Acrocalanus sp. - Fiche d'espèce - Copépodes planctoniques marins

Fiche d'espèce de Copépode

Calanoida ( Ordre )	détails
Calanoidea ( Superfamille )	détails
Paracalanidae ( Famille )	détails
Acrocalanus ( Genre )	détails	Liste des espèces pour ce Genre

Acrocalanus sp. Ardania, Wardiatno & Kamal, 2017 (F)

Abréviations ou symboles

Ref.:

(

Liste des auteurs analysés )

Issued from :D. Ardiana, Y. Wardiatno & M. M. Kamal in AACL Bioflux, 2017 (739, fig., blue pigment)..

NZ:

Carte de distribution de Acrocalanus sp. par zones géographiques

Loc:

(

Glossaire géographique )

Indonesia (Cendrawasih Bay, Papua)

Lg.:

(

Références des auteurs concernant les dimensions )

(1237) F: 1,054-1,131; {F: 1,054-1,131}

Rem.:

After several authors (Zagalsky & Herring, 1972; Mojib & al., 2014) blue pigment in copepod (like Pontella fera, Labidocera glauca, Labidocera acutifrons, Corycaeus amazonicus, Acartia erythraea), appear because of carotenoprotein containing astaxanthin as the protect group found that in the tropical marine ecosystem, mesozooplankton are commonly discovered to be blue pigmented, since the ecosystem are depicted by great transparency and annual solar radiation; Several environmental factors may influence carotenoid metabolism (Byron, 1982). Copepods take the risk to staying on the surface for food because there is an increase-risk of biological stressor such as ultraviolet radiation (UVR) and predation (Johnsen & Jakobsen, 1987). To adapt with that, one of their physiological adaptation is accumulation of either UVR absorbing compound such as mycosporine like amino acids or carotenoid pigments such as astaxanthion which give red or blue color depending on the bound or free form (Persaud & al., 2007). The red color was caused by carotenoud astaxanthin and its esters (Hairston, 1976), while blue color was developeed from union with protein (Zagalsky, 1976)

Dernière mise à jour : 19/06/2023