Labeotropheus alticodia Phiri & Pauers, 2023
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drawing shows typical species in Cichlidae.
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drawing shows typical species in Cichlidae.
Klassifizierung / Names Namen | Synonyme | Catalog of Fishes(Gattung, Arten) | ITIS | CoL | WoRMS | Cloffa
> Cichliformes (Cichlids, convict blennies) > Cichlidae (Cichlids) > Pseudocrenilabrinae
Etymology: Labeotropheus: Latin, labeo = one who has large lips + Greek, tropaion = defeat, a memorial of a fighting war, trophy; because of their specialized teeth were such an obvious feeding adaptation (Ref. 45335); alticodia: The specific epithet combines the Latin adjective for deep or tall, alti, with a Latin word for head, specifically the head of a flower, codia, in reference to the striking head depth of this species (Ref. 128773).
Etymology: Labeotropheus: Latin, labeo = one who has large lips + Greek, tropaion = defeat, a memorial of a fighting war, trophy; because of their specialized teeth were such an obvious feeding adaptation (Ref. 45335); alticodia: The specific epithet combines the Latin adjective for deep or tall, alti, with a Latin word for head, specifically the head of a flower, codia, in reference to the striking head depth of this species (Ref. 128773).
Umwelt: Milieu / Klimazone / Tiefenbereich / Verbreitungsgebiet Ökologie
; süßwasser benthopelagisch. Tropical
Verbreitung Territorien | FAO Gebiete | Ökosysteme | Vorkommen | Punkt Karte | Einführungen | Faunafri
Africa: Malawi.
Größe / Gewicht / Alter
Kurzbeschreibung Bestimmungsschlüssel | Morphologie | Morphometrie
Rückenflossenstacheln (insgesamt) : 16 - 17; Rückenflossenweichstrahlen (insgesamt) : 8 - 9; Afterflossenstacheln: 3; Afterflossenweichstrahlen: 7 - 8. Diagnosis: Labeotropheus alticodia differs from the slender-bodied Labeotropheus, , L. simoneae, L. chirangali and L. rubidorsalis, as well as L. chlorosiglos, due to its greater body depth, 37.4-40.6% of standard length vs. 26.3-33.4% in L. trewavasae, 26.9-30.8% in L. simoneae, 26.6-33.2% in L. chirangali, 31.6-36.1% in L. rubidorsalis, 31.9-34.7% in L. chlorosiglos; it also differs from the slender Labeotropheus due to a greater distance between the insertion of the dorsal fin and the insertion of the anal fin, 16.4-18.1% of standard length vs. 12.7-15.5% in L. trewavasae, 14.6-16.0% in L. simoneae, 13.7-15.7% in L. chirangali, 13.5-15.7% in L. rubidorsalis (Ref. 128773). Labeotropheus alticodia differs from all other robust-bodied Labeotropheus, except L. fuelleborni, by the nuptial colouration of the males: male L. alticodia have a pale, powder-blue body, and the dorsal and caudal fins are whitish blue with yellow trailing edges, while the anal fin is a pale yellow orange; additionally, the pelvic fins are a pale yellow orange with white leading edges; the morphometric and meristic values largely overlap with the other robust Labeotropheus, with the following exceptions: L. alticodia differs from L. fuelleborni due to a longer distance between the tip of the snout and the origin of the dorsal fin, 33.6-35.9% of standard length vs. 30.8-33.7%, a longer rostral length, 42.0-48.8% of head length vs. 40.4-42.0%, a shorter upper jaw, 14.4-20.1% of head length vs. 20.2-23.9%, and a smaller snout pad, 11.6-14.8% of head length vs. 14.9-17.2%; it differs from L. artatorostris due to a deeper preorbital depth, 26.9-34.5% of head length vs. 19.7-26.8%, and a typically longer rostral length, 42.0-48.4% of head length vs. 22.9-43.7%; it differs from L. candipygia by greater distances between the insertion of the dorsal fin and the insertion of the anal fin, 16.4-18.1% of standard length vs. 13.9-16.7%, as well as between the insertion of the dorsal fin and the origin of the anal fin, 31.3-32.9% of standard length vs. 27.4-31.7%; it differs from L. aurantinfra by a greater distance between the tip of the snout and the attachment of the pelvic fins, 41.0-49.1% of standard length vs. 36.9-43.7%, a greater preorbital depth, 26.9-34.5% of head length vs. 21.3-31.7%, and a greater snout length, 30.4-35.7% of head length vs. 26.7-33.1%; finally, it differs from L. obscurus due to a smaller eye diameter, 24.9-27.5% of head length vs. 27.3-32.4%, and more teeth in the left half of the lower jaw, 29-35 vs. 20-26 (Ref. 128773).
