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FIG. 3 in A New Non-Invasive Technique for Temporarily Tagging Coral Reef Fishes

FIG. 3. Comparison of attachment time (hr) of tags by fish (Fish Identity) ordered by fish size (total length in mm). Box plots show medians, 25th, and 75th percentiles. Black dots represent outliers; gray dots represent total length of fish.

FIGURES 75–90 in Marine benthic diatoms in the newly discovered coral reefs, off Basra coast, Southern Iraq

FIGURES 75–90. Marine benthic diatoms in coral reefs off Basra. Figs 75, 76. Amphora grevilleana, Figs 77, 78. Amphora janischii, Figs 79, 80. Amphora maletracta var. constricta, Fig. 81. Amphora marina, Fig. 82. Amphora mexicana, Figs 83, 84. Amphora ocellata, Figs 85,86. Tetramphora ostrearia, Figs 87,88. Tetramphora rhombica, Fig. 89. Amphora spectabilis, Fig. 90. Amphora sp.

FIGURES 91–102 in Marine benthic diatoms in the newly discovered coral reefs, off Basra coast, Southern Iraq

FIGURES 91–102. Marine benthic diatoms in coral reefs off Basra. Fig. 91. Nitzschia behrei, Fig. 92. Nitzschia distans, Fig. 93. Nitzschia fluminensis, Fig. 94. Nitzschia lorenziana, Fig. 95. Nitzschia sigma, Fig. 96. Nitzschia sp., 97. Pssamodictyon panduriformis Fig. 98. Tryblionella coarctata, Fig. 99. Tryblionella didyma, Fig. 100. Tryblionella nicobarica, Fig., Fig. 101. Amphiprora sulcata, Fig. 102. Auricula intermedia.

FIGURES 103–110 in Marine benthic diatoms in the newly discovered coral reefs, off Basra coast, Southern Iraq

FIGURES 103–110. Marine benthic diatoms in coral reefs off Basra. Fig. 103. Campylodiscus bicostatus, Fig. 104. Campylodiscus crebrecostatus, Fig. 105. Campylodiscus daemelianus, Fig. 106. Campylodiscus decorus, Fig. 107. Campylodicus imperialis, Fig. 108. Petrodictyon gemma, Fig. 109. Surirella fastuosa, Fig. 110. Campylodiscus neofastuosus.

FIGURES 52–61 in Marine benthic diatoms in the newly discovered coral reefs, off Basra coast, Southern Iraq

FIGURES 52–61. Marine benthic diatoms in coral reefs off Basra. Fig. 51. Navicula distans., Fig. 52. Navicula kariana var. frigida, Fig. 53. Navicula transistantioides, Fig. 54. Navicula sp., Fig. 55. Seminavis sp., Fig. 56. Trachyneis antillarum, Fig. 57. Trachyneis aspera, Fig. 58. Trachyneis clepsydra, Fig. 59. Trachyneis debyi, Fig. 60. Tracyneis velata, Fig. 61. Donkinia carinata.

FIGURES 62–74 in Marine benthic diatoms in the newly discovered coral reefs, off Basra coast, Southern Iraq

FIGURES 62–74. Marine benthic diatoms in coral reefs off Basra. Fig. 62. Pleurosigma diverse-striatum, Fig. 63. Pleurosigma strigosum, Figs 64, 65. Plagiotropis lepidoptera, Fig. 66. Stauroneis sp., Fig. 67. Amphora arcuata, Fig. 68. Amphora arenaria, Fig. 69. Amphora cf. commutata, Fig. 70. Amphora cingulata, Fig. 71. Halamphora coffeaeformis, Fig. 72. Halamphora costata, Figs 73,74. Amphora graeffeana.

FIGURES 21–37 in Marine benthic diatoms in the newly discovered coral reefs, off Basra coast, Southern Iraq

FIGURES 21–37. Marine benthic diatoms in coral reefs off Basra. Fig. 21. Mastogloia quinquecostata, Fig. 22. Cocconeis latecostata, Fig. 23. Berkeleya scopuloru, Figs 24, 25. Climaconei sp. Fig. 26. Parlibellus rhombiformis, Fig. 27. Parlibellus sp., Fig. 28. Biremis ambigua, Fig. 29. Fallacia forcipata, Fig. 30. Fallacia nummularia, Fig. 31 Fallacia sp., Fig. 32. Progonoia musca, Fig. 33. Caloneis elongata, Fig. 34. Caloneis liber, Fig. 35. Diploneis cf. interrupta, Fig. 36. Diploneis chersonensis, Fig. 37. Diploneis fusca.

