首页> 外文期刊>European Journal of Phycology >Molecular-assisted alpha taxonomy of the genus Rhodymenia (Rhodymeniaceae, Rhodymeniales) from Australia reveals overlooked species diversity
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Molecular-assisted alpha taxonomy of the genus Rhodymenia (Rhodymeniaceae, Rhodymeniales) from Australia reveals overlooked species diversity

机译:来自澳大利亚的红景天属(Rhodymeniaceae,Rhodymeniales)的分子辅助α分类学揭示了被忽视的物种多样性

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摘要

A previously published DNA barcode survey of red macroalgae in Australia revealed significant cryptic and overlooked diversity for the genus Rhodymenia with recognition of R. novahollandica, R. prolificans, R. stenoglossa, R. wilsonis and an additional four uncharacterized genetic species groups. Since that study, increased sampling effort in Australia has warranted reassessment and reinvestigation of the number of genetic species groups attributed to Rhodymenia and their respective taxonomic affiliations. Using molecular-assisted alpha taxonomy employing the DNA barcode (COI-5P), the present study resolved 188 Australian specimens in 12 genetic species groups assignable to the genus Rhodymenia. Four of these groups were attributed to the previously recognized species (above), whereas some collections from Lord Howe Island were attributed to the New Zealand species R. novazelandica, expanding its biogeographic range. The following seven genetic groups were inconsistent with existing species of Rhodymenia and established as novel taxa: R. compressa sp. nov., R. contortuplicata sp. nov., R. gladiata sp. nov., R. insularis sp. nov., R. lociperonica sp. nov., R. norfolkensis sp. nov. and R. womersleyi sp. nov. Although morphological and biogeographic features were adequate for distinguishing some species of Rhodymenia from Australia, DNA sequencing in combination with morphology and biogeography provided the most reliable means of identification.
机译:先前发表的澳大利亚红色大型藻类的DNA条码调查显示,对于Rhodymenia属而言,隐匿性明显且被忽略,具有对R.novahollandica,R.prolificans,R.stenoglossa,R.wilsonis和另外四个未表征的遗传物种群的认可。自从这项研究以来,澳大利亚加大了采样工作,因此有必要重新评估和重新调查归因于狂犬病的遗传物种组及其各自的生物分类隶属关系。利用DNA条形码(COI-5P)的分子辅助α分类法,本研究分析了可归类于风疹属的12个遗传物种组中的188个澳大利亚标本。其中四个类别归因于先前公认的物种(上图),而豪勋爵岛的一些藏品归因于新西兰物种R. novazelandica,扩大了其生物地理范围。以下7个遗传群体与现有的狂犬病物种不一致,并被确立为新的类群:R. compressa sp.。十一月,R. contortuplicata sp。十一月,R.gladiata sp。十一月,R. insularis sp。十一月,R. lociperonica sp。 nov。,R. norfolkensis sp。十一月和R. womersleyi sp。十一月尽管形态学和生物地理学特征足以区分澳大利亚的某些类型的狂犬病,但DNA测序结合形态学和生物地理学提供了最可靠的鉴定方法。

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