An Experimental Marine 'Fish Factory'

机译：实验性海洋“鱼类工厂”

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The present experimetns assess the feasibility of employing a recirculating seawater system as an alter native to conventioanl sea-cage culture of sea bream (Sparus sarba). SUccessful seawater recirculation with minimal water exchange was achieved by using a gravel type bacterial flter and a sed8imentation filter. During the 250 d grow out period, ammonia and nitrite levels wee kept low. Fish maintained in the recirculation system sustained rapid growth with minimal levels of stress indicators (serum glucose and cortisol). Fish reared without recirculation exhibited high levels of serum glucose and cortisol and died within 40 d. These data suggest that culturing sea bream using a seawater recirculation system is higly feasible.

机译：本实验评估了将再循环海水系统用作鲷鱼（Sparus sarba）的公海笼养的替代方法的可行性。通过使用砾石型细菌过滤器和沉降过滤器，可以实现成功的海水再循环，且水交换最少。在生长的250 d期间，氨和亚硝酸盐含量一直保持较低水平。维持在再循环系统中的鱼以最小的压力指标（血清葡萄糖和皮质醇）维持了快速生长。在不进行再循环的情况下饲养的鱼表现出高水平的血清葡萄糖和皮质醇，并在40天内死亡。这些数据表明使用海水再循环系统养殖鲷鱼是非常可行的。

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来源
《Fourth Asian Fisheries Forum Beijing 16-20 October 1995》|1995年|p.12-16|共5页
会议地点 Beijing(CN);Beijing(CN)
作者
N.Y.S. Woo;
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原文格式 PDF
正文语种 eng
中图分类水产、渔业;
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An Experimental Marine 'Fish Factory'

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