FIGURES 38–51 in Marine benthic diatoms in the newly discovered coral reefs, off Basra coast, Southern Iraq

FIGURES 38–51. Marine benthic diatoms in coral reefs off Basra. Fig. 38. Diploneis gemmatula, Fig. 39. Diploneis nitescens, Fig. 40. Diploneis smithii, Figs 41, 42. Diploneis weissflogii, Fig, 43. Diploneis sp., Fig. 44. Navicula arenaria, Fig. 45. Navicula cancellata, Figs 46–48. Navicula carinifera, Fig. 49. Navicula cf. cincta, Fig. 50. Navicula directa, Fig. 51. Navicula distans.

FIGURES 11–20 in Marine benthic diatoms in the newly discovered coral reefs, off Basra coast, Southern Iraq

FIGURES 11–20. Marine benthic diatoms in the coral reefs off Basra. Fig. 11. Actinocyclus curvatulus, Fig. 12. Actinocyclus octonarius, Fig. 13. Lyrella abrupta, Fig. 14. Lyrella clavata, Fig. 15. Lyrella hennedyi, Fig. 16. Lyrella hennedyi var. subcarinata, Fig. 17, Lyrella spectabilis, Fig. 18. Petroneis granulata, Fig. 19. Petroneis marina, Fig. 20. Petroneis sp.

FIGURES 2–10 in Marine benthic diatoms in the newly discovered coral reefs, off Basra coast, Southern Iraq

FIGURES 2–10. Marine benthic diatoms in the coral reefs off Basra. Fig. 2. Cyclotella striata, Fig. 3. Cyclotella stylorum, Fig. 4. Tryblioptychus cocconeiformis, Figs 5, 6. Podosira stelliger, Fig. 7. Paralia sulcata, Fig. 8. Coscinodiscus centralis, Fig. 9. Coscinodiscus marginatus, Fig. 10. Triceratium robertsianum.

FIG. 3 in Review of Australian Species of Paracheilinus Fourmanoir (Teleostei: Labridae), with Description of a New Species from the Great Barrier Reef and Coral Sea

FIG. 3. Paracheilinus amanda, new species, aquarium specimen from Harrier Reef, the Great Barrier Reef. Specimen not retained. Photograph by K. Endoh.

FIG. 7 in Review of Australian Species of Paracheilinus Fourmanoir (Teleostei: Labridae), with Description of a New Species from the Great Barrier Reef and Coral Sea

FIG. 7. Paracheilinus amanda, new species (above right), aquarium specimen from Harrier Reef, Great Barrier Reef; P. rubricaudalis (middle right) underwater photograph from Solomon Islands; and P. flavianalis (below right), underwater photograph from Bali. The purpling of median-fin rays in preserved specimens are shown in the lettered insets. (A) Paracheilinus amanda, QM I.39758, holotype; (B–C) Paracheilinus rubricaudalis, WAM P.33979.001; (D) Paracheilinus flavianalis, NTM S.18121-011. Live photographs of P. amanda, P. rubricaudalis, and P. flavianalis by F. Walsh, D. Brown, and K. Nishiyama, respectively. Live specimens not retained. Photographs of preserved specimens by T. Miskiewicz and Y. K. Tea.

FIG. 10. Paracheilinus filamentosus, AMS I.40666-002, 46.6 in Review of Australian Species of Paracheilinus Fourmanoir (Teleostei: Labridae), with Description of a New Species from the Great Barrier Reef and Coral Sea

FIG. 10. Paracheilinus filamentosus, AMS I.40666-002, 46.6 mm SL, freshly euthanized male, Lizard Island, northern Great Barrier Reef, Australia. Photograph by J. Leis.

FIG. 12 in Review of Australian Species of Paracheilinus Fourmanoir (Teleostei: Labridae), with Description of a New Species from the Great Barrier Reef and Coral Sea

FIG. 12. Paracheilinus nursalim, images of live and preserved specimens from Flinders Shoal, Timor Sea, off Darwin, Northern Territory, Australia (A–C) and West Papua, Indonesia (D–F). (A) Flashing male in nuptial colors, aquarium specimen. Specimen not retained. (B) Male in resting colors, aquarium specimen. Specimen not retained. (C) Male in preservation, NTM S.18257-001, 53.1 mm SL, Flinders Shoal, Timor Sea. (D) Flashing male in nuptial colors, underwater photograph from Triton Bay, West Papua, Indonesia. (E) Male in resting colors, underwater photograph from Triton Bay, West Papua, Indonesia. (F) AMS I.44190-001, 46.0 mm SL, male paratype, FakFak Peninsula, West Papua, Indonesia. Photographs by K. Kohen (A); Y. K. Tea (B–C; F); E. Cheng (D); and L. Cheng (E).

