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Diet and gut microbiome of skipjack tuna (Katsuwonus pelamis) as indicators of environmental changes. [PDF]
PLoS OneZhou Y +5 more
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The Ypresian ichthyofauna of the Monte Solane Lagerstätte (Verona, northern Italy): A deep dive into the western Tethys early Eocene mesopelagic setting. [PDF]
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Nomenclature of Pigmentation of the Larvae of Lanternfish (Myctophidae)
Journal of Ichthyology, 2023Here we propose a unified terminology for the pigmentation of the lanternfish larvae (Myctophidae). The distinguished two main groups of pigmentation (external and internal) are subdivided into subunits according to their location on the fish body, in total including 77 structural units corresponding to a particular pigment cluster.
Ya. Yu. Bolshakova, A. M. Prokofiev
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Genetic divergence in the tribe Electronini (Myctophidae)
Journal of Ichthyology, 2013To reveal evolutionary relationships and the rate of divergence of lanternfishes in the tribe Electronini (Myctophidae), analysis of sequence of cox 1 mtDNA fragment in three genera (12 species) of the tribe and in a closely related genus Myctophum (9 species) was performed.
N V Gordeeva, Gordeeva N V
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An Investigation into the Mechanism Mediating Counterillumination in Myctophid Fishes (Myctophidae)
The Biological Bulletin, 2023AbstractCounterillumination is a camouflage strategy employed primarily by mesopelagic fishes, sharks, crustaceans, and squid, which use ventral bioluminescence to obscure their silhouettes when viewed from below. Although certain counterilluminating species have been shown to control the intensity of their ventral emissions to match the background ...
Mullan, Ryan +3 more
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Stimulation and Photography of Bioluminescence in Lanternfishes (Myctophidae)
Journal of the Fisheries Research Board of Canada, 1970Hydrogen peroxide injections and application evoked luminescence in Tarletonbeania crenularis taylori and Protomyctophum thompsoni, but did not cause Stenobrachius leucopsarus to luminesce. Neither formalin nor electric shock were especially effective in stimulating luminescence in any of the above three species.
M. Anctil, C. G. Gruchy
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The lipids of some lantern fishes (family myctophidae)
Comparative Biochemistry and Physiology, 1969Abstract 1. 1. Of eight species examined four contained less than 4·3 per cent (fresh wt.) lipid and four at least 14·2 percent. 2. 2. C 30 C 38 wax esters with one and two double bonds were the major lipid in three species with high total lipid; C 36 and C 38 homologs with five and six double bonds were detected in two of these species.
J C, Nevenzel +3 more
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The Urodermals in Lanternfish Family Myctophidae (Pisces: Myctophiformes)
Copeia, 1987Urodermal bones are found in the species of the subfamily Ia.mpanyctinae of the Myctophidae, although some species of Diaphus, Lampanyctus and Taaningichthys lack them. One urodermal occurs in the tendon of the epaxial caudal muscle which inserts on the ninth caudal-fin ray.
Tsutomu Miyake, Teruya Uyeno
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Systematics of the Lanternfish Genus Centrobranchus (Pisces: Myctophidae)
Copeia, 1992The genus Centrobranchus Fowler contains two species, C. andreae Liitken and C. nigroocellatus Giinther, distinguished by the position of the SAO, (first supralateral organ) photophore relative to the VO4 (fourth ventral organ). Centrobranchus nigroocellatus is widespread geographically, and counts and measurements made on specimens from the Pacific ...
F. Javier Gago, Robert J. Lavenberg
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A review on mesopelagic fishes belonging to family Myctophidae
Reviews in Fish Biology and Fisheries, 2010Myctophids are mesopelagic fishes belonging to family Myctophidae. They are represented by approx. 250 species in 33 genera. Called as “Lanternfishes”, they inhabit all oceans except the Arctic. They are well-known for exhibiting adaptations to oxygen minimum zones (OMZ-in the upper 2,000 m) and also performing diel vertical migration between the meso-
Catul, V., Gauns, M., Karuppasamy, P.K.
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