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OreochromisInsect
Under the majority of culture practices, the reduction or elimination of reproduction in culture ponds results in significantly improved yields of marketable fish. An examination is made of existing methods for the control of reproduction in tilapias (Oreochromis spp.). The generation of all-male tilapia by hormonal sex reversal and genetic manipulation is discussed in detail, indicating the various advantages and disadvantages of both techniques
The year-round, spontaneous and continued reproduction of tilapia in captivity was initially regarde...
peer reviewedIn Oreochromis aureus, the use of pseudofemale spawners (sex-reversed male with a femal...
The culture of genetically male tilapia (GMT) is becoming established as an alternative to hormonal ...
Available information on the advantages and limitations of the techniques of hybridization and hoemo...
peer reviewedDue to their rapid growth, natural breeding in ponds and resistance, the tilapias belon...
Comprehensive in scope, Sex Control in Aquaculture first explains the concepts and rationale for sex...
In confined environments, the precocious reproductive efficiency of "tilapias" (various cichlid spec...
The desirability of monosex populations for tilapia culture is well established. Grow-out of monosex...
One of the most popular techniques in mass production of all or nearly all male tilapia population i...
International audienceIn confined environments, the precocious reproductive efficiency of "tilapias"...
Scientists at the University of Wales, Swansea, UK have developed a way to produce all male Tilapia ...
Tilapia is now the second most produced group of fish in the world. With the exception of a few very...
Tilapia culture has been growing over the past decades as an excellent source of high-quality protei...
The mainstay of small-scale aquaculture for many poor farmers, particularly in Africa and Asia, is t...
Genetically improved farmed tilapia (GIFT) and GIFT-derived strains account for the majority of farm...
The year-round, spontaneous and continued reproduction of tilapia in captivity was initially regarde...
peer reviewedIn Oreochromis aureus, the use of pseudofemale spawners (sex-reversed male with a femal...
The culture of genetically male tilapia (GMT) is becoming established as an alternative to hormonal ...
Available information on the advantages and limitations of the techniques of hybridization and hoemo...
peer reviewedDue to their rapid growth, natural breeding in ponds and resistance, the tilapias belon...
Comprehensive in scope, Sex Control in Aquaculture first explains the concepts and rationale for sex...
In confined environments, the precocious reproductive efficiency of "tilapias" (various cichlid spec...
The desirability of monosex populations for tilapia culture is well established. Grow-out of monosex...
One of the most popular techniques in mass production of all or nearly all male tilapia population i...
International audienceIn confined environments, the precocious reproductive efficiency of "tilapias"...
Scientists at the University of Wales, Swansea, UK have developed a way to produce all male Tilapia ...
Tilapia is now the second most produced group of fish in the world. With the exception of a few very...
Tilapia culture has been growing over the past decades as an excellent source of high-quality protei...
The mainstay of small-scale aquaculture for many poor farmers, particularly in Africa and Asia, is t...
Genetically improved farmed tilapia (GIFT) and GIFT-derived strains account for the majority of farm...
The year-round, spontaneous and continued reproduction of tilapia in captivity was initially regarde...
peer reviewedIn Oreochromis aureus, the use of pseudofemale spawners (sex-reversed male with a femal...
The culture of genetically male tilapia (GMT) is becoming established as an alternative to hormonal ...
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