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Exogenous and Endogenous Fluctuations of Thermoregulatory Activity in the Honeybee

机译:蜜蜂温度调节活动的外源和内源性波动

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摘要

Thermovision and thermometric methods were used to study temperature variations in honeybee nests and in aggregations of honeybees isolated from their families. Endogenous and exogenous circadian rhythms of thermoregulatory activity and their physiological mechanisms were revealed. The magnitude of changes in this activity in response to ambient temperature decreased from the beginning to the end of wintering, which was due to the existence of a genetically determined self-regulation program in honeybees. The improvement of this program in the course of the species evolution contributed to transformation of a honeybee family into a reproducible biological unit.
机译:使用热像仪和测温法研究蜜蜂巢中以及从其家属中分离出来的蜜蜂聚集体中的温度变化。揭示了内源性和外源性昼夜节律性节律活动及其生理机制。从越冬开始到结束,随着环境温度的变化,这种活动的变化幅度减小了,这是由于蜜蜂中存在一种由基因决定的自我调节程序。该程序在物种进化过程中的改进有助于蜜蜂家族转变为可再生的生物单位。

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  • 来源
    《Biology Bulletin》 |2009年第2期|205-211|共7页
  • 作者

    E. K. Eskov; V. A. Toboev;

  • 作者单位

    Russian State Agricultural Correspondence University, ul. Yu. Fuchika 1, Balashikha, Moscow Region, 143900 Russia;

    Russian State Agricultural Correspondence University, ul. Yu. Fuchika 1, Balashikha, Moscow Region, 143900 Russia;

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