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Figure 2 in Biodiversity and biogeography of the coral boring barnacles of the genus Berndtia (Cirripedia: Acrothoracica) in the West Pacific, with description of three new species

Figure 2. General (lateral) view of Berndtia species observed from stereomicroscope, females. (A) Berndtia denticulata; (B) Berndtia haradai; (C) Berndtia purpurea, dwarf males on lateral region of mantle sac of female indicated by arrows; (D) Berndtia utinomii.

Figure 15 in Biodiversity and biogeography of the coral boring barnacles of the genus Berndtia (Cirripedia: Acrothoracica) in the West Pacific, with description of three new species

Figure 15. Berndtia purpurea. Light microscopy of opercular area, mouth parts and cirri. A. Posterior lobes of operculum, note straight posterior margin (upper). B. Posterior end of opercular bar. C. Mouth cirrus. D. Intermediate annuli of anterior ramus of terminal cirrus II. E. Distal end of mandibular palp. F. Mandible. G. Maxillule. H. Maxillae. Abbreviations: ar – anterior ramus, ba – basis, cc – comb collar, ob – opercular bar, pl – posterior lobe, pr – posterior ramus. Scale bars in μm.

Figure 1 in Biodiversity and biogeography of the coral boring barnacles of the genus Berndtia (Cirripedia: Acrothoracica) in the West Pacific, with description of three new species

Figure 1. Map showing the sampling points in the Indo-Pacific region and the presence of studied Berndtia species. Red circle – Berndtia denticulata, purple circle – Berndtia haradai, green circle – Berndtia utinomii, blue circle – Berndtia purpurea, yellow circle – Berndtia nodosa, brown circle – Berndtia fossata.

Figure 13 in Biodiversity and biogeography of the coral boring barnacles of the genus Berndtia (Cirripedia: Acrothoracica) in the West Pacific, with description of three new species

Figure 13. Berndtia purpurea (type specimen, Seto Marine Laboratory No. 39). (A) Label of type of B. purpurea in Seto Marine Laboratory, showing type and syntypes were collected from both Lepastrea and Psammocora corals; (B) lateral view of female; (C) drawing of lateral view of female and opercular bars in Hiro, 1939; (D) magnified view of posterior lobe of operculum (from rectangle area in 'B'), showing straight posterior margin. Abbreviations: cc – comb collar, ob – opercular bar, pl – posterior lobe of operculum, pm – posterior margin of posterior lobe.

Figure 12 in Biodiversity and biogeography of the coral boring barnacles of the genus Berndtia (Cirripedia: Acrothoracica) in the West Pacific, with description of three new species

Figure 12. Berndtia haradai sp. nov., females Scanning electron microscopy of mouth cirri, thorax and terminal cirri. (A) Thorax with terminal cirri, lateral view; (B) distal part of thorax with bases of terminal cirri, lateral view; (C, D, F) mouth cirri; (E) serrate setae on tip of posterior ramus of mouth cirrus; (G) posterior margins of terminal cirri; (H) serrate setae on anterior margins of terminal cirri. Abbreviations: ar – anterior ramus, ba – basis, co – coxa, pr – posterior ramus. Scale bars in μm.

Figure 3 in Biodiversity and biogeography of the coral boring barnacles of the genus Berndtia (Cirripedia: Acrothoracica) in the West Pacific, with description of three new species

Figure 3. Natural colouration of living species of Berndtia, females. (A, B) Berndtia denticulata, colour pattern of opercular bars; (C) Berndtia purpurea, lateral view of burrow showing burrow shape with attached dwarf males and whole female (note the female was removed from the burrow); (D) B. purpurea, group of four live individuals in coral Lepastrea purpurea; (E) B. purpurea, magnified view showing colour pattern of opercular bars; (F) B. purpurea, live individual extending cirri fan for feeding; (G,H) Berndtia utinomii, magnified view showing colour pattern of opercular bars; (I) Berndtia haradai, magnified view showing colour pattern of opercular bars.

Figure 17 in Biodiversity and biogeography of the coral boring barnacles of the genus Berndtia (Cirripedia: Acrothoracica) in the West Pacific, with description of three new species

Figure 17. Berndtia purpurea. Scanning electron microscopy of cirri. (A) Mouth cirrus, lateral view; (B) serrate and thin setae on basis and outer (posterior) ramus of mouth cirrus; (C) mouth cirrus, lateral view; (D) magnified view of inner (anterior) and outer (posterior) rami of mouth cirrus; (E) serrate setae of anterior ramus of mouth cirrus; (F) thorax with cluster of terminal cirri; (G) magnified view of distal annuli of terminal cirri III and IV. H. Intermediate annuli of anterior ramus of cirrus VI. Abbreviations: ar – anterior ramus, cp – conical processes of thorax, pr – posterior ramus. Scale bars in μm.

Figure 23 in Biodiversity and biogeography of the coral boring barnacles of the genus Berndtia (Cirripedia: Acrothoracica) in the West Pacific, with description of three new species

Figure 23. Line drawing showing comparisons of key diagnostic features of posterior lobes (A, D) and maxillule (E, H) of studied Berndtia species; (A, E) Berndtia denticulata sp. nov.; (B, F) Berndtia haradai sp. nov.; (C, G) Berndtia purpurea; (D, H) Berndtia utinomii sp. nov.

Figure 14 in Biodiversity and biogeography of the coral boring barnacles of the genus Berndtia (Cirripedia: Acrothoracica) in the West Pacific, with description of three new species

Figure 14. Berndtia purpurea. Scanning electron microscopy of mantle sac structures, female. (A) Opercular area, upper view; (B) small posterior lobe and comb collar; (C) protrusions of comb collar; (D) lateral margin of the opercular bar showing truncated teeth and multifid scales; (E) outer surface of opercular bar showing rounded nodules; (F) occludent margins of opercular bars showing teeth and simple setae; (G) lateral region of opercular area, showing setae, simple teeth and massive multifid scales; (H) multifid scales on lateral surface of mantle

Figure 22 in Biodiversity and biogeography of the coral boring barnacles of the genus Berndtia (Cirripedia: Acrothoracica) in the West Pacific, with description of three new species

Figure 22. Light microscopy of dwarf males of Berndtia, lateral view. (A) B. denticulata; (B) B. haradai; (C) Berndtia purpurea; (D) B. utinomii. Abbreviations: cya – cyprids antennules, cyc – remnants cyprids carapace, ta – terminal ampula. Scale bars in μm.

FIGURE 6 in The biogeography of Indo-West Pacific tropical amphipods with particular reference to Australia*

FIGURE 6. Trans-Indian Ocean tracks of: A.. Ceroxyloideae [plant - Palmeae]; B. Exampithoe; C. Wallametopa.

FIGURE 11 in The biogeography of Indo-West Pacific tropical amphipods with particular reference to Australia*

FIGURE 11. PAE Cladogram of 47 genera of marine amphipods from the Indo-Pacific (see text for details)

FIGURE 1 in The biogeography of Indo-West Pacific tropical amphipods with particular reference to Australia*

FIGURE 1. Distributions of A. The plant family Myoporaceae [plant - Angiospermae]; B. The amphipod family Neomegamphopidae.

FIGURE 7 in The biogeography of Indo-West Pacific tropical amphipods with particular reference to Australia*

FIGURE 7. Land configuration in late Jurassic, early Cretaceous, late Cretaceous (K-T Boundary), late Eocene, early Miocene, late Miocene.

FIGURE 3 in The biogeography of Indo-West Pacific tropical amphipods with particular reference to Australia*

FIGURE 3. Trans-Pacific tracks of: A. Phoxocephalopsidae; B. Urohaustoriidae; C. Zobrachoidae; D. Palaephatidae [Lepidoptera].

FIGURE 6 in Evolutionary biogeography and tectonic history of the ghost moth families Hepialidae, Mnesarchaeidae, and Palaeosetidae in the Southwest Pacific (Lepidoptera: Exoporia)

FIGURE 6. Fragmentation of the northern Melanesian Arc over the last 13 Ma; dark shading, present day islands, intermediate shading, former Samoan islands (now as seamounts), pale shading, <2000 m depth. Modified from Schellart (2002a, b).

FIGURE 1 in Evolutionary biogeography and tectonic history of the ghost moth families Hepialidae, Mnesarchaeidae, and Palaeosetidae in the Southwest Pacific (Lepidoptera: Exoporia)

FIGURE 1. Exoporia: (a) Mnesarchaea acuta (photo by George Gibbs©); (b) Aenetus cohici (photo by Thierry Salesne©); (c) Abantiades labyrinthicus (photo by Kees Green©); (d) Oxycanus gelidus (photo by Ethan Beaver©); (e) Cladoxycanus minos (photo by Steve Kerr©); (f) Aoraia rufivena (photo by Rod Morris/rodmorris.co.nz©); (g) Elhamma australasiae (photo by John Nielsen©); (h) Wiseana signata (photo by Phil Bendle©); (i) Phassodes vitiensis (photo by Kirk Williams©); (j) Fraus crocea (photo by David Fischer©).

FIGURE 56 in Evolutionary biogeography and tectonic history of the ghost moth families Hepialidae, Mnesarchaeidae, and Palaeosetidae in the Southwest Pacific (Lepidoptera: Exoporia)

FIGURE 56. Northern North America: (a) Gazoryctra species (each color coded), (b) Sthenopis species (each color coded), (c) Phymatopus, (d) Korscheltellus gracilis (see http://mothphotographersgroup.msstate.edu/ for identification of individual species). Regions of high topographic relief shaded, predominantly marine regions unshaded.

FIGURES 40–51 in Evolutionary biogeography and tectonic history of the ghost moth families Hepialidae, Mnesarchaeidae, and Palaeosetidae in the Southwest Pacific (Lepidoptera: Exoporia)

FIGURES 40–51. Tectonic correlations of Australian Exoporia. Fig. 40: Zelotypia stacyi; Fig. 41: Aenetus ramsayi; Fig. 42: Oncopera filiform antenna group comprising O. parva, O. mitocera, O. brachyphylla (solid line), O. brunneata/alboguttata (shaded), O. epargyra (solid star), and O. tindalei (open square); Fig. 43: Aenetus thermistis; Fig. 44: Aenetus mirabilis; Fig. 45: Palaeoses scolastica (shaded area) and Anomoses hylecoetes (pale circle at MMO); Fig. 46: Aenetus scotti (pale shading) and sister species A. edwardsi (dark shading); Fig. 47: Abantiades leucochiton (dark shading) and sister species Abantiades n.sp (pale shading); Fig. 48: Abantiades marcidus; Fig. 49: Elhamma australasiae (pale shading) and disjunct sister group in New Guinea (dark shading); Fig. 50: Fraus polyspila clade comprising F. polyspila (pale shading), F. griseomaculata (intermediate shading), F. pelagia (dark shading); Fig. 51: Fraus crocea (pale circles) and partially sympatric sister species F. fusca (dark circles). McPherson-Macleay Overlap (MMO, arrowed); Otway-Bass-Gippsland Basin system (OBGB); Whitsunday Volcanic Province (WVP). Distribution data from Common (1990) and Simonsen (2015, 2018).

FIGURES 9–10. Fig. 9 in Evolutionary biogeography and tectonic history of the ghost moth families Hepialidae, Mnesarchaeidae, and Palaeosetidae in the Southwest Pacific (Lepidoptera: Exoporia)

FIGURES 9–10. Fig. 9. Distribution of oxycanine groups: Neohepialiscus (North Africa), Hepialiscus (Himalaya-southern Asia), Napialus (China), Oxycanus (New Guinea-Australia), and New Zealand oxycanine genera. Fig. 10. Known and potential distribution of Phassodes.