Aquaculture
Fish farming is a very important activity now and in the future. This is because fish is one type of food that is needed by humans who have a relatively cheap selling price and has a complete nutritional content, with food needed by humans will be fulfilled.
Therefore, the ability of human resources to produce cultured fish is urgently needed, with the increasing population and further limitations of cultivated land, a fish culture technology is needed on limited land and high productivity to meet food needs.
Knowledge of fish culture containers and media needed for aquaculture will provide an understanding of the investment that must be prepared in accordance with the scale of production to be applied, by applying intensive fish farming technology an understanding of production of artificial feed that is environmentally friendly but in accordance with the needs of aquaculture fish In addition, in cultivating fish, it is very necessary to have natural food in the larvae and seed phases, so an understanding is needed on how to breed natural food in accordance with the needs of fish.
In addition, in fish farming there will be obstacles experienced by fish farmers, namely the presence of fish pests and diseases. Therefore, it is needed an understanding of the types of pests and diseases that can attack fish farming and how prevention and treatment must be carried out by farmers so that the farmed fish are not attacked by pests and diseases.
With the development of science and technology, the application of the latest technology has penetrated fish farming, traditional fish breeding will be less desirable and will turn to the touch of science and technology to increase production in aquaculture. The application of molecular technology in fish culture can be applied starting from chromosome engineering, gene engineering and cell engineering.
Chromosome engineering includes gynogenesis, androgenesis and polyploidization activities which aim to manipulate these chromosomes to increase the productivity of cultured fish and provide added value to fish farmers, whereas gene engineering can be applied if the equipment for engineering is available where gene engineering can be made. Cultivated fish commodities are inserted with beneficial genes for farmers such as growth genes, antifreeze genes and body color genes.
In this blog we will share very basic knowledge in raising fish, this blog will also explain various basic abilities to carry out activities that can be directly applied by using language that is simple and easily understood by various groups.
Hopefully the contents of this blog can be one of the references and useful for fisheries farmers, Ameen ...
Fish farming is a very important activity now and in the future. This is because fish is one type of food that is needed by humans who have a relatively cheap selling price and has a complete nutritional content, with food needed by humans will be fulfilled.
Therefore, the ability of human resources to produce cultured fish is urgently needed, with the increasing population and further limitations of cultivated land, a fish culture technology is needed on limited land and high productivity to meet food needs.
Knowledge of fish culture containers and media needed for aquaculture will provide an understanding of the investment that must be prepared in accordance with the scale of production to be applied, by applying intensive fish farming technology an understanding of production of artificial feed that is environmentally friendly but in accordance with the needs of aquaculture fish In addition, in cultivating fish, it is very necessary to have natural food in the larvae and seed phases, so an understanding is needed on how to breed natural food in accordance with the needs of fish.
In addition, in fish farming there will be obstacles experienced by fish farmers, namely the presence of fish pests and diseases. Therefore, it is needed an understanding of the types of pests and diseases that can attack fish farming and how prevention and treatment must be carried out by farmers so that the farmed fish are not attacked by pests and diseases.
With the development of science and technology, the application of the latest technology has penetrated fish farming, traditional fish breeding will be less desirable and will turn to the touch of science and technology to increase production in aquaculture. The application of molecular technology in fish culture can be applied starting from chromosome engineering, gene engineering and cell engineering.
Chromosome engineering includes gynogenesis, androgenesis and polyploidization activities which aim to manipulate these chromosomes to increase the productivity of cultured fish and provide added value to fish farmers, whereas gene engineering can be applied if the equipment for engineering is available where gene engineering can be made. Cultivated fish commodities are inserted with beneficial genes for farmers such as growth genes, antifreeze genes and body color genes.
In this blog we will share very basic knowledge in raising fish, this blog will also explain various basic abilities to carry out activities that can be directly applied by using language that is simple and easily understood by various groups.
Hopefully the contents of this blog can be one of the references and useful for fisheries farmers, Ameen ...