Vujić Vukica, Lučić Luka, Pavković-Lučić Sofija, Ilić Bojan, Jovanović Zvezdana, Makarov Slobodan, Dudić Boris
Faculty of Biology, Institute of Zoology, University of Belgrade, Belgrade, Serbia University of Belgrade Belgrade Serbia.
Zookeys. 2020 Apr 28;930:75-88. doi: 10.3897/zookeys.930.48285. eCollection 2020.
Until now, morphological trait variation has been investigated in several millipede species using geometric morphometrics. The present study is the first attempt to explore sexual shape and size dimorphism (SShD and SSD) of morphological structures in Polydesmida. We here analyse antennal, head, and leg SShD and SSD in Daday, 1889. Our results show that SSD exists in all of the analysed structures, while SShD is present only in the legs. In comparison with females, males possess longer and wider legs, as well as longer antennae and a shorter head. Contrary to previous findings in some Julida, in SSD of the antennae and legs varies more than SShD in these morphological structures.
到目前为止,已经使用几何形态测量学对几种千足虫物种的形态特征变异进行了研究。本研究是首次探索多足纲形态结构的性别形状和大小二态性(SShD和SSD)。我们在此分析了1889年达代(Daday)的触角、头部和腿部的SShD和SSD。我们的结果表明,在所有分析的结构中都存在SSD,而SShD仅存在于腿部。与雌性相比,雄性的腿更长更宽,触角更长,头部更短。与之前在一些姬薪虫目(Julida)中的发现相反,在这些形态结构中,触角和腿部的SSD变化比SShD更大。