Add to ORKGThough one can bring about improvement in the production performance of a population by environmental manipulations as well as through genetic manipulations, any improvement from the former cannot be transmitted to the next generation. The genetic improvement on the other hand is inherited by the next generation and therefore, more important. The wide variations among the individuals in every population provide ample scope for genetic manipulations for developing genetically superior lines and strains
Aquaculture in developing countries is largely based on unimproved fish strains. There is ample evid...
The genetic diversity of aquaculture stocks can be maintained, and their genetic impact on wild stoc...
Aquaculture in developing countries is largely based on unimproved fish strains. There is ample evid...
Success in aquaculture and fisheries management depends on viable concept, sound management and anim...
There are two ways in which an aquaculturist can increase his yields. The first is by environmental...
Success in aquaculture depends on the use of animals with high genetic potential and application of ...
During the last 40 years it has been shown that well planned family-based breeding programs yield hi...
Ever since the creation of human civilisation, breeding has been the pivotal struggles to increase a...
To satisfy increasing demands for fish as food, progress must occur towards greater aquaculture prod...
The applications of molecular techniques in aquaculture are promising, but still some what uncertain...
Aquaculture production systems in developing countries are largely based on the use of unimproved sp...
In intensive aquaculture systems, genetic improvement programs are playing an important role in incr...
The first selective breeding programs for aquaculture species that also used sib information in the ...
In this paper we present livestock breeding developments that could be taken into consideration in t...
One of the limitations for aquaculture development in developing countries is the limited availabili...
Aquaculture in developing countries is largely based on unimproved fish strains. There is ample evid...
The genetic diversity of aquaculture stocks can be maintained, and their genetic impact on wild stoc...
Aquaculture in developing countries is largely based on unimproved fish strains. There is ample evid...
Success in aquaculture and fisheries management depends on viable concept, sound management and anim...
There are two ways in which an aquaculturist can increase his yields. The first is by environmental...
Success in aquaculture depends on the use of animals with high genetic potential and application of ...
During the last 40 years it has been shown that well planned family-based breeding programs yield hi...
Ever since the creation of human civilisation, breeding has been the pivotal struggles to increase a...
To satisfy increasing demands for fish as food, progress must occur towards greater aquaculture prod...
The applications of molecular techniques in aquaculture are promising, but still some what uncertain...
Aquaculture production systems in developing countries are largely based on the use of unimproved sp...
In intensive aquaculture systems, genetic improvement programs are playing an important role in incr...
The first selective breeding programs for aquaculture species that also used sib information in the ...
In this paper we present livestock breeding developments that could be taken into consideration in t...
One of the limitations for aquaculture development in developing countries is the limited availabili...
Aquaculture in developing countries is largely based on unimproved fish strains. There is ample evid...
The genetic diversity of aquaculture stocks can be maintained, and their genetic impact on wild stoc...
Aquaculture in developing countries is largely based on unimproved fish strains. There is ample evid...