The effect of a model of the H-component of a typical magnetic storm on the early ontogenesis of Daphnia magna Straus at 21 and 23 degrees C has been studied. It was shown based on the rates of the early ontogenesis that the effects of the model magnetic storm from the sudden onset of the storm to its end differ from the effects of the model magnetic storm from the recovery phase to the end of the storm. The effects of the model magnetic storm depended on temperature. The action of the model magnetic storm from the sudden onset of the storm to its end led to changes in the body length in the first progeny broods.

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magnetic storm body length ontogenesis of daphnia magna straus

V V, Krylov O D, Zotov E A, Osipova A V, Znobishcheva N A, Demtsun,.[Effect of a model of the H-component of a typical magnetic storm on early ontogenesis in Daphnia magna Straus].. 55 (4),693-8.

V V, Krylov O D, Zotov E A, Osipova A V, Znobishcheva N A, Demtsun,"[Effect of a model of the H-component of a typical magnetic storm on early ontogenesis in Daphnia magna Straus]." 55

V V, Krylov O D, Zotov E A, Osipova A V, Znobishcheva N A, Demtsun,"[Effect of a model of the H-component of a typical magnetic storm on early ontogenesis in Daphnia magna Straus]."