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Effect of preliminary intravarietal crossing on the combining ability of durum wheat and soft wheat


, : Effect of preliminary intravarietal crossing on the combining ability of durum wheat and soft wheat. Izv Akad Nauk Sssr Ser Biol 29(1): 151-158

The use of intervarietal hybrids of the first generation markedly affects the results of crossing between Tritieum durum (durum) and T. vulgare (soft wheat). When intervarietal hybrids are used as parental forms the combining ability of the durum wheat with the soft one is much superior than upon crossing of homozygous pure strains of these wheats. This method of overcoming incompatibility may therefore be recommended for practical use in distant hybridization of wheats.

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Related references

Dekaprelevich, L.L.; Naskidashvili, P.P., 1974: Production of initial material for the breeding of short-stemmed varieties of soft wheat with enhanced technological qualities of the grain by means of crossing soft wheat (Triticum aestivum L.) with hard wheat (T. durum Desf.). Soviet Genetics 8(12): 1515-1518

Dekaprelevich L.L.; Naskidashvili P.P., 1972: Obtaining of initial material for breeding of short stem strains of soft wheat with extra technological characteristics by crossing soft wheat triticum aestivum to hard wheat triticum durum. Genetika 8(12): 56-60

Dekaprelevich, L.; Naskidashvili, P., 1972: Obtaining of initial material for breeding of short-stem strains of soft wheat with extra technological characteristics by means of crossing soft wheat (Triticum aestivum L.) to the hard wheat (Triticum durum Desf.). Genetika 8 (12) 56-60

Naskidashvili P.P., 1972: Production of initial material for the breeding of short stemmed varieties of soft wheat with enhanced technological qualities of the grain by means of crossing soft wheat triticum aestivum with hard wheat triticum durum. Soviet Genetics (english Translation Of Genetika): 1515-1518

Dekaprelevich, L.; Naskidashvili, P., 1972: Production of initial material for the breeding of short-stemmed varieties of soft wheat with enhanced technological qualities of the grain by means of crossing soft wheat (Triticum aestivum L.) with hard wheat (Triticum durum Desf.). Soviet genetics: (Transl 1974), 8 (12) 1515-1518

Abul-Naas, A.; Gomaa, M.; Nawar, A., 1981: Heterosis and combining ability in durum wheat (Triticum durum L.). I. Yield and some of its components. Egyptian journal of genetics and cytology 10(2): 239-251

Dhonukshe B.; Rao M.V., 1979: Combining ability for yield and its component characters in durum wheat triticum durum. Combining ability for yield and 8 other component characters was studied in a 9 .times. 9 diallel cross in durum wheat. Three parents, viz., 'Anhinga S', 'Cocorit S' and 'CPAN 1469', were the best general combiners fo...

Abul-Naas, A.; Nawar, A.; Gomaa, M., 1981: Heterosis and combining ability in durum wheat (Triticum durum L.). II. Some technological characters. Egyptian journal of genetics and cytology 10(2): 253-260

Singh, S.; Tiwari, V.1; Mishra, Y1; Tawaro, 1982: Analysis of combining ability in durum wheat Triticum durum, hybrids, varieties. Indian journal of agricultural sciences 52(6): 359-364

Bhullar G.S.; Brar S.P.S.; Gill K.S., 1981: Breeding value and combining ability studies in durum wheat triticum durum. Studies on combining ability for 8 characters in a diallel cross involving 10 genetically diverse varieties/lines of durum wheat (T. durum Desf.) in the F2 and for grain yield only in the F1 and F4 are reported. The general and specific combining...