dcsimg

Description

provided by Deep sea Fishes of the World LifeDesk

Body fusiform; mouth moderate, oblique; pseudobranch present; gill rakers on first arch 22–31 (geographical variation). Branchiostegal rays 10, 3 on epihyal. Dorsal-fin rays 11 (9–12); pectoral-fin rays 17–19; pelvic fin-rays 7; anal finrays 22–28; dorsal origin in advance of anal-fin origin; anus near anal fin origin; dorsal adipose fin present. Vertebrae 33–35. Swimbladder well developed, gas–filled, euphysoclistous. Scales deciduous.

Photophores (adult): ORB l; OP 3, OP3 single; BR (6); IP (6); VAV (6); AC in 3 groups as 2 long groups preceded by a single, elevated photophore: 1 + (14–17) + (89) = 23–27; PV (12–13); OA (2) + 5; SO present.

Body silver with dark back bearing light brown dorso–lateral undulating strip and a pigment extension ventrally at procurrent rays; anterior two dorsal-fin rays, dorsalmost pectoral-fin ray and outer 2 or 3 caudal-fin rays pigmented; snout and bones of jaw transparent with characteristic pigment spots.

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Kenaley, Christopher
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Kenaley, Christopher

Diagnostic Description

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Vertebrae 33–35, usually 34. Gill rakers 28–32, usually 29–31. AC photophores 23–27, usually 25–26. Pectoral-fin rays 17–19. Head 26–29% SL, eye 8–10% SL, upper jaw 13–16% SL, maximum body depth at pectoral fin base 19–22% SL. Stomach and hind portion of intestine pigmented.

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Kenaley, Christopher

Distribution

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Eastern North Atlantic from 40–450N to Spitsbergen and Novaya Zemlya; most western record at 47°03'°N, 43°W.

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Kenaley, Christopher
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Kenaley, Christopher

Habitat

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Mesopelagic to benthopelagic, upper continental slopes. A diel vertical migrator.

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Kenaley, Christopher
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Kenaley, Christopher

Main Reference

provided by Deep sea Fishes of the World LifeDesk

Parin N, Kobyliansky S. 1996. Diagnoses and distribution of fifteen species recognized in genus Maurolicus Cocco (Sternoptychidae, Stomiiformes) with a key to their identification. Cybium 20(2):185–195.

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Kenaley, Christopher
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Kenaley, Christopher

Size

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To at least 65 mm SL.

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Kenaley, Christopher
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Kenaley, Christopher

Trophic Strategy

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What little data exists for species of the genus suggest that copepods and euphausiids are the predominant prey item.

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Kenaley, Christopher
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Kenaley, Christopher

Morphology

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Dorsal spines (total): 0; Dorsal soft rays (total): 9 - 11; Analspines: 0; Analsoft rays: 19 - 24
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Cristina V. Garilao
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Diagnostic Description

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Silvery with a greenish-blue back (Ref. 4054).
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Cristina V. Garilao
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Life Cycle

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Spawns at least twice in in a lifetime (Ref. 57912).
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Susan M. Luna
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Trophic Strategy

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Although it lives close to the bottom, M. muelleri feeds almost exclusively on plankton. Daily vertical migration makes it possible to use the wealth of zooplankton at the surface (Ref. 33976). A cyclic selective feeder of copepods, euphausiids and hyperiid amphipods (Ref. 4739, 54164). It is preyed upon by cod, herring and pollock (Ref. 5951).
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Pascualita Sa-a
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Biology

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Oceanic, found to depths of at least 1,524 m. Migrate in the water column at depths of 150-250 m during the day and to about 50 m at night (Ref. 57912, 107678). Mesopelagic (Ref. 5951); abundant near continental shelf-slope breaks and seamounts, rare in the open ocean (Ref. 107678). A cyclic selective feeder of copepods and euphausiids (Ref. 4739). They become sexually mature when 1 year old. Spawning takes place in March - September, producing 200-500 eggs, floating on the surface (Ref. 35388). Lipid content is 5.5 % in fresh body weight and wax ester is 15.3 % in total lipids (Ref. 8966).
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Rainer Froese
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Importance

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fisheries: minor commercial; price category: unknown; price reliability:
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Rainer Froese
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Distribution ( Spanish; Castilian )

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Chile Central
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Universidad de Santiago de Chile
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Pablo Gutierrez
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Comprehensive Description

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Maurolicus muelleri

This is a moderate-size species, reaching a maximum length of about 65 mm SL (Grey, 1964). Although the distribution of M. muelleri is worldwide (Briggs, 1960), it was rare in the Ocean Acre area and was completely absent from discrete-depth samples.

Four specimens were taken in open nets in July and September, all during crepuscular periods. In July, two postlarvae, 12 and 14 mm SL, were taken in a tow at 0–250 m and a subadult, 18 mm SL, came from 0–1425 m. The lone September capture, a subadult 18 mm SL, was taken at 0–100 m.

Williams and Hart (1974) collected eggs of M. muelleri from March to October in the open North Atlantic (59°N, 19°W). Eggs were taken at depths of 100–500 m and temperatures of 8.8°–10.0° C. Most studies have reported spawning to occur near the edge of the continental shelf (Robertson, 1976, and papers cited by him). The presence of two postlarvae in our study area and the report of two smaller larvae (7–8 mm) from Beebe's 8-mile cylinder (Beebe, 1937) suggest that M. muelleri spawns in deep water near Bermuda.

Habitat Segregation and Resource Partitioning

Table 22 shows the maximum standard lengths, depths of concentration, and peak spawning seasons for the four most abundant sternoptychids. Sternoptyx diaphana is the deepest dwelling species and is almost completely separated from the other three in the water column. Although the spawning season of S. diaphana completely overlaps those of the other sternoptychids, its postlarvae are found primarily between 550 and 750 m, much deeper than postlarvae of the other species. Thus, S. diaphana does not compete for any resource with any other member of the family.

The two congeners, Argyropelecus hemigymnus and A. aculeatus, differ strikingly in size and have different (though overlapping) depth distributions, especially at night. Probably they have very different diets. In both the eastern North Atlantic (Merrett and Roe, 1974) and the Caribbean-central Gulf of Mexico region (Hopkins and Baird, 1977), stomach contents of A. hemigymnus were dominated by copepods, while those of comparable size A. aculeatus contained mostly ostracods; larger specimens of A. aculeatus from the Caribbean-Gulf region also contained significant numbers of larger prey items, such as amphipods, molluscs and tunicates, all of which were rare or absent in A. hemigymnus.

A. hemigymnus and Valenciennellus tripunctulatus are similar in size and morphology, have nearly identical diel vertical distributions, exhibit similar diel changes in pigmentation (Badcock, 1969), and even share the same feeding period: afternoon and evening (Merrett and Roe, 1974; Hopkins and Baird, 1977). However, in the eastern North Atlantic, Merrett and Roe (1974) found important differences in the diets of these two fishes, with species of the copepod genus Pleuromamma predominant in the stomachs of V. tripunctulatus. Furthermore, Hopkins and Baird (1977), who compared specimens of both species from the same haul in the eastern Gulf of Mexico, found a greater diversity of prey in the stomachs of A. hemigymnus, which contained a much higher percentage of small (<2 mm) prey items. In addition, our postlarvae of A. hemigymnus were abundant only in late summer (corresponding to the spring-summer breeding peak) and were concentrated at 401–450 m in all seasons. In contrast, postlarvae of V. tripunctulatus were scarce in the Ocean Acre area, as might be expected in a year-round spawner, and appeared in discrete-depth samples only in winter, at 301–350 m. Thus, these two very similar species probably compete little or not at all.

