Eudontomyzon mariae, Ukrainian brook lamprey : bait

Eudontomyzon mariae (Berg, 1931)

Ukrainian brook lamprey
Adicionar o seu Fotografias e vídeos
 Fotografias | Imagem do Google
Image of Eudontomyzon mariae (Ukrainian brook lamprey)
Eudontomyzon mariae
Fotografia de Artaev, O.

Classificação / Nomes Nomes comuns | Sinónimos | Catalog of Fishes(Género, Espécies) | ITIS | CoL | WoRMS | Cloffa

> Petromyzontiformes (Lampreys) > Petromyzontidae (Northern lampreys) > Lampetrinae
Etymology: Eudontomyzon: eu-, a Greek intensive (good, well or very); odontos (Gr.) tooth, referring to numerous radially arranged teeth of E. danfordi; myzon (Gr.), to suck (borrowed from Petromyzon), referring to their suctorial behavior (See ETYFish); mariae: In honor of Berg’s second wife Maria (née Ivanova), “who examined many thousands of river lampreys from the mouth of the Neva and other streams, falling into the Finnish Gulf” (See ETYFish).
Eponymy: Maria Mikhailovna Berg née Ivanova was (1922) the second wife of the author. [...] (Ref. 128868), visit book page.
More on author: Berg.

Taxonomic Remarks
This species needs a complete re-evaluation Renaud (2011; Re. 89241:41), and may be a complex of species. Please send references, or more studies are needed.

Ambiente: milieu / zona climática / intervalo de profundidade / gama de distribuição Ecologia

; Água doce demersal; potamódromo. Temperate; 57°N - 41°N, 14°E - 49°E (Ref. 59043)

Distribuição Territórios | Áreas FAO | Ecossistemas | Ocorrências | Mapa dos pontos | Introduções | Faunafri

Europe: Drainages of the Baltic Sea (Odra, Vistula, Neman), northern Black Sea (Sava, Drava, Danube [except Tisza, Timis, and Cerna rivers], Prut, Dnieper, Dniester, Don, Kuban, and in rivers of Georgia from Bzyb' in south to Chorokhi in north), Aegean Sea (Vardar), and Caspian Sea (Volga - Sura River) (Ref. 58030). One record in the upper Morava system (Czechia) (Ref. 59043).

Tamanho / Peso / Idade

Maturidade: Lm ?  range ? - ? cm
Max length : 22.2 cm TL macho/indeterminado; (Ref. 12283); common length : 18.0 cm TL macho/indeterminado; (Ref. 556); Idade máx. registada: 7 anos (Ref. 12283)

