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Tilapia Production Using Biofloc Technology: Saving Water, Waste Recycling Improves Economics

机译:使用生物絮凝技术生产罗非鱼:节约用水,废物回收可提高经济效益

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Biofloc systems enable more intensive tilapia production. The fish adapt to the conditions within biofloc svstems and grow well by utilizing the bioflocs as a feed source. The recycling of feed and minimization of water exchange are important contributions to the economy of tilapia production. Understanding the biofloc system, monitoring and fast response to negative developments arc essential for successful culture. Production of tilapia has risen tremendously in the last few decades. At about 3 mmtin 2010, the volume of worldwide tilapia production was second only to carps among fish. Current trends indicate a continuous growth of production and expanded penetration of tilapia in a variety of markets, from expensive restaurants to local households all around the world. Although higher production levels are needed, increased aquaculture production is limited globally by the availability of suitable water and land. The most feasible and environmentally acceptable way to raise aquaculture production is by the use of intensive production systems.
机译:Biofloc系统使罗非鱼产量更高。鱼类适应了生物絮体系统内的条件,并通过利用生物絮体作为饲料来源而生长良好。饲料的循环利用和水交换的减少是罗非鱼生产经济的重要贡献。了解生物絮凝系统,监测和快速应对负面发展对于成功培养至关重要。在过去的几十年中,罗非鱼的产量急剧增加。在2010年大约3毫米时,全球罗非鱼的产量仅次于鲤鱼。当前的趋势表明,罗非鱼的产量持续增长,并且在从昂贵的餐馆到世界各地的本地家庭等各种市场中,罗非鱼的渗透率不断提高。尽管需要更高的生产水平,但全球水产养殖产量的增长受到全球适宜水和土地供应的限制。提高水产养殖产量的最可行,最环保的方式是使用集约化生产系统。

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