Community bioluminescence is partly related to the circadian rhythm of bioluminescence in the studied area (Bityukov et al., 1993). Community bioluminescence is related to the circadian rhythm of bioluminescence in the study area (Bityukov et al. )., 1993)。
The increase of spatial heterogeneity at night may be based on vertical migration, and the behavior mechanism of plankton may be based on vertical migration and the behavior mechanism of plankton in night patches. Tissue plaque can be maintained by visual contact, chemical feeling and vibration feeling.
Interspecies and Interspecies (newbury,1972; Omori and Hamner, 1982). Interspecific and interspecific (newbury,1972; Omori and Hamner, 1982).
We have observed that the number of spectral peaks of bioluminescence, plankton and acoustic field changes in a day's cycle, which also supports the idea that biological mechanism may be powerful at some time (at night) under the background of more stable statistical structure of temperature field heterogeneity. Our view is that several statistical backgrounds of luminescence, plankton and structural inhomogeneities that change the peak of sound field in a more stable temperature field also support the idea of biological mechanism, which can be powerful at some time (at night).
E.g., the formation of heterostructures. For example, in these heterogeneous bodies. Biological mechanisms acting on meso and micro scales should interact with other biological factors and mechanisms acting on a larger scale. Macro and micro behaviors should interact with other biological factors and mechanisms. In the upper layer of the Black Sea, the logistics in the circadian rhythm of plankton community will be affected by the synchronous rhythm of predator/prey. The fluctuation of circadian rhythm of zooplankton abundance in the Black Sea will be affected by synchronous predation rhythm.
Interaction and reproduction rate of zooplankton population (Kovalev,1993; Radhner, Zago and Kovalev, 1988). Interaction and zooplankton population (Kovalev, 1993 reproductive rate; Radhner, Zago and Kovalev, 1988). Generally speaking, the reproductive rate of zooplankton plays an important economic role in the formation of spatial heterogeneity under microscope. Generally speaking, the reproduction of zooplankton is the microscopic behavior of an important ecological factor formed in spatial heterogeneity.
Owen, 1989). (Owen, 1989).
On the other hand, the universal consistency among bioluminescence, plankton and temperature spectral functions indirectly indicates that the temporal and spatial variability of these fields can be influenced by other factors. On the other hand, the broad consistency among bioluminescence, plankton and temperature spectral functions indirectly indicates that temporal and spatial changes can cause other similar factors. Previous field studies on the microscopic variability of plankton abundance and density differences in zoos show that. The research on the abundance and variability of micro zooplankton in turbulent diffusion and frontier fields shows that this is good.
Consistency of spectral function with the concentration and species abundance of tracer dyes in the upper Black Sea (Nemirovski et al., 199 1). Protocol spectral function and trace dyes and species richness of the Black Sea (high concentration Nemirovski et al., 199 1).
Within 24 hours, some maxima in the spectral analysis of SVBS distribution in the surface layer remain unchanged (as shown in table 1). Distribution of maximum value in surface layer. The number of people analyzed by SVBS spectrum is still within 24 hours (as shown in table 1). The SVBS level of 80 kHz frequency in the Black Sea is connected with the SVBS base of 80 kHz frequency.
Macroplankton population (jellyfish, Ctenomedusae) and fish larvae will not move out of the upper isothermal layer in large quantities during the day (tokarev & sokolov, 1993). Macroplankton population (jellyfish, Ctenopharyngodon medusa) and larvae will not move out of the upper part of isothermal layer in large scale during the day (tokarev and sokolov, 1993). The sound inversion of the patch size continues to increase (2-4 times), and the patch size has increased considerably (2 -4 times).
At night, this can be related to the change of the spatial orientation of the organization (eager to increase the plankton base in the zoo). At night, it can not only relate the increase of biological and zooplankton population () and the change of spatial positioning.