Faculty of Maritime Studies Split, Zrinskofrankopanska 38, 21 000, Split, Croatia.
Environ Monit Assess. 2011 Feb;173(1-4):519-32. doi: 10.1007/s10661-010-1402-y. Epub 2010 Mar 2.
A fouling assemblage (including density, species richness and diversity, and biomass) growing on netting of fish farm cages was investigated in Stracinska Bay--Location 1 and Peles Bay--Location 2 (Croatia) in order to test the efficiency of fouling as a bioindicator of organic pollution. A total number of 40 algal taxa in Location 1 and total number of 22 algal taxa in Location 2 were identified, with a dominance of opportunistic species (ESG II). We found domination of algal species over animal species and absolute dominance of Rhodophyta which are typical fouler in the Adriatic Sea. Low diversity and species richness with increase in value of the R/P index (occasionally higher than 6) were recorded in Location 2, indicating a certain impact of nutrient enrichment from fish culture facilities on a fouling community structure.
为了测试生物污垢作为有机污染生物指标的效率,我们调查了位于克罗地亚的斯特拉辛斯卡湾(位置 1)和佩列斯湾(位置 2)的鱼场网箱上生长的污垢生物群(包括密度、物种丰富度和多样性以及生物量)。在位置 1 共鉴定出 40 种藻类,在位置 2 共鉴定出 22 种藻类,优势种为机会主义物种(ESG II)。我们发现藻类物种对动物物种的优势,以及红藻在亚得里亚海典型污垢生物中的绝对优势。在位置 2 记录到较低的多样性和物种丰富度,同时 R/P 指数的值增加(偶尔高于 6),这表明鱼类养殖设施的营养富化对污垢生物群落结构有一定的影响。