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7 results for “boxfish”
Fig. 2 in A New Boxfish of the Genus Kentrocapros Collected from New Zealand (Acanthopterygii, Tetraodontiformes, Aracanidae)
Fig. 2. Kentrocapros eco, holotype, NMNZ P.000903, 116 mm SL, north of Pahia Bay, Bay of Islands, New Zealand. Photograph, courtesy of NMNZ.
Fig. 1 in A New Boxfish of the Genus Kentrocapros Collected from New Zealand (Acanthopterygii, Tetraodontiformes, Aracanidae)
Fig. 1. Holotype (A–C) and paratype (D) of Kentrocapros flavimaculatus n. sp. Lateral (A), dorsal (B), and ventral (C) views of holotype (AIM MA180380, 62.7 mm SL), and lateral view of paratype (NSMT-P 43344, 114 mm SL). Photographs of A–C, courtesy of AIM.
Data from: Modulation of yaw stability with an unstable rigid body and a stabilising caudal fin in the yellow boxfish (Ostracion cubicus)
<p>Despite that boxfishes have a rigid carapace that restricts body undulation, they are highly manoeuvrable and manage to swim with remarkably dynamic stability. Recent research has indicated that the rigid body shape of boxfishes shows an inherently unstable response in its rotations caused by course-disturbing flows. Hence, any net stabilising effect should come from the fish's fins. The aim of the current study was to determine the effect of the surface area and orientation of the caudal fin on the yaw torque exerted on the yellow boxfish, <i>Ostracion cubicus</i>, a square cross-sectional shaped species of boxfish. Yaw torques quantified in a flow tank using a physical model with an attachable closed or open caudal fin at different body and tail angles and at different water flow speeds showed that the caudal fin is crucial for controlling yaw. These flow tank results were confirmed by computational fluid dynamics simulations. The caudal fin therefore acts as both a stabiliser and rudder for the naturally unstable rigid body with regard to yaw. Boxfishes seem to use the interaction of the unstable body and active changes in the shape and orientation of the caudal fin to modulate manoeuvrability and stability.</p>
Data from: Modulation of yaw stability with an unstable rigid body and a stabilising caudal fin in the yellow boxfish (Ostracion cubicus)
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FIGURE 4 in Pelopscreadium aegyptense n. gen., n. sp. and Pelopscreadium spongiosum (Bray & Cribb, 1998) n. comb., (Digenea: Lepocreadiidae), each from disjunct populations of the Yellow boxfish, Ostracion cubicus Linnaeus (Ostraciidae)
FIGURE 4. Comparison of the male terminal genitalia of Pelopscreadium aegyptense n. sp. (left side) vs Pelopscreadium spongiosum n. gen., n. comb. (right side). Illustration of P. spongiosum n. gen., n. comb. was adapted from figure 20 of Bray & Cribb (1998). Abbreviations: E, external seminal vesicle; ED, ejaculatory duct; G, genital pore; I, internal seminal vesicle; PARS, pars prostatica; U, uterus.
FIGURES 1–3. Pelopscreadium aegyptense n in Pelopscreadium aegyptense n. gen., n. sp. and Pelopscreadium spongiosum (Bray & Cribb, 1998) n. comb., (Digenea: Lepocreadiidae), each from disjunct populations of the Yellow boxfish, Ostracion cubicus Linnaeus (Ostraciidae)
FIGURES 1–3. Pelopscreadium aegyptense n. sp. (Lepocreadiidae) from the yellow boxfish, Ostracion cubicus Linnaeus (Ostraciidae), from the Red Sea off Egypt. 1. Adult specimen, ventral view. 2. Pharynx, lateral view. 3. Details of the female genital complex, ventral view. Abbreviations: C, ceca; D, oviduct; DL, distinct, well-differentiated pre-oral layer; E, external seminal vesicle; G, genital pore; I, internal seminal vesicle; O, ovary; OS, esophagus; OT, oötype; P, sponge-like pelops ("shoulder pads"); PP, prepharynx; R, seminal receptacle; T, testis; U, uterus; V, vitelline follicles; VD, vitelline ducts.
Keels of boxfish carapaces strongly improve stabilisation against roll
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Allen Brain Atlas
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International Brain Laboratory public data
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OpenNeuro
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