Oxynoemacheilus kottelati, a new species from the Havran and Karınca streams in Northern Aegean Basin, Türkiye (Teleostei, Nemacheilidae)

IF 1.6 2区 生物学 Q2 ZOOLOGY Zoosystematics and Evolution Pub Date : 2024-05-09 DOI:10.3897/zse.100.119915
D. Turan, Sadi̇ Aksu, S. Güçlü, Gokhan Kalayci
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Abstract

The taxonomic status of the Oxynoemacheilus from the Karınca and Havran streams in the north Aegean Basin was evaluated, and it was concluded that these populations contain a new species. The new species, Oxynoemacheilus kottelatisp. nov., is distinguished by a body with a marbled pattern, a deeper caudal peduncle, a shorter caudal peduncle, a wider interorbital distance, and a shorter middle caudal-fin lope. Oxynoemacheilus kottelatisp. nov. is differentiated from the closest species, O. marmaraensis, in possessing 51 nucleotide substitution sites, a genetic distance of 8.40%, the presence of an axillary lobe at the base of the pelvic fin (vs. absent), and a narrower median incision in the upper lip (vs. absent). Three species delimitation tests (ASAP, ABGD, and PTP) and phylogenetic analyses reinforce the validity of O. kottelatisp. nov. as a distinct species.
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Oxynoemacheilus kottelati, a new species from the Havran and Karınca streams in the Northern Aegean Basin, Türkiye (Teleostei, Nemacheilidae)
评估了北爱琴海盆地卡伦卡和哈夫兰溪流中 Oxynoemacheilus 的分类地位,得出的结论是这些种群包含一个新物种。新种名为 Oxynoemacheilus kottelatisp. nov.,其特征是身体有大理石花纹、尾柄较深、尾柄较短、眶间距较宽以及尾鳍中段较短。Oxynoemacheilus kottelatisp.nov.与最接近的物种 O. marmaraensis 的区别在于其拥有 51 个核苷酸替换位点,遗传距离为 8.40%,在骨盆鳍基部有一个腋叶(对无),以及上唇有一个较窄的中间切口(对无)。三个物种划分测试(ASAP、ABGD 和 PTP)和系统进化分析加强了 O. kottelatisp.
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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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