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Study of Biological Action of Light on Fish

机译:光对鱼类的生物作用研究

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References(31) Cited-By(2) Nocturnal outdoor illumination is mainly designed aiming at human needs. However, side effects on other organisms and ecosystems have to be expected, for example for fish populations. Basic knowledge about biological action of light on fish could be gained from laboratory experiments. This work presents an experimental strategy to study the biological action of light on fish. It is found that the melatonin expression of European perch (Perca fluviatilis) is significantly suppressed at an illuminance level of 100 lx throughout the night. The experimental approach is described in detail including biological methods, experimental illumination design and mathematical modeling for reconstruction of melatonin release rates from water melatonin concentrations.
机译:参考文献(31)Cited-By(2)夜间室外照明主要针对人类需求而设计。但是,必须预期会对其他生物和生态系统产生副作用,例如对于鱼类种群。可以从实验室实验中获得有关光对鱼类的生物作用的基本知识。这项工作提出了一种实验策略,以研究光对鱼类的生物作用。发现在整个晚上在100 lx的照度水平下,欧洲鲈鱼(Perca fluviatilis)的褪黑激素表达被显着抑制。详细描述了实验方法,包括生物学方法,实验照明设计和用于从水中褪黑激素浓度重建褪黑激素释放速率的数学模型。

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