AI Article Synopsis

  • A partial rbcL sequence indicates that Corallina berteroi is the earliest name for C. ferreyrae, supporting a reclassification.
  • Multilocus species analyses suggest either one to three species within this complex, though with limited support for these distinctions.
  • Ultimately, the research proposes a single, globally recognized species that includes several previously classified taxa and introduces the new species C. yendoi from Japan.

Article Abstract

A partial rbcL sequence of the lectotype specimen of Corallina berteroi shows that it is the earliest available name for C. ferreyrae. Multilocus species delimitation analyses (ABGD, SPN, GMYC, bPTP, and BPP) using independent or concatenated COI, psbA, and rbcL sequences recognized one, two, or three species in this complex, but only with weak support for each species hypothesis. Conservatively, we recognize a single worldwide species in this complex of what appears to be multiple, evolving populations. Included in this species, besides C. ferreyrae, are C. caespitosa, the morphologically distinct C. melobesioides, and, based on a partial rbcL sequence of the holotype specimen, C. pinnatifolia. Corallina berteroi, not C. officinalis, is the cosmopolitan temperate species found thus far in the NE Atlantic, Mediterranean Sea, warm temperate NW Atlantic and NE Pacific, cold temperate SW Atlantic (Falkland Islands), cold and warm temperate SE Pacific, NW Pacific and southern Australia. Also proposed is C. yendoi sp. nov. from Hokkaido, Japan, which was recognized as distinct by 10 of the 13 species discrimination analyses, including the multilocus BPP.

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http://dx.doi.org/10.1111/jpy.13202DOI Listing

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Article Synopsis
  • A partial rbcL sequence indicates that Corallina berteroi is the earliest name for C. ferreyrae, supporting a reclassification.
  • Multilocus species analyses suggest either one to three species within this complex, though with limited support for these distinctions.
  • Ultimately, the research proposes a single, globally recognized species that includes several previously classified taxa and introduces the new species C. yendoi from Japan.
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