Ceratophyllidia Eliot, 1903

Papu, Adelfia, Bogdanov, AleXander, Bara, Robert, Kehraus, Stefan, König, Gabriele M., YonoW, Nathalie & Wägele, Heike, 2022, Phyllidiidae (Nudibranchia, Heterobranchia, Gastropoda): an integrative taxonomic approach including chemical analyses, Organisms Diversity & Evolution (New York, N. Y.) 22 (3), pp. 585-629 : 618

Ceratophyllidia Eliot, 1903

Ceratophyllidia is only represented by one sequence obtained from GenBank ( Hallas et al., 2017, CASIZ181247, Beatrice, Philippine Islands; identifiable with Ceratophyllidia sp. 4 in Gosliner et al., 2015; T.M. Gosliner pers. comm.) and groups within the genus Phyllidiella ( Figs. 13 , 14 , 15 , S 1 ). The genus can be easily distinguished from Phyllidiella species by the shape of the swollen tubercles which are stalked ( Brunckhorst, 1993). Because of the lack of data for this genus within our data set, we cannot assess this unexpected relationship of Ceratophyllidia with Phyllidiella in detail.

Figures

Fig.13 Maximum likelihood tree of Phyllidiidae based on the concatenated data set of partial CO1 and 16S sequences. Terminal taxa on species level collapsed. Numbers at nodes are bootstrap values (1000 replicates). The genera are marked with the same colours as in Fig. S1. Numbers behind the species names indicate results of the

Fig. 14 Maximum likelihood tree of Phyllidiidae based on partial CO1 sequences. Terminal taxa on species level collapsed. Numbers at nodes are bootstrap values. The genera are marked with the same colours as in Fig. S1

Fig.15 Maximum likelihood tree of Phyllidiidae based on partial 16S sequences. Terminal taxa on species level collapsed. Numbers at nodes are bootstrap values. The genera are marked with the same colours as in Fig. S1

Fig. 1 Sampling locations in Sulawesi, Indonesia