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13 results for “triplefin”
Figures 2–19 in Comparative morphology of the otolith of the triplefins (family: Tripterygiidae)
Figures 2–19. (2) Acanthanectes rufus (adult), 28 mm SL. (3) Apopterygion oculus (juvenile), 37 mm SL. (4) A. oculus (adult), 48 mm SL. (5) Bellapiscis lesleyae (juvenile), 38 mm SL. (6) B. lesleyae (adult), 49 mm SL. (7) Bellapiscis medius (juvenile), 28 mm SL. (8) B. medius (adult), 66 mm SL. (9) Blennodon dorsale (juvenile), 25 mm SL. (10) B. dorsale (adult), 115 mm SL. (11) B. dorsale (adult), 135 mm SL. (12) Ceratobregma acanthops (adult), 23 mm SL. (13) Cremnochorites capensis (adult), 54 mm SL. (14) Crocodilichthys gracilis (adult), 31 mm SL. (15) Cryptichthys jojettae (juvenile), 22 mm SL. (16) C. jojettae (adult), 41 mm SL. (17) Enneapterygius abeli (juvenile), 18 mm SL. (18) E. abeli (adult), 23 mm SL. (19) Enneapterygius atrogulare (juvenile), 18 mm SL.
Figures 38–55 in Comparative morphology of the otolith of the triplefins (family: Tripterygiidae)
Figures 38–55. (38) Gilloblennius tripennis (juvenile), 67 mm SL. (39) G. tripennis (adult), 113 mm SL. (40) Grahamina capito (juvenile), 34.3 mm SL. (41) G. capito (juvenile), 35 mm SL. (42) G. capito (adult), 82.8 mm SL. (43) Grahamina gymnota (juvenile), 36 mm SL. (44) G. gymnota (adult), 85 mm SL. (45) Grahamina nigripenne (juvenile), 33 mm SL. (46) G. nigripenne (adult), 86 mm SL. (47) Helcogramma obtusirostre (adult), 38 mm SL. (48) Helcogramma springeri (juvenile), 24 mm SL. (49) H. springeri (adult), 32 mm SL. (50) Helcogrammoides cunninghami (adult), 24 mm SL. (51) Karalepis stewarti (juvenile), 36 mm SL. (52) K. stewarti (adult), 117 mm SL. (53) Lepidoblennius haplodactylus (juvenile), 36 mm SL. (54) L. haplodactylus (adult), 76 mm SL. (55) Norfolkia clarkei (juvenile), 35 mm SL.
Figure 1 in Comparative morphology of the otolith of the triplefins (family: Tripterygiidae)
Figure 1. (A) Diagram of the mesial surface of the left otoliths of Forsterygion flavonigrum illustrating various features which may be found on the otoliths and which are described in the text; (B) diagram of the mesial surface of the left otoliths of Lepidoblennius haplodactylus illustrating excisura.
Figures 20–37 in Comparative morphology of the otolith of the triplefins (family: Tripterygiidae)
Figures 20–37. (20) Enneapterygius atrogulare (adult), 27 mm SL. (21) Enneapterygius gracilis (juvenile), 16 mm SL. (22) E. gracilis (adult), 21 mm SL. (23) Enneapterygius paucifaciatus (adult), 24 mm SL. (24) Enneapterygius rufopileus (juvenile), 28 mm SL. (25) E. rufopileus (adult), 39 mm SL. (26) Enneapterygius ventermaculatus (adult), 14 mm SL. (27) Forsterygion flavonigrum (juvenile), 26 mm SL. (28) F. flavonigrum (adult), 50 mm SL. (29) Forsterygion lapillum (juvenile), 24 mm SL. (30) F. lapillum (adult), 59 mm SL. (31) Forsterygion malcolmi (juvenile), 38.8 mm SL. (32) F. malcolmi (adult), 91 mm SL. (33) Forsterygion varium (juvenile), 37 mm SL. (34) F. varium (adult), 100 mm SL. (35) F. varium (adult), 110 mm SL. (36) Gilloblennius abditus (juvenile), 27 mm SL. (37) G. abditus (adult), 41 mm SL.
FIGURE 2 in Three new species of triplefin blennies of the genus Enneanectes (Teleostei, Tripterygiidae) from the tropical eastern Pacific with a key to Pacific species of Enneanectes
FIGURE 2. Color photographs of male (above) and female (below) of Enneanectes glendae sp. nov. (photographs by D.R. Robertson).
