancestral) traits; the conditions under which paedomorphic and primitive features can and cannot be distinguished are described. The utility of ontogeny for determination of evolutionary character transformations and character polarity and for detection of convergence and parallelism are considered. The ontogenetic criterion for assessing polarity is independent of hypotheses of phylogeny and may be as effective as outgroup comparison. Ontogenetic analysis may aid in the detection of convergence but not in the detection of parallelism.
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Willi Hennig · Annual Review of Entomology · 1965 · 4.1K citations
Stephen Jay Gould · Systematic Zoology · 1978 · 2.4K citations
Life Sciences, Biology, Zoology +9
Size and shape in ontogeny and phylogeny
Pere Alberch, Stephen Jay Gould, George Oster et al. · Paleobiology · 1979 · 1.6K citations
Phylogenetic Patterns and the Evolutionary Process.
Vicki A. Funk, Niles Eldredge, Joël Cracraft · Brittonia · 1981 · 814 citations
Form and function: structural analysis in evolutionary morphology
George Lauder · Paleobiology · 1981 · 400 citations