首页> 外文期刊>Acta Palaeontologica Polonica >Reply to Comment on 'Aysheaia prolata from the Utah Wheeler Formation (Drumian, Cambrian) is a frontal appendage of the radiodontan Stanleycaris' with the formal description of Stanleycaris
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Reply to Comment on 'Aysheaia prolata from the Utah Wheeler Formation (Drumian, Cambrian) is a frontal appendage of the radiodontan Stanleycaris' with the formal description of Stanleycaris

机译:回复评论“来自犹他州惠勒地区的Aysheaia ProLata(Charian,Cambrian)是Radiodontan Stanleycaris的正面阑尾”,斯坦利卡里斯的正式描述

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As part of a comprehensive examination of all radiodontans from Cambrian localities in the USA, Pates et al. (2017a, b) and Pates and Daley (2017) revised the taxonomic affinities of several described specimens. This included the reinterpretation of two putative lobopodians, one from the Wheeler Formation (Utah, USA) and one from the Valdemiedes Formation (Spain), as frontal appendages of the radiodontan genera Stanleycaris and Caryosyntrips respectively. In their comment, Gamez Vintaned and Zhuravlev (2018) disagree with these conclusions and raise three topics for discussion: (i) anatomical features they suggest support a lobopodian affinity for "Mureropodia"; (ii) the identity of Caryosyntrips as a radiodontan, and the assignment of certain specimens to this genus; and (iii) the nomenclatural status of Stanleycaris hirpex as an invalid taxon. For (i), we dispute that the anatomical features put forward by Gamez Vintaned and Zhuravlev (2018) are biological and conclude that a lobopodian affinity for Mureropodia is untenable. In response to (ii), we provide further evidence supporting a radiodontan affinity for Caryosyntrips, and those specimens ascribed to this genus. Finally, we concur with (iii) Stanleycaris as an invalid taxon according to the International Code on Zoological Nomenclature (ICZN), and have rectified the situation by providing a valid systematic description.
机译:作为对美国寒武纪地区的所有radiodontans的全面检查的一部分,Pates等人。 (2017A,B)和拍卡和Daley(2017)修订了几种描述的标本的分类学亲和力。这包括重新解释两个推定的Lobopodians,其中一个推定的Lobopodians一个来自轮车形成(Utah,USA)和来自瓦尔德莫迪斯的形成(西班牙),分别是radiodontan属斯坦利卡里斯和Caryosyntrips的正面附件。在他们的评论中,Gamez Vintaned和Zhuravlev(2018)不同意这些结论,并筹集三个讨论主题:(i)他们建议的解剖功能支持对“女鼠鼠”的洛越车亲和力; (ii)Caryosyntrips作为radiodontan的身份,以及对该属的某些标本的分配; (iii)StanleyCaris Hirpex作为无效分类的命名地位。对于(i),我们争论由Gamez Vintaned和Zhuravlev(2018)提出的解剖功能是生物学的,并得出结论,对鼠鼠的卵泡类亲和力是站不住脚的。响应于(ii),我们提供了支持罗昔罗氏植物的radiodontan亲和力的进一步证据,以及归因于该属的那些标本。最后,我们同意(iii)斯坦利卡里斯作为根据“动物学命名法”(ICZN)的国际守则为无效的分类货物,并通过提供有效的系统描述来纠正这种情况。

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