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52 results for “Phyllidiidae”
Plate 19 from: Yonow N (2020) Red Sea Opisthobranchia 6: Phyllidiidae and their paradorid mimic: new species and new records (Heterobranchia, Nudibranchia, Doridina). ZooKeys 1006: 1-34. https://doi.org/10.3897/zookeys.1006.59732
Plate 19 Phyllidiopsis monacha, Hurghada, 13 Dec 2014 (photograph only S. Kahlbrock).
Map 1 from: Yonow N (2020) Red Sea Opisthobranchia 6: Phyllidiidae and their paradorid mimic: new species and new records (Heterobranchia, Nudibranchia, Doridina). ZooKeys 1006: 1-34. https://doi.org/10.3897/zookeys.1006.59732
Map 1 Map of the Red Sea showing all the collecting and photograph sites listed in this paper.
Figure 11 from: Yonow N (2020) Red Sea Opisthobranchia 6: Phyllidiidae and their paradorid mimic: new species and new records (Heterobranchia, Nudibranchia, Doridina). ZooKeys 1006: 1-34. https://doi.org/10.3897/zookeys.1006.59732
Figure 11 Paradoris hypocrita sp. nov., SEM of whole radula of paratype SMF 360588.
Figure 3 from: Stoffels BEMW, van der Meij SET, Hoeksema BW, van Alphen J, van Alen T, Meyers-Muñoz MA, de Voogd NJ, Tuti Y, van der Velde G (2016) Phylogenetic relationships within the Phyllidiidae (Opisthobranchia, Nudibranchia). ZooKeys 605: 1-35. https://doi.org/10.3897/zookeys.605.7136
Figure 3 - Halmahera and Ternate sites where Phyllidiidae were sampled in 2009.
Figure 2 from: Stoffels BEMW, van der Meij SET, Hoeksema BW, van Alphen J, van Alen T, Meyers-Muñoz MA, de Voogd NJ, Tuti Y, van der Velde G (2016) Phylogenetic relationships within the Phyllidiidae (Opisthobranchia, Nudibranchia). ZooKeys 605: 1-35. https://doi.org/10.3897/zookeys.605.7136
Figure 2 - Raja Ampat sites where Phyllidiidae were sampled in 2007.
Fig. 16 in Phyllidiidae (Nudibranchia, Heterobranchia, Gastropoda): an integrative taxonomic approach including chemical analyses
Fig. 16 Phylogeny of Phyllidiidae and chemical analysis of 70 preserved specimens from three genera (Phyllidia, Phyllidiopsis, and Phyllidiella) and 19 species. a Coloured clusters were obtained with classical or feature-based molecular networking and depict families of secondary metabolites characteristic for certain clades, e.g., brominated alkaloids for the genus Phyllidia, amphilectene-type diterpenes for P. coelestis and P. elegans, kalihinol-type diterpenes for P. rudmani, as well less specific secondary metabolites (sesquiterpene isonitriles and derivatives) that were detected throughout the Phyllidiidae. The chemical structures were established either with NMR after compound isolation, or were assigned based on HR-LCMS/MS
Fig. 15 in Phyllidiidae (Nudibranchia, Heterobranchia, Gastropoda): an integrative taxonomic approach including chemical analyses
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. 12 in Phyllidiidae (Nudibranchia, Heterobranchia, Gastropoda): an integrative taxonomic approach including chemical analyses
Fig. 12 Phyllidiella species and specimens with identifiers. Scale bars: 10 mm. 1a–d Phyllidiella hageni: a Phllsp15Bu1; b Phru18Ko1; c Phpu16Sa30; d Phha18Ko1
Fig. 20 in Phyllidiidae (Nudibranchia, Heterobranchia, Gastropoda): an integrative taxonomic approach including chemical analyses
Fig. 20 Haplotype network from concatenated sequences of Phyllidiella sp. c with subclade 1 (32 sequences, white circles), subclade 2 (24 sequences, light grey circles), and Phyllidiella albonigra (9
Fig. 18 in Phyllidiidae (Nudibranchia, Heterobranchia, Gastropoda): an integrative taxonomic approach including chemical analyses
Fig. 18 Haplotype network of Phyllidiella pustulosa (74 sequences, white circles) and P. cf. pustulosa (20 sequences, grey circles) based on the CO1 gene, with the four described chemotypes (coloured cir-
Fig. 17 in Phyllidiidae (Nudibranchia, Heterobranchia, Gastropoda): an integrative taxonomic approach including chemical analyses
Fig. 17 Haplotype network of Phyllidia picta including 34 CO1 sequences. Note the separation of the two clades by 28 mutational steps. The two clades are coloured red and green, respectively
Fig. 1 in Phyllidiidae (Nudibranchia, Heterobranchia, Gastropoda): an integrative taxonomic approach including chemical analyses
Fig. 1 Sampling locations in Sulawesi, Indonesia
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