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Figure 9. Fossil localities about 1 in Early Silurian phacopide trilobites from central Victoria, Australia
Figure 9. Fossil localities about 1 km south of Costerfield township; the area covered by the map is indicated on fig. 1.
Figure 8 in Early Silurian phacopide trilobites from central Victoria, Australia
Figure 8. Ananaspis typhlagogus (Öpik, 1953). A–B, D–E, NMV P147049, partially enrolled exoskeleton from PL2263, Costerfield; A, × 2.8; B, × 3; D–E, × 3.5. C, NMV P138237, view of pygidium, × 9. F, NMV P138287, pygidium, × 4.3, from PL1460, Costerfield. G, NMV P138233, thorax, × 2.5, from the ʻIllaenus bandʼ, Costerfield. H–I, NMV P138285, pygidium, × 4.5, from PL1460, Costerfield. J, NMV P140152, cephalon, × 3.9, from PL390, Costerfield. (C, F, H–J are latex casts).
Figure 6. A–H, I in Early Silurian phacopide trilobites from central Victoria, Australia
Figure 6. A–H, I?, J–K, Ananaspis kenleyi sp. nov. A, holotype NMV P136802, pygidium, × 6, from ʻBroadhursts Creekʼ, Wandong. B–C, paratype NMV P136821, cephalon × 4, from PL375, Kilmore East. D, paratype NMV P140156, cephalon, × 4.5, from PL375, Kilmore East. E, paratype NMV P140403, cephalon (fragment), × 2.5, from PL1691, Kilmore East. F, paratype NMV P137165, cephalon, × 3.5, from PL286, Wandong. G, paratype NMV P140154, thoracopygon with pygidium displaced and inverted, view of pygidium, × 4.5. H, paratype NMV P136820, pygidium with circular textural markings, × 4, from PL375, Kilmore East. I, paratype NMV P136815 cephalon, × 3, PL377, Kilmore East. J, paratype NMV P136819, exoskeleton with displaced cephalon, view of doublure, × 4, PL375, Kilmore East. K, paratype NMV P138648, thoracopygon, × 2.5, from ʻBroadhursts Creekʼ, Wandong. L–M, Phacopidae gen. indet. 1, NMV P136136 cephalon, × 5, from PL1368, Strathewen. (B–C, F–G, I–K are internal moulds).
Figure 18 in Early Silurian phacopide trilobites from central Victoria, Australia
Figure 18. Struveria? plinthourgos sp. nov., holotype NMV P79125, internal mould of dorsal exoskeleton, from PL1374, Camberwell; A, × 1; B–E, × 1.25.
Figure 16 in Early Silurian phacopide trilobites from central Victoria, Australia
Figure 16. Preodontochile springfieldensis sp. nov., from PL1369, Springfield. A, E–F, holotype NMV P312070, × 2. B, paratype NMV P312074, pygidium, × 2. C, G, paratype NMV P312075, thoracopygon; C, × 3; G, × 2.7. D, paratype NMV P312072, cranidium and displaced cheek, × 5. H, paratype NMV P139350, enlargement of eye, × 8. I, NMV P139351, three thoracic segments, × 1.5. (B–C, E are internal moulds).
Figure 20 in Early Silurian phacopide trilobites from central Victoria, Australia
Figure 20. Berylacaste berylae gen. et sp. nov., from PL206, Wallan. A–B, E, paratype NMV P138226, cephalon; A–B, × 4; E, enlargement of genal angle showing thorn-like genal spine. C, paratype NMV P138225, enlargement of pygidium, × 10. D, paratype NMV P139331, enlargement of pygidium, × 8.
Figure 4 in Early Silurian phacopide trilobites from central Victoria, Australia
Figure 4. Fossil localities of the Springfield Formation, Chintin Formation and Riddell Sandstone in the Springfield area, 65 km NNE of Melbourne; the area covered by the map is indicated on fig. 1. The geology of this area given by Rickards and Sandford (1998) (fig. 6) is incorrect. The presumed faunal similarities with the Bylands Siltstone are not substantiated on description of the fauna herein. On lithological and apparent faunal similarities Rickards and Sandford erroneously correlated the siltstone at PL1369 with the Bylands Siltstone and showed the Chintin Formation underlying it. Additional field observations show that the Chintin Formation crops out upstream from and hence overlies PL1369, which lies in the uppermost beds of the Springfield Formation, as mapped by VandenBerg (1991).
Figure 12. A in Early Silurian phacopide trilobites from central Victoria, Australia
Figure 12. A, Phacopidella? sp., NMV P1218, dorsal exoskeleton, × 2.7, from PL1393, Keilor. B–C, Struveria sp. 1, NMV P139357, partly disarticulated exoskeleton with hypostome and cephalic doublure exposed, from PL1386, Broadmeadows; B, × 3.4; C, × 4. D–F, Phacopidae gen. indet. 2, NMV P312076, cephalon, × 8, from PL1369, Springfield. (A, E–F are internal moulds).
Figure 2 in Early Silurian phacopide trilobites from central Victoria, Australia
Figure 2. Acernaspis georgei sp. nov. A–C, E–F, holotype NMV P515, cephalon (fragment), from PL1964, Springfield; A–C, × 5; E, × 6.5; F, × 6. D, H, paratype NMV P138259, cephalon, from PL256, Wallan; D, × 5; H, × 4. G, paratype NMV P138261, pygidium, × 8, from PL256, Wallan. I, paratype NMV P138271, cephalon (fragment), × 7, from PL598, Springfield. (C, D are internal moulds).
Figure 5. A–D in Early Silurian phacopide trilobites from central Victoria, Australia
Figure 5. A–D, Acernaspis? sp., NMV P139804, cephalon, × 4, from PL385, Costerfield. E–G, Phacopidae gen. indet. 3, NMV P139353, enrolled exoskeleton from PL1369, Springfield; E, × 4.0; F, × 4.5.