In summary, Ocean Acre Sternoptychidae appear to partition their resources primarily by habitat segregation in the vertical plane. Where depth distributions overlap or coincide, competition probably is reduced or eliminated by differences in feeding selectivity, which may or may not be related to differences in SL.
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bibliographic citation
Gibbs, Robert H., Jr. and Krueger, William H. 1987. "Biology of midwater fishes of the Bermuda Ocean Acre." Smithsonian Contributions to Zoology. 1-187. https://doi.org/10.5479/si.00810282.452

Maurolicus muelleri ( Catalan; Valencian )

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Maurolicus muelleri

Maurolicus muelleri és una espècie de peix pertanyent a la família dels esternoptíquids.[5]

Descripció

  • Fa 8 cm de llargària màxima (normalment, en fa 4).
  • És platejat amb el dors de color blau verdós.[6][7][8]

Reproducció

Assoleix la maduresa sexual en arribar al seu primer any de vida. La posta (de 200-500 ous que suren a la superfície) té lloc entre el març i el setembre.[6][9][10]

Alimentació

Menja copèpodes i eufausiacis.[11][12]

Depredadors

És depredat per Argentina silus, Beryx splendens, Brama brama, Trachurus declivis, Trachurus mediterraneus, Hyperoglyphe japonica, Clupea harengus, Cyttus traversi, Gadiculus argenteus thori, Merlangius merlangus, Pollachius pollachius, Pollachius virens, Caelorinchus fasciatus, Coryphaenoides rupestris, Macruronus novaezelandiae, Merluccius albidus, Allocyttus verrucosus, Scomber australasicus, Thunnus albacares, Helicolenus dactylopterus, Helicolenus percoides, Lepidopus caudatus, Trichiurus lepturus, Zenopsis conchifera, Zenopsis nebulosus, Merluccius capensis, Merluccius paradoxus, Apogonops anomalus, Thunnus thynnus, Thunnus alalunga, Arctocephalus pusillus pusillus, Raja leopardus, Squalus acanthias, Squalus mitsukurii i Illex argentinus.[13][14][15][16][17][18][19][20][21][22][23][24][25][26][27][28][29][30][31]

Hàbitat

És un peix marí i batipelàgic que viu entre 0-1.524 m de fondària (normalment, entre 300 i 400).[6][32][33]

Distribució geogràfica

Es troba a l'Atlàntic oriental (des d'Islàndia i Noruega fins al Senegal -incloent-hi la Mediterrània occidental- i des de la República Democràtica del Congo fins a Namíbia), l'Atlàntic occidental (des del Canadà i el golf de Maine fins al golf de Mèxic, el mar Carib i l'estret de Magallanes), el Pacífic sud-oriental (Xile) i el Pacífic occidental.[6][34][35][36][37][38][39][40][41][42][43][44][45][46][47][48][49][50][51][52][53][54][55][56][57][58][59][60][61][62][63][64][65][66][67]

Costums

És mesopelàgic.[68]

Longevitat

Té una esperança de vida de 3 anys.[69]

Observacions

És inofensiu per als humans.[6]

