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5 results for “Galeolaria”
Data from: A phased chromosome-level genome of the annelid tubeworm <em>Galeolaria caespitosa</em>
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FIGURE 4 in A revision of the genera Galeolaria and Pyrgopolon (Polychaeta: Serpulidae), with discussions on opercular insertion as a character in their taxonomy and relationships, and their zoogeography
FIGURE 4. Result of test to determine the relationships/grouping of Galeolaria and Pyrgopolon with 10 other serpulid genera. The names of the 12 genera tested (Table 2, Appendix 2) appear numbered 0–11 in the cladogram.
FIGURE 3 in A revision of the genera Galeolaria and Pyrgopolon (Polychaeta: Serpulidae), with discussions on opercular insertion as a character in their taxonomy and relationships, and their zoogeography
FIGURE 3. Dorsal view of anterior end of Pyrgopolon ctenactis (Mørch, 1863) from Station 212, Santa Barbara, Bonaire, collected, determined and presented by ten Hove, BM (NH) 1971:230. Note operculum inserted independently of branchial radioles of both sides, i.e., from the middle of the anterior end of the thorax.
FIGURE 2. A–I in A revision of the genera Galeolaria and Pyrgopolon (Polychaeta: Serpulidae), with discussions on opercular insertion as a character in their taxonomy and relationships, and their zoogeography
FIGURE 2. A–I: Galeolaria hystrix Mørch 1863, BM (NH) 1986.1.18.48 from New Zealand. A, juvenile specimen figured within its tube. B, The latter worm removed from its tube. C & D: A specimen from BM (NH) 10.19.20 from Cronulla, Australia, determined and presented by B. Dew. D, A specimen from BM (NH) 10.19.20 showing the operculum originating independently of the branchial radioles of both sides. E, Operculum of the juvenile specimen figured in B above. F: Opercular plate of a very large specimen from BM (NH) 1986.11.18.48, from New Zealand. G: Special collar chaeta from the latter specimen. H & I: Geniculate abdominal neurochaetae from the latter.
FIGURE 1. A–F in A revision of the genera Galeolaria and Pyrgopolon (Polychaeta: Serpulidae), with discussions on opercular insertion as a character in their taxonomy and relationships, and their zoogeography
FIGURE 1. A–F: Galeolaria caespitosa Lamarck 1818, from Port Hacking, NSW, BM (NH) 1959.10.19.9–19 determined and presented by B. Dew. A: Whole worm. B, Anterior end of worm; the operculum clearly inserted independently of the branchial radioles of both sides. C, Anterior end of a worm viewed from the left, showing the following. Unfringed interradiolar membranes, an opercular plate bearing a marginal palisade of short rods, a group of medial spines, and a winged opercular peduncle. Note the mid-dorsal longitudinal groove along the peduncle which is a continuation of the faecal groove. D, Opercular peduncle viewed dorsally, showing the longitudinal mid-dorsal groove for passage of faecal matter. It also shows that the mid-dorsal rod of the marginal palisade of rods is specially adapted for deflecting faecal material wafted along the faecal groove of the opercular peduncle outwards, and away from the branchial crown. E & F, show opercular spines and basal plates; see text for description.
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