Peculiarities of spring barley varieties in terms of general and specific combining abilities and ratios of their variances

Authors

  • К. В. Компанець Plant Production Institute nd. a V. Ya. Yuriev NAAS, Ukraine, Ukraine https://orcid.org/0000-0002-3742-1066
  • М. Р. Козаченко Plant Production Institute nd. a V. Ya. Yuriev NAAS, Ukraine, Ukraine

DOI:

https://doi.org/10.30835/2413-7510.2017.104888

Keywords:

spring barley, variety, quantitative trait, diallel crosses, F1, general (GCA) and specific (SCA) combining abilities, GCA and SCA variances, additive and nonadditive effects of genes

Abstract

Peculiarities of combining ability of awned and awnless varieties and their parents were established in 2014–2016. An unequal ratio of GCA and SCA variances in F1 for quantitative traits of varieties was determined. Strong effects of SCA on productivity and its structural components in F1 of some hybrid combinations were observed.

The aim and tasks of the study. The study objective was to determine peculiarities of the general and specific combining abilities, ratios of GCA and SCA variances in F1 hybrids of awned and awnless varieties and their parents.

Materials and methods. Spring barley varieties and their parents Modern, Granal, Zvershennia, Vitrazh, Etyket, Dzherelo, Vzirets, Badioryy, Maliovnychyy, Pasadena and Tolar were taken as starting material for research. Data were statistically processed using dispersion analysis using according to BA Dospekhov’s methods and genetic analysis according to MA Fedin method.

Results and discussion. It was found that Dzherelo and Badioryy had the greatest number of gene alleles (of 6 traits) that positively determine trait values by high GCA; Granal and Vitrazh – of 3 traits; Zvershennia—of 2 traits; and Tolar, Modern and Etyket – of 1 trait. This is important for their use in combination breeding. Prevalence of additive gene effects was demonstrated, when selection will be effective in hybrid combinations involving Zvershennia (for 5 traits: 1000-grain weight, spike length, spikelet number per spike, grain weight per spike, and plant height), Dzherelo (for 3 traits: spike length, plant height, spikelet number per spike), Vzirets, Etyket and Granal (for plant height). Strong effects of SCA on productivity in F1 of some hybrid combinations were recorded.

Conclusions. Strong effects of GCS by quantitative traits of varieties were stable over the three years of research: by plant productivity – in Badioryy; by productive and general tillering capacity – in Zvershennia and Badioryy; by grain number per spike – in Dzherelo, Badioryy and Vitrazh; by 1000-grain weight – in Dzherelo, Badioryy, Etyket, Granal, Modern, Vitrazh and Tolar; by spike length – in Dzherelo, Granal and Vitrazh; by spikelet number per spike – in Dzherelo; by straw weight – in Badioryy; by plant height – in Dzherelo and Granal; by grain/straw ratio – in Dzherelo. Unequal ratios of GCA and SCA variances in F1 were detected for 11 quantitative traits of awned and awnless varieties. Strong effects of SCA on productivity in F1 of some hybrid combinations were noticed upon crossing certain varieties, in the offspring of which forms with high levels of traits can be effectively selected

References

Еrеshkо АS. Barley: from breeding to production.Rostov-na-Donu: ООО «Теrrа Print», 2007.184 p.

Nesterenko VV. Starting material and spring barley breeding in the Krasnodar Territory. [dissertation]. Кrаsnоdаr, 2012. 24 p.

Bombа МYa. Formation of spring barley yield in Ukraine. Zernovye kultury. 2001; 2: 22–24.

Маlаshkina МS. Morphological parameters, biochemical and technological properties of naked barley for breeding in the conditions of the Kemerovo region. [dissertation]. Sankt-Peterburg, 2008, 123 p.

Litvinenko МА. Grain crops. State of and prospects for development of new varieties and hybrids at research institutions of UAAS. Nasinnytstvo. 2007; 1: 3–6.

Jensen NF. Agrobiology: Spesification or system analysis? Science. 1967. Р. 157.

Sydorenko VS, Naumkin DV, Kostromicheva VА, Starikova JV, UhovaFV. Prospects for naked barley and oat breeding in the Central Russia.Zernobobovye kultury. 2016; 1(17): 78–83.

Rоdinа NА. Barley breeding in the Northeast of the Non-Black Earth Region. Кirоv, 2006. 488 p.

Zviahintseva АN, Petrenkova VP. Combining ability of spring barley starting material in terms of a set of biological traits in diallel crosses. Sel. nasinn, 2012; 102: 30–35.

Аlderov АА, Batasheva BА. On inheritance of some valuable for breeding traits of cultivated barley. Genetic resources of cultivated plants in the 21st century: state, problems, prospects. Sankt-Peterburg: VIR, 2007. P. 396–398.

Varlakhov MD, Makogonov EI, Vasyakin NI, Sireva ТL, Buhriy VP. Manifestation of the combining ability of pea varieties in environmental trials. Breeding of grain legumes, buckwheat and millet for high productivity and quality. Оrеl: VNIIZBК, 1977; VII: 43–49.

Savchenko VK. Genetic analysis in net test crosses. Minsk: Nauka i tekhnika, 1984. 273 p.

Kudaybergenov MS. Breeding genetic models of high-yielding varieties and hybrids of cereals. [dissertation]. Аlmaty, 2005.44 p.

Sprague GF, Tatum LA. Specific combining in single crosses of corn. J. Amer. Soc. Agron. 1942; 34: 923–932.

Turbin NV, Khotyleva LV, Tarutina LA. Diallelic analysis in plant breeding. Minsk: Nauka i tekhnika, 1974. 181 p.

Тokhetova LА. Barley breeding on szik soil of the Aral Sea area . [dissertation]. RespublikaKazakhstan, Аlmalybak, 2009. 50 p.

Vashenko VV. Genetic control of the grain number per spike in spring barley varieties. Sel. nasinn. 2009; 97: 189–195.

Gudzenko VM. Combining ability of new spring barley accessions of different eco-geographical origin in terms of quantitative traits in the conditions of the Right-Bank Forest-Steppe of Ukraine. Naukovi dopovidi NUBip. 2012; 8(30): 1–13.

Vasylkivckyi SP, Gudzenko VM. Combining ability, inheritance and transgressive variability in spring barley hybrids by the grain weight per plant. Agrobiologia. 2013; 10(100): 191.

Dontsov DP. Analysis of inheritance of the "plant height" trait in spring barley hybrids of the first and second generations upon development of dwarf malting varieties. Nauchnyi zhurnal Кub GАU. 2011; 70(06): 1–11.

Milomirka RM, Dragan SD, Desimir SK, Aleksandar SP, Snezana TT. Combining abilities for spike traits in a diallel cross of barley. Journal of Central European Agriculture. 2014;15(1):108–116. DOI: 10.5513/JCEA01/15.1.1419.

Potla KR, Bornare SS, Prasad LC, Prasad R, Madakemohekar AH. Study of heterosis and combining ability for yield and yield contributing traits in barley (Hordeum vulgare L.). An international quarterly journal of life sciences. 2013; 8(4): 1231–1235.

Vashenko VV, Shevchenko OO. Evaluation of the combining ability of spring barley varieties for quantitative traits in the Northern Steppe of Ukraine. Visnyk Poltavskoi derzhavnoii agrarnoii akademii. 2014; 2: 23–25.

Manziuk VT, Кolesnik АV, Кolesnik IV. Combination ability of spring barley and its use in breeding for short stems and productivity. Kharkiv, 1984. Т. 310. P. 40–46.

Aniskov NI.Breeding genetic aspects in the inheritance of barley traits in the conditions of Western Siberia. Vestnik Кrаs. HАU. 2010; 6: 51–55.

Dontsova АА. Investigation of inheritance patterns of economically valuable characteristics by F1 and F2 spring barley hybrids in the conditions of the Rostov region.Molodeginauka. 2015; 1: 1–7.

Zhang X, Lv L, Lv Ch, Guo B, Xu R. Combining ability of different agronomic traits and yield components in hybrid barley. PloS ONE. 2015;10(6): 1-9. DOI:10.1371/journal.pone.0126828.

Singh S, Dhindsa GS, Sharma A, Singh P. Combining ability for grain yield and its components in barley (Hordeum vulgare L.). Crop improvement. 2007;34:128–132.

Pesaraklu S, Soltanloo H, Ramezanpour SS, Kalate Arabi M, Nasrollah Nejad Ghomi AA. An estimation of the combining ability of barley genotypes and heterosis for some quantitative traits. Iran Agricultural Research. 2016; 35(1): 73–80.

Aniskov NI, Haris DV. Inheritance nature and systems of genetic control of productive tillering capacity in diallel crosses of naked and chaffy barley varieties. Vestnik Altaiyskogo gosudarstvennogo agrarnogo universiteta. 2008; 2(40): 26–30.

Pawar KK, Singh AK. Combining ability analysis for grain yield and its attributing traits in barley. Int. J. Agric. Sc. Vet. Med. 2013; 1(2): 83–87.

Singh B, Sharma A, Joshi N, Mittal P, Singh S. Combining ability analysis for grain yield and its components in malt barley (Hordeum vulgare). Indian Journal of Agricultural Sciences. 2013; 83(1): 96–98.

Dospekhov BA. Methods of field experiments (with the fundamentals of statistical processing of study results. Moscow: Agropromizdat, 1985. P. 351.

Fedin MA, Silis DYA, Smiryaev AV. Statistical methods of genetic analysis. Moscow: Kolos, 1980. P. 207.

Griffing BA. Concept of general and specific combining ability in relation to diallel crossing systems. Austr. J. Biol. Sci. 1956; 4: 463–493.

Lіtun PP, Belkin ОО, Bilianskiy ОІ. Application program package «Processing of data from breeding and genetic experiments». Kharkiv: ІRand. VYaYuriev, 1992–1994. P. 20.

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Published

2017-06-22

Issue

No. 111 (2017)

Section

METHODS AND RESULTS SELECTION

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Copyright (c) 2017 К. В. Компанець, М. Р. Козаченко

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