Referències

  1. Cocco A., 1838. Su di alcuni salmonidi del mare di Messina. Nuovi Ann. Sci. Nat. Bologna Anno 1 Tomo 2 (fasc. 9). 161-194.
  2. uBio (anglès)
  3. Gmelin, J. F., 1789. Caroli a Linné ... Systema Naturae per regna tria naturae, secundum classes, ordines, genera, species; cum characteribus, differentiis, synonymis, locis. Editio decimo tertia, aucta, reformata. 3 vols. in 9 parts. Lipsiae, 1788-93. Systema Naturae Linné v. 1 (pt 3): 1033-1516.
  4. Catalogue of Life (anglès)
  5. The Taxonomicon (anglès)
  6. 6,0 6,1 6,2 6,3 6,4 FishBase (anglès)
  7. Fadeev, N.S., 2005. Guide to biology and fisheries of fishes of the North Pacific Ocean. Vladivostok, TINRO-Center. 366 p.
  8. Muus, B.J. i J.G. Nielsen, 1999. Sea fish. Scandinavian Fishing Year Book, Hedehusene, Dinamarca. 340 p.
  9. Muus, B.J. i J.G. Nielsen, 1999.
  10. Marinaro, J. Y., 1971. Contribution à l'étude des oeufs et larves pélagiques de poissons Méditerranéens. V. Oeufs pélagiques de la Baie d'Alger. Bull. Inst. Océanogr. 3(1):1-118.
  11. Badcock, J., 1984. Sternoptychidae. p. 302-317. A: P.J.P. Whitehead, M.-L. Bauchot, J.-C. Hureau, J. Nielsen i E. Tortonese (eds.). Fishes of the north-eastern Atlantic and the Mediterranean. Vol. 1. UNESCO, París.
  12. Gorelova, T.A. i N.A. Krasil'nikova, 1990. On the diet of Maurolicus muelleri in the vicinity of Seamounts Discovery, Nasca, and Mt. Africana. J. Ichthyol. 30(7):42-52.
  13. FishBase (anglès)
  14. Bergstad, O.A., 1991. Distribution and trophic ecology of some gadoid fish of the Norwegian Deep. 1. Accounts of individual species. Sarsia 75:269-313.
  15. Borodulina, O. D., 1981. Food composition of yellowfin tuna Thunnus albacares (Scombridae). J. Ichthyol. 21(6):38-46.
  16. Bulman, C.M. i S.J.M. Blaber, 1986. Feeding ecology of Macruronus novaezelandiae (Hector) (Teleostei: Merlucciidae) in south-eastern Australia. Aust. J. Mar. Freshwat. Res. 37:621-639.
  17. Dalpadado, P., B. Ellertsen, W. Melle i A. Dommasnes, 2000. Food and feeding conditions of Norwegian spring-spawning herring (Clupea harengus) through its feeding migrations. ICES J. Mar. Sci. 57(4):843-857.
  18. David, J.H.M., 1987. Diet of the South African fur seal (1974-1985) and an assessment of competition with fisheries in Southern Africa. S. Afr. J. Mar. Sci. 5:693-713.
  19. Du Buit, M. H., 1991. Food and feeding of saithe (Pollachius virens L.) off Scotland. Fish. Res. 12:307-323.
  20. Ebert, D.A., L.J.V. Compagno i P.D. Cowley, 1992. A preliminary investigation of the feeding ecology of squaloid sharks off the west coast of southern Africa. S. Afr. J. mar Sci. 12:601-609.
  21. Hislop, J.R.G., A.P. Robb, M.A. Bell i D.W. Armstrong, 1991. The diet and food consumption of whiting (Merlangius merlangus) in the North Sea. ICES J. Mar. Sci. 48:139-156.
  22. Mauchline, J. i J.D.M. Gordon, 1984. Feeding and bathymetric distribution of the gadoid and morid fish of the Rockall Trough. J. Mar. Biol. Assoc. U.K. 64(3):657-665.
  23. Mel'nikov, Y. S., 1980. Feeding peculiarities of Allocyttus verrucosus, family Oreosomatidae. J. Ichthyol. 20(3):99-105.
  24. Orsi Relini, L., C. Cima, G. Palandri, M. Relini i F. Garibaldi, 1999. Feeding of the juvenile bluefin tuna in the offshore pelagic ecosystem of the Ligurian sea. Biol. Mar. Mediterr. 6(2):295-302.
  25. Payne, A.I.L. i A.E. Punt, 1995. Biology and fisheries of South African Cape hakes (Merluccius capensis and Merluccius paradoxus) p. 15-47. A: J. Alheit and T.J. Pitcher (eds.) Hake: Biology, fisheries and markets, Chapman & Hall, Londres, 478 p.
  26. Punt, A.E., R.W. Leslie i S.E. du Plessis, 1992. Estimation of the annual consumption of food by Cape hake Merluccius capensis and Merluccius paradoxus off the South African west coast. S. Afr. J. Mar. Sci. 12:611-634.
  27. Pusineri, C., Y. Vasseur, S. Hassani, L. Meynier, J. Spitz i V. Ridoux, 2005. Food and feeding ecology of juvenile albacore, Thunnus alalunga, off the Bay of Biscay: a case study. ICES J. Mar. Sci 62:116-122.
  28. Rohr, B.A. i Gutherz, E.J., 1977. Biology of offshore hake, Merluccius albidus, in the gulf of Mexico. Fish. Bull. 75(1):147-158.
  29. Santic, M., I. Jardas i A. Pallaoro, 2003. Feeding habits of Mediterranean horse mackerel, Trachurus mediterraneus (Carangidae), in the central Adriatic Sea. Cybium 27(4):247-253.
  30. Santos, R.A. i M. Haimovici, 1997. Food and feeding of the short-finned squid Illex argentinus (Cephalopoda: Ommastrephidae) off southern Brazil. Fish. Res. 33:139-147.
  31. Wilson, C.D. i M.P. Seki, 1994. Biology and population characteristics of Squalus mitsukuii from a seamount in the central North Pacific Ocean. Fish. Bull. 92:851-864.
  32. Wheeler, A., 1992. A list of the common and scientific names of fishes of the British Isles. J. Fish Biol. 41(1):1-37.
  33. Mauchline, J., 1988. Growth and breeding of meso- and bathypelagic organisms of the Rockall Trough, northeastern Atlantic Ocean and evidence of seasonality. Marine Biology 98:387-393.
  34. Andriyashev, A.P. i N.V. Chernova, 1995. Annotated list of fishlike vertebrates and fish of the arctic seas and adjacent waters. J. Ichthyol. 35(1):81-123.
  35. Arbault, S. i N. Boutin, 1968. Ichtyoplancton. Oeufs et larves de poissons téléostéens dans le golfe de Gascogne en 1964. Rev. Trav. Off. Scient. Tech. Pêches Maritim. 32(4):413-476.
  36. Baranes, A. i D. Golani, 1993. An annotated list of the deep-sea fishes collected in the northern Red Sea, Gulf of Aqaba. Isr.l J. Zool. 39:299-336.
  37. Bekker, V.E., T.N. Belyanina, N.I. Kashkin i K.N. Nesis, 1982. Mesopelagic fish and cephalopoda from the four regions of the North Atlantic (from collections of the 31st study cruise of the research vessel Akademik Kurchatov). J. Ichthyol. 22(4):19-25.
  38. Bianchi, G., K.E. Carpenter, J.-P. Roux, F.J. Molloy, D. Boyer i H.J. Boyer, 1993. FAO species identification field guide for fishery purposes. The living marine resources of Namibia. FAO, Roma, Itàlia. 250 p.
  39. Bigelow, H.B., D.M. Cohen, M.M. Dick, R.H. Gibbs, Jr., M. Grey, J.E. Morrow, Jr., L.P. Schultz i V. Walters, 1964. Fishes of the western North Atlantic. Part four. New Haven, Sears Found. Mar. Res., Yale Univ.
  40. Bilecenoglu, M., E. Taskavak S. Mater i M. Kaya, 2002. Checklist of the marine fishes of Turkey. Zootaxa (113):1-194.
  41. Boehlert, G.W., C.D. Wilson i K. Mizuno, 1994. Populations of the sternoptychid fish Maurolicus muelleri on seamounts in the central North Pacific. Pac. Sci. 48(1):57-69.
  42. Borets, L. A., 1986. Ichthyofauna of the northwestern and Hawaiian submarine ranges. J. Ichthyol. 26(3):1-13.
  43. Brito, A., 1991. Catálogo de los peces de las Islas Canarias. Francisco Lemus, La Laguna. 230 p.
  44. Bruce, J.R., J.S. Colman i N.S. Jones, 1963. Marine fauna of the Isle of Man. Memoir Núm. 36. Liverpool University Press, Liverpool.
  45. Clarke, T. A., 1982. Distribution, growth and reproduction of the lightfish Maurolicus muelleri (Sternoptychidae) off South-East Australia. CSIRO Mar. Lab. Rep. no.145,9p.
  46. Claro, R., 1994. Características generales de la ictiofauna. p. 55-70. A R. Claro (ed.) Ecología de los peces marinos de Cuba. Instituto de Oceanología Academia de Ciencias de Cuba i Centro de Investigaciones de Quintana Roo.
  47. Dolgov, A.V., 2000. New data on composition and distribution of the Barents Sea ichthyofauna. ICES CM2000/Mini:12, 12p.
  48. Gloerfelt-Tarp, T. i P.J. Kailola, 1984. Trawled fishes of southern Indonesia and northwestern Australia. Australian Development Assistance Bureau, Austràlia, Directorate General of Fishes, Indonèsia, and German Agency for Technical Cooperation, República Federal d'Alemanya. 407 p.
  49. Huang, Z., 2001. Marine species and their distribution in China's seas. p. 404- 463. Vertebrata. Smithsonian Institution, Florida, Estats Units. 598 p.
  50. Jonsson, G., 1992. Islenskir fiskar. Fiolvi, Reykjavik, Islàndia. 568 pp.
  51. Kim, I.S., Y. Choi, C.L. Lee, Y.J. Lee, B.J. Kim i J.H. Kim, 2005. Illustrated book of Korean fishes. Kyo-Hak Pub Co. Seül, Corea del Sud. 615p.
  52. Labropoulou, M. i C. Papaconstantinou, 2000. Community structure of deep-sea demersal fish in the North Aegean Sea (northeastern Mediterranean). Hydrobiologia 440:281-296.
  53. Masuda, H., K. Amaoka, C. Araga, T. Uyeno i T. Yoshino, 1984. The fishes of the Japanese Archipelago. Vol. 1. Tokai University Press, Tòquio, Japó. 437 p.
  54. Møller, P. R., J. G. Nielsen, Knudsen S. W., J. Y. Poulsen, K. Sünksen i O. A. Jørgensen, 2010. A checklist of the fish fauna of Greenland waters Zootaxa 2378: 1–84.
  55. Nakamura, I., T. Inada, M. Takeda i H. Hatanaka, 1986. Important fishes trawled off Patagonia. Japan Marine Fishery Resource Research Center, Tòquio, Japó. 369 p.
  56. Nijssen, H. i S.J. de Groot, 1974. Catalogue of fish species of the Netherlands. Beaufortia 21(285):173-207.
  57. Nion, H., C. Rios i P. Meneses, 2002. Peces del Uruguay: Lista sistemática y nombres comunes. Montevideo, Uruguai, DINARA, Infopesca.
  58. Okiyama, M., 1988. An atlas of the early stage fishes in Japan. Tokai University Press, Tòquio, Japó. 1157 p.
  59. Paulin, C., A. Stewart, C. Roberts i P. McMillan, 1989. New Zealand fish: a complete guide. National Museum of New Zealand Miscellaneous Series Núm. 19. xiv+279 p.
  60. Paxton, J.R., D.F. Hoese, G.R. Allen i J.E. Hanley, 1989. Pisces. Petromyzontidae to Carangidae. Zoological Catalogue of Australia, Vol. 7. Australian Government Publishing Service, Canberra, 665 p.
  61. Pequeño, G., 1989. Peces de Chile. Lista sistemática revisada y comentada. Rev. Biol. Mar., Valparaiso 24(2):1-132.
  62. Quignard, J.-P. i J.A. Tomasini, 2000. Mediterranean fish biodiversity. Biol. Mar. Mediterr. 7(3):1-66.
  63. Reiner, F., 1996. Catálogo dos peixes do Arquipélago de Cabo Verde. Publicações avulsas do IPIMAR Núm. 2. 339 p.
  64. Santos, R.S., F.M. Porteiro i J.P. Barreiros, 1997. Marine fishes of the Azores: annotated checklist and bibliography. Bulletin of the University of Azores. Supplement 1. 244 p.
  65. Sokolovskaya, T.G., A.S. Sokolovskii i E.I. Sobolevskii, 1998. A list of fishes of Peter the Great Bay (the Sea of Japan). J. Ichthyol. 38(1):1-11.
  66. Tinker, S.W., 1978. Fishes of Hawaii, a handbook of the marine fishes of Hawaii and the Central Pacific Ocean. Hawaiian Service Inc., Honolulu. 568 p.
  67. Zaneveld, J.S., 1983. Caribbean Fish Life. Index to the local and scientific names of the marine fishes and fishlike invertebrates of the Caribbean area (Tropical Western Central Atlantic Ocean) E.J. Brill / Dr. W. Backhuys, Leiden, 163p.
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  69. Fadeev, N.S., 2005.


Bibliografia

  • Anònim, 2001. Base de dades de la col·lecció de peixos del National Museum of Natural History (Smithsonian Institution). Smithsonian Institution - Division of Fishes.
  • Anònim, 2002. Base de dades de la col·lecció de peixos del American Museum of Natural History. American Museum of Natural History, Central Park West, NY 10024-5192, Estats Units.
  • Clark, M. R., 1985. The food and feeding of seven fish species from the Campbell Plateau, New Zealand. N. Z. J. Mar. Freshwat. Res. 19(3):339-363.
  • Crespo, J., J. Gajate i R. Ponce, 2001. Clasificación científica e identificación de nombres vernáculos existentes en la base de datos de seguimiento informático de recursos naturales oceánicos. Instituto Español de Oceanografía (Madrid).
  • Gjøsaeter, J., 1981. Life history and ecology of Maurolicus muelleri (Gonostomatidae) in Norwegian waters. Fisk. Dir. Skr. Ser. Hav. Unders. 17:109-131.
  • Kotlyar, A.N., 1984. Dictionary of names of marine fishes on the six languages. All Union Research Institute of Marine Fisheries and Oceanography, Moscou. 288 p.
  • Wu, H.L., K.-T. Shao i C.F. Lai (eds.), 1999. Latin-Chinese dictionary of fishes names. The Sueichan Press, Taiwan.


