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28 results for “Conescharellinidae”

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Figure 23 in A review of Australian Conescharellinidae (Bryozoa: Cheilostomata)

Figure 23. Trochosodon aster sp. nov. NMV F99015, paratype, Detail of orifice and avicularia, scale = 100 µm.

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Figure 19 in A review of Australian Conescharellinidae (Bryozoa: Cheilostomata)

Figure 19. Trochosodon asymmetricus sp.nov. NMV F99011, paratype. A, detail of orifices and asymmetrically placed, tubular adapical pores, scale =100 µm. B, adapical region showing rounded root pores and avicularia, scale = 200 µm. C, detail of marginal peristomes, orifices, adapical pores, and avicularia, scale = 200 µm.

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Figure 12 in A review of Australian Conescharellinidae (Bryozoa: Cheilostomata)

Figure 12. Conescharellina pustulosa sp. nov. A–B, NMV F99000, holotype. A, adapical view of colony, scale = 500 µm. B, detail of two marginal orifices, showing thick secondary calcification and peristomial avicularia, scale = 200 µm. C, NMV F99001, paratype, group of orifices, adapical pores with developing ectooecial lamina arrowed, scale = 200 µm. D, NMV F99002, colony lateral view, growth direction (antapical) arrowed, scale = 500 µm.

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Figure 15 in A review of Australian Conescharellinidae (Bryozoa: Cheilostomata)

Figure 15. Bipora flabellaris (Levinsen, 1909). A–D, NMV F99003. A, young colony, direction of growth arrowed, scale =100 µm. B, antapical view of colony, showing narrow kenozooidal region (arrowed), scale = 1 mm. C, detail of orifices with adapical pores, and avicularia, scale = 200 µm. D, adapical region, showing lunate root pores, scale = 200 µm. E, NMV F99004, large worn colony at late growth stage, showing flabelliform shape and everted antapical region, direction of growth arrowed, scale = 2 mm.

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Figure 10 in A review of Australian Conescharellinidae (Bryozoa: Cheilostomata)

Figure 10. Conescharellina plana sp. nov. A–C, NMV F98996, holotype. A, adapical view of colony, scale = 1 mm. B, detail of root pore with surrounding avicularia, scale = 200 µm. C, detail of colony margin showing orifices, peristomes, and avicularia, scale = 200 µm. D, NMV F98997, paratype, antapical surface of colony, scale = 500 µm.

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Figure 5. A–C in A review of Australian Conescharellinidae (Bryozoa: Cheilostomata)

Figure 5. A–C, Conescharellina ecstasis sp. nov. A, NMV 98988. Adapical view, scale = 500 µm. B–C, NMV 98987, holotype. B, lateral view of colony, growth direction arrowed, scale = 1 mm. C, detail of adapical surface showing secondary calcification, avicularia and lunate root pore with three small avicularia, scale = 200 µm. D–F, Conescharellina diffusa sp. nov. D, NMV F98990. Adapical view of colony showing lunate root pores and broken ovicell (arrow), scale = 500 µm. E, NMV F98989, holotype. Lateral view of large colony, growth direction arrowed, scale = 1 mm. F. Conescharellina aff. diffusa sp. nov. NMV P311803, Bairnsdale, Victoria, Miocene. Lateral view of colony, scale = 500 µm.

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Figure 27. Zeuglopora lanceolata Maplestone, 1909. NMV F99026 in A review of Australian Conescharellinidae (Bryozoa: Cheilostomata)

Figure 27. Zeuglopora lanceolata Maplestone, 1909. NMV F99026. Lateral view of colony, direction of growth arrowed, scale = 1 mm.

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Figure 8 in A review of Australian Conescharellinidae (Bryozoa: Cheilostomata)

Figure 8. Conescharellina obscura sp. nov. A–B, NMV P98992. A, adapical view of small colony, showing lunate root pores, scale = 500 _m. B, detail of zooid orifices, avicularia, and one lunate root pore, scale = 200 µm. C, BMNH 1899.5.1.1148, Hincks Collection, Port Jackson, New South Wales. Detail of zooid orifices with adapical pores, avicularia and one lunate root pore. Note the wide orifice sinuses, scale = 200 µm.

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Figure 7 in A review of Australian Conescharellinidae (Bryozoa: Cheilostomata)

Figure 7. Conescharellina obscura sp. nov. A, NMV F98991, holotype. Lateral and adapical view of large colony, scale= 500 µm.

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Figure 4 in A review of Australian Conescharellinidae (Bryozoa: Cheilostomata)

Figure 4. Conescharellina ecstasis sp. nov. NMV 98987, holotype. Radial series of zooid orifices with adapical pores and large avicularia, scale = 200µm.

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Figure 2. A–B in A review of Australian Conescharellinidae (Bryozoa: Cheilostomata)

Figure 2. A–B, Conescharellina biarmata (Maplestone, 1909). NMV F98980. A, lateral view of colony, growth direction arrowed, scale=1 mm. B, detail of orifices with adapical pore, avicularia and slit-like frontal septular pores, scale= 100 µm. C–D, Conescharellina multiarmata Maplestone, NMV F98981. C, Lateral view of colony, growth direction arrowed, scale=500 µm, D, detail of orifices from slightly antapical view, showing tubular adapical pores, avicularia and minute frontal septular pores, scale = 200 µm. E–F, Conescharellina multiarmata (Maplestone, 1909). E, NMV F98983, orifices and avicularia; note pattern of septular pores, scale= 200 µm. F, NMV F98982, Antapical view of colony showing small solitary coral. Note paired, marginal peristomial avicularia, scale= 500 µm.

