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11 results for “Oxydromus”
FIGURE 1 in Does polyxenous symbiosis promote sympatric divergence? A morphometric and phylogeographic approach based on Oxydromus okupa (Annelida, Polychaeta, Hesionidae)
FIGURE 1 Sampled localities of the host bivalves harbouring Oxydromus okupa in the Gulf of Cadiz region: (CI) Cádiz Intertidal (Scrobicularia plana); (CS) Cádiz Subtidal (Macomopsis pellucida); (CH) Chipiona intertidal (M. pellucida). Images obtained from Google Earth v. 7.3, © Google 2018.
FIGURE 6 in Does polyxenous symbiosis promote sympatric divergence? A morphometric and phylogeographic approach based on Oxydromus okupa (Annelida, Polychaeta, Hesionidae)
FIGURE 6 Maximum-likelihood tree of 16S haplotype data. Bootstrap values for node support>75 are represent- ed on the corresponding branches.
FIGURE 3 Principal Component Analyses plots. A in Does polyxenous symbiosis promote sympatric divergence? A morphometric and phylogeographic approach based on Oxydromus okupa (Annelida, Polychaeta, Hesionidae)
FIGURE 3 Principal Component Analyses plots. A: Based on size independent data. B: Based on character proportions. CI: Cadiz Intertidal (Scrobicularia plana); CS: Cadiz Subtidal (Macomopsis pellucida); CH: Chipiona intertidal (M. pellucida). Character abbreviations as in fig. 2.
FIGURE 8 in Does polyxenous symbiosis promote sympatric divergence? A morphometric and phylogeographic approach based on Oxydromus okupa (Annelida, Polychaeta, Hesionidae)
FIGURE 8 Juvenile phases of Oxydromus okupa. A: The smallest exemplar collected in the study (0.96 mm long) at CH. B: A juvenile (1.10 mm long) found at CI. C: A juvenile (1.54 mm long) collected at CH.
FIGURE 6. Oxydromus lanai new species. A. Paratype juvenile MZUSP 439 with 8 in Hesionidae Grube, 1850 (Annelida: Polychaeta) from South-Southeastern Brazil, with descriptions of four new species
FIGURE 6. Oxydromus lanai new species. A. Paratype juvenile MZUSP 439 with 8 chaetigers, dorsal view; B. Paratype MZUSP 481, parapodium 1, posterior view; C. Same, parapodium 3, posterior view; D. Paratype MZUSP 493, parapodium 4, posterior view; E. Same, parapodium 9, anterior view.
FIGURE 5. Oxydromus lanai new species. A. Holotype MZUSP 491 in Hesionidae Grube, 1850 (Annelida: Polychaeta) from South-Southeastern Brazil, with descriptions of four new species
FIGURE 5. Oxydromus lanai new species. A. Holotype MZUSP 491, anterior region, dorsal view; B. Anterior region from an epitokous paratype MZUSP 439, dorsolateral view; C. Paratype MZUSP 436, posterior region, dorsal view; D. Furcate notochaetae, basally serrated near of shorter tine; E. Falciger bidentate with short and narrow blade; F. Falciger bidentate with short to long blade.
Figure 11. Oxydromus humesi. A, B in On the enigmatic symbiotic polychaete 'Parasyllidea' humesi Pettibone, 1961 (Hesionidae): taxonomy, phylogeny and behaviour
Figure 11. Oxydromus humesi. A, B, sequences of two specimens fighting each other. Arrows indicate the heads of both worms.
Figure 8. Oxydromus humesi and Scrobicularia plana. First contacts with the host. A1–A3 in On the enigmatic symbiotic polychaete 'Parasyllidea' humesi Pettibone, 1961 (Hesionidae): taxonomy, phylogeny and behaviour
Figure 8. Oxydromus humesi and Scrobicularia plana. First contacts with the host. A1–A3, contact with the bivalve and displacement to lie between shell and glass bottom. B1–B3, crawling over the host shell until reaching the siphons.
FIGURE 4 in Does polyxenous symbiosis promote sympatric divergence? A morphometric and phylogeographic approach based on Oxydromus okupa (Annelida, Polychaeta, Hesionidae)
FIGURE 4 Scatterplots for individual scores and centroids of the discriminant functions obtained in each pairwise comparison (i.e., CS/CH, CI/CH and CI/CS) by the discriminant analyses realized on the two data sets: size-independent data and character proportions. CI: Cádiz Intertidal (Scrobicularia plana); CS: Cádiz Subtidal (Macomopsis pellucida); CH: Chipiona intertidal (M. pellucida).
FIGURE 7 in Does polyxenous symbiosis promote sympatric divergence? A morphometric and phylogeographic approach based on Oxydromus okupa (Annelida, Polychaeta, Hesionidae)
FIGURE 7 Mismatch distributions for populations of Oxydromus okupa for 16S data. The x-axis represents the number of pairwise differences among sequences; the y-axis shows the frequency of the pairwise comparisons. A, graph for the whole metapopulation. B, Graph for CH. C, Graph for CI. CI: Cádiz Intertidal (Scrobicularia plana); CH: Chipiona intertidal (Macomopsis pellucida).
Figure 1 from: Villalobos-Guerrero T, Harris L (2012) Oxydromus Grube, 1855 reinstated over Ophiodromus Sars, 1862 (Polychaeta, Hesionidae). ZooKeys 241: 21-31. https://doi.org/10.3897/zookeys.241.3820
Figure 1 - A representative living specimen of Oxydromus collected in California. Species: Oxydromus pugettensis (Johnson, 1901) (photo: Leslie Harris).
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