Enllaços externs

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Maurolicus muelleri: Brief Summary ( Catalan; Valencian )

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 src= Maurolicus muelleri

Maurolicus muelleri és una espècie de peix pertanyent a la família dels esternoptíquids.

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Lachshering ( German )

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Dieser Artikel beschreibt die als Lachshering bekannte Fischart Maurolicus muelleri. Für den ebenfalls als Lachshering bezeichneten kaltgeräucherten Hering, siehe Bückling
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Der Lachshering (Maurolicus muelleri) ist ein kleiner Tiefseefisch aus der Familie der Tiefsee-Beilfische (Sternoptychidae). Die Fische leben hauptsächlich im Atlantik. Das Vorkommen zieht sich in dessen östlichem Teil von den Küsten Norwegens (auch in vielen Fjorden) und Islands über das westliche Mittelmeer bis zur Küste des westafrikanischen Senegal und dann wieder von der Küste des Kongo bis nach Namibia. In der Nordsee fehlt der Lachshering jedoch. Im westlichen Atlantik gibt es Vorkommen von Maine bis in die Karibik und den Golf von Mexiko, außerdem über die Magellanstraße bis in den südöstlichen Pazifik vor der Küste Chiles.

Merkmale

Der Körper der Lachsheringe ist von silbrigen Schuppen bedeckt, der Rücken ist dunkel, von grünblauer Farbe. Im Unterschied zu den meisten anderen Arten der Tiefsee-Beilfische ist der Lachshering von normaler Fischgestalt. Er hat nur eine, hinten sitzende Rückenflosse und eine niedrige, lange Fettflosse.

Die Fische werden sieben bis acht Zentimeter lang.

Flossenformel: Dorsale 9–11, Anale 19–24

Lebensweise

Lachsheringe leben mesopelagisch im offenen Meer tagsüber in Tiefen von 150 bis 250 Metern, maximal von bis zu 1500 Metern. Sie unternehmen Vertikalwanderungen und steigen in der Nacht bis in eine Tiefe von 50 Metern unter der Wasseroberfläche auf. Sie fressen vor allem Copepoden und Krill und sind selber eine wichtige Nahrung für viele Raubfische.

Lachsheringe laichen von März bis September. Ein Weibchen legt 200 bis 500 Eier, die zur Wasseroberfläche aufsteigen. Ab dem Alter von einem Jahr sind die Tiere geschlechtsreif, das höchste dokumentierte Alter beträgt drei Jahre.

Literatur

  • Bent J. Muus, Jørgen G. Nielsen: Die Meeresfische Europas in Nordsee, Ostsee und Atlantik. Kosmos, Stuttgart 1999, ISBN 3-440-07804-3.

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Lachshering: Brief Summary ( German )

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 src= Dieser Artikel beschreibt die als Lachshering bekannte Fischart Maurolicus muelleri. Für den ebenfalls als Lachshering bezeichneten kaltgeräucherten Hering, siehe Bückling  src= Seitenansicht (oben) und Bauchansicht (unten) mit Leuchtorganen

Der Lachshering (Maurolicus muelleri) ist ein kleiner Tiefseefisch aus der Familie der Tiefsee-Beilfische (Sternoptychidae). Die Fische leben hauptsächlich im Atlantik. Das Vorkommen zieht sich in dessen östlichem Teil von den Küsten Norwegens (auch in vielen Fjorden) und Islands über das westliche Mittelmeer bis zur Küste des westafrikanischen Senegal und dann wieder von der Küste des Kongo bis nach Namibia. In der Nordsee fehlt der Lachshering jedoch. Im westlichen Atlantik gibt es Vorkommen von Maine bis in die Karibik und den Golf von Mexiko, außerdem über die Magellanstraße bis in den südöstlichen Pazifik vor der Küste Chiles.

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Lakssild ( Faroese )

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Lakssild (Maurolicus muelleri) er ein lítil, silvurlittur fiskur av ættini ljósfiskar, ið hava ljósgøgn runt um á kroppi og høvdi. Um bakið er hon svørt. Síðurnar skína silvurlittar. Hon hevur nógv týðilig ljósgøgn, serliga á undirsíðuni á øllum fiskinum. Hon er vanliga 4-6 cm long, í mesta lagi 9 cm. Hon gerst ikki nógv eldri enn 3 ár og er gýtingarfør longu eftir einum ári. Gýtingin er í tíðarskeiðnum mars til septembur. Hon gýtir millum 200-500 rogn, ið flotna upp í vatnskorpuna og klekjast har. Av tí at lakssildin veksur skjótt, livir stutt og er tíðliga gýtingarfør, verður framleiðslan í stovninum sera høg. Tann skjóti vøksturin, stutta livitíðin og víða útbreiðslan ger, at samlaða nøgdin er sera stór í havinum og tí kann lutfalsliga nógv takast burtur úr stovninum, uttan at nerva hann munandi, t.v.s. nógv túsund tons.

Lakssild er helst væl egnað til fiskamjøl, tí hon er feitur fiskur. Fitiinnihaldið í fiskinum er umleið 5,5% av vektini, og av hesum feitti, eru bert 15% sokallað vaxester feitt, ið ikki er serliga nýtiligt í olju- og mjølframleiðslu. Tí er lakssild vælegnað sum ídnaðarfiskur, um borið verður saman við prikkafisk, ið hevur nógv størri innihald av vaxester feitti. Hon livir uppi í sjónum (uppsjóvarfiskur) yvir djúpum vatni (mesopelagisk), upp móti vatnskorpuni á nátt, og niður á umleið 300 metrar um dagin. Hon er tó fingin heilt niðri á 1.500 m dýpi. Føðin er einamest reyðæti, krill og amphipodur, sum øll eru krabbadjóraæti, ið eru at finna í stórum nøgdum í verðinshøvunum. Lakssildin ferðast upp í sjógvin um náttina at leita sær føði. Hon fer aftan á djóraætinum, ið eisini fer uppeftir um náttina. Tá tað lýsir, fara bæði æti og lakssild niður í myrkrið at fjala seg fyri ikki at verða etin. Lakssild er føði hjá millum annað upsa og toski úti í kantinum, og hjá makreli, sild og laksi uppi í sjónum.

Lakssild er undir Íslandi og Føroyum suður móti Antarktis. Í Miðjarðarhavinum, Kyrrahavinum og sunnarlaga í Indiahavi. Er eisini við Hawaiioyggjar. Í Vesturatlantshavinum er hon frá 40°N suður til Falklandsoyggjarnar. Lakssild er vanlig undir Føroyum og sæst ofta í fiskamaga og á troldekki, dottin úr netinum.

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Mueller's pearlside

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Maurolicus muelleri, commonly referred to as Mueller's pearlside, Mueller's bristle-mouth fish (not to be confused with the Gonostomatidae), or the silvery lightfish (not to be confused with the Phosichthyidae) is a marine hatchetfish in the genus Maurolicus, found in deep tropical, subtropical and temperate waters of the Pacific Ocean and the Atlantic Ocean, from the surface to depths of 1,500 metres (4,900 ft). It can grow to a maximum total length of 8 centimetres (3.1 in).[2]

Distribution and habitat

Maurolicus muelleri is found across the Pacific and Atlantic Oceans from subpolar waters to the equator, as well as in the Mediterranean, however they are absent in the Indian Ocean.[2] M. muelleri is most abundant around bathymetric features such as seamounts and continental shelf breaks, and is scarce in the open ocean. This species is predominantly found at depths of around 150 to 250 metres (490 to 820 ft) during the day, but can be found as shallow as 50 metres (160 ft) during the nighttime.[2] They can be found in depths of at least 1,527 metres (5,010 ft) at maximum.[2] It lives in tropical, subtropical and temperate waters in the deep sea.[2]

Description

Ventral view of M. muelleri, showing the photophores used for counterillumination.
Maurolicus muelleri fresh specimen
Fresh-caught specimen of Maurolicus muelleri

Maurolicus muelleri has a fusiform body shape with a moderately sized, subvertical mouth. M. muelleri is countershaded to provide camouflage in the open-ocean, with a dark dorsal surface, silvered flanks and clustered photophores on the ventral surface for counterillumination. In fresh-caught specimens, these photophores are coloured a light pink/purple. They have 9 to 12 dorsal fin rays, 17-19 pectoral fin rays, 7 pelvic fin rays and 22 to 28 anal fin rays.[3] They can grow up to 8 centimetres (3.1 in) at maximum length, but usually grows up to 4 centimetres (1.6 in).[2]

