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Literatur
Allard: A cytogenetic study dealing with the transfer of genes from Triticum timopheevi to common wheat by back crossing. J. Agr. Res.78, 33–64 (1949).
Allard, R. W. undR. G. Shands: The transfer of resistance to stem rust and leaf rust, mildew and loose smut from Triticum timopheevi to cytologically stable spring wheat. U. S. Dep. Agr. Bur. Pl. Ind. Soils Agric. Engineering Dir. C Washington 1950.
Allard, R. W. undR. G. Shands: Vererbung der von Triticum timopheevi bezogenen Resistenz gegenüber Schwarzrost und Mehltau in cytologisch stabilen Sommerweizen Phytopath.44, (1954).
Favret, E. A. undJ. Vallega: Genetics of resistence to Erysiphe graminis in wheat. Pl. Br A.20 Nr. 2258 (1950).
Heyne: Inheritance of leaf rust, Pucc. rubigo-vera tritici (Eriks. und Henn.) Carl. reaction and other characters in crosses among three wheat varieties. Diss. Abst.12, 4136. Pl. Br. A.23, 1087 (1952).
Heyne undC. O. Johnston: Inheritance of leaf rust reaction and other characters in crosses among Timstein, Pawnee and red chief wheats. Agron. J.46, 81–85 (1954).
Heyne undLivers: Monosomic analysis of leaf rust reaction awnedness, winter injury and sees color in Pawnee wheat. Agron. J.45, 54–58 (1953).
Johnston, C. O.: Wheat nurseries, (Bericht Beltsville) Pl. Br. A.23, 1036.
Koo undAusemus: Inheritance of the reaction to stem rust in crosses of Timstein, Newthatch and Mida. Agron. J.43, 194 bis 201 (1951).
Lilienfeld undKihara: Triticum timopheeviZhuk. Cytologia6, 87–122 (1934).
Longwell andShirky: Agricultural research builds up new efficiencies in farming. Ann. Rep. Miss. Agr. Exp. Stat. Bull. Nr. 584, 138 (1952).
Love: Cytogenetics of vulgare-like derivatives of pentaploid wheat crosses. Genetics24, 92 (1939).
Peterson andLove: A study of the transference of immunity to stem rust from Triticum durum (var. Jumillo) to Triticum vulgare by hybridization. Sci. Agr.20, 608–23. (1940)
Ray, Hebert andMiddleton: Inheritance of resistance to powdery mildew in wheat. Agron. Journ.46, 379–83 (1954).
Rohde: A study of the inheritance of the reaction to leaf rust and other characters in triangular crosses wheat. Diss. Abstr.13, 6157 (1953).
Sachs, L.: Chromosome behaviour in species hybrids with Triticum timopheevi. Heredity7, 49–58 (1953).
Semeniuk: Chromosomal stability in certain rust resistant derivatives from a Triticum vulgare x Triticum timopheevi cross. Scientific. Agr.27, 1 (1946).
Shands: Disease resistance of Triticum timopheevi transfers to common winter wheat. Journ. Am. Soc. Agr.33, 709 bis 712 (1941).
Unrau, J.: Report of work with aneuploids, chromosome substitutions and species building at the University of Alberta. Pl. Br. A.24, 253 (1953).
Vallega undFavret: Physiological races of Puccinia tritici which attack T. timopheevi. Rev. Inverst. Agr. B. AiresI, 113–18 (1947).
Wells undRamsey: Seedling and adult plant reactions to leaf rust in a cross of a Trit. timopheevi common wheat derivative with Yorkwin. Pl. Br. A.24, 943 (1953).
Wu andAusemus: Inheritance of leaf rust reaction and other characters in a spring wheat cross. Agron. Journ.45, 43–48 (1953).
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Herrn Professor Dr. W. Rudorf zum 65. Geburtstag gewidmet.
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Wienhues-Ohlendorf, A. Ergebnisse der Bastardierung vonTriticum timopheevi mit Kultursorten des Weizens unter besonderer Berücksichtigung der Krankheitsresistenz. Der Züchter 27, 132–140 (1957). https://doi.org/10.1007/BF00712748
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DOI: https://doi.org/10.1007/BF00712748