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Motoo Kimura (1983)
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Altukhov Altukhov, Salmenkova Salmenkova, Ryabova Ryabova, Kulikova Kulikova (1980)
Genetic differentiation of chum salmon Oncorhynchus keta (Walb.) populations and effectiveness of some acclimatization measuresMarine Biology (Vladivostok), 3
Okazaki Okazaki (1982)
Genetic study on population structure in chum salmon Oncorhynchus ketaFar Seas Fisheries Research Bulletin (Japan), 19
Salmenkova Salmenkova, Omelchenko Omelchenko (1983)
Polymorphism of NADP‐dependent isocitrate dehydrogenase and malate dehydrogenase in populations of chum and pink salmonMarine Biology (Vladivostok), 3
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Genetic Control of Isocitrate Dehydrogenase Isozymes in Chum SalmonTohoku journal of agricultural research, 28
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Balancing selection as a possible factor for maintaining the uniformity of allelic frequencies at enzyme loci in Pacific salmon populations of Oncorhynchus gorbuschaGenetika, 23
Y. Altukhov, N. Varnavskaya (1983)
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Salmenkova Salmenkova, Altukhov Altukhov, Victorovsky Victorovsky, Omeľchenko Omeľchenko (1986)
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Sattaur Sattaur (1989)
The threat of the well‐bred salmonNew Scientist, 1662
Y. Altukhov (1981)
The Stock Concept from the Viewpoint of Population GeneticsCanadian Journal of Fisheries and Aquatic Sciences, 38
Yefanov Yefanov, Kayev Kayev, Kovtun Kovtun (1979)
The results of introduction of fall chum salmon from the Kurilka to the Naiba RiversReports of Pacific Research Institute of Fisheries and Oceanography, 103
Salmenkova Salmenkova, Omeľchenko Omeľchenko, Pobedonostseva Pobedonostseva, Milishnikov Milishnikov, Nikonorov Nikonorov, Altukhov Altukhov (1983)
Population genetic analysis of the efficiency of transfer of the Kuril chum salmon eggs to the South West SakhalinGenetika, 19
Populations of chum salmon, Oncorhynchus keta, are recognizable by the allelic frequencies of allozyme loci. Identification of these was used to assess the return of spawning adults to alien rivers into which they were introduced via hatchery‐reared, artificially‐fertilized eggs obtained from populations elsewhere in the Soviet Far East. Coefficients of return to spawn in the alien rivers were much lower than returns for the native fish, and in succeeding generations the alien fish disappeared from the spawning runs. It is concluded that transplanting salmonid eggs between populations is ineffective as a means of establishing new stock in territory already occupied by another stock, and the practice is deplored on grounds of conserving unique gene pools within species.
Journal of Fish Biology – Wiley
Published: Dec 1, 1990
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