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分子和形态学证据解决了(汉密尔顿,1822年)和(瓦朗谢讷)之间的分类学歧义,并建议将它们提升为不同的物种。

Molecular and morphological evidences resolve taxonomic ambiguity between (Hamilton, 1822) and (Valenciennes) and suggest elevating them into distinct species.

作者信息

Biswal J R, Singh Rajeev K, Lal Kuldeep K, Mohindra Vindhya, Kumar Rajesh, Kumar Rahul G, Basheer V S, Jena J K

机构信息

National Bureau of Fish Genetic Resources, Lucknow, India.

PMFGR Division, National Bureau of Fish Genetic Resources, CMFRI Campus, Kochi, India.

出版信息

Mitochondrial DNA B Resour. 2018 Aug 29;3(2):838-844. doi: 10.1080/23802359.2018.1481775.

Abstract

Taxonomic ambiguity exists in genus and recently many new species were described under this genus. is considered a valid subspecies of although revisions have been done by some researchers. We employed a combination of morpho-meristics and molecular tools ( and genes of mitochondrial genome) to resolve the two species. Three morpho-meristic characters, head length/maxillary barbel length (HL/MxBL), Lateral Line Scales (LLSs) as well as two truss-based characters, had discernible variation between the two taxa. The sequence analysis (2353 nucleotides) depicted a separate clad of with high bootstrap support. The findings from combined use of morphology, meristics and mitogenes were concordant. The corroborative results suggest the possibility of two different species. The results suggest to adopt suitable management measures, accordingly.

摘要

该属存在分类学上的模糊性,最近在此属下描述了许多新物种。尽管一些研究人员已进行了修订,但[具体物种名称1]仍被视为[具体物种名称2]的一个有效亚种。我们采用形态计量学和分子工具(线粒体基因组的[具体基因名称1]和[具体基因名称2]基因)相结合的方法来区分这两个物种。三个形态计量学特征,即头长/上颌须长(HL/MxBL)、侧线鳞(LLSs)以及两个基于框架的特征,在这两个分类单元之间存在明显差异。序列分析(2353个核苷酸)描绘了[具体物种名称1]的一个单独分支,具有较高的自展支持率。形态学、计量学和线粒体基因联合使用的结果是一致的。这些相互印证的结果表明存在两个不同物种的可能性。因此,结果建议采取相应的合适管理措施。

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