FIGURE 5 in Three new species of triplefin blennies of the genus Enneanectes (Teleostei, Tripterygiidae) from the tropical eastern Pacific with a key to Pacific species of Enneanectes
FIGURE 5. Holotype of Enneanectes exsul sp. nov. (SIO 11-392, 25.4 mm SL).
FIGURE 4 in Three new species of triplefin blennies of the genus Enneanectes (Teleostei, Tripterygiidae) from the tropical eastern Pacific with a key to Pacific species of Enneanectes
FIGURE 4. Color photograph of Enneanectes macrops sp. nov. (photograph by D.R. Robertson).
FIGURE 3 in Three new species of triplefin blennies of the genus Enneanectes (Teleostei, Tripterygiidae) from the tropical eastern Pacific with a key to Pacific species of Enneanectes
FIGURE 3. Holotype of Enneanectes macrops sp. nov. (SIO 11-394, 36.6 mm SL).
FIGURE 6 in Three new species of triplefin blennies of the genus Enneanectes (Teleostei, Tripterygiidae) from the tropical eastern Pacific with a key to Pacific species of Enneanectes
FIGURE 6. Color photograph of Enneanectes exsul sp. nov. (photograph by D.R. Robertson).
FIGURE 1 in Three new species of triplefin blennies of the genus Enneanectes (Teleostei, Tripterygiidae) from the tropical eastern Pacific with a key to Pacific species of Enneanectes
FIGURE 1. Holotype of Enneanectes glendae sp. nov. (SIO 11-394, 26.8 mm SL).
Data from: Red fluorescence of the triplefin Tripterygion delaisi is increasingly visible against background light with increasing depth
The light environment in water bodies changes with depth due to the absorption of short and long wavelengths. Below 10 m depth, red wavelengths are almost completely absent rendering any red-reflecting animal dark and achromatic. However, fluorescence may produce red coloration even when red light is not available for reflection. A large number of marine taxa including over 270 fish species are known to produce red fluorescence, yet it is unclear under which natural light environment fluorescence contributes perceptively to their colours. To address this question we: (i) characterized the visual system of Tripterygion delaisi, which possesses fluorescent irides, (ii) separated the colour of the irides into its reflectance and fluorescence components and (iii) combined these data with field measurements of the ambient light environment to calculate depth-dependent perceptual chromatic and achromatic contrasts using visual modelling. We found that triplefins have cones with at least three different spectral sensitivities, including differences between the two members of the double cones, giving them the potential for trichromatic colour vision. We also show that fluorescence contributes increasingly to the radiance of the irides with increasing depth. Our results support the potential functionality of red fluorescence, including communicative roles such as species and sex identity, and non-communicative roles such as camouflage.
Figures 56–75 in Comparative morphology of the otolith of the triplefins (family: Tripterygiidae)
Figures 56–75. (56) Norfolkia clarkei (adult), 57 mm SL. (57) Notoclinops caerulpunctus (juvenile), 25 mm SL. (58) N. caerulpunctus (adult), 38 mm SL. (59) Notoclinops segmentatus (juvenile), 15 mm SL. (60) N. segmentatus (adult), 47 mm SL. (61) Notoclinops yaldwyni (juvenile), 20 mm SL. (62) N. yaldwyni (adult), 51 mm SL. (63) Notoclinus compressus (juvenile), 54 mm SL. (64) N. compressus (adult), 72 mm SL. (65) Obliquichthys maryannae (juvenile), 27 mm SL. (66) O. maryannae (adult), 53 mm SL. (67) Ruanoho decemdigitatus (juvenile), 38 mm SL. (68) R. decemdigitatus (adult), 102 mm SL. (69) Ruanoho whero (juvenile), 30 mm SL. (70) R. whero (adult), 75 mm SL. (71) R. whero (adult), 77 mm SL. (72) Trianectes bucephalus (adult), 67 mm SL. (73) Tripterygion tripteronotus (adult), 48 mm SL. (74) Ucla xenogrammus (juvenile), 23 mm SL. (75) U. xenogrammus (adult), 44 mm SL.
Data from: Red fluorescence of the triplefin Tripterygion delaisi is increasingly visible against background light with increasing depth
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