Krylov V V, Iziumov Iu G, Izvekov E I, Nepomniashchikh V A
Zh Obshch Biol. 2013 Sep-Oct;74(5):354-65.
In the review, contemporary data on the influence of natural and artificial magnetic fields on fish behavior are considered. In this regard, elasmobranchs and teleosts appear to be studied most exhaustively. Elasmobranchs and some teleosts are able to perceive magnetic fields via electroreceptors. A number of teleosts can sense magnetic fields via sensory cells containing crystals of biogenic magnetite. Laboratory experiments and field observations indicate the influence of magnetic fields on fish locomotor activity and spatial distribution. The geomagnetic field can be used by fish for navigation. Besides, artificial magnetic fields and natural fluctuations of the geomagnetic field can affect fish embryos leading to alterations in their development. It is suggested that, afterwards, these alterations can have an effect on fish behavior.
在这篇综述中,我们考虑了关于自然和人工磁场对鱼类行为影响的当代数据。在这方面,软骨鱼类和硬骨鱼类似乎得到了最详尽的研究。软骨鱼类和一些硬骨鱼类能够通过电感受器感知磁场。许多硬骨鱼类可以通过含有生物源磁铁矿晶体的感觉细胞来感应磁场。实验室实验和野外观察表明磁场对鱼类运动活动和空间分布有影响。地磁场可被鱼类用于导航。此外,人工磁场和地磁场的自然波动会影响鱼类胚胎,导致其发育改变。有人认为,这些改变随后可能会对鱼类行为产生影响。