Photophores

Photophores are glandular organs that, in M. muelleri, are made up of several parts. The photogenic chamber, made up of small, spherical light-producing cells, is split into a subspherical tank and conic projector, embedded inside a reflector made of guanine crystals. Ventral to the photogenic chamber is a cellular lens that is itself covered on the ventral surface by a gelatinous dioptric layer.[4]

Eyes

Maurolicus muelleri has large eyes with a retina uniquely adapted to the animal's mesopelagic habitat. M. muelleri inhabits surface waters only during twilight hours, requiring acute mesopic vision which in most vertebrates is achieved through combining dim-light rod cells and bright-light cone cells. Fish in the genus Maurolicus have developed a unique photoreceptor where a cone opsin and phototransduction cascade is found in cells transmuted into a rod-like morphology. These rod-like cone receptors are tuned to the blue-shifted mesopic light conditions dominant in M. muelleri's habitat and are likely a more efficient method of mesopic vision than would be feasible with two improperly-functioning photoreceptor types.[5]

Ecology

Trophic ecology

Mueller's pearlside is a zooplanktivore, with exact diet composition varying geographically and seasonally. For example, Copepods are the main constituent of their diet in the Sea of Japan[6] and in waters surrounding Korea,[7] with the euphausiid species Euphausia pacifica of secondary importance near Japan.[6] Euphausiids and copepods are the dominant prey items year-round off near the eastern continental slope of Tasmania.[8] In Masfjorden, Norway, copepods are most important in the autumn,[9] while earlier in the year Cladocerans are most important.[10] Amphipods and pteropods have also been reported from stomach contents.[6]

Maurolicus muelleri inhabits a tertiary trophic position[6] and, as such, provides a trophic link between zooplankton and larger predators. A wide range of fish species prey on M. muelleri, including commercially-important species such as albacores, skipjack tuna, hake, and blue whiting.[11][12][13][14] They are also predated on by several cephalopods, including the squids Illex coindetii and Todaropsis eblanae[15] and the octopus Enteroctopus magnificus[16], and marine mammals including common dolphins, sei whales, Bryde's whales, and fin whales.[11][17][18][19]

Parasitology

Due to its trophic position, M. muelleri plays a role as an intermediate or paratenic host to a variety of parasitic taxa, with very few parasites reaching adulthood while infecting the pearlside. For example, in a study that examined 1329 individual Maurolicus muelleri specimens, 3720 parasites were found with only 5 individual adult parasites.[20] Endoparasites recorded from Maurolicus muelleri include the trematodes Derogenes varicose, Brachyphallus crenatus, and Lecithaster confusus, cestodes including Bothriocephalus sp. and Scolex pleuronectis, the nematodes Hysterothylacium aduncum and Anisakis simplex[20][21]. One of the only species to reach adulthood parasitising M. muelleri is the ectoparasitic copepod Sarcotretes scopeli.[20] A "fungoid mass", tentatively identified as being from the protist genus Ichthyophonus, has been identified in pearlsides caught near Australia.[22]

Behavior

Diel vertical migration

As with many mesopelagic species, Maurolicus muelleri undergoes diel vertical migration (DVM), however this behaviour is more complex and varied in M. muelleri than that descriptor usually entails. The specific nature of this migration can vary seasonally, between years, an across geography, as well as across the ontogeny of individual fishes.[23]

The vertical migration of M. muelleri has been best studied in Masfjorden, where a fifteen-month acoustic survey was undertaken. In Masfjorden, M. muelleri formed distinct scattering layers, with the deepest layer composed of adults and a shallow layer composed of post-larvae.[23] The depth of these scattering layers is thought to be a result of M. muelleri having a "light comfort zone", inhabiting depths where light levels are neither too bright nor too dark. Individual fish may move between scattering layers, indicating that the comfort zones are broader than suggested in the typical isolume hypothesis.[24] Here, M. muelleri displayed consistent, typical DVM patterns (i.e. remaining at depth during the day and ascending to the surface at night) during summer months only, with individuals feeding at dawn and dusk.[23]

Their behaviour, however, varied in the autumn and winter. In years where their Calanus copepod prey, which overwinter at depth, were abundant, adults in the winter delayed their vertical migration until approximately three hours before dawn due potentially to a reduced need to feed at the surface, with some individuals remaining at depth for the entire night, feeding entirely on deep-overwintering prey. Towards the end of the winter, adults underwent interrupted ascents, migrating to depths that were greater than reached during typical DVM as they preyed on deep-wintering prey partway through their seasonal ascent to the surface. Some individuals undertook a reversed DVM during winter, diving to slightly greater depths during daylight hours, to feed on deep-overwintering prey in optimal light conditions.[23] In the Benguela system and in the Gulf of Oman, DVM is known to occur, with fish ascending to within 10m of the surface in response to the first light of dawn before diving into deep waters.[25]

Predator evasion

In latitudes where summer nights are short and bright, such as in the Arctic Circle, M. muelleri may school in shallow waters at night to reduce the threat of predation.[26] Maurolicus muelleri in scattering layers can detect predators at distances of several metres during the day, and respond by diving as far as 50m below their original depths at speeds of 15-20cm/s.[24] While most individuals reside in scattering layers to reduce predation risk, certain "bold individuals" will make forays into shallower waters above scattering layers, presumably in order to feed in move favourable light levels. It is unknown whether these bold individuals are atypical or whether a change in individual state (e.g. hunger) prompts these forays.[24]

Life History

Spawn timing in Maurolicus muelleri is regionally variable. In the Benguela system, breeding occurs year round, while in Australia spawning occurs in late winter and early spring.[22][27] In Norway, spawning occurs between March and September,[28] however hatch timing is a strong predictor of recruitment success, with individuals hatching before mid-September experiencing poor conditions for growth.[29] Females mature at lengths of around 35mm, at the end of their first year, and fish below 30mm cannot be sexed.[22] A small fraction of individuals survive into their second year, reaching lengths of up to 50mm in Australia.[22]

Individual females can contain as many as 738 ova,[22] and in enclosed spaces eggs can be extremely abundant, reaching numbers as high as 5.8x10^11 in Fensfjorden.[30] Eggs settle at a depth of around 200m in the Benguela system.[27] The eggs are surrounded by a distinctive hexagonal-patterned membrane.[22]

Importance to Fisheries

At present, M. muelleri is of minor importance to fisheries, with several countries, including Russia, Iceland, and the Faroe Islands attempting to pursue it as a resource after the collapse of other fisheries, with no nation landing more than 50,000 tonnes in a single year.[1] The species continues to be a focus of speculation for future mesopelagic fisheries,[31] however a number of technical hurdles will need to be surmounted in order to make pearlsides a cost-effective fishery target.[32]

