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COMPARING SINGLE-FEEDING AND MULTI-FEEDING APPROACHES FOR EXPERIMENTALLY ASSESSING TROPHIC TRANSFER OF METALS IN FISH

机译:鱼类金属营养性转移评估的单进食与多进食方法比较

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Diet is an important pathway for metal uptake in marine organisms, and assimilation efficiency is one of the most relevant parameters to quantify trophic transfer of metals along aquatic food webs. The most commonly used method to estimate this parameter is pulse-chase feeding using radiolabeled food. This approach is, however, based on several assumptions that are not always tested in an experimental context. The present study aimed to validate the approach by assessing single-feeding and multiple-feeding approaches, using a model species (the turbot Scophthalmus maximus). Using the kinetic data obtained from the single-feeding experiment, the reconstruction of a multi-feeding experiment was tested for consistency with data provided by an actual multi-feeding performed under the same experimental conditions. The results validated the single-feeding approach. (C) 2016 SETAC
机译:饮食是海洋生物吸收金属的重要途径,同化效率是量化金属沿水食物网的营养传递的最重要参数之一。估计此参数的最常用方法是使用放射性标记食物进行脉冲追踪喂养。但是,这种方法是基于并非总是在实验环境中进行测试的几个假设。本研究旨在通过使用模型物种(大菱turbo(Scophthalmus maximus))评估单喂和多喂方法来验证该方法。使用从单次进料实验获得的动力学数据,测试了多次进料实验的重建与在相同实验条件下进行的实际多次进料提供的数据的一致性。结果验证了单喂食方法。 (C)2016年SETAC

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