消除鲑鱼养殖场寄生桡足类的新自然方法

J. E. Trigo, Meritxell Mondéjar
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引用次数: 0

摘要

2014年春天,在挪威Froya岛(索尔-特隆德拉格)周围不同的大西洋鲑鱼(Salmo salar Linnaeus, 1758)海洋养殖场进行的观察为一种完全自然和环保的方法奠定了基础,该方法可以去除鲑鱼寄生的桡足类动物,即海虱。该方法基于两个已知的数据:桡足类幼虫发育的不同阶段,其中一些是作为浮游生物的一部分自由生活的;以及以浮游生物为食的海洋无脊椎动物的存在,更具体地说,以浮游动物为食,也就是说,浮游生物的动物部分是桡足类幼虫所在的地方。如果我们把这两个事实结合起来,我们就得到了该方法的主要思想:在海洋养殖场的笼子里引入特殊装置(专利申请中)的海洋无脊椎滤食性动物,只需要让这些无脊椎动物以桡足类幼虫为食,也就是说,当它们处于最脆弱的阶段,还没有对鲑鱼造成伤害时,才有必要让这些无脊椎动物发挥它们的自然功能。这样,就可以在不使用化学品、药物或其他方法的情况下消灭海虱,这些方法会给海洋养殖场的鲑鱼带来不必要的压力。
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New Natural Method for the Elimination of Salmon Farms Parasite Copepods
The observations carried out during the spring of 2014 on different Atlantic salmon (Salmo salar Linnaeus, 1758) sea farms around the island of Froya (Sor–Trondelag), Norway, served to lay the foundations for a totally natural and environmentally friendly method for removal salmon parasitic copepods known as sea lice. The method is based on two known data: the different stages of copepod larval development, some of which are free-living as part of plankton and the existence of marine invertebrates that feed on plankton and more specifically on zooplankton, that is, the animal part of the plankton that is where the copepod larvae are. If we combine these two facts, we obtain the main idea of the method: introducing marine invertebrate filter feeders in special devices (patent pending) inside the cages of the marine farms, it will only be necessary to let these invertebrates carry out their natural function of feeding based on copepod larvae, that is, when they are in their most vulnerable phase and in which they have not yet caused harm to the salmon. In this way, sea lice can be eliminated without the use of chemicals, medicines or methods that can cause unnecessary stress to salmon on sea farms.
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