References

  1. ^ a b A. Harold; R. Milligan (2019). "Maurolicus muelleri". IUCN Red List of Threatened Species. IUCN. 2019: e.T198760A21913754. doi:10.2305/IUCN.UK.2019-2.RLTS.T198760A21913754.en.
  2. ^ a b c d e f Froese, Rainer; Pauly, Daniel (eds.) (2006). "Maurolicus muelleri" in FishBase. March 2006 version.
  3. ^ Peter James Palmer Whitehead (1986). Fishes of the North-eastern Atlantic and the Mediterranean. Paris: Unesco. ISBN 92-3-002215-2. OCLC 13186416.
  4. ^ Cavallaro, M.; Mammola, C. L.; Verdiglione, R. (June 2004). "Structural and ultrastructural comparison of photophores of two species of deep-sea fishes: Argyropelecus hemigymnus and Maurolicus muelleri: comparison of photophores in two species of fishes". Journal of Fish Biology. 64 (6): 1552–1567. doi:10.1111/j.0022-1112.2004.00410.x.
  5. ^ de Busserolles, Fanny; Cortesi, Fabio; Helvik, Jon Vidar; Davies, Wayne I. L.; Templin, Rachel M.; Sullivan, Robert K. P.; Michell, Craig T.; Mountford, Jessica K.; Collin, Shaun P.; Irigoien, Xabier; Kaartvedt, Stein; Marshall, Justin (2017-11-03). "Pushing the limits of photoreception in twilight conditions: The rod-like cone retina of the deep-sea pearlsides". Science Advances. 3 (11): eaao4709. doi:10.1126/sciadv.aao4709. ISSN 2375-2548. PMC 5677336. PMID 29134201.
  6. ^ a b c d Ikeda, T; Hirakawa, K; Kajihara, N (1994). "Diet composition and prey size of the mesopelagic fish Maurolicus muelleri (Sternoptychidae) in the Japan sea". Bulletin of Plankton Society of Japan. 41.
  7. ^ Cha, Byung-Yul (1998). "Spawning ecology and feeding habits of Maurolicus muelleri". Korean Journal of Ichthyology. 10 (2): 176–183.
  8. ^ Young, J. W.; Blaber, S. J. M. (October 1986). "Feeding ecology of three species of midwater fishes associated with the continental slope of eastern Tasmania, Australia". Marine Biology. 93 (1): 147–156. doi:10.1007/bf00428663. ISSN 0025-3162.
  9. ^ Srisomwong, Jantra (2009). Diel vertical migration and feeding pattern of M. muelleri in Masfjorden in late autumn (Master thesis). The University of Bergen. hdl:1956/21213.
  10. ^ Rasmussen, O. I.; Giske, J. (1994-11-01). "Life-history parameters and vertical distribution of Maurolicus muelleri in Masfjorden in summer". Marine Biology. 120 (4): 649–664. doi:10.1007/BF00350086. ISSN 1432-1793.
  11. ^ a b Hassani, S; Antoine, L; Ridoux, V (December 1997). "Diets of Albacore,Thunnus alalunga, and Dolphins,Delphinus delphisandStenella coerulaeoalba, Caught in the Northeast AtlanticAlbacore Drift-net Fishery:A Progress Report". Journal of Northwest Atlantic Fishery Science. 22: 119–123. doi:10.2960/j.v22.a10. ISSN 0250-6408.
  12. ^ Ankenbrandt, Lisa (1985). "Food habits of bait-caught Skipjack Tuna, Katsuwonus pelamis, from the Southwestern Atlantic Ocean". Fishery Bulletin. 83 (3): 373–393.
  13. ^ Cartes, Joan E.; Hidalgo, Manuel; Papiol, Vanesa; Massutí, Enric; Moranta, Joan (March 2009). "Changes in the diet and feeding of the hake Merluccius merluccius at the shelf-break of the Balearic Islands: Influence of the mesopelagic-boundary community". Deep Sea Research Part I: Oceanographic Research Papers. 56 (3): 344–365. doi:10.1016/j.dsr.2008.09.009. ISSN 0967-0637.
  14. ^ Bjelland, Otte; Monstad, Terje (1997). "Blue whiting in the Norwegian Sea, spring and summer 1995 and 1996". ICES.
  15. ^ Lordan, C.; Burnell, G. M.; Cross, T. F. (December 1998). "The diet and ecological importance ofIllex coindetiiandTodaropsis eblanae(Cephalopoda: Ommastrephidae) in Irish waters". South African Journal of Marine Science. 20 (1): 153–163. doi:10.2989/025776198784126214. ISSN 0257-7615.
  16. ^ Villanueva, R. (June 1993). "Diet and mandibular growth ofOctopus magnificus(Cephalopoda)". South African Journal of Marine Science. 13 (1): 121–126. doi:10.2989/025776193784287239. ISSN 0257-7615.
  17. ^ Kawamura, Akito (1973). "Food and feeding of Sei Whales in waters south of 40°N in the North Pacific". Scientific Reports of the Whale Research Institute. 25: 219–236.
  18. ^ Best, PB (2001). "Distribution and population separation of Bryde's whale Balaenoptera edeni off southern Africa". Marine Ecology Progress Series. 220: 277–289. doi:10.3354/meps220277. ISSN 0171-8630.
  19. ^ Bravo Rebolledo, Elisa L.; IJsseldijk, Lonneke L.; Solé, Liliane; Begeman, Lineke; de Vries, Simon; van den Boom, Louis; Camalich Carpizo, Jaime; Leopold, Mardik F. (2016-12-01). "Unorthodox Sampling of a Fin Whale's (Balaenoptera physalus) Diet Yields Several New Mesopelagic Prey Species". Aquatic Mammals. 42 (4): 417–420. doi:10.1578/am.42.4.2016.417. ISSN 0167-5427.
  20. ^ a b c Hamre, Lars Are; Karlsbakk, Egil (March 2002). "Metazoan parasites of Maurolicus muelleri (Gmelin) (Sternoptychidae) in Herdlefjorden, western Norway". Sarsia. 87 (1): 47–54. doi:10.1080/003648202753631721. ISSN 0036-4827.
  21. ^ Klimpel, Sven; Kellermanns, Esra; Palm, Harry W.; Moravec, František (2007-05-30). "Zoogeography of fish parasites of the pearlside (Maurolicus muelleri), with genetic evidence of Anisakis simplex (s.s.) from the Mid-Atlantic Ridge". Marine Biology. 152 (3): 725–732. doi:10.1007/s00227-007-0727-8. ISSN 0025-3162.
  22. ^ a b c d e f Clarke, Thomas A (1982). Distribution, Growth, and Reproduction of the Lightfish Maurolicus muelleri (Sternoptychidae) off South-East Australia (PDF) (Report). CSIRO Marine Laboratories Reports. ISBN 0-643-02764-5. Report 145.
  23. ^ a b c d Staby, A; Røstad, A; Kaartvedt, S (2011-11-15). "Long-term acoustical observations of the mesopelagic fish Maurolicus muelleri reveal novel and varied vertical migration patterns". Marine Ecology Progress Series. 441: 241–255. doi:10.3354/meps09363. ISSN 0171-8630.
  24. ^ a b c Christiansen, Svenja; Klevjer, Thor A; Røstad, Anders; Aksnes, Dag L; Kaartvedt, Stein (2021-09-07). Proud, Roland (ed.). "Flexible behaviour in a mesopelagic fish ( Maurolicus muelleri )". ICES Journal of Marine Science. 78 (5): 1623–1635. doi:10.1093/icesjms/fsab075. ISSN 1054-3139.
  25. ^ Armstrong, M. J.; Prosch, R. M. (June 1991). "Abundance and distribution of the mesopelagic fish Maurolicus muelleri in the southern Benguela system". South African Journal of Marine Science. 10 (1): 13–28. doi:10.2989/02577619109504615. ISSN 0257-7615.
  26. ^ Kaartvedt, S; Knutsen, T; Holst, JC (1998). "Schooling of the vertically migrating mesopelagic fish Maurolicus muelleri in light summer nights". Marine Ecology Progress Series. 170: 287–290. doi:10.3354/meps170287. ISSN 0171-8630.
  27. ^ a b Prosch, R. M. (June 1991). "Reproductive biology and spawning of the myctophid Lampanyctodes hectoris and the sternoptychid Maurolicus muelleri in the southern Benguela Ecosystem". South African Journal of Marine Science. 10 (1): 241–252. doi:10.2989/02577619109504635. ISSN 0257-7615.
  28. ^ Gjøsæter, Jakob (1981). "Life history and ecology of Maurolicus muelleri (Gonostomatidae) in Norwegian waters". FiskDir. Skr. Ser. HauUnders. 17: 109–131.
  29. ^ Folkvord, Arild; Gundersen, Geir; Albretsen, Jon; Asplin, Lars; Kaartvedt, Stein; Giske, Jarl (February 2016). Marshall, C. Tara (ed.). "Impact of hatch date on early life growth and survival of Mueller's pearlside ( Maurolicus muelleri ) larvae and life-history consequences". Canadian Journal of Fisheries and Aquatic Sciences. 73 (2): 163–176. doi:10.1139/cjfas-2015-0040. hdl:1956/13128. ISSN 0706-652X.
  30. ^ Lopes, Plàcida do Carmo (1979). "Eggs and larvae of Maurolicus muelleri (Gonostomatidae) and other fish eggs and larvae from two fjords in western Norway". Sarsia. 64 (3): 199–210. doi:10.1080/00364827.1979.10411382. ISSN 0036-4827.
  31. ^ Standal, Dag; Grimaldo, Eduardo (2020-09-01). "Institutional nuts and bolts for a mesopelagic fishery in Norway". Marine Policy. 119: 104043. doi:10.1016/j.marpol.2020.104043. ISSN 0308-597X.
  32. ^ Eduardo Grimaldo; Leif Grimsmo; Paula Alvarez; Bent Herrmann; Guro Møen Tveit; Rachel Tiller; Rasa Slizyte; Naroa Aldanondo; Trude Guldberg; Bendik Toldnes; Ana Carvajal; Marte Schei; Merethe Selnes (December 2020). "Investigating the potential for a commercial fishery in the Northeast Atlantic utilizing mesopelagic species". ICES Journal of Marine Science. 77 (7–8): 2541–2556. doi:10.1093/icesjms/fsaa114.
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Mueller's pearlside: Brief Summary

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Maurolicus muelleri, commonly referred to as Mueller's pearlside, Mueller's bristle-mouth fish (not to be confused with the Gonostomatidae), or the silvery lightfish (not to be confused with the Phosichthyidae) is a marine hatchetfish in the genus Maurolicus, found in deep tropical, subtropical and temperate waters of the Pacific Ocean and the Atlantic Ocean, from the surface to depths of 1,500 metres (4,900 ft). It can grow to a maximum total length of 8 centimetres (3.1 in).

