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An unexpected pattern of molecular divergence within the blue penguin ( Eudyptula minor ) complex

  • Publication Type

    Journal Article

  • Publication Year

    2002

  • Author(s)

    J.C. Banks; A.D. Mitchell; J.R. Waas; A.M. Paterson

  • Journal Name

    Notornis

  • Volume, Issue

    49, 1

  • Pagination

    29-38

  • Article Type

    paper

Keywords

control region; Eudyptula; mitochondrial DNA; Sphenisciformes; systematics


An unexpected pattern of molecular divergence within the blue penguin ( Eudyptula minor ) complex

Notornis, 49 (1), 29-38

J.C. Banks; A.D. Mitchell; J.R. Waas; A.M. Paterson (2002)

Article Type: paper

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The blue penguins (genus Eudyptula) have been subjected to extensive taxonomic revision. In 1976, the genus was reduced from 2 species to a single species (Eudyptula minor) with 6 subspecies, based on a morphometric analysis. Despite the later proposed rejection of the differentiation of subspecies in Eudyptula minor, following analysis of allozymes in some populations, the 6 subspecies have continued to be recognised in some popular and scientific literature. We compared the sequences of 3 mitochondrial gene regions (small ribosomal subunit, cytochrome oxidase b and the control region) from the 6 hypothesised subspecies to examine relationships within Eudyptula. We found evidence for 2 unexpected clades: the 1st consisting of Otago and Australian populations, the 2nd consisting of north- ern, Cook Strait, Chatham Island, and Banks Peninsula populations. Some support for these 2 clades was also found from a re-analysis of morphometric data and from a preliminary examination of vocalisations.