南极栉水母新种 Alcyonidium kuklinskii sp.

IF 1.9 3区 生物学 Q3 EVOLUTIONARY BIOLOGY Organisms Diversity & Evolution Pub Date : 2023-12-08 DOI:10.1007/s13127-023-00629-4
Thomas Schwaha, Valentina Cometti, Ahmed J. Saadi, Matteo Cecchetto, Stefano Schiaparelli
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引用次数: 0

摘要

最近对南极洲泰拉诺瓦湾(罗斯海)水域的调查发现了包括栉水母类在内的大量红足类动物。在这些纬度地区,对螯足类的研究非常深入,而对栉水母类的研究却非常少。大型栉水母类没有钙化骨骼,很容易辨认,但这也使它们的鉴定变得困难和繁琐。因此,需要通过组织学和内部软组织的重建来对这类动物进行分类。由于获得了来自 Terra Nova 海湾的新标本,我们对两个菌落的生长形态、肠道形态和触手数量进行了详细分析,发现这两个菌落是一个新物种 Alcyonidium kuklinskii sp.我们还对这些标本进行了条形编码(COI),并将其序列与现有的序列进行了比较。加上本文描述的新种,目前已知的南大洋 Alcyonidium 总共有 10 个种,占整个属多样性的八分之一。所有南大洋物种似乎都是特有种。为了加快对南极Alcyonidium物种的鉴定,我们提供了一个鉴定关键和所有类型物种的分布图。简而言之,菌落形态、类动物体型,尤其是触手数量是鉴定该属物种的最合适特征。
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Alcyonidium kuklinskii sp. nov., a new species of Antarctic ctenostome bryozoan with a key to all Antarctic species of the genus

Recent surveys of Antarctic waters in the Terra Nova Bay (Ross Sea) revealed numerous bryozoan species including ctenostome bryozoans. Whereas cheilostome bryozoans are well-studied in these latitudes, ctenostomes remain highly neglected. Large ctenostomes are easily recognized by their lack of calcified skeletons, but this lack also renders them difficult and tedious to identify. As a result, histology and reconstructions of internal soft tissues are required to classify this group of bryozoans. Thanks to the availability of new specimens from Terra Nova Bay, a detailed analysis of growth form, gut morphology and tentacle number of two colonies, initially ascribed to the ctenostome bryozoan genus Alcyonidum Lamouroux, 1813, turned out to be a new species, Alcyonidium kuklinskii sp. nov., which we described in this study. These specimens were also barcoded (COI) and sequences compared to available ones. Together with the new species described here, a total of ten species of Alcyonidium is now known for the Southern Ocean, accounting for one eighth of the entire genus diversity. All Southern Ocean species appear to be endemic. In order to speed the identification of the Antarctic Alcyonidium species, we provide an identification key and a distribution map of all type species. In brief, colony morphology, zooidal size and, in particular tentacle number represent the most suitable characters for identifying species within this genus.

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来源期刊
Organisms Diversity & Evolution
Organisms Diversity & Evolution 生物-进化生物学
CiteScore
3.60
自引率
0.00%
发文量
56
审稿时长
>12 weeks
期刊介绍: Organisms Diversity & Evolution (published by the Gesellschaft fuer Biologische Systematik, GfBS) is devoted to furthering our understanding of all aspects of organismal diversity and evolution. Papers addressing evolutionary aspects of the systematics, phylogenetics, morphology and development, taxonomy and biogeography of any group of eukaryotes, recent or fossil, are welcome. Priority is given to papers with a strong evolutionary and/or phylogenetic focus. Manuscripts presenting important methods or tools or addressing key theoretical, methodological, and philosophical principles related to the study of organismal diversity are also welcome. Species descriptions are welcome as parts of a manuscript of broader interest that strive to integrate such taxonomic information with the other areas of interest mentioned above.
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