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Figure 9 in A review of Australian Conescharellinidae (Bryozoa: Cheilostomata)

Figure 9. Conescharellina stellata sp. nov. A–C NMV F98993, holotype. A, adapical view of colony showing prominent bilabiate marginal peristomes and lunate root pores, scale = 500 µm. B, detail of marginal zooid orifice with adapical pore. Avicularium with porous non-palatal lamina (arrow), compare Figure 9E, scale = 200 µm. C, lateral view of colony showing lunate root pore, avicularia, scale = 200 µm. D–E, NMV F98995. D, adapical view of colony with prominent, rounded, funnel-shaped marginal peristomes, scale = 500 µm. E, marginal view showing extended peristomes, orifices and avicularia with non-palatal laminae, one with pore (arrow), compare Figure 9B, scale = 200 µm. F–I, NMV P98994. F, Colony with cuticle in situ and two ovicells near margin, scale = 100 µm, G, detail of ovicells, scale = 100µm. H, I, frontal and basal surfaces of detached ovicell. H, showing ridges in margin of entooecium, forming pores at junction with ectooecium, with basal smooth ectooecium. I, with fracture at original margin of adapical pore, scales = 50 µm.

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Figure 14 in A review of Australian Conescharellinidae (Bryozoa: Cheilostomata)

Figure 14. Conescharellina macgillivrayi sp. nov. and C. humerus sp. nov. A, C. macgillivrayi NMV P311811, antapical view of colony, showing cancelli, scale = 500 _m. B–F. C. humerus, B, NMV P311814, adapical view of colony, showing root pore, scale = 500 µm. C–D. NMV P311812. C, Adapical view of colony, scale = 500 mm. D, detail of orifices and avicularia, scale = 200 µm. E, NMV P311814, detail of root pore (see Figure 14B), scale = 100 µm. F, NMV P311813, detail of marginal zooids, showing profiles of peristomes and avicularia, scale = 100 µm.

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Figure 22. A–D in A review of Australian Conescharellinidae (Bryozoa: Cheilostomata)

Figure 22. A–D Trochosodon aster sp. nov. A, NMV F99015, paratype, young colony showing alternating triad structure; root pores and avicularia arrowed, scale = 200 µm. B, NMV 99016, paratype, older colony, scale = 500µm. C, NMV P99017, paratype, colony showing adapical calcification, scale = 500 µm.

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Figure 20 in A review of Australian Conescharellinidae (Bryozoa: Cheilostomata)

Figure 20. Trochosodon diommatus sp. nov. NMV F99012, holotype. adapical view of colony showing lunate root pores, scale = 500 µm.

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Figure 6 in A review of Australian Conescharellinidae (Bryozoa: Cheilostomata)

Figure 6. Conescharellina diffusa sp. nov. NMV F98989, holotype. A, detail of zooid orifices with adapical pores, lunate root pores and avicularia with non-palatal spinules (arrow), scale = 200 µm. B, detail of orifices with adapical pores; orifice at left shows broken laminae of ectooecium and overlying entooecium of developing ovicell; orifice at right shows adapical pore surrounded by ectooecial lamina of ovicell (arrow). Note non-palatal spinules of avicularia, scale = 200 µm.

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Figure 11 in A review of Australian Conescharellinidae (Bryozoa: Cheilostomata)

Figure 11. Conescharellina perculta sp. nov. A, NMV F98998, holotype. A, adapical view of colony, scale = 200 µm. B, NMV P98999, antapical view of marginal peristomes, scale = 200 µm. C–D, NMV F98998, holotype. C, detail of orifices, peristomes, and avicularia, scale = 200 µm. D, detail of root pore, scale = 200 µm.

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Figure 29. A–C in A review of Australian Conescharellinidae (Bryozoa: Cheilostomata)

Figure 29. A–C, Flabellopora umbonata (Haswell, 1881). NMV F99395, stn GAB-056. A. Colony, growth direction arrowed, scale = 1 mm. B. Antapical region showing orifices and avicularia, adapical pore arrowed, scale = 200 µm. C. Adapical region, root pore arrowed, scale = 1 mm.

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Figure 25. T in A review of Australian Conescharellinidae (Bryozoa: Cheilostomata)

Figure 25. T. praecox sp. nov., Cape York. A, NMV F99020, paratype, detail of orifices and avicularia. with two complete ovicells and one peristomial foramen (arrowed), scale = 200 µm. B–C, NMV F99022, paratype, B, marginal zooids of colony with complete ovicell, avicularia arrowed, scale = 200 µm. C, detail of ovicells, showing ectooecial margin and central foramina of entooecium (arrowed); note avicularia, scale = 100 µm. D–E, NMV F99021, paratype. D, young colony with one peristomial foramen, root pores arrowed, scale = 200 µm. E, detail of foramen and adapical pore (arrowed), scale = 100 µm. F, NMV P99022, paratype. Colony with one complete and two developing ovicells (arrowed), scale = 200 µm.

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Figure 17. T in A review of Australian Conescharellinidae (Bryozoa: Cheilostomata)

Figure 17. T. fecundus sp. nov. A, NMV F99009, paratype. Detail of orifice and adapical pore, scale = 50 µm. B–D, NMV F99007, holotype. B, Adapical view of colony with ovicells and lunate root pores, scale = 500 µm. C. detail of orifices and avicularia, note one adapical pore with developing ectooecial lamina (arrowed), scale = 200 µm. D, ovicells, orifices and lunate root pore, scale = 200 µm. E, NMV F99009, paratype. Adapical view of small colony with associated "anascan" ancestrula (arrowed), scale = 500 µm. F, NMV 99008, paratype, detail of ovicell, showing marginal ectooecium with lateral lappets and ridged entooecium, scale =100 µm.

opencc-by-4.0Dec 2004View details →

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