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首页> 外文期刊>Geobios: Paleontologie, Stratigraphie, Paleoecologie >A new paradoxurine carnivore from the Late Miocene Siwaliks of India and a review of the bunodont viverrids of Africa [Un nouveau carnivore paradoxuriné du Miocène supérieur des Siwaliks (Inde) et une révision des viverridés bunodontes d'Afrique]
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A new paradoxurine carnivore from the Late Miocene Siwaliks of India and a review of the bunodont viverrids of Africa [Un nouveau carnivore paradoxuriné du Miocène supérieur des Siwaliks (Inde) et une révision des viverridés bunodontes d'Afrique]

机译:印度晚中新世西瓦利克斯的一种新的似对鸟嘌呤食肉动物,以及非洲的杜鹃花生物群落的回顾

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摘要

Paradoxurine carnivores are today confined to south-east Asia. Fossils attributed to. Paradoxurus have been reported from Pakistan, southern China and Java, but seldom with descriptions. Here we describe and interpret a mandible from the Late Miocene of Hari Talyangar, India, which we attribute to a new genus and species: Mioparadoxurus meini. The phylogenetic analysis shows a close relationship between the Asiatic Paradoxurinae (represented in the analysis by. M. meini nov. gen., nov. sp. and. Paradoxurus hermaphroditus) and the most bunodont forms from Africa (. Pseudocivetta howelli and. Pseudocivetta ingens). In accordance with the results of this analysis, the Paradoxurinae are subdivided into three tribes, Paradoxurini, Pseudocivettini nov. and Kichechiini nov. The subfamily had a wider geographic distribution during the Miocene than it does today. The African fossil record indicates that forms related to Paradoxurinae may have developed in Africa about 18 Ma. These data are consistent with the divergence between Paradoxurinae from the rest of the Viverridae, estimated by molecular data as Early Miocene.
机译:如今,对虫草醚食肉动物仅限于东南亚。化石归因于。巴基斯坦,中国南部和爪哇有悖论的报道,但很少有描述。在这里,我们描述和解释了印度Hari Talyangar中新世晚期的下颌骨,我们将其归因于一种新的属和种:Mioparadoxurus meini。系统发育分析显示亚洲寄生虫科(由M. meini nov。gen。,nov。sp。和Paradoxurus hermaphroditus代表的分析)与非洲最常见的杜鹃花形式(。Pseudocivetta howelli和Pseudocivetta ingens)之间存在密切的关系。 )。根据此分析的结果,将Paradoxurinae分为三个部落:Paradoxurini,Pseudocivettini nov。和Kichechiini nov。与今天相比,中新世时期该亚科的地理分布更广。非洲化石记录表明,与Paradoxurinae有关的形态可能在非洲约18 Ma形成。这些数据与伞形科与Viverridae其余部分之间的差异一致,这是通过分子数据估计为中新世的。

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