首页> 外文会议>Sysmposium on environmental toxicology and risk assessment: Recent achievements in environmental fate and transport >Cadmium and Aluminum in Yellow Perch, Perca flavescens (Mitchill), from Presque Isle Bay, Lake Erie, Pennsylvania
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Cadmium and Aluminum in Yellow Perch, Perca flavescens (Mitchill), from Presque Isle Bay, Lake Erie, Pennsylvania

机译:宾夕法尼亚州伊利湖Presque Isle湾的Perca flavescens(Mitchill)黄色鲈鱼中的镉和铝

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We examined the relationship between the amounts of aluminum and cadmium in Cascade Creek with those found in yellow perch from Presque Isle Bay near Erie, Pennsylvania. Cascade Creek flows through a major portion of Erie and is subject to street runoffs, sewage and industrial effluents. Yellow perch ages 0+ to 3+ and water samples were collected at five sites within presque Isle Bay and from Edinboro Lake. Water samples were also taken from five sites along Cascade Creek on the last mile of its flow into the bay. Edinboro Lake, about 15 miles south of Erie, was used for baseline comparisons because it lacks significant effluent contamination. Two-factor, unbalanced ANOVA found significant age class, and site-and-age class interaction in the perch cadmium concentrations. Single-factor, unbalanced analysis of variance (ANOVA) found significant relationships between cadmium concentration and age for three of the five bay sites. Two-factor, unbalanced ANOVa found significant site, age class, and site-and-age class interaction in the perch aluminum concentrations. Single-factor, unbalanced ANOVAs found significant relationships between aluminum concentration and age for three of the five sites in Presque Isle Bay. The data indicate elevated concentrations of aluminum and cadmium in the tissues of yellow perch, and that metal concentrations is often correlated with capture site and age.
机译:我们检查了Cascade Creek中铝和镉的含量与宾夕法尼亚州伊利附近的Presque Isle Bay的黄色鲈鱼中发现的铝和镉之间的关系。 Cascade Creek流经伊利的大部分地区,并受到街道径流,污水和工业废水的影响。年龄在0+到3+的黄色鲈鱼和水样本是在雅致的艾斯贝湾和爱丁堡湖的五个地点采集的。在流进海湾的最后一英里,还从Cascade Creek的五个地点采集了水样。位于伊利以南约15英里处的爱丁伯勒湖用于基线比较,因为它没有明显的污水污染。两因素,不平衡的方差分析发现鲈鱼镉浓度显着的年龄类别以及地点和年龄类别的相互作用。单因素,不平衡的方差分析(ANOVA)发现,五个海湾地点中的三个地点的镉浓度与年龄之间存在显着的关系。两因素不平衡的ANOVa在高位铝浓度中发现了显着的位点,年龄等级以及位点和年龄等级相互作用。单因素不平衡方差分析发现普雷斯克岛湾中五个地点中的三个地点的铝浓度与年龄之间存在显着关系。数据表明,黄色鲈鱼组织中铝和镉的浓度升高,并且金属浓度通常与捕获部位和年龄相关。

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