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王绪桢, 何舜平. 异鲴的骨骼形态及其属的分类位置[J]. 水生生物学报, 2002, 26(3): 253-258.
引用本文: 王绪桢, 何舜平. 异鲴的骨骼形态及其属的分类位置[J]. 水生生物学报, 2002, 26(3): 253-258.
WANG Xu-zhen, HE Shun-ping. THE OSTEOLOGICAL FEATURE OF ASPIDOPARIA MORAR)HAMILTON), 1822, WITH SPECIAL REFERENCE TO ITS SYSTEMATIC POSITION[J]. ACTA HYDROBIOLOGICA SINICA, 2002, 26(3): 253-258.
Citation: WANG Xu-zhen, HE Shun-ping. THE OSTEOLOGICAL FEATURE OF ASPIDOPARIA MORAR)HAMILTON), 1822, WITH SPECIAL REFERENCE TO ITS SYSTEMATIC POSITION[J]. ACTA HYDROBIOLOGICA SINICA, 2002, 26(3): 253-258.

异鲴的骨骼形态及其属的分类位置

THE OSTEOLOGICAL FEATURE OF ASPIDOPARIA MORAR)HAMILTON), 1822, WITH SPECIAL REFERENCE TO ITS SYSTEMATIC POSITION

  • 摘要: 对异鲴的骨骼形态进行了详细的描述并与(鱼丹)亚科及鲴亚科代表种的骨骼特征进行了比较。结果显示异鲴与(鱼丹)亚科鱼类在骨骼学性状上缺乏共同离征,一系列的离征却表明它与现生鲴亚科鱼类紧密相关。这些离征包括:咽骨形态独特,前臂略长或与后臂等长;下咽齿侧扁,有明显的咀嚼面;基枕骨具有向下弯曲的基枕骨突,咽突面发达,椭圆形且向前突出;穿行于基枕骨的背大动脉通道接近咽突长;副蝶骨具有发达的龙骨突;前上颌骨短宽,下边缘为软骨;上颌骨外侧具突起;齿骨前背缘有外侧角等。异鲴之置于(鱼丹)亚科仅依据他们在围眶骨系的形态及排列上的相似性,而它和鲴亚科鱼类具有的一些共同离征表明它们可以形成姐妹群。因此,异鲴属在鲤科中的分类位置应该更加接近鲴亚科。

     

    Abstract: The osteological characters of Chinese cyprinid fish genera Aspidoparia, Danio, Rasbora and Xenocyprinus, respectively belonging to Danioninae and Xenocyprinae, have been described and compared. It is discovered that no synapomoorphy is identified here showing Aspidoparia and Danioninae to be sister taxa; but a series of synapomorphic characters identified in both Aspidoparia morar and Xenocyprine fishes enable them to be related as a monophyletic assemblage. The synapo-morphies shared by Aspidoparia and Xenocyprinae are: the anterior arm of pharyngeal a little longer than or as long as the posterior arm; the pharyngeal teeth straight, compressed and with obvious grinding facet; the basioccipital process bending downward and the masticatory plate developed, longitudinal elliptical and protruding forward; the dorsal aortic channel of the same length of the masticatory plate; the parasphenoid keel developed; the premaxillary bearing cartilaginous border short and broad; the process on exterior facet of maxillary existing; the antero-lateral of dentary bearing prominent angles. It is obvious that the classification of Aspidoparia in Danioninae has been based upon the close similarity in morphology of circumorbitals which can not serve as a synapomor-phy. In order to interpret the systematic position of Aspidoparia morar in Cyprinidae, the ascribing of Aspidoparia to Xenocyprinae might seen feasible.

     

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