Descrição breve Chaves de identificação | Morfologia | Morfometria

Espinhos dorsais (total) : 0; Raios dorsais moles (total) : 0; Espinhos anais: 0; Raios anais moles: 0. Adults: 12.0-22.2 cm TL. Body wet weight of 37 individuals 13.1-19.5 cm TL, 3.61-12.69 g. Body proportions, as percentage of TL (based on 39 specimens measuring 12.3-19.5 cm TL): prebranchial length, 6.9-12.1; branchial length, 8.5-12.3; trunk length, 44.9-54.4; tail length, 24.3-31.3; cloacal slit length, 0.4-2.2; eye length, 0.7-2.1; disc length, 2.2-5.8; prenostril length, 2.5-6.5; snout length, 2.7-7.6; postocular length, 2.4-3.7. The urogenital papilla length, as a percentage of branchial length, in eight spawning males measuring 14.35-18.4 cm TL, 25.0-38.6. Trunk myomeres, 60-73. Dentition: Most labial teeth are villiform; supraoral lamina, usually only 2 unicuspid teeth, but in less than 10% of cases, 1-3 small unicuspid teeth may also be found on the bridge; infraoral lamina, 5-10 usually unicuspid teeth, but 1-2 lateralmost teeth may be bicuspid; usually 3 endolaterals on each side (83%), but 4 (11%), 1 (4%), and 2 (2%) also found; endolateral formula, typically 1-2-2 (26%), 1-2-1 (22%), 2-2-1 (13%), 2-2-2 (11%), but also 1-1-1, 2-2-3, 1-1-2-2 (each 6%), 2, 1-1-2-1 (each 4%), 1-2, 1-2-2-2 (each 2%) - Naseka et al. (2009) reported the following additional formulae from the syntypic series, including a count of 5 endolaterals: 1-1-2, 1-3-1, 2-1-1, 2-3-2, 1-2-2-1, 2-1-2-2, 1-1-2-1-1; 2-5 rows of anterials; first row of anterials, 5-10 unicuspid teeth, exceptionally, one lateralmost tooth may be bicuspid; 1-4 rows of exolaterals; rows of posterials, 0-3 (absent in 10% of individuals only); first row of posterials, either complete (continuous) with 12-20 unicuspid teeth (62% of individuals) or incomplete (discontinuous) with 1-12 unicuspid teeth (38% of individuals) or entirely absent (very rarely) - Naseka et al. (2009) reported the following additional counts from the syntypic series: complete row with 10 unicuspid and 1 bicuspid teeth; incomplete row with 13-17 unicuspid teeth and with 4 unicuspid and one bicuspid teeth; transverse lingual lamina, 3-7 unicuspid teeth, the median one enlarged (in 79% of individuals, the median cusp is both higher and wider, while in 21% of individuals it is wider, but not noticeably higher, than the flanking cusps); longitudinal lingual laminae each with 5-11 unicuspid teeth. Velar tentacles, 7-12, with tubercles. No dark blotch near the apex of the second dorsal fin. Lateral line neuromasts unpigmented or darkly pigmented, at least on the ventral aspect. Extent of caudal fin pigmentation (- = absence to trace; + = 1% to under 25%; ++ = 25% to under 75%; +++ = 75% or more): - (7%), + (3%), ++ (13%), +++ (77%). Caudal fin shape, spade-like (97% of individuals), rarely rounded. Oral fimbriae, 88-98 (Ref. 89241). With 62-73 trunk myomeres. The caudal fin is dark grey to black (Ref. 59043).
Body shape (shape guide): eel-like; Cross section: circular.

Biologia     Glossário (ex. epibenthic)

Adults are found in freshwater; in brooks, rivers, and lakes (Ref. 89241). They inhabit the mountain and foothill zones of watercourses containing clear water with a strong current and gravel-sand substrate. The ammocoetes larvae live in detritus-rich sand-mud substrates in areas of weak current, frequently beneath overhanging banks. Ammocoetes feed on diatoms and detritus; adults don't feed. Metamorphosis occurs in September in Poland and Slovakia and in July in the Ukraine. Ammocoetes used as live bait (Ref. 12283). Adults are preyed upon by Esox lucius (Ref. 89241), the chub (Leuciscus cephalus) and other predators in the period of their spawning (beginning of May to beginning of June). Mature individuals form spawning aggregations (Ref. 59043). Spawning occurs on gravel and sand substrates, also possibly over hard white clay (Ref. 58030), in late April - early May in the Ukraine. Fecundity, 1,950-7,106 eggs/female (Ref. 89241). Adults are nonparasitic. However, rare cases of ectoparasitism have been reported in Jelesná Brook, Slovakia and the Prut River, Ukraine (Ref. 89241).

Ciclo de vida e comportamento de acasalamento Maturidade | Reprodução | Desova | Ovos | Fecundidade | Larvas

Spawning individuals come out in open day light. Males dig a shallow nest in areas with moderate current. Spawners form aggregations. Spawners die afterwards. Ammocoetes last 3.5 to 4.5 years. They metamorphose in September - December (Ref. 59043).

