Theory and practice of using heterosis effect in winter rye
DOI:
https://doi.org/10.30835/2413-7510.2015.57347Keywords:
winter rye, heterosis, cultivar, hybrid, yield capacityAbstract
Introduction. The article describes the efficiency of creation of new starting material for breeding of cultivars, hybrids and their parental components in connection with the necessity for intensification of rye grain production for the society’s needs and food security of Ukraine.
The aim and tasks of the study. The survey proved that the modern trends in winter rye breeding enabled obtaining new starting material for breeding cultivars and hybrids with a set of economically valuable traits.
Implementation of winter rye hybrids in production will stabilize the rye grain market in Ukraine and provide science-based norms of rye bread consumption.
Material and methods. The source material for creating hybrids of winter rye were varieties and vintage designs. Method of creating hybrids – breeding of the heterosis.
Results and Discussion. Winter rye hybrids are plants of a new type, which were created on the basis of sterile and fertile lines with a high combination capacity. The grain yield of hybrids is attributable to the heterosis effect for all its elements and achieved mainly due to productive tillering, redistribution of biological yield capacity and a positive response to farming practices, which can significantly reduce the seeding rate. Hybrids were noticed to have an increased ratio of grain to straw in favor of grain; they responded well to intensive technologies of cultivation. The economical effect from growing hybrids was 25-50% higher than that from growing populations-cultivars.
Currently the State Register of Plant Varieties of Ukraine includes 4 domestic rye hybrids and 7 hybrids of foreign breeding.
All domestic rye hybrids were created by the Plant Production Institute nd. a V. Ya. Yuriev of NAAS.
Conclusions. Studies that will encourage further development of heterosis breeding of winter rye include genetic and economic optimization of the selection of lines both in fertile and in sterile cytoplasm; methods for producing hybrid seeds and cultivation technologies of hybrids under regulating environmental factors. Progress on these issues will contribute to practical breeding and creation of winter rye hybrids.
References
Sysuyev VA, Kedrova LI, Lapteva NK, Utkina EI, Vjajanianen M, Nikulina TN. Rye energy for human health. Kirov: Research Institute of Agriculture of North-East; 2010. 103 p.
Yegorov DK, Derevyanko VP, Tsyganko VA, Isayenko OO. New breeding developments as a factor of increasing winter rye production. Selektsia I nasinnytstvo. 2008; 95: 55–64.
Yegorov DK, Derevyanko VP, Tsyganko VA. Breeding of winter rye hybrids with a set of economically valuable traits. Selektsia I nasinnytstvo. 2006; 93: 152–157.
Yegorov DK. Peculiarities of the formation and variability of quantitative traits in winter rye hybrids. Visnyk tsentru naukovogo zabezpechennia. 2012; 12: 78–84.
Yegorov DK, Derevyanko VP. Methods and results of winter rye breeding in the Left-Bank Forest-Steppe of Ukraine. In: Winter rye: breeding, seed production, technologies, processing. Proceeding of the scientific-practical conf.; 2006 July 5–6; Saratov: Research Institute of Agriculture of South-East; 2008. P. 64–68.
Goncharenko, AA. Topical issues of winter rye breeding. Moscow: Research Institute of Agriculture of Moscow «Nemchinovka»; 2014. 369 p.
Kysil VI. Biological farming: the global trend and the position of Ukraine. Visnyk agrarnoyi nauky. 1997;10: 9–13.
Medvedev VV, Lyndina TE. Rationale for an increase in the winter rye acreage in Ukraine. Visnyk agrarnoyi nauky. 2000; 4: 23–27.
Antropov, VI. Rye in the USSR and adjacent countries. 1929. 366 p.
Antropova VF, Vecheslava EM. Lodging-resistant rye varieties. Bulletin All-Union Institute of plant cultivation. 1958; 5: 154.
Kobylianskiy VD, Korzun AE, Rakitina AN, Yeroshenko TT. Local winter rye varieties. Bulletin All-Union Institute of plant cultivation. 1987; 169: 21–25.
Kalenska SM. Status, problems and prospects of rye production in the Forest-Steppe of Ukraine. Zbirnyk prats Vinnytskogo State Agrarian University. 1999; 7: 37–45.
Kalenska SM. Winter rye grain production in Ukraine. Zbirnyk prats Instytut zernovogo gospodarstva. 2004; Special issue: 90–97.
Ismagilov RV. Assessment of baking qualities of rye grain. Vestnik RAAS. 1999; 4: 55–57.
Gurovskaya LA. Grain quality of di- and tetraploid analogues of winter rye. In: Breeding and seed production of cereals. Kamennaya Step: Res. Inst. of Agriculture of Central chernozem strips; 1988. P. 37–63.
Goncharenko AA. Winter rye production and breeding in Russia. Zernovoye khoziaystvo Rossii. 2010; 4(10): 26–33
Goncharenko, AA. New trends in winter rye breeding for grain quality. In: Modern aspects of adaptive agriculture. Yoshkar-Ola, 1998. P. 38–40.
Sysuyev VA. Research priorities in the production and processing of winter rye grain. Vestnik RAAS. 2004; 1: 12–14.
Goncharenko AA. Winter rye production and breeding in Russia. Vestnik RAAS. 2004; 1: 9–11.
Danilenko M, Klochko A. Rye in structure of winter crops. Nasinnytstvo. 2003; 9: 4–7.
Agafonov NS, Torop AA, Torop EA. Results and possibility of the use of dominant short stemness of EM-1 type in winter rye breeding. In: New methods of breeding of winter spiked cereals. Ufa, 2001. Р. 64–70.
Vitvitskiy MA. A trait that is worth paying attention in winter rye breeding. Selektsia I semenovodstvo. 1983; 2: 22–23.
Kalenska SM. Stability and productivity of winter rye agrocenoses, depending on cultivation technology models. Naukoviy visnyk NAU. 1999; 19: 112–116.
Nettevich, ED. The birth and life of a variety. Мoscow: Moskovskiy rabochiy; 1978. 175 p.
Semenova NYu, Sokolova NA Winter diploid rye breeding for lodging-resistance. Zemledelye I rastenievodstvo v Земледелие и растениеводство в BSSR. 1977; 21: 70–76.
Avdeeva MI, Borovleva LN. Winter diploid rye breeding in the Oryol region. Scientific-technical bulletin all-Union Institute of plant cultivation. 1987; 71: 36–37.
Shpykuliak OG, Voskobiynyk YuP, Sabluk RP, Ovsiannikov OV. Formation and development of the grain market in Ukraine. Кyiv: NSC Institute of Agrarian Economics; 2008. P. 42–156.
Degodiuk YeG, Sayko VF, Korniychuk MS et al. Cultivation of ecologically clean plant products. In: Degodiuk YeG, editor. Кyiv: Urozhay; 1992. 320 p.
Bilitiuk AP. Influence of plant nutrition on yield capacity and grain quality of winter crops in the western territories of Volyn Polissya. Visnyk agrarnoyi nauky. 2000; 2: 21–25.
Bilitiuk AP. Comparative productivity of winter cereals in the forest-steppe zone of Volyn. Visnyk agrarnoyi nauky. 1999; 1: 31–34.
Adamchuk GK, Zdrilko AF, Derevianko VP. Creation of CMS genetic system for short-stemmed rye. In: News in breeding, seed production, cultivation technology of winter rye and experience in using kampazan. Мoscow, 1981. P. 126–128.
Torop AA. Selection and seed production work with winter rye in the GDR. Selektsia I semenovodstvo. 1974; 1: 38–43.
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Copyright (c) 2015 Д. К. Єгоров, В. А. Циганко, О. А. Змієвська, О. О. Штефан, С. Б. Дем’яненко, О. О. Олійник
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