Agriculture Reference
In-Depth Information
exceeding average population value (compared to 5 on IBCA). Genotypic variance
for IBEA was also higher (92.4%) and the range of variability was wider (3.3%) com-
pared to IBCA—83.5 and 2.0 percent, respectively.
The best hybrids that had a stable effect on the sugar content on both backgrounds
were МS 1/Оt 2, МS 2/Оt 1, МS 5/Оt 1, and MS 2/Ot 5, as evidenced by the cumula-
tive effect of GCA and SCA. SCA was more variable in relation to the area of supply
than GCA. MC 1 and MC 5 lines were distinguished as carriers of additive genes and
their stable expression.
KEYWORDS
￿
Combining ability
￿
Male sterility lines
￿
Simple sterile hybrids
￿
Sterility binders
￿
Sugar content
REFERENCES
1. Savitskiy, V. F.; Genetics of Sugar Beets. Savitskiy, V. F.; Kiev: Beet Production; 1940, 1, 551-
672 (in Russian).
2. Korneeva, M. A.; Selection and Genetic Study of Initial Populations of Sugar Beet in Order
to Create Value-Combined Lines—Pollinators/Dissertation Abstract for the Degree of PhD of
Biological Sciences Specialty 03.00.15—Genetics. Kiev: Institute of Molecular Biology and
Genetics. 1987, 20 p. (in Russian).
3. Balkov, I. Ya.; Heterosis of sugar beet as to its sugar content. Balkov, I. Ya.; Petrenko, V. P.; and
Korneeva, M. A.; Reporter of Agricultural Science. 1986, 10, 55-59 (in Russian).
4. Logvinov, V. A.; Variability of sugar content in the roots of sugar beet plants and selection of
plants with high sugar content. Logvinov, V. A.; Chebotar, L. L.; Increase of the Efficiency of
Sugar Beet Production in the North Caucasus. Krasnodar; 1985, 48-53 (in Russian).
5. Roik, N. V.; Combining ability of sugar beet pollinators of different genetic structure as to the
elements of productivity. Roik, N. V.; Korneeva, M. A.; Encyclopedia of the Genus Beta: Biol-
ogy, Genetics and Selection of Beets. Ed. Maleckij, S.; Novosibirsk: Publishing House “Sova”;
2010, 525-541 (in Russian).
6. Korneeva, M. A.; Inheritance of sugar content by top-crossed MS hybrids of sugar beet. Korne-
eva, M. A.; and Vakulenko, P. I.; Sugar Beet. 2006, 4, 7-8 (in Ukrainian).
7. Korneeva, M. A.; The use of additive-dominant model for the evaluation of lines of sugar beet.
Korneeva, M. A.; Ermantraut, E. R.; and Vlasiuk, N. V.; Methodology, Mechanization, Auto-
mation and Computerization of Researches in Arable Farming, Crop Science, Horticulture and
Vegetable Growing. Kiev: Polygraph Consulting; 2007, 9, 164-171 (in Ukrainian).
8. Mazlumov, A. L.; Selection of sugar beet. Mazlumov, A. L.; Moscow: Publishing House “Ko-
los”; 1970, 206 p. (in Russian).
9. Balkov, I. Ya.; Patterns of inheritance of sugar content and guidelines for the selection of forms
with high sugar content in the selection of sugar beet. Balkov, I. Ya; Peretyatko, V. G.; Basics
of Increasing of Sugar Content and Technological Properties of Sugar Beet. Kiev: All-Union
Scientific Research Institute of Sugar Beet; 1986, 70-77 (in Russian).
10. Berezhko, S. T.; Combining ability in tetraploid sugar beet and environmental conditions. Ber-
ezhko, S. T.; Genetic Studies of Sugar Beet. Kiev: All-Union Scientific Research Institute of
Sugar Beet; 1986, 75-86 (in Russian).
 
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