Referência principal Carregar as suas referências | Referências | Coordenador | Colaboradores

Holcík, J. and C.B. Renaud, 1986. Eudontomyzon mariae (Berg, 1931). p. 165-185. In J. Holcík (ed.) The Freshwater fishes of Europe. Vol.1, Part I, Petromyzontiformes. (Ref. 12283)

Categoria na Lista Vermelha da IUCN (Ref. 130435: Version 2025-2 (Global))

  Preocupação menor (LC) ; Date assessed: 03 February 2023

CITES

Not Evaluated

CMS (Ref. 116361)

Not Evaluated

Ameaça para o homem

  Harmless





Utilização humana

Pescarias: sem interesse; isco: usually
FAO - Publication: search | FishSource |

Mais informação

Ecologia Trófica
Produtos alimentares (presas)
Composição da dieta
Consumo alimentar
Rações alimentares
Predadores
Ecologia
Ecologia
Dinâmica das populações
Parâmetros de crescimento
Idades / tamanhos máximos
Comprimento-peso rel.
Comprimento-comprimento rel.
Frequência de comprimento
Conversão de massa
Recrutamento
Abundância
Ciclo de vida
Reprodução
Maturidade
Maturidade/Rel. das guelras
Fecundidade
Desova
Agregações de desova
Ovos
Desenvolvimento dos ovos
Larvas
Dinâmica larvar
Distribuição
Territórios
Áreas FAO
Ecossistemas
Ocorrências
Introduções
BRUVS - Vídeos
Anatomia
Área branquial
Cérebro
Otólitos
Fisiologia
Composição corporal
Nutrientes
Consumo de oxigénio
Tipo de natação
Velocidade de natação
Pigmentos visuais
Som de peixe
Doenças e Parasitas
Toxicidade (LC50s)
Genética
genoma
Genética
Heterozigotia
Hereditariedade
Diversidade genética
Relacionado com o ser humano
Sistemas de aquacultura
Perfis para aquacultura
Estirpes
Casos de Ciguatera
Selos, moedas, diversos.
Divulgação
Colaboradores
Taxonomia
Nomes comuns
Sinónimos
Morfologia
Morfometria
Fotografias
Referências
Referências

Ferramentas

E-book | Guia de campo | Chaves de identificação | Ferramenta auxiliar de frequências de comprimento | Ferramenta sobre a história de vida | Mapa dos pontos | Captura-MSY |

Relatórios especiais

Consultar manutenção em aquários | Consultar ficha de espécies | Consultar fichas de aquacultura

Descarregue XML

Página de resumo | Dado pontual | Nomes comuns | Fotografias

Fontes da internet

AFORO (otoliths) | Aquatic Commons | BHL | Cloffa | Websites from users | Consultar FishWatcher | CISTI | Catalog of Fishes: Género, Espécies | DiscoverLife | ECOTOX | FAO - Publication: search | Faunafri | Fishipedia | Fishtrace | GloBI | Google Books | Google Scholar | Google | IGFA World Record | Bases de dados nacionais | OneZoom | Open Tree of Life | Otolith Atlas of Taiwan Fishes | PubMed | Reef Life Survey | Socotra Atlas | TreeBase | Árvore da vida | Wikipedia: ir para, procurar | World Records Freshwater Fishing | Registo zoológico

Estimativas baseadas em modelos

Índice de diversidade filogenética
(Ref. 82804) 		PD50 = 0.5312 [Uniqueness, from 0.5 = low to 2.0 = high].
Bayesian length-weight a=0.00129 (0.00059 - 0.00283), b=2.98 (2.79 - 3.17), in cm total length, based on LWR estimates for this (Sub)family-body shape (Ref. 93245).
Nível Trófico
(Ref. 69278) 		3.7   ±0.6 se; based on size and trophs of closest relatives
Resiliência
(Ref. 120179) 		Baixo, tempo mínimo de duplicação da população 4,5 - 14 anos (Semelparous species, assuming tm (= tmax) > 4).
Vulnerabilidade da pesca
(Ref. 59153) 		Low to moderate vulnerability (31 of 100). 🛈