Lebenszyklus und Paarungsverhalten Geschlechtsreife | Fortpflanzung | Ablaichen | Eier | Fruchtbarkeit | Larven
Hauptreferenz
Laden Sie Ihre Referenzen hoch | Referenzen | Koordinator : Kullander, Sven O. | Partner
Pauers, M.J. and T.B. Phiri, 2023. Six new species of Labeotropheus (Cichliformes: Cichlidae) from the Malawian shore of Lake Malawi, Africa. Ichthyology & Herpetology 111(2):264-292. (Ref. 128773)
CITES
Not Evaluated
Bedrohung für Menschen
Harmless
Nutzung durch Menschen
Fischereien: nicht kommerziell
FAO - Publication: search | FishSource |
Mehr Information
Trophische Ökologie
Lebensmittel (Beutetiere)
Nahrungszusammensetzung
Nahrungsaufnahme
Lebensmittelrationen
Räuber
Lebensmittel (Beutetiere)
Nahrungszusammensetzung
Nahrungsaufnahme
Lebensmittelrationen
Räuber
Populationsdynamik
Wachstumsparameter
Max. Alter/Größen
Länge-Gewicht-Rel.
Länge-Länge-Verhältnis.
Längenhäufigkeiten
Massenkonvertierung
Rekrutierung
Dichte
Wachstumsparameter
Max. Alter/Größen
Länge-Gewicht-Rel.
Länge-Länge-Verhältnis.
Längenhäufigkeiten
Massenkonvertierung
Rekrutierung
Dichte
Lebenszyklus
Fortpflanzung
Geschlechtsreife
Reifung/Kiemen rel.
Fruchtbarkeit
Ablaichen
Laichaggregationen
Eier
Eientwicklung
Larven
Larven Pop.Dyn.
Fortpflanzung
Geschlechtsreife
Reifung/Kiemen rel.
Fruchtbarkeit
Ablaichen
Laichaggregationen
Eier
Eientwicklung
Larven
Larven Pop.Dyn.
Anatomie
Kiemenoberfläche
Gehirn
Otolith
Kiemenoberfläche
Gehirn
Otolith
Physiologie
Körperliche Zusammensetzung
Nährstoffe
Sauerstoffverbrauch
Schwimmart
Schwimmgeschwindigkeit
Visuelle Pigmente
Fischgeräusche
Krankheiten und Parasiten
Toxizität (LC50s)
Körperliche Zusammensetzung
Nährstoffe
Sauerstoffverbrauch
Schwimmart
Schwimmgeschwindigkeit
Visuelle Pigmente
Fischgeräusche
Krankheiten und Parasiten
Toxizität (LC50s)
Genetik
Genom
Genetik
Heterozygotie
Vererbbarkeit
Genetische Vielfalt
Genom
Genetik
Heterozygotie
Vererbbarkeit
Genetische Vielfalt
Menschenbezogen
Aquakultur-Systeme
Aquakultur Profile
Zuchtlinien
Ciguatera-Fälle
Briefmarken, Münzen, Verschiedenes.
Aquakultur-Systeme
Aquakultur Profile
Zuchtlinien
Ciguatera-Fälle
Briefmarken, Münzen, Verschiedenes.
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Zusammenfassung | Punktdaten | Namen | Photos
Internet Quellen
AFORO (otoliths) | Aquatic Commons | BHL | Cloffa | Websites from users | FishWatcher Einträge suchen | CISTI | Catalog of Fishes: Gattung, Arten | DiscoverLife | ECOTOX | FAO - Publication: search | Faunafri | Fishipedia | Fishtrace | GloBI | Google Books | Google Scholar | Google | IGFA World Record | OneZoom | Open Tree of Life | Otolith Atlas of Taiwan Fishes | PubMed | Reef Life Survey | Socotra Atlas | TreeBase | Tree of Life | Wikipedia: Gehe zu, Suchen | World Records Freshwater Fishing | Zoobank | Zoologischer Rekord
Schätzungen auf der Grundlage von Modellen
|
Phylogenetischer Diversitätsindex (Ref. 82804) |
PD50 = 0.5005 [Uniqueness, from 0.5 = low to 2.0 = high]. |
| Bayesian length-weight | a=0.01445 (0.00671 - 0.03113), b=2.99 (2.82 - 3.16), in cm total length, based on LWR estimates for this (Sub)family-body shape (Ref. 93245). |
|
Trophische Ebene (Ref. 69278) |
3.3 ±0.4 se; based on size and trophs of closest relatives |
|
Widerstandsfähigkeit (Ref. 120179) |
hoch, Verdopplung der Population dauert weniger als 15 Monate. (Preliminary K or Fecundity.). |
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Anfälligkeit der Fischerei (Ref. 59153) |
Low vulnerability (13 of 100). 🛈 |