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首页> 外文期刊>Aquaculture Research >Preliminary study on the use of synthetic substrate for juvenile stage production of the yabby, Cherax destructor (Clark) (Decapoda : Parastacidae)
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Preliminary study on the use of synthetic substrate for juvenile stage production of the yabby, Cherax destructor (Clark) (Decapoda : Parastacidae)

机译:使用合成底物在幼年阶段生产鸭bby,Cerax破坏因子(克拉克)(十足目:寄生菊科)的初步研究

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Juvenile Cherax destructor (commonly called the yabby) (mean weight 48.3 mg) were cultured intensively (stocking density 360/m(2) ) under controlled conditions for 48 days. The animals were provided with a combination of food (high protein pellets and/or natural feed organisms attached to a conditioned synthetic substrate) and refuge. Fastest growth and highest yield was recorded when both pellets and the conditioned synthetic material were provided. Although the yabbies sheltered in the synthetic substrate, it did not increase survival. Juvenile yabbies (< 200 mg) were able to graze on small organisms attached to the synthetic material but this ability appeared to decline as the yabbies grew to a larger size. The use of artificial substrates in the intensive nursery phase production of juvenile freshwater crayfish is discussed.
机译:在受控条件下,将幼稚的Cherax破坏因子(通常称为yabby)(平均重量48.3 mg)进行强化培养(放养密度360 / m(2)),持续48天。给动物提供食物(高蛋白颗粒和/或天然饲料生物附着在经过调节的合成基质上)和避难所的组合。当同时提供粒料和经过处理的合成材料时,记录到最快的生长和最高的产量。尽管亚比氏菌掩盖在合成基质中,但并未增加存活率。幼年亚比比犬(<200 mg)能够在附着于合成材料的小型生物上吃草,但是随着亚比比犬日渐增大,这种能力似乎下降。讨论了人工基质在强化淡水小龙虾育苗期生产中的应用。

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