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Sex-limited inheritance inLychnis dioica L

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Literature cited

  1. Arkell, T. R., 1912: Further report on inheritance of horn and wool covering in sheep. Ann. Rep. Amer. Breeders Ass.8: 561–568.

  2. Arkell, T. R., andDavenport, C. B., 1912: Horns in sheep as a typical sex-limited character. Science N. S.35: 375–377.

  3. Bateson, W., 1909: Mendel's principles of heredity. pp. 396. Cambridge: The University Press.

  4. Bateson, W., andPunnett, R. C., 1911: The inheritance of the peculiar pigmentation of the silky fowl. Jour. Genet.1: 185–203.

  5. Baur, E., 1911: Einführung in die experimentelle Vererbungslehre. pp. 293. Berlin: Gebrüder Borntraeger.

  6. Baur, E., 1912: Ein Fall von geschlechtsbegrenzter Vererbung beiMelandrium album. Zeitschr. f. indukt. Abstamm. u. Vererb.8: 335–336.

  7. Bridges, C. B., 1913a: Partial sex-linkage in the pigeon. Science N. S.37: 112–113.

  8. —, 1913b: Non-disjunction of the sex chromosomes of Drosophila. Jour. Exper. Zool.15: 587–606.

  9. Castle, W. E., 1903: The heredity of sex. Bull. Mus. Comp. Zool. Harvard College40: 187–218.

  10. —, 1909: A Mendelian view of sex-heredity. Science N. S.29: 395–400.

  11. —, 1912: Heredity and sex. Chapter IV in “Heredity and eugenics” by Castle, Coulter, Davenport, East and Tower, pp. 62–79. Chicago: University of Chicago Press.

  12. —, 1913: Simplification of Mendelian formulae. Amer. Nat.47: 170–182.

  13. Cole, L. J., 1912: A case of sex-linked inheritance in the domestic pigeon. Science N. S.36: 190–192.

  14. Correns, C., 1907: Die Bestimmung und Vererbung des Geschlechtes nach neuen Versuchen mit höheren Pflanzen. pp. 81. Berlin: Gebrüder Borntraeger.

  15. Correns, C., andGoldschmidt, R., 1913: Die Vererbung und Bestimmung des Geschlechtes. pp. 149. Berlin: Gebrüder Borntraeger.

  16. Dexter, J. S., 1912: On coupling of certain sex-linked characters in Drosophila. Biol. Bull.23: 183–194.

  17. Doncaster, L., 1908: Sex inheritance in the mothAbraxas grossulariata and its var.lacticolor. Report Evol. Comm.IV, pp. 53–57.

  18. —, 1911: Note on the inheritance of characters in which dominance appears to be influenced by sex. Jour. Genet.1: 377–379.

  19. —, 1912: Hermaphrodite females inLychnis dioica. Science N. S.36: 282–283.

  20. —, 1913a: On an inherited tendency to produce purely female families inAbraