Zoologica Scripta · 1990 · 67 citations · 25 references
Life SciencesBiologyZoologyInvertebrate ZoologyPhylogeneticsSystematicsCladistic AnalysisCladisticsComparative MorphologyGenital MorphologyMorphological SystematicsPhylogenetic TheoryCladistic MorphologyCladistic TaxonomyComparative Reproductive StructuresDiagnostic Morphological CharactersPhylogenetic TaxonomySpermatheca AnatomySpermathecal Morphology
A hypothesis of phylogenetic relationships within the family Tubificidae is presented, based on a Wagner analysis of morphological characters in the different subfamilies. Two major lincages are recognized. One, including the subfamilies Tubificinae, Telmatodrilinae and Limnodriloidinae, is supported by a synapomorphic ability to form slender spermatozeugmata in the spermathecae; the other, including Rhyacodrilinae (paraphyletic), Phallodrilinae, and the (present family) Naididae, is supported by two synapomorphics, the possession of modified penial setae and numerous coelomocytes (the latter secondarily lost in the Phallodrilinae). Some implications for the classification of the Tubificidae are discussed.
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Quantitative Phyletics and the Evolution of Anurans
Arnold G. Kluge, James S. Farris · Systematic Biology · 1969 · 2.9K citations
Quantitative Phyletics and the Evolution of Anurans
Arnold G. Kluge, James S. Farris · Systematic Zoology · 1969 · 2.4K citations
Methods for Computing Wagner Trees
James S. Farris · Systematic Biology · 1970 · 1.2K citations
Methods for Computing Wagner Trees
James S. Farris · Systematic Zoology · 1970 · 931 citations
ON THE PHYLOGENY AND HIGHER CLASSIFICATION OF THE OLIGOCHAETA
B. G. M. Jamieson · Cladistics · 1988 · 127 citations · Full text
Life Sciences, Biology, Zoology +14