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References
Chapman, V, and Riley, R. 1955. The disomic addition of rye chromosome II to wheat. Nature, Lond, 175, 1091.
Chizaki, Y. 1934. Another new haploid plant inTriticum monococcum L. Bot Mag, Tokyo, 48, 621–628.
Darlington, C D. 1937. Recent Advances in Cytology, 2nd ed. London: Churchill.
Gaines, E F, and Aase, H C. 1926. A haploid wheat plant. Amer J Bot, 6, 373–385.
Katayama, Y. 1935. Karyological comparisons of haploid plants from octoploid Ægilotriticum and diploid wheat. Jap J Bot, 7, 349–380.
Kihara, H. 1936. Ein diplo-haploides Zwillingspaar bei Triticum durum. Agr and Hort, 11, 1425–1434.
Kihara, H. 1937. Genomanalyse bei Triticum und Ægilops. VII. Mem Coll Agr Kyoto Univ, 41, 1–61.
Kihara, H, and Katayama, Y. 1933. Reifungsteilungen bei dem haploiden Triticum monococcum. Agr and Hort, 8, 1–17.
Kihara, H, and Lilienfeld, F. 1949. A new synthesised 6x—wheat. P Int Gen C (8) (Stockholm), pp. 307–319.
Kostoff, D. 1938. Heterochromatin at the distal ends of the chromosomes of Triticum monococcum. Nature, Lond, 141, 690–691.
Krishnaswamy, N. 1939. Cytological studies in a haploid plant of Triticum vulgare. Hereditas, 25, 77–86.
Levan, A. 1942. Studies on the meiotic mechanism of haploid rye. Hereditas, 28, 177–211.
Lilienfeld, F A. 1951. Genome-analysis in Triticum and Ægilops. Cytologia, Tokyo, 16, 101–123.
McFadden, E S, and Sears, E R. 1946. The origin of Triticum spelta and its free-threshing hexaploid relatives. J Hered, 37, 81–89, 107–116.
McGinnis, R C, and Unrau, J. 1952. A study of meiosis in a haploid of Triticum vulgare Vill. and its progenies. Canad J Bot, 30, 40–49.
Matsumura, S. 1940. Induzierte Haploidie und Auto-tetraploidie bei Ægilops ovata L. Bot Mag, Tokyo, 54, 404–413.
Östergren, G, and Vigfusson, E. 1953. On position correlation of univalents and quasi-bivalents formed by sticky univalents. Hereditas, 39, 33–50.
Person, C. 1955. An analytical study of chromosome behaviour in a wheat haploid. Canad J Bot, 33, 11–30.
Raw, A R. 1937. Genetical studies with wheat-haploids of Triticum vulgare. J Dept Agric Vict, 35, 300–306.
Ribbands, C R. 1937. The consequences of structural hybridity at meiosis in Lilium × testaceum. J Genet, 35, 1–24.
Richardson, M M. 1935. Meiosis in Crepis. II. Failure of pairing in Crepis capillaris (L.) Wallr. J Genet, 31, 119–143.
Smith, L. 1946. Haploidy in einkorn. J Agric Res, 73, 291–301.
Stebbins, G L, and Pun, F T. 1953. Artificial and natural hybrids in the Gramminæ tribe Hordeæ. VI. Genetics, 38, 600–608.
Thomas, P T, and Revell, S H. 1946. Secondary association and heterochromatin attraction. I. Cicer arietinum. Ann Bot Lond, 90, 159–164.
Yamamoto, Y. 1936. Ein haplo-diploides Zwillingspaar bei Triticum vulgare Vill. Bot Mag, Tokyo, 50, 573–581.
Acknowledgements
We are grateful to Dr G. D. H. Bell for his interest in the work, and to Professor C. D. Darlington for advice on the presentation. Our thanks are due to Mrs K. M. Pauley who found the aneupolyhaploid during routine chromosome counting.
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Riley, R., Chapman, V. Haploids and polyhaploids in Ægilops and Triticum. Heredity 11, 195–207 (1957). https://doi.org/10.1038/hdy.1957.17
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DOI: https://doi.org/10.1038/hdy.1957.17
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