Add to ORKGA flow-through system is described for the controlled production of Artemia nauplii. High densities of adult brine shrimp are induced to ovoviviparity through diet manipulation, optimal culture water exchange, and high constant oxygen levels. The nauplii produced are separated from the culture tank effluents in a special recuperation filter system. The culture water is recirculated over a rotating biodisc, a cross-flow sieve, and a plate separator.The potential of this nauplii production system for application in aquaculture hatcheries is discussed
In view of the need'for research on the practical use of the brine shrimp Artemia salina in aquaault...
In the framework of research on mariculture at the "Institute for Marine Scientific Research" (IZWO)...
This paper describes a pilot culture system for the production of on-grown Artemia in freshwater orn...
A simple semi flow-through Artemia culture unit is described for possible integration in marine fish...
A simple semi flow-through Artemia culture unit is described for possible integration in marine fish...
A closed culture system for the high density culturing of Artemia spp. in 300-liter tanks using a ne...
As environmental factors play an important role in the mode of reproduction of brine shrimp, an unde...
Contrary to the rearing of brine shrimp at laboratory scale which is current practice and well descr...
Brine shrimp Artemia, the most common live food organism used in larviculture, can reproduce either ...
For many years the freshly hatched nauplii of the brine shrimp (Artemia salina) have been the most c...
The brine shrimp, Artemia a crustacean which is naturally found in hypersaline waters throughout mo...
A flow-through culture system is described for the controlled production of Artemia cysts in 10 lite...
306-307Continuous culture of the brine shrimp, Artemia salina, yielding many generations of individu...
High densities of brine shrimp Artemia can be cultured in flow-through systems using the effluent of...
Although extensive fundamental research has been performed on the brine shrimp, the yields from hatc...
In view of the need'for research on the practical use of the brine shrimp Artemia salina in aquaault...
In the framework of research on mariculture at the "Institute for Marine Scientific Research" (IZWO)...
This paper describes a pilot culture system for the production of on-grown Artemia in freshwater orn...
A simple semi flow-through Artemia culture unit is described for possible integration in marine fish...
A simple semi flow-through Artemia culture unit is described for possible integration in marine fish...
A closed culture system for the high density culturing of Artemia spp. in 300-liter tanks using a ne...
As environmental factors play an important role in the mode of reproduction of brine shrimp, an unde...
Contrary to the rearing of brine shrimp at laboratory scale which is current practice and well descr...
Brine shrimp Artemia, the most common live food organism used in larviculture, can reproduce either ...
For many years the freshly hatched nauplii of the brine shrimp (Artemia salina) have been the most c...
The brine shrimp, Artemia a crustacean which is naturally found in hypersaline waters throughout mo...
A flow-through culture system is described for the controlled production of Artemia cysts in 10 lite...
306-307Continuous culture of the brine shrimp, Artemia salina, yielding many generations of individu...
High densities of brine shrimp Artemia can be cultured in flow-through systems using the effluent of...
Although extensive fundamental research has been performed on the brine shrimp, the yields from hatc...
In view of the need'for research on the practical use of the brine shrimp Artemia salina in aquaault...
In the framework of research on mariculture at the "Institute for Marine Scientific Research" (IZWO)...
This paper describes a pilot culture system for the production of on-grown Artemia in freshwater orn...