首页> 外文期刊>Journal of Systematic Palaeontology >Anatomy of a new cetotheriid genus and species from the Miocene of Herentals, Belgium, and the phylogenetic and palaeobiogeographical relationships of Cetotheriidae s.s. (Mammalia, Cetacea, Mysticeti)
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Anatomy of a new cetotheriid genus and species from the Miocene of Herentals, Belgium, and the phylogenetic and palaeobiogeographical relationships of Cetotheriidae s.s. (Mammalia, Cetacea, Mysticeti)

机译:比利时Herentals中新世的一个新的鲸类科的属和种的解剖,以及鲸科的系统发育和古生物地理关系。 (哺乳动物,鲸类,Mysticeti)

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摘要

Herentalia nigra gen. et sp. nov. is described and compared to other mysticetes. It belongs to Cetotheriidae s.s. and represents one of the best-preserved cetotheriid skulls from the southern border of the North Sea. A comprehensive phylogenetic analysis revealed that it is closely related to Nannocetus and to a Japanese Herpetocetus, suggesting that it belongs to the subfamily Herpetocetinae. The phylogenetic analysis performed tests the recent hypothesis that Caperea marginata belongs to Cetotheriidae. However the present results confirm that the pygmy right whale cannot be considered a member of Cetotheriidae. The phylogenetic analysis was used as the basis for a cladistic palaeobiogeographical analysis of Cetotheriidae that revealed that the family originated in the Pacific basin during the Burdigalian and subsequently underwent a sequence of dispersal and vicariance events that allowed its members to enter other ocean basins. The evolution of Cetotheriidae diversity was punctuated by two distinct phases of species originations (one in the Burdigalian and the other in the Tortonian) that broadly correspond to a massive increase of food availability in the ocean trophic webs.
机译:黑粉刺根等。十一月描述并与其他神秘主义者进行比较。它属于Cetotheriidae s.s.。并代表了北海南部边界保存最完好的鲸蜡头骨。全面的系统发育分析表明,它与Nannocetus和日本Herpetocetus密切相关,表明它属于Herpetocetinae家族。进行的系统发育分析检验了最近的假设,即海角缘毛belongs属于C科。然而,目前的结果证实了侏儒右鲸不能被认为是鲸科的一员。系统发育分析被用作对鲸科科动物进行克拉德古生物地理分析的基础,该分析表明科氏家族起源于Burdigalian期间的太平洋盆地,随后经历了一系列散布和变迁事件,使其成员得以进入其他海盆。鲸鱼科动物多样性的演变被物种起源的两个不同阶段所打断(一个在布尔迪加利时期,另一个在托托尼亚时期),这大致对应于海洋营养网中食物供应的大量增加。

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