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Maurolicus muelleri ( Spanish; Castilian )

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La anchoa de fondo, luciérnaga perlada (en Cuba), pez hacha (en Uruguay) o yoalaakaci (en Argentina) (Maurolicus muelleri),[1][2]​ es una especie de pez de la familia de los esternoptíquidos o peces hacha.[3]

Su nombre científico deriva del griego mauros (oscuro) y lykos (lobo).[4]

Su pesaca es de escao valor comercial.[1]

Anatomía

Se ha descrito una captura de 8 cm de longitud,[5]​ aunque su tamaño máximo suele estar en unos 4 cm y una edad máxima de 3 años.[6]​ No tiene espina ni en la aleta dorsal ni en la anal, con unos 10 radios blandos en la dorsal y unos 20 en la anal, con un color del cuerpo plateado sobre una espalda azul-verdosa.[7]

Distribución y hábitat

Es un pez marino batipelágico de aguas profundas, que habita en un rango de profundidad entre 0 y 1524 metros,[1]​ aunque normalmente se encuentra entre los 300 y 400 metros de profundidad.[8]​ Se distribuye por todo el océano Atlántico, entre los 72° de latitud norte y 55° de latitud sur y entre los 98° de longitud oeste y 41° este, incluidos mares que conectan con este océano como el mar Mediterráneo, mar Negro, mar Caribe o mar Báltico,[1]​ así como por el sudeste del océano Pacífico por toda la costa sudamericana de este océano.[9]

Viven en las profundidades del océano, teniendo migraciones diarias en vertical, bajando a unos 150 a 250 metros durante el día y subiendo a unos 50 metros durante la noche.[10]​ Es un alimentador selectivo cíclico de copépodos y eufáusidos.[11]​ Alcanzan la madurez sexual cuando tienen un año de edad, desovando entonces desde marzo hasta septiembre con una producción de 200 a 500 huevos, los cuales flotan en la superficie del agua.[5]​ Tienen crías al menos dos veces en la vida.[10]

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Maurolicus muelleri: Brief Summary ( Spanish; Castilian )

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La anchoa de fondo, luciérnaga perlada (en Cuba), pez hacha (en Uruguay) o yoalaakaci (en Argentina) (Maurolicus muelleri),​​ es una especie de pez de la familia de los esternoptíquidos o peces hacha.​

Su nombre científico deriva del griego mauros (oscuro) y lykos (lobo).​

Su pesaca es de escao valor comercial.​

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Maurolicus muelleri ( Basque )

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Maurolicus muelleri Maurolicus generoko animalia da. Arrainen barruko Sternoptychidae familian sailkatzen da.

Banaketa

Espezie hau Egeo itsasoan aurki daiteke.

Erreferentziak

  1. Froese, Rainer & Pauly, Daniel ed. (2006), Maurolicus muelleri FishBase webgunean. 2006ko apirilaren bertsioa.

Ikus, gainera

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Maurolicus muelleri: Brief Summary ( Basque )

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Maurolicus muelleri Maurolicus generoko animalia da. Arrainen barruko Sternoptychidae familian sailkatzen da.

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Gulldepla ( Icelandic )

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Gulldepla eða norræna gulldepla (fræðiheiti: Maurolicus muelleri) er lítill fiskur af silfurfiskaætt. Hún er 5-8 sm löng, silfruð að lit en bakið grænblátt og röð af ljósfærum á maganum. Gulldepla er miðsjávarfiskur sem finnst frá yfirborðinu allt að 1500 metra dýpi en er algengust á 150-250 metrum á næturnar en við 50 metra á daginn. Hún er algengust í heittempruðum sjó í Norður- og Suður-Atlantshafi þar á meðal vestast í Miðjarðarhafi og nyrst í Karíbahafi og í Suðaustur-Kyrrahafi. Hún lifir á rauðátu.

Gulldepla finnst allt í kringum Ísland en hefur ekki verið nýtt í neinum mæli. Tilraunaveiðar á henni fóru fram snemma vors 2009 og aflinn var nýttur í bræðslu.

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Maurolicus muelleri ( Italian )

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Maurolicus muelleri, noto in italiano come maurolico, è un pesce abissale della famiglia Sternoptychidae.

Distribuzione e habitat

È una specie cosmopolita. Nel mar Mediterraneo è comune, anche nei mari italiani. Talvolta ne spiaggiano migliaia, come è successo in Liguria o lungo lo stretto di Messina, dove è una delle specie più comuni che si trovano sulle spiagge, famose per fornire esemplari di fauna abissale. È una specie pelagica di profondità e si trova tra la superficie e 1000 metri (di solito fino a metri) ma è stato catturato fino a 2000 metri. Effettua migrazioni notturne verso le quote batimetriche minori.

Descrizione

A prima vista può sembrare simile ad una comune sardina perché si tratta di un piccolo pesce molto argenteo con corpo affusolato anche se compresso ai lati. Gli occhi sono molto grandi e così la bocca, che è obliqua e con la mandibola sporgente. Questo pesce è privo di scaglie. Lungo il ventre ci sono due file di fotofori, quella inferiore è lunga circa il doppio della superiore. Altri fotofori sono sparsi sul corpo, soprattutto sul capo. La pinna dorsale è breve e arretrata, è seguita da una pinna adiposa bassa. La pinna caudale è biforcuta; la pinna anale è lunga. Le pinne ventrali sono molto indietro, le pinne pettorali hanno un'inserzione bassa.

Il colore è argenteo con dorso azzurro o nero e ventre e fianchi argentati. I fotofori hanno colore viola.

Misura fino a 6 o 7 cm di lunghezza.

 src=
Maurolicus muelleri con vista dei fotofori

Biologia

Alimentazione

Si ciba di zooplancton.

Riproduzione

Si riproduce tutto l'anno. Le uova hanno la superficie formata da sfaccettature esagonali.

Pesca

Finisce relativamente spesso nelle reti da circuizione per le sardine e nelle reti a strascico. Le carni sono commestibili ma raramente si trovano sui mercati.

Curiosità

I suoi fotofori emanano un odore di ozono che i pescatori scambiano per odore di anguria. Per questo motivo il nome dialettale in alcune zone della Liguria è proprio “pesce cocomero”.

Bibliografia

  • Tortonese E. Osteichthyes, Calderini, 1975
  • Costa F. Atlante dei pesci dei mari italiani, Mursia, 1991 ISBN 88-425-1003-3

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Maurolicus muelleri: Brief Summary ( Italian )

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Maurolicus muelleri, noto in italiano come maurolico, è un pesce abissale della famiglia Sternoptychidae.

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Maurolicus muelleri ( Dutch; Flemish )

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Vissen

Maurolicus muelleri is een straalvinnige vis uit de familie van diepzeebijlvissen (Sternoptychidae). De vis kan een lengte bereiken van 8 cm.

Leefomgeving

De vis leeft uitsluitend in zout water. Hij komt voor in diep water in de Grote en Atlantische Oceaan en in de Middellandse Zee, tot een geregistreerde diepte van 1524 m.

Relatie tot de mens

De soort is voor de visserij van beperkt commercieel belang. In de hengelsport wordt er niet op de vis gejaagd.

