+ Site Statistics
+ Search Articles
+ Subscribe to Site Feeds
EurekaMag Most Shared ContentMost Shared
EurekaMag PDF Full Text ContentPDF Full Text
+ PDF Full Text
Request PDF Full TextRequest PDF Full Text
+ Follow Us
Follow on FacebookFollow on Facebook
Follow on TwitterFollow on Twitter
Follow on Google+Follow on Google+
Follow on LinkedInFollow on LinkedIn

+ Translate

Increasing the genetic complexity of first generation hybrids as an effective method in wheat breeding

Geneticheskoe oslozhnenie gibridov pervogo pokoleniya kak effektivnyi metod v selektsii pshenitsy: 162

Increasing the genetic complexity of first generation hybrids as an effective method in wheat breeding

A description is given of a new method of hybridization which increases the genetic complexity of the F1.

Accession: 001615462

Related references

Oganesyan, S.G. (Hovhannisyan, S.G. (Hovhanissian, S.G.; Safaryan, G.E. (Safaryan, H.E. (Safarian, H.E.; Khlgatyan, A.K. (Khlghatyan, A.K.) (Khlgatian, A.K.); Grigoryan, A.A. (Grigorian, A.A., 1983: Increasing the genetic complexity of first-generation wheat hybrids by open pollination with many pollen parents. Grain of 15 pollen parents was mixed in equal quantities and sown in a spatially isolated plot. Grain of 57 maternal lines was sown every other row and, after emasculation at the onset of flowering, the maternal plants were allowed open pollinatio...

Litvinenko, N.; Pyl'-Nev, V.1; Nefedov, A., 1981: Method of increasing the winterhardiness of wheat varieties All-Union Breeding-Genetic Institute.1. Selektsiia i semenovodstvo: (1) 13-16

Zelenskii, M.A.; Gubernator, V.V.; Parkhomenko, A.K., 1973: The development of hybrids of winter wheat in the second generation and their use in breeding. During 1965-1972, hybrids were obtained at the Ukrainian Agricultural Academy by crossing varieties of the intensive type with local hardy varieties. Differences between the hybrids were apparent in the viability and germination rate of the F0 see...

Rozhdestvenskii, V.D., 1981: Genetic and breeding importance of wheat-rye hybrids of the wheat type. In all, 121 wheat-rye hybrids were compared with their parents (35 bread wheats and seven ryes). The more winter hardy the parents, the hardier were the hybrids. Differences in hardiness between families within each cross were found. The hybrids w...

Nemeth, C.; Yang, C-yun.; Kasprzak, P.; Hubbart, S.; Scholefield, D.; Mehra, S.; Skipper, E.; King, I.; King, J., 2015: Generation of amphidiploids from hybrids of wheat and related species from the genera Aegilops, Secale, Thinopyrum, and Triticum as a source of genetic variation for wheat improvement. We aim to improve diversity of domesticated wheat by transferring genetic variation for important target traits from related wild and cultivated grass species. The present study describes the development of F1 hybrids between wheat and related spe...

Zelenskii M.A.; Gubernator V.V.; Parkhomenko A.K., 1973: Variant formation in the 2nd generation of winter wheat hybrids and its use for breeding purposes. Tsitologiya i Genetika 7(4): 346-349

Belousov, A.A.; Klyuchko, P.F., 1983: Effective use of heterosis - the main method of increasing yield in high-lysine maize hybrids. On the basis of many years' data from Soviet state variety trials, it is concluded that the production of high-lysine opaque-2 counterparts of existing normal hybrids, as a trend in breeding for grain quality, has only limited possibilities....

Zelenskii, M.; Gubernator, V.; Parkhomenko, A., 1973: The variant formation in the second generation of winter wheat hybrids and its utilization for breeding purposes. TSitologiia i genetika: 7 (4) 346-349

Zelenskii, M.A.; Vinnichuk, V.M.; Zelenskaya, O.B., 1989: Method of increasing the coefficient of seed multiplication in winter wheat hybrids. In tests with 4 hybrids, an appreciable increase in the multiplication coefficient was achieved by heaping soil to a depth of 1.5-2 cm around the base of tillers (the tillering node) as soon as 2-3 tillers had appeared and repeating this with the...

Temrazjan, A.G., 1955: Commercial crossbreeding as an effective method of increasing production in pig breeding. An account of crossbreeding experiments carried out in 1950-52 at a state farm in the Kherson Province at a farm of the All-Union Institute at Askaniya Nova with pigs of the Mangalitsa, Berkshire, Ukrainian White Steppe, Ukrainian Spotted Steppe b...