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Biofouling of fish-cage netting: the efficacy of a silicone coating and the effect of netting colour.

机译:鱼笼网的生物污染:有机硅涂层的功效和网色的影响。

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摘要

The efficacy of a silicone coating (Veridian 2000) to reduce fouling on salmon-cage netting was examined at a salmon farm in Tasmania, Australia. Significantly less fouling occurred on the white silicone-coated netting (1.9 kg/m2) compared to uncoated white (7.8 kg/m2) and black (8.5 kg/m2) netting after 163 days immersion. On silicone-coated netting the green alga Ulva rigida dominated the fouling mass, with smaller amounts of solitary ascidians. In contrast, solitary ascidians dominated the uncoated black and white netting and accounted for more than 75% of the fouling mass. Netting colour significantly affected the growth and composition of algal fouling, but had no effect on invertebrate fouling. Cleaning experiments demonstrated that foulingorganisms were poorly adhered to the silicone coating and that relatively little effort was required for their removal. Silicone coatings may provide an effective non-toxic solution to reduce fouling on sea-cages and to increase the ease of fouling removal.
机译:在澳大利亚塔斯马尼亚州的一个鲑鱼养殖场检查了有机硅涂料(Veridian 2000)减少鲑鱼网结垢的功效。浸入163天后,白色有机硅涂层网(1.9 kg / m2)上的结垢明显少于未涂层白色(7.8 kg / m2)和黑色(8.5 kg / m2)。在涂有硅酮的网上,绿藻Ulva硬毛占主导地位的结垢块,孤立海藻的数量较少。相比之下,独居的海生动物在未覆盖的黑白网中占主导地位,占污垢质量的75%以上。网眼颜色显着影响藻类结垢的生长和组成,但对无脊椎动物结垢没有影响。清洁实验表明,污垢生物很难附着到有机硅涂层上,并且去除它们所需的工作相对较少。硅酮涂料可以提供有效的无毒解决方案,以减少海笼上的结垢并增加清除结垢的难度。

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