Synoniemen

  • Argentina pennanti Walbaum, 1792
  • Scopelus borealis Nilsson, 1832
  • Scopelus humboldtii Yarrel, 1836
  • Scopelus maurolici Valenciennes, 1850

Externe links

Bronnen, noten en/of referenties
  • Froese, R., D. Pauly. en redactie. 2005. FishBase. Elektronische publicatie. www.fishbase.org, versie 06/2005.
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Maurolicus muelleri: Brief Summary ( Dutch; Flemish )

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Maurolicus muelleri is een straalvinnige vis uit de familie van diepzeebijlvissen (Sternoptychidae). De vis kan een lengte bereiken van 8 cm.

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Mauryk ( Polish )

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Mauryk[2] (Maurolicus muelleri) – gatunek małej morskiej, głębokowodnej ryby wężorokształtnej z rodziny przeźreniowatych (Sternoptychidae). Ma niewielkie znaczenie użytkowe.

Występowanie

Północno-wschodnia oraz południowa część Oceanu Indyjskiego, zachodnia część równikowej strefy Oceanu Spokojnego, Ocean Atlantycki po region arktyczny (do 70° N[3]), a także Morze Śródziemne[4]. Gatunek batypelagiczny. Przebywa zwykle na głębokościach 300–400 m p.p.m., ale spotykany jest w znacznie głębszych wodach, co najmniej do 1524 m[5]. Wykonuje dobowe migracje pionowe – w ciągu dnia przebywa w głębokich wodach, a w nocy podpływa ku powierzchni morza. Jest widywany przy burtach płynących statków. Często występuje w dużych zgrupowaniach[2].

 src=
U góry osobnik złowiony w 1995 w Cieśninie Mesyńskiej, u dołu fotofory mauryka

Cechy morfologiczne

Ciało wrzecionowate. Przeciętna jego długość wynosi 4 cm. Maksymalnie osiąga 8 cm długości całkowitej[5]. Oczy duże. Na bokach ciała rozmieszczone są liczne narządy świetlne. Płetwa grzbietowa bez kolców, wsparta na 9–11[5] (10–12[2]) miękkich promieniach. W płetwie odbytowej znajduje się 19–24[5] (24–30[2]) miękkich promieni. Występuje płetwa tłuszczowa. Pęcherz pławny jest dobrze rozwinięty, wypełniony gazem. Liczba kręgów: 33–35. Ubarwienie srebrzyste z ciemnobrązowym pasem biegnącym wzdłuż grzbietu. Pysk i szczęki przezroczyste z charakterystycznymi barwnymi cętkami[3].

Biologia i ekologia

 src=
Fotofory na nasadzie ogona mauryka (rysunek z 1882 roku)

Żywi się widłonogami i szczętkami. Dojrzałość płciową osiąga po ukończeniu roku życia. Tarło odbywa od marca do października. Samica składa 200–500 ziaren ikry[5] o średnicy 1,3–2[3] mm. Ikra unosi się do warstw powierzchniowych. Fotofory pojawiają się u młodych osobników mierzących od 5 do 23 mm długości standardowej[3].

Przypisy

  1. Maurolicus muelleri, w: Integrated Taxonomic Information System (ang.).
  2. a b c d Stanisław Rutkowicz: Encyklopedia ryb morskich. Gdańsk: Wydawnictwo Morskie, 1982, s. 212–213. ISBN 83-215-2103-7.
  3. a b c d Maurolicus muelleri (ang.). Marine Species Identification Portal. [dostęp 1 lutego 2014].
  4. W. N. Eschmeyer: Catalog of Fishes electronic version (3 Jan 2014) (ang.). California Academy of Sciences. [dostęp 1 lutego 2014].
  5. a b c d e Maurolicus muelleri. (ang.) w: Froese, R. & D. Pauly. FishBase. World Wide Web electronic publication. www.fishbase.org [dostęp 1 lutego 2014]
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Mauryk: Brief Summary ( Polish )

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Mauryk (Maurolicus muelleri) – gatunek małej morskiej, głębokowodnej ryby wężorokształtnej z rodziny przeźreniowatych (Sternoptychidae). Ma niewielkie znaczenie użytkowe.

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Laxsill ( Swedish )

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Laxsill (Maurolicus muelleri) en djuphavsfisk i familjen pärlemorfiskar som lever i större delen av Atlanten och har ljusorgan längs buken.

Utseende

Laxsillen är en liten, silliknande fisk med silverglänsande kropp, blågrön rygg[2], en lång, låg fettfena[3], en relativt kort ryggfena lång bakåt och två rader lysorgan längs buken.[4] Den kan bli upp till 8 cm i längd, men blir ofta bara hälften så lång.[2]

Vanor

Arten är en pelagisk djupvattensfisk, som kan gå ner till över 1 500 m, även om den vanligtvis håller sig mellan 300 och 400 m djup. Under natten går den upp till grundare vatten på omkring 50 m djup. Födan består framför allt av mindre kräftdjur som lysräkor och hoppkräftor. Den kan bli åtminstone 3 år gammal.[2]

Laxsillen lever framför allt i det öppna havet, men har också bildat bestånd i många djupa, norska fjordar.[3]

Fortplantning

Könsmognaden uppnås vid omkring 1 års ålder. Arten leker i mars till september, då honan lägger mellan 200 och 500 ägg som flyter på havsytan.[2]

Utbredning

Arten lever i större delen av Atlanten från Island och norra Norge[3] över Medelhavet till Senegal samt från Demokratiska republiken Kongo till Namibia på östra sidan, och från Kanada och Maine till Mexikanska bukten och Västindien på den västra. Dessutom finns den i Magellans sund samt i västra och sydöstra Stilla havet (vid Chile).[2] Den kan gå in i Skagerack och även Öresund, samt har påträffats från Bohuslän till Halland.[4]

Referenser

  1. ^ Maurolicus muelleri (Gmelin, 1789)” (på engelska). ITIS. http://www.itis.gov/servlet/SingleRpt/SingleRpt?search_topic=TSN&search_value=162187. Läst 17 december 2010.
  2. ^ [a b c d e] Froese, Rainer (6 oktober 2010). Maurolicus_mulleri (Gmelin, 1789) Silvery lightfish” (på engelska). Fishbase. http://www.fishbase.org/Summary/SpeciesSummary.php?id=754. Läst 17 december 2010.
  3. ^ [a b c] Muus, Bent J; Nielsen, Jørgen G; Svedberg, Ulf (1999). Havsfisk och fiske i Nordvästeuropa. Stockholm: Prisma. sid. 107. ISBN 91-518-3505-3
  4. ^ [a b] Curry-Lindahl, Kai (1985). Våra fiskar : havs- och sötvattensfiskar i Norden och övriga Europa. Stockholm: Norstedts. sid. 150, 357. ISBN 91-1-844202-1
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Laxsill: Brief Summary ( Swedish )

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Laxsill (Maurolicus muelleri) en djuphavsfisk i familjen pärlemorfiskar som lever i större delen av Atlanten och har ljusorgan längs buken.

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穆氏暗光魚 ( Chinese )

provided by wikipedia 中文维基百科
二名法 Maurolicus muelleri
(Gmelin, 1788)[1]

穆氏暗光鱼学名Maurolicus muelleri)为輻鰭魚綱巨口魚目褶胸鱼科暗光鱼属的其中一鱼类。分布於大西洋及東南太平洋地中海和红海海域。该物种的模式产地在挪威。[1]

穆氏暗光鱼體長可達8公分,為深海魚類,約棲息於150-1317米水深,最深可達1524公尺,會進行垂直性洄游,屬肉食性,可作為食用魚。

参考文献

  1. ^ 1.0 1.1 中国科学院动物研究所. 缪氏暗光鱼. 《中国动物物种编目数据库》. 中国科学院微生物研究所. [2009-04-11]. (原始内容存档于2016-03-05).

Froese, Rainer & Daniel Pauly, eds. (2012). Maurolicus muelleri in FishBase. 2012年4月版本

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穆氏暗光魚: Brief Summary ( Chinese )

provided by wikipedia 中文维基百科

穆氏暗光鱼(学名:Maurolicus muelleri)为輻鰭魚綱巨口魚目褶胸鱼科暗光鱼属的其中一鱼类。分布於大西洋及東南太平洋地中海和红海海域。该物种的模式产地在挪威。

穆氏暗光鱼體長可達8公分,為深海魚類,約棲息於150-1317米水深,最深可達1524公尺,會進行垂直性洄游,屬肉食性,可作為食用魚。

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Habitat

provided by World Register of Marine Species
Known from seamounts and knolls

Reference

Stocks, K. 2009. Seamounts Online: an online information system for seamount biology. Version 2009-1. World Wide Web electronic publication.

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