从一根树枝到另一根树枝-翼龙科和翼龙的起源

J. Silva, F. L. Pinheiro, Mateus Anilson Costa Santos, Maurício Garcia
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引用次数: 0

摘要

从一个分支跳到另一个分支——翼龙科与翼龙的起源。翼龙是一种已经灭绝的会飞的爬行动物,出现于三叠纪,在侏罗纪和白垩纪大辐射,是最早发展出主动飞行的脊椎动物。由于第一批翼龙已经显示出典型的进化分支的形态模式,因此化石记录中保存下来的第一批翼龙与它们最近的亲戚之间存在着实质性的差距。在这里,我们讨论了几十年来提出的不同的系统发育假说,其中最常被恢复的是恐龙-翼龙假说。然而,即使考虑到这一假设,形态学上的差距仍然存在。因此,我们讨论了关于Lagerpetidae的知识如何帮助阐明翼龙的起源,因为最近的研究表明该群体可能嵌套在翼龙亚纲中。Lagerpetidae是一种小型爬行动物,发现于北美、巴西、阿根廷和马达加斯加的上三叠世,卡尼纪的记录迄今仅限于南半球,北美最早的记录在年龄上是诺里亚的。最近的发现指出,像三叠纪翼龙一样,在长臂猿科中存在食虫齿列。因此,食虫可以被指定为翼龙的祖先饮食。这种饮食被认为是翼龙飞行进化的可能驱动力。关键词:翼龙,大叶龙科,鸟目,三叠纪
本文章由计算机程序翻译,如有差异,请以英文原文为准。
DE GALHO EM GALHO — LAGERPETIDAE & A ORIGEM DOS PTEROSSAUROS
Leaping from branch to branch - Lagerpetidae and the origin of pterosaurs. Pterosaurs are a group of extinct flying reptiles with emergence in the Triassic and great radiation in the Jurassic and Cretaceous, being the first vertebrates to develop active flight. Since the first pterosaurs already show morphologic patterns that are typical for the clade, there is a substantial gap between the first preserved pterosaurs in the fossil record and their closest relatives. Here, we discuss different phylogenetics proposals presented through decades, being the Dinosauromorpha–Pterosauromorpha Hypothesis the most usually recovered. Even considering this hypothesis, however, the morphological gap persists. Thus, we discuss how the knowledge about Lagerpetidae has helped to elucidate the origin of pterosaurs, since recent works indicates that the group would be nested inside the Pterosauromorpha. Lagerpetidae is a group of small reptiles found in the Upper Triassic of North America, Brazil, Argentina and Madagascar, with the Carnian record thus far restricted to the South hemisphere, and with the first records for North America being Norian in age. Recent discoveries point to the presence of insectivorous dentition among Lagerpetidae, as it happens in Triassic pterosaurs. Thus, insectivory can be assigned as an ancestral diet in Pterosauromorpha. This diet is assigned as a possible driving force to the evolution of flight in Pterosauria. Keywords: Pterosauria, Lagerpetidae, Ornithodira, Triassic.
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