伊朗水蚤O. F. m ller, 1785(甲壳纲:支足纲:anomopod)种:形态与鉴定

A. Mohammadyari, F. Ghasemzadeh, O. Mirshamsi, M. Aliabadian, B. Atashbar
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引用次数: 1

摘要

水蚤是枝角目广泛分布的一员,生活在不同的水生环境中,从高盐沼泽到淡水湖、泻湖、溪流和河流。为提高对伊朗水蚤属植物多样性的认识,推广该地区水蚤属植物的生物地理信息,于2013年和2014年春季对伊朗水蚤属植物的形态和鉴定进行了调查。根据文献资料和新收集的资料,对南里海盆地(SCSB)和乌尔米亚湖盆地(ULB)水蚤区系进行了研究。在SCSB和ULB流域,包括永久栖息地(湖泊和水库)和小型临时水体(池塘和泻湖),包括淡水和咸水,在大约2500公里宽的纵向梯度上随机选择70个地点取样浮游动物。利用形态学和扫描电镜(SEM)方法鉴定了34个种群。根据文献资料对水蚤属伊朗种的64个形态特征进行进化分析,证实了该属传统上基本划分为两个亚属:水蚤属和Ctenodaphnia。这种分裂得到了分支分析中足够数量的突触的支持。两个亚属内各分类群之间的关系得到了明确的确定。分支分析是系统发育研究的有力工具,特别是当需要定义更多的特征和仔细确定特征状态时。最后,给出了水蚤属10个伊朗种的区域识别键。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Daphnia O. F. Müller, 1785 (Crustacea: Branchiopoda: Anomopoda) species of Iran: Morphology and Identification
Daphnia a wide spread member of Cladocera live in different aquatic environments ranging from hypersaline swamps to freshwater lakes, lagoons, streams and rivers. To improve our knowledge in the diversity of the genus Daphnia in Iran, and promoting its biogeographical information in the region, an investigation on the morphology and identification of the Iranian species of the genus was carried out during the spring of 2013 and 2014. The Southern Caspian Sea Basin (SCSB) and Urmia Lake Basin (ULB) Daphnia fauna has been studied based on historical literature records and new collections. Zooplanktons were sampled from 70 randomly chosen localities across ca. 2500 km wide longitudinal gradient in the SCSB and ULB basins including both permanent habitats (lakes and reservoirs), and small temporary water bodies (ponds and lagoons), both freshwater and saline. In the samples, 34 populations were identified based on the morphological and scanning electron microscopy (SEM) approaches. Cladistic analysis of Iranian species of genus Daphnia, based on 64 morphological characters obtained from the literature, confirmed the traditionally basic division of the genus into two subgenera, Daphnia and Ctenodaphnia. This split was supported by enough number of synapomorphies in the cladistic analysis. The relationships between all taxa within both subgenera were determined clearly. Cladistic analyses is a powerful tool to phylogenetic studies especially when more characters are defined and character states determined carefully. Finally, regional identification key for ten Iranian species of the genus Daphnia was provided.
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