Figure 3. A–B, D–E, H–I in Early Silurian phacopide trilobites from central Victoria, Australia
Figure 3. A–B, D–E, H–I, Acernaspis georgei sp. nov. A, paratype NMV P147766, incomplete cephalon, × 4, from PL256, Wallan. B, NMV P139448, damaged cephalon with cephalic doublure exposed, × 3.25, from ʻLancefieldʼ. D, I, paratype NMV P312816, incomplete cephalon from PL256; D, × 5; I, × 4.5. E, NMV P139451, pygidium, × 4, from ʻLancefieldʼ. H, paratype NMV P138262, pygidium, × 5, from PL256, Wallan. C, F–G, J–K, Ananaspis typhlagogus (Öpik, 1953) from PL6361, Springfield. C, G, J–K, NMV P312813, cephalon; C, J, K × 3.75, G × 4.75. F, NMV P312814, thorax, × 5. (A–B, H are internal moulds).
Figure 7 in Early Silurian phacopide trilobites from central Victoria, Australia
Figure 7. Ananaspis typhlagogus (Öpik, 1953). A–B, J, NMV P138229, cephalon × 7, from PL385, Costerfield. C–E, holotype CPC 686, dorsal exoskeleton, views of cephalon, × 3, from the ʻIllaenus bandʼ, Costerfield. F–H, K, NMV P138236, cephalon, × 4, from the ʻIllaenus bandʼ, Costerfield. I (and fig. 10C), NMV P138237, dorsal exoskeleton, × 4.5, from the ʻIllaenus bandʼ, Costerfield. L–M, unregistered specimen in AGSO collection, cephalon, view of hypostome, × 2.5, from the ʻIllaenus bandʼ, Costerfield. (I, L–M are latex casts).
Figure 19 in Early Silurian phacopide trilobites from central Victoria, Australia
Figure 19. Berylacaste berylae gen. et sp. nov., from PL206, Wallan. A, paratype NMV P138224, dorsal exoskeleton, × 4. B–C, paratype NMV P139332, cephalon with displaced librigena, × 5. D–E (and fig. 20D), paratype NMV P139331, thoracopygon; D, × 8; E, × 4. F–H, paratype NMV P139333, cephalon, × 4. I–J (and fig. 20C), paratype NMV P138225, dorsal exoskeleton with down-flexed pygidium, × 5. K, holotype NMV P138224, cephalothorax, × 5. (A, C, F, H, I, K are internal moulds).
Figure 15 in Early Silurian phacopide trilobites from central Victoria, Australia
Figure 15. Preodontochile springfieldensis sp. nov., from PL1369, Springfield. A–B, G, paratype NMV P312071, incomplete cephalothorax with damaged genal field; A–B, × 2.2; G, × 2.7. C, E (and figs 16A, E–F), holotype NMV P312070, cephalon with left cheek broken and displaced; C, × 2; E, × 1.8. D, F (and fig. 16H), paratype NMV P139350, cephalothorax; D, × 1.8, with glabella showing tool marks from preparation; F, × 2.0, showing cephalic doublure and hypostome. (A, C, E, G are internal moulds).
Figure 1. A in Early Silurian phacopide trilobites from central Victoria, Australia
Figure 1. A, map of south-eastern Australia; approximate area of fig. 1B is indicated by a rectangle. B, map of central Victoria showing localities cited in the text; the areas covered by maps in figs. 4 and 9 are indicated.
Figure 6 in A new species of Quinquelaophonte (Crustacea: Copepoda: Harpacticoida: Laophontidae) from Port Phillip Bay, Victoria, Australia
Figure 6. Quinquelaophonte prolixasetae sp. nov. male, paratype (NMV J52389): A, P3 and intercoxal sclerite; B, P4 and intercoxal sclerite.
Figure 8 in A new species of Quinquelaophonte (Crustacea: Copepoda: Harpacticoida: Laophontidae) from Port Phillip Bay, Victoria, Australia
Figure 8. Quinquelaophonte prolixasetae sp. nov. female (SAM C6098): A, P1 dorsal view; B, P1 endopod-2 and claw; C, caudal rami, ventrolateral view; D, anal operculum and caudal rami, dorsal view.
Figure 7 in A new species of Quinquelaophonte (Crustacea: Copepoda: Harpacticoida: Laophontidae) from Port Phillip Bay, Victoria, Australia
Figure 7. Quinquelaophonte prolixasetae sp. nov. Female (SAM C6098): A, mouthparts: a, labrum; b, paragnath; c, Mxl; Mx; B, Mx. Male (SAM C6099): C, A1 (open) dorsal view; D, A1 dorsal view; E, A1 ventral view; F, A1 ventral view close up.
Figure 5 in A new species of Quinquelaophonte (Crustacea: Copepoda: Harpacticoida: Laophontidae) from Port Phillip Bay, Victoria, Australia
Figure 5. Quinquelaophonte prolixasetae sp. nov. male, paratype (NMV J52389): A, P1 and intercoxal sclerite; B, P2 and intercoxal sclerite; D, section of urosome, ventral view showing P5 and P6. Female, holotype (NMV J52388): C, P5.
Figure 3 in A new species of Quinquelaophonte (Crustacea: Copepoda: Harpacticoida: Laophontidae) from Port Phillip Bay, Victoria, Australia
Figure 3. Quinquelaophonte prolixasetae sp. nov., female, holotype (NMV J52388): A, P1; C, P2. B, P2 Q. wellsi (redrawn from Hamond, 1973). Female, paratype (NMV J53020): D, caudal rami and anal somite.
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