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As the aquaculture industry expands, its environmental impacts increases. The high nutrient discharges from aquaculture deteriorate the receiving water body. The dependence to fish oil and fishmeal for artificial feed has been threatened the world fisheries resources. Bio-flocs technology (BFT) application in aquaculture offers a solution to both problems. In BFT excess nutrient in aquaculture systems is converted into microbial biomass, which can in situ be used by the cultured animals as food source. The transmission of aquatic animal diseases is another major problem in aquaculture…mehr

Produktbeschreibung
As the aquaculture industry expands, its environmental impacts increases. The high nutrient discharges from aquaculture deteriorate the receiving water body. The dependence to fish oil and fishmeal for artificial feed has been threatened the world fisheries resources. Bio-flocs technology (BFT) application in aquaculture offers a solution to both problems. In BFT excess nutrient in aquaculture systems is converted into microbial biomass, which can in situ be used by the cultured animals as food source. The transmission of aquatic animal diseases is another major problem in aquaculture development. One of the alternative strategies to overcome disease problem is the application of probiotics. BFT has been proven of maintaining good water quality in aquaculture systems. Thus, a combination of bio-floc technology and probiotics application may have a simultaneous effect on the health maintenance of the cultured animals.
Autorenporträt
Mohamed E. Megahed, PhD:Aquaculture Researcher at Marine Research Center, Suez Canal University, Egypt. Worked for several Organizations,Researcher at the R&D department of National Prawn Company (Saudi Arabia),WorldFish Center (Egypt), Ghent University (Belgium), AKVAFORSK Genetics Center As (Norway).