Abstract
A simulation system which models the dynamics of major groups of plankton in the Okhotsk Sea, taking into account the most important abiotic environmental factors and the complex of external influence, is devised. A model study of the seasonal variability and spatial distribution of these groups has been carried out. The simulation complex consists of blocks which represent complete program algorithms of separate processes: the large-scale water circulation in the Okhotsk Sea, the formation of salinity, temperature conditions, spatial-temporal dynamics of phytoplankton, and the dynamics of macroplankton and mesoplankton.
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References
Efficient Employment of Aqueous Resources of the Azov Sea Basin. Mathematical Models. Nauka: Moscow (1981), p. 360 (in Russian).
Odum, Yu.Fundamentals of Ecology. Mir: Moscow (1975), 740 p. (in Russian).
Dombrovsky, Yu. A., Tyutyunov, Yu. V. and Obushchenko, N. I. A review of the modelling methods for fish populations and communities. Application to the Azov Sea ichthyofauna. Deposited manuscript No. 2841-B86. Rostov-on-Don: Rostov State University (1986), 83 p. (in Russian).
Chernyavsky, V. I. Circulation systems in the Okhotsk Sea.Rep. POIFO (1981)105, 13–19 (in Russian).
Birman, V., Richardson, V. and Davis, T. A strategy for mathematical modelling as applied to Saginow Bay of the Guron lake. The employment of mathematical models for optimum control for water quality.Proc. Joint US-USSR Symp. Vol. 2, Part, 2; Leningrad: Gidrometeoizdat (1979), pp. 81–122. (in Russian).
Luchin, V. A. Diagnostic computation of the Okhotsk Sea water circulation in summer.Proc. DVNII (1982)96, 69–77 (in Russian).
Chernyavsky, V. I. Thermal characteristics of the north-east Okhotsk Sea as a basis for the determination of the type of heat conditions of the water area.Rep. POIFO (1984)109, 94–103 (in Russian).
Batalin, A. M. and Vasyukova, N. T. An experience in the calculation of the Okhotsk Sea heat balance.Proc. Oceanogr. Commission USSR Acad. Sci. (1960)7, 37–51 (in Russian).
Afanas'ev, N. N. Characteristics of the reproductive period of the living cycle ofThysanoessa raschii andThysanoessa longipes in the North Okhotsk Sea.Rep. POIFO (1982)106, 107–114 (in Russian).
Afanas'ev, N. N. Macroplankton in the North Okhotsk Sea. Doctoral dissertation thesis. Moscow: P. P. Shirshov Institute of Oceanology of the USSR Acad. Sci. (1985), p. 24 (in Russian).
Shuntov, V. P.Biological Resources of the Okhotsk Sea. Moscow: Agropromizdat (1985), 224 p. (in Russian).
Piskunova, L. V. Interannual variability of the amount of hyperiids and euphausiids in the Okhotsk Sea waters off Kamchatka.Rep. POIFO (1982)106, pp. 84–89 (in Russian).
Zhuravlev, V. M. Species composition and the character of euphausiids spreading in the Okhotsk Sea.Oceanology (1977)17, 127–131 (in Russian).
Ponomareva, L. A.Euphausiids of the North Pacific Ocean, their Spreading and Ecology of Mass Species. Moscow: USSR Acad. Sci. (1963), p. 140 (in Russian).
Boden, B., Brinton, E. and Jonson, M. Euphausiacea of the North Pacific.Bull. Scripps Inst. Oceanogr. Calif. (1955)18.
Motoda, S. and Minoda, T.Plankton of the Bering Sea. Plankton. Institute of Marine Science: University of Alaska, Fairbanks (1974), pp. 207–241.
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Translated by M. M. Trufanov.
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Berdnikov, S.V., Dombrovsky, Y.A., Ostrovskaya, A.G. et al. Simulation model of basic components of the Okhotsk Sea ecosystem. Soviet Journal of Physical Oceanography 1, 309–315 (1990). https://doi.org/10.1007/BF02197401
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DOI: https://doi.org/10.1007/BF02197401