Impact Of Alternating Electromagnetic Field Of Ultralowrnand Low Frequencies Upon Survival, Development, And Production Parameters In Daphnia Magna Strausrn(crustacea, Cladocera)

V; V; Krylov

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Impact Of Alternating Electromagnetic Field Of Ultralowrnand Low Frequencies Upon Survival, Development, And Production Parameters In Daphnia Magna Strausrn(crustacea, Cladocera)

机译：低频和低频交变电磁场对水蚤（甲壳纲，克拉多菌）的存活，发育和生产参数的影响

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The impact of alternating magnetic field (AMF) of ultralow and low frequencies during a seven-day-long exposure on Daphnia magna Straus was studied. It is shown that AMF may decrease the survival and the time it takes to reach sexual maturity. AMF with a frequency of 500 Hz has the most pronounced negative impact upon survival and maturation. AMF of 50 Hz accelerates maturation. In a chronic experiment at 500 Hz, the share of vital offspring increased, while the sizes of newborns decreased in parent specimens that matured under the impact of a magnetic field. The action of a 500 Hz AMF on daphnias before littering of offspring leads to an increase in the number of newborns in the reproductive period.

机译：研究了在长达7天的暴露中，超低频和低频交变磁场（AMF）对水蚤的影响。研究表明，AMF可能会降低存活率并缩短达到性成熟所需的时间。频率为500 Hz的AMF对生存和成熟有最明显的负面影响。 50 Hz的AMF会加速成熟。在500 Hz的慢性实验中，在磁场作用下成熟的母本标本中，重要子代的比例增加了，而新生儿的大小却减小了。 500 Hz AMF在产仔后对蚤的作用导致繁殖期新生儿数量的增加。

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《Inland water biology》 |2008年第2期|134-140|共7页
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V; V; Krylov;
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Impact Of Alternating Electromagnetic Field Of Ultralowrnand Low Frequencies Upon Survival, Development, And Production Parameters In Daphnia Magna Strausrn(crustacea, Cladocera)

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