FIG. 6 in Review of Australian Species of Paracheilinus Fourmanoir (Teleostei: Labridae), with Description of a New Species from the Great Barrier Reef and Coral Sea

FIG. 6. (A) Maximum-likelihood phylogenetic relationships for select species of Paracheilinus inferred using mitochondrial COI. Support values at nodes correspond to SH-aLRT and UFBS support values, respectively. Scale bar indicates the number of substitutions per site. Outgroup taxa were pruned from the tree (see Allen et al., 2016). See Data Accessibility for tree file. (B) Median-joining haplotype network inferred using mitochondrial COI. Each circle represents a haplotype, and its size is proportional to its total frequency. Each black crossbar represents a single nucleotide change. (C) Geographical distribution for select species of Paracheilinus. Members of the P. mccoskeri species complex are represented by colored circles. Distribution records for P. carpenteri and P. mccoskeri are not shown in full—the former extends into southern Japan (indicated by the green broken arrow), and the latter extends into the western Indian Ocean (indicated by the purple broken arrow). Bicolored symbols indicate sympatry in that locality. Colored stars indicate distribution records for P. filamentosus and P. nursalim in Australia.

FIG. 2 in Review of Australian Species of Paracheilinus Fourmanoir (Teleostei: Labridae), with Description of a New Species from the Great Barrier Reef and Coral Sea

FIG. 2. Paracheilinus paineorum (non-Australian species) demonstrating filamentous prolongation of segmented dorsal- and anal-fin rays. In this specimen, nearly all dorsal-fin rays are unbranched. Note that the bifurcation at the tip of the first dorsal filament is not supported by branching of the segmented ray (it appears to be a result of a tear in the surrounding membrane). Note the presence of aberrant anal-fin filaments. Underwater photograph taken in Lembeh Strait, Indonesia, by N. DeLoach.

FIG. 5. A in Review of Australian Species of Paracheilinus Fourmanoir (Teleostei: Labridae), with Description of a New Species from the Great Barrier Reef and Coral Sea

FIG. 5. A selection of Paracheilinus in life. (A1) P. amanda, new species, ZRC 64175, male paratype, 47.6 mm SL, off Hula, southern Papua New Guinea, Coral Sea; (A2) P. amanda, new species, underwater photograph from Osprey Reef, Coral Sea; (B) P. carpenteri, underwater photograph from Mabini, Batangas, Philippines. Note the darkened posterior dorsal- and caudal-fin bases and the presence of a second stripe behind the pectoral fin; (C) P. flavianalis, underwater photograph from Bali, Indonesia; (D) P. mccoskeri, underwater photograph from Khao Lak, Thailand; (E) P. rubricaudalis, underwater photograph from Mborokua, Solomon Islands. Note the reduced markings on caudal fin. Photographs by H. H. Tan (A1); T. Yamazumi (A2); T. Cameron (B); V. Chalias (C); T. Kawamoto (D); and N. DeLoach (E).

FIG. 11 in Review of Australian Species of Paracheilinus Fourmanoir (Teleostei: Labridae), with Description of a New Species from the Great Barrier Reef and Coral Sea

FIG. 11. Paracheilinus filamentosus, images of live and preserved specimens. (A) Male in resting colors, underwater photograph from Guadalcanal, Solomon Islands; (B) flashing male in nuptial colors, underwater photograph from Nggatokae, western Solomon Islands; (C) flashing male in nuptial colors, underwater photograph from the Solomon Islands; (D) AMS I.17479-001, 51.7 mm SL, male paratype, Tassafaronga Point, Guadalcanal, Solomon Islands. Note purple spines and rays in preservation; (E) harem comprising one TP male (middle) and several females and immature males, underwater photograph from Lovukol, central Solomon Islands. Photographs by M. Rosenstein (A–C, E) and Y. K. Tea (D).

FIG. 4. X in Review of Australian Species of Paracheilinus Fourmanoir (Teleostei: Labridae), with Description of a New Species from the Great Barrier Reef and Coral Sea

FIG. 4. X-ray of Paracheilinus amanda, new species, AMS I.50116-001, paratype, showing aberrant branching of lowermost principal caudal ray.

FIG. 9 in Review of Australian Species of Paracheilinus Fourmanoir (Teleostei: Labridae), with Description of a New Species from the Great Barrier Reef and Coral Sea

FIG. 9. Paracheilinus flavianalis, underwater photograph from Hibernia Reef, Timor Sea, north-western shelf of Western Australia. Note sympatric Cirrhilabrus morrisoni and habitat consisting of extensive Halimeda growth. Photograph by G. R. Allen.