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Current status of live feed production for larviculture- Winter School on Recent Advances in Breeding and Larviculture of Marine Finfish and Shellfish

机译:育林活饲料生产现状 - 冬季学校关于海水鱼类和贝类养殖和造林的最新进展

摘要

The major expansion of marine finfish and crustacean aquaculture since 1980s around the world can be attributedudto the development of standard mass production techniques of live feeds. Eventhough most farmed marine animalsudare either carnivorous or omnivorous from their post larval stages, micro algae are required for larval nutrition duringuda brief period either for direct consumption or indirectly as food for live prey fed to small larvae. The hatchery productionudof penaeid shrimp post larvae depends on the use of live diatoms for the early stages and Artemia for later stages. Theudhatchery production of juveniles of marine finfish is achieved globally by the use of rotifers and Artemia. Microalgaeudare also routinely used in the ‘greenwater technique’ employed for marine finfish larviculture.
机译:自1980年代以来,海洋有鳍鱼类和甲壳类水产养殖在世界范围内的大规模扩展可归因于活饲料标准大规模生产技术的发展。尽管大多数养殖的海洋动物在幼体后阶段都食肉或杂食,但在其短暂时期的幼体营养中仍需要微藻,以直接食用或间接作为喂食小型幼体的活食的食物。幼体后虾对虾的孵化场生产取决于早期使用活的硅藻,后期使用卤虫。通过使用轮虫和卤虫在全球范围内实现了海水鱼类幼体的鱼孵化生产。微藻胆汁通常也用于海洋有鳍鱼类幼体养殖的“绿水技术”中。

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    Gopakumar G;

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  • 年度 2009
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  • 正文语种 en
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