You are here

Seeds laboratory similarity of introduced Callistephus chinensis (L.) Ness.

Laboratory similarity of introduced Chinese calisthephus varieties has been investigated with a view to further using seedlings in soil conditions of the best genotypes. Also, the main task was to determine the actual intensity of seeds germination in the studied varieties of Chinese callistephus in the laboratory.
The studies uexamined 20 introduced varieties of Chinese calisthephus plants with diff erent characteristics, origin and direction of use, with their further study on the main economic and valuable features for landscaping. As a result of the studies conducted on the similarity of Chinese introduced calicephus varieties seeds with diff erent economic traits, productivity and direction of use, the genotypes were isolated and grouped, on average over the years, with high, medium and low coeffi cient of similarity.
Accordingly, the germination control was performed starting from the fourth day after sowing. It should be noted that the sprouts were not recorded in six varieties, respectively – in the Malynovyi shar, Esmeralda, Vesnyanka, Syedaya Dama, Salmon Turm and Sofi a. The varieties of Oksamyt, Oksana, Princess and Amber had a similarity rate of 10 %.

Medium and high rates of seed germination (50–90 %) were recorded in the varieties of Odarka, Hilda, Snizhana, Anastasia (Soph.), Winter Cherry, Alexandra, Swan Lake and King Size (red), which will further enable the respective varieties research on the study of economic biological, and most importantly the decorative properties of introduced varieties for the purpose of their further use in the landscape gardening.
Key words: genotype, Chinese callistephus, varieties, introduction, economically valuable traits, decorative, seed germination, multiplication factor.
 

Reference: 
1. Petrenko, N.A. (1983). Astra odnoletnjaja [Astra annual]. Semenevodstvo cvetochnyh kul'tur [Seed production of fl ower crops]. Moscow, Rosselhozizdat, pp. 49–55.
2. Petrenko, N.A. (1976). Klassifi kacija odnoletnih astr [Classifi cation of annual asters]. Cvetovodstvo [Floriculture], no. 1, 13 p.
3. Sytov, E.A. (1991). Vlijanie uslovij zon vyrashhivanija semjan astry odnoletnej na ih sortovye kachestva: avtoref. diss. … kand. s.-h. nauk [The infl uence of the conditions of zones of annual aster seed cultivation on their varietal qualities: abstract. diss. Cand. of Agricultural Sciences]. Moscow, 20 p.
4. Alekseeva, N.N. (1976). Semenovodstvo astry [Aster seed production]. Cvetovodstvo [Floriculture], no. 10, pp. 28–29.
5. Petrenko, N.A. (1976). Promyshlennyj sortiment astr [Industrial assortment of asters]. Cvetovodstvo [Floriculture], no. 9, pp. 7–8.
6. Chesnokov, K.A. (1980). Opyt kul'tury odnoletnej astry [One-year Astra Culture Experience]. Cvetovodstvo [Floriculture], no. 4, 35 p.
7. Shevchenko, Z.M. (1972). Jelitnoe semenovodstvo odnoletnej astry [Elite annual aster seed production]. Cvetovodstvo [Floriculture], no. 4, 11 p.
8. Kobza, F. (1981). Stanoveni terminu primeho visevu semenneho porostu Callistephus chinensis Nees. Zahradnictvi. no 4, pp. 287–294.
9. Ostrjakova, G.V., Velichko, V.E. (1990). Voronezhskie sorta ustojchivye k fuzarіozu [Voronezh varieties resistant to Fusarium]. Cvetovodstvo [Floriculture], no. 5, pp. 22–23.
10. Tkachyk, S.O. (2014). Metodyka provedennja ekspertyzy sortiv na vidminnist', odnoridnist' ta stabil'nist' (VOS-TEST) [Methods of examination of varieties for difference, uniformity and stability (VOS-TEST)]. Dekoratyvni [Decorative]. Kyiv, 1045 p.
11. Kitaeva, L.A. et al. (1983). Semenovodstvo cvetochnyh kul'tur [Seed production of fl ower crops]. Moscow, Rosselhozizdat, 190 p.
12. Gornickaja, I.P., Korobkova, Z.D., Pustovalova, L.S. (1978). Astry v stepnoj zone [Asters in the steppe zone]. Cvetovodstvo [Floriculture], no. 11, 7 p.
13. Zhukovskaja, N.V., Nikolaenko, V.P. (2002). Vyrashhivanie cvetov dlja sebja i na prodazhu [Growing fl owers for yourself and for sale]. Prakticheskoe rukovodstvo [Practical guide]. Moscow, pp. 191–194.
14. Burova, Je. (1963). Astry [Asters]. Sel'skoe hoz-vo Belarusii [Agriculture of Belarus], no. 15, 32 p.
15. Kotov, V.V. (2003). Sozdanie sortov i obosnovanie tehnologii bezrassadnogo vyrashhivanija semjan astry odnoletnej dlja Central'no-Chernozemnoj zony Rossii: diss. kand. s.-h. nauk [Creation of varieties and justifi cation of the technology of seedling-free aster seed cultivation of aster for the Central Black Earth Zone of Russia: dis. Cand. of Agricultural Sciences]. Moscow, 132 p.
16. Kudrjavec, D.B., Sytov, E.A. (1991). Chto vlijaet na kachestvo semjan [What aff ects seed quality]. Cvetovodstvo [Floriculture], no. 1, 12 p.
17. Kuznecov, V.A. (1967). Reakcii astry i antirrinuma na dlinu dnja v svjazi s mestom reprodukcii semjan [The reactions of asters and antirrinum to the length of the day in connection with the place of seed reproduction]. Sb. tr. aspirantov i molodyh nauchnyh sotrudnikov (VNII rastenievodstva) [Proceedings of graduate students and young researchers (All-Russian Research Institute of Plant Production)], no. 8, pp. 371–376.
18. Zvirgzdynja, V.Z. (1962). Sorta astr, vyrashhivaemye v Botanicheskom sadu AN Latvijskoj SSR [Varieties of asters grown in the Botanical Garden of the Academy of Sciences of the Latvian SSR]. Riga, no. 4, pp. 241–266.
19. Levandovskaja, S.N. (2017). Morfologicheskaja izmenchivost' kul'tivarov Callistephus chinensis (L.) Ness. v uslovijah introdukcii v Pravoberezhnoj Lesostepi Ukrainy [Morphological variability of cultivars Callistephus chinensis (L.) Ness. under conditions of introduction in the Right-Bank Forest-Steppe of Ukraine]. Izvestija Senkt-Peterburgskoj lesotehnicheskoj akademii [News of St. Petersburg Forestry Academy], Issue 218, pp. 20–30.
20. Polishhuk, V.V. (2011). Udoskonalennja metodiv mikroklonal'nogo rozmnozhennja kukurudzy [Improvement of microclonal maize breeding methods]. Zb. nauk. prac' Umans'kogo NUS [Collection of scientifi c works of Uman NUS], Issue 75, pp. 139–149.
 
Download this article: 
AttachmentSize
PDF icon polishuk_1_2020.pdf1020.93 KB