The calanoid copepod Acartia tonsa was cultured in rectangular tanks filled with 170L of natural sea water. Rice bran added to the culture water provided all the nutrient enrichment necessary to raise A. tonsa throughout its life cycle, thus eliminating the need for separately cultured phytoplankton. Four, month-long preliminary experiments produced maximum densities of copepodid stages including adults that ranged from 170 to 1,520 per L (x=679 per L). The time required to reach maximum density ranged from 6 to 33 days for nauplii and from 12 to 27 days for copepodid stages. The results are preliminary in nature but indicate future potential of this technique as a simple, inexpensive method for the mass culture of copepods
Acartia tonsa is a calanoid copepod with high potential as live feed for marine aquaculture. However...
The use of cultured copepods in intensive fish larviculture has involved both calanoids and harpacti...
The survival and development of fish larvae are directly influenced by values and supply of live fee...
Attempts have been made at mass cultivation of zooplankton to be used as food for fish larvae in the...
Two experiments were performed to investigate increasing the number of copepod nauplii obtained from...
A major obstacle to the development of hatchery production for juveniles of many marine species is t...
The use of bay water, filtered to 5 microns, was found to be sufficiently nutritious to sustain an a...
Of the calanoid copepods, species of the genus Acartia are most commonly used for larval diets of tr...
Production of copepods in a 3000 litre capacity outdoor mass culture tank has been studied by period...
Copepods form the major part of the wild marine zooplankton and are highly desired in marine piscicu...
A study to establish a relatively simple and reliable small scale mass production and the nutritiona...
The conventional method for first feeding of marine fish is to use enriched rotifers (Brachionus spp...
Two experiments were conducted to develop Acartia erythraea and Oithona brevicornis cultures: The pe...
A simple device for culturing marine calanoid copepods is described. Calanus helgolandicus Pacificus...
The difficulty in achieving high density copepod cultures is a major bottleneck limiting their utili...
Acartia tonsa is a calanoid copepod with high potential as live feed for marine aquaculture. However...
The use of cultured copepods in intensive fish larviculture has involved both calanoids and harpacti...
The survival and development of fish larvae are directly influenced by values and supply of live fee...
Attempts have been made at mass cultivation of zooplankton to be used as food for fish larvae in the...
Two experiments were performed to investigate increasing the number of copepod nauplii obtained from...
A major obstacle to the development of hatchery production for juveniles of many marine species is t...
The use of bay water, filtered to 5 microns, was found to be sufficiently nutritious to sustain an a...
Of the calanoid copepods, species of the genus Acartia are most commonly used for larval diets of tr...
Production of copepods in a 3000 litre capacity outdoor mass culture tank has been studied by period...
Copepods form the major part of the wild marine zooplankton and are highly desired in marine piscicu...
A study to establish a relatively simple and reliable small scale mass production and the nutritiona...
The conventional method for first feeding of marine fish is to use enriched rotifers (Brachionus spp...
Two experiments were conducted to develop Acartia erythraea and Oithona brevicornis cultures: The pe...
A simple device for culturing marine calanoid copepods is described. Calanus helgolandicus Pacificus...
The difficulty in achieving high density copepod cultures is a major bottleneck limiting their utili...
Acartia tonsa is a calanoid copepod with high potential as live feed for marine aquaculture. However...
The use of cultured copepods in intensive fish larviculture has involved both calanoids and harpacti...
The survival and development of fish larvae are directly influenced by values and supply of live fee...