中国东南钱塘江流域的一个鲶鱼新种--吴越鲶(Tachysurus wuyueensis, Teleostei, Bagridae

IF 1.6 2区 生物学 Q2 ZOOLOGY Zoosystematics and Evolution Pub Date : 2024-05-17 DOI:10.3897/zse.100.120676
Jiajun Zhou, Le-Yang Yuan, Weiping Shao
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引用次数: 0

摘要

新种Tachysurus wuyueensis产于钱塘江流域,该流域位于中国东南部的浙江省遂昌县和安徽省休宁县。该沿海盆地流入东海。新种属于Tachysurus属中的T. pratti-T. truncatus组,其特征为胸鳍棘前缘光滑,上颌短倒刺不超过胸鳍棘基部,背鳍短棘不超过头长的三分之二,尾鳍微凸。T. truncatus (Regan 1913)、T. gracilis (Li, Chen & Chan, 2005) 和 T. brachyrhabdion (Cheng, Ishihara & Zhang, 2008) 都不同,它的前腹部较短(长度为单鳍长度的 40.0-46.4% 对 45.8-54.8%)。与 T. pratti、T. truncatus 和 T. gracilis 的进一步区别是,它有更多的脊椎骨(45-47 对 37-44)和更多的臀鳍鳍条(21-25 对 14-20),与 T. brachyrhabdion 的区别是,它有更纤细的身体(深度为 HL 的 10.1-13.5% 对 13.1-17.6%)。基于线粒体细胞色素 b(cyt. b)基因的分子系统发育证实了 T. wuyueensis 和 T. pratti-T. truncatus 群的有效性。此外,本研究还探讨了 T. pratti-T. truncatus 群与 T. tenuis-T. crassilabris 群的诊断特征,由于形态相似,这两个群一直被视为一个物种群。
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Tachysurus wuyueensis (Teleostei, Bagridae), a new species of catfish from the Qiantang-Jiang basin, southeast China
Tachysurus wuyueensis, new species, is described from the Qiantang-Jiang Basin, situated in Suichang County, Zhejiang Province and Xiuning County, Anhui Province, southeast China. The coastal basin drains into the East China Sea. The new species belongs to the T. pratti-T. truncatus group within the genus Tachysurus defined by having a smooth anterior margin of the pectoral-fin spine, short maxillary barbels not extending beyond the base of the pectoral-fin spine, short dorsal spine not exceeding two thirds of head length and an emarginated caudal fin. This new species is distinct from all other species of this group, Tachysurus pratti (Gunther, 1892), T. truncatus (Regan 1913), T. gracilis (Li, Chen & Chan, 2005) and T. brachyrhabdion (Cheng, Ishihara & Zhang, 2008), in having a shorter prepelvic body (length 40.0–46.4% of SL vs. 45.8–54.8%). It further differs from T. pratti, T. truncatus and T. gracilis in having more vertebrae (45–47 vs. 37–44) and more anal fin rays (21–25 vs. 14–20), from T. brachyrhabdion in having a more slender body (depth 10.1–13.5% of HL vs. 13.1–17.6%). Molecular phylogeny, based on the mitochondrial cytochrome b (cyt. b) gene confirms the validity of T. wuyueensis and the T. pratti-T. truncatus group. Furthermore, this study addresses the diagnostic traits distinguishing the T. pratti-T. truncatus group from the T. tenuis-T. crassilabris group which have historically been treated as a single species group due to morphological similarities.
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来源期刊
CiteScore
3.50
自引率
5.00%
发文量
34
审稿时长
16 weeks
期刊介绍: Zoosystematics and Evolution, formerly Mitteilungen aus dem Museum für Naturkunde in Berlin, is an international, open access, peer-reviewed life science journal devoted to whole-organism biology. It publishes original research and review articles in the field of Metazoan taxonomy, biosystematics, evolution, morphology, development and biogeography at all taxonomic levels. The journal''s scope encompasses primary information from collection-related research, taxonomic descriptions and discoveries, revisions, annotated type catalogues, aspects of the history of science, and contributions on new methods and principles of systematics. Articles whose main topic is ecology, functional anatomy, physiology, or ethology are only acceptable when of systematic or evolutionary relevance and perspective.
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