Wilke Tanja, Ahlrichs Wilko H, Bininda-Emonds Olaf R P
AG Systematik und Evolutionsbiologie, Institut für Biologie und Umweltwissenschaften (IBU), Carl von Ossietzky Universität Oldenburg, Carl-von-Ossietzky Straße 9-11, 26111 Oldenburg, Germany Carl von Ossietzky Universität Oldenburg Oldenburg Germany.
Zookeys. 2019 Aug 12;871:1-40. doi: 10.3897/zookeys.871.36435. eCollection 2019.
A new, weighted matrix identification key for 34 largely undisputed species of was created with the aim of providing comparable, detailed and diagnostic character sets for each species that can be applied to live and/or preserved specimens. As part of this process, 14 species of were intensively re-investigated with respect to their habitus and trophi morphology using binocular, light, and scanning electron microscopy, which, together with behavioural observations, revealed several new discriminating characters. Whenever possible, missing information for any character was added for the remaining species from the literature, with the two recently described species and being considered for the first time in an identification key. Beyond its completeness, our key has two distinct advantages. First, the characters are supported by detailed illustrations of their respective character states whenever possible to both simplify identification and minimize any uncertainty in the descriptions themselves. Second, the new approach of weighting the characters according to their reliability, robustness and/or ease of determination was employed. This latter approach is especially advantageous for soft-bodied rotifers such as species of , where, for example, several external characters can be influenced by preservation and are therefore less diagnostic or reliable. Although the key is as comprehensive as possible, information for many species remains missing for many characters, thereby highlighting the need for additional comprehensive and detailed species (re-)investigations within .
创建了一个新的加权矩阵识别检索表,用于[具体生物名称]的34个基本无争议的物种,目的是为每个物种提供可应用于活体和/或保存标本的可比、详细且具有诊断性的特征集。在此过程中,使用双目显微镜、光学显微镜和扫描电子显微镜,对14种[具体生物名称]的体型和咀嚼器形态进行了深入重新研究,结合行为观察,发现了几个新的鉴别特征。只要有可能,就从文献中为其余物种补充任何特征的缺失信息,最近描述的两个物种[具体物种名称1]和[具体物种名称2]首次被纳入识别检索表。除了完整性之外,我们的检索表还有两个明显优势。首先,只要有可能,特征都配有各自特征状态的详细插图,以简化识别并尽量减少描述本身的不确定性。其次,采用了根据特征的可靠性、稳健性和/或确定的难易程度对特征进行加权的新方法。后一种方法对于像[具体生物属名]物种这样的软体轮虫特别有利,例如,一些外部特征会受到保存的影响,因此诊断性或可靠性较低。尽管该检索表尽可能全面,但许多物种的许多特征信息仍然缺失,从而凸显了在[具体生物名称]范围内进行额外全面和详细的物种(重新)研究的必要性。