Section |
Ecology |
Title |
THE CONCEPT OF HYDROBIOLOGY DEVELOPMENT IN RUSSIA. PART I |
Сontributors |
A. N. Kamnev, Ph. D. (Biology), Dr. Habil., Researcher of the Biological department of Lomonosov Moscow State University, Academician of the Academy of Natural sciences RANS, Academy of Pedagogical and Social Sciences APSS, World Academy of Sciences Integrated Security WASIS, This email address is being protected from spambots. You need JavaScript enabled to view it. |
Abstract |
The article provides the definition of Hydrobiology as an independent science, and the background of its development. The article also reveals hydrobiology periods of evolution, active growth and fall into oblivi-on, and covers modern hydrobiology research areas, its tasks and methods. The main practical tasks of this sci-entific discipline are considered in detail; practical pri-orities are also shown. The definition and limits of hy-drosphere concept are considered. Water is shown to be the most important object of modern hydrobiological research. Particular attention is given to the training of researchers. The evolution of hydrobiology as an inde-pendent science in Russia is closely connected with the creation and development of the Department of Hydro-biology of MSU Faculty of Biology; therefore, we should consider its progress concerning future use for domestic Hydrobiology and economic features of the time. |
Keywords |
hydrobiology, periods of development of hydrobiology, tasks of hydrobiology, hydrosphere, world ocean, water as an object of research, development strategy of hydrobiology, training. |
References |
1. Zernov S. A. Experience synchronic table on the development of Hydrobiology, Ichthyology and other nearby science. Sciences Russian Hydrobiological Journal, 1921. № . 1, pp. 1—6. (in Russian) 2. Winberg G. G. Hydrobiology. History of Biology (from the beginning of the twentieth century to the present day). — M.: Nauka, 1975, pp. 231—248. (in Russian) 3. Vinogradov K. A. On the History of hydrobiological studies in the Black Sea for 60 years of Soviet rule. Gidrobiol. Zh., 1977. 13. No. 5, pp. 66—77. (in Russian) 4. Abakumov V. A. History of water quality monitoring on hydrobiological indicators. Scientific bases of water quality control by hydrobiological indicators. — L.: Gidrometeoizdat, 1981, pp. 46—74. (in Russian) 5. Kiselev I. A. History planktology. Marine and freshwater plankton. — L., 1987, pp. 5—25. (in Russian) 6. Zaika V. E. On the centenary of Hydrobiology. Ecology of the sea, 2003. Vol. 63, pp. 81—83. (in Russian) 7. Protasov A. A., Karpinski M. G. Hydrobiology in dates. Marine Ecological Journal, 2011. No. 3, pp. 86—91. (in Russian) 8. Mikhailov V. N., Dobrovolskiy A. D., Dobrolubov S. A. Hydrology. — M.: Higher School, 2007. — 464 p. (in Russian) 9. Konstantinov A. S. General Hydrobiology. — M.: Higher School, 1986. — 472 p. (in Russian) 10. Pirozhnik I. I., Rylyuk G.Y, Elovicheva Y. K. The geography of the oceans. — Minsk: TetraSistems, 2006. — 316 p. (in Russian) 11. Vernadsky V. I. Problems of biogeochemistry. 1. The value of biogeochemistry for the study of the biosphere. — L.: Publishing House of the USSR Academy of Sciences, 1934. — 47 p. (in Russian) 12. Vernadsky V. I. Selected Works Volume 4, Book. 2. History of natural waters. — M., Publishing House of the USSR Academy of Sciences, 1960. — 657 p. (in Russian) 13. Vernadsky V. I. Problems of biogeochemistry. — M.: Nauka, 1980. — 320 p. (in Russian) 14. Vernadsky V. I. Living matter in sea chemistry. Pg: Sci. Chem-tehn. Publishing House, 1923. 36 p. (in Russian) 15. Davis K., Day J. Water the mirror of science. — L.: Gidrometeoizdat, 1964. — 152 p. (in Russian) 16. Derpgolts V. F. Water World. — L.: Nedra, Leningrad department, 1979. — 254 p. (in Russian) 17. Stepanov A. M. Water. Its physical and therapeutic properties. — M.: People’s Quality of Life Workshop, 2007. — 278 p. (in Russian) 18. Szent-Gyorgyi A. Bioenergy. — M.: Fizmatgiz, 1960. — 155 p. (in Russian) 19. Water. The many faces of the planet. Ed. A. Zhuravlev. — Book House, 2005. — 296 p. (in Russian) 20. Burdin K. S., Kamnev A. N., Spiridonov V. A. Scientific and technical and economic problems of the use of macroalgae to clean the marine environment from pollution. Science and Industry of Russia, 2002. No. 9, pp. 13—18. (in Russian) 21. Gorbunov A. V., Granovsky G. A., Ermolaev B. V., Ilchenko I. I., Frontasyeva M. V., Pavlov S. S. Evaluation of mercury in diagnostic biomaterials of different population groups in urban areas of the Moscow region. Ecology of the urbanized territories, 2015. No. 2, pp. 16—24. (in Russian) 22. Malov A. M., Alexandrova M. L. Mercury is always close to us! Municipal solid waste. September 2010, pp. 48—49. (in Russian) 23. Zhukov V. V., Vasiliev V. P. Non-governmental organizations are joining forces. Municipal solid waste. October 2009, pp. 22—23. (in Russian) 24. Vershinin A., Zernova V., Kamnev A. Toxic and potential toxic algae in Russian European coastel waters. Abstr. Sixth International Phycological Congress. 9—16 August 1997. Leiden. Phycologia, 1997. Vol. 36. No. 4, pp. 70—71. 25. Vershinin А. O., Moruchkov A. A., Sukhanova I. N., Kamnev A. N., Pan’kov S. L., Morton, and J. S. Ramsdell. Seasonal Changes in Phytoplankton in the Area of Cape Bolshoi Utrish of the Northern Caucasian Coast in the Black Sea, 2001—2002. Oceanology, 2004. Vol. 44, No. 3, pp. 372—376. 26. Vershinin A., Kamnev A. Harmful algae in Russian evropean coastal waters. 9th Int. Conf. on Harmful algal blooms: Proceedings. Hobart, Australia, 7—11 February 2000. — UNESCO, 2001, pp. 112—114. 27. Ryabushko L. I. Potentially harmful microalgae of the Azov-Black Sea basin. Sevastopol, 2003, 286 p. (in Russian) 28. Gapochka M. G. Environmental aspects of the interaction of electromagnetic fields of millimeter range with biological objects. Abstract. Dis. Doctor. biol. Sciences. — M.: Moscow State University, 2013. 49 p. (in Russian) |