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STUDY OF PARAMETERS OF BIOLOGICAL RHYTHMS OF PLANKTON COMMUNITIES IN NATURAL CONDITIONS

机译:自然条件下浮游生物社区生物节奏参数研究

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The change in the intensity of bioluminescence fields in the coastal area of the western shelf of the Crimea in the dark time of day was discussed. It is noted, that the biomass of luminous organisms closely correlate with the biomass of plankton and other pelagic creatures, including commercial pelagic fish. The parameters of the basic biological rhythms of plankton communities are found using method of Fourier series. These rhythms leads to change of intensity of the bioluminescence field. It is shown, that the change of the intensity of bioluminescence field with a 14 hours period due to duration of photo- and dark-periods. Changes in the intensity of the bioluminescence fields with periods of 4.7 and 2.8 hours due to endogenous circadian rhythms of plankton community. An original method for evaluation of errors of periods found of biological rhythms was proposed. The correlation coefficient between measured and calculated values of the intensity of the bioluminescence fields was estimated, taking into account the influence of three main biological rhythms, was r = 0.906, that confirms the correctness of the assumptions made.
机译:讨论了克里米亚沿海地区的生物发光场强度的变化,在黑暗的时间内克里米亚的黑暗时间。值得注意的是,发光生物的生物量与浮游生物和其他骨质生物的生物量密切相关,包括商业骨质鱼类。使用傅立叶系列的方法发现了浮游生物社区的基本生物节奏的参数。这些节奏导致生物发光场的强度变化。结果表明,由于光影和黑暗时段的持续时间,14小时的生物发光场强度的变化。由于普拉克斯顿社区的内源性昼夜昼夜节律,生物发光场强度的变化为4.7和2.8小时。提出了一种评估生物节律发现的时期误差的原始方法。估计了生物发光场强度的测量和计算值之间的相关系数,考虑到三个主要生物节律的影响是r = 0.906,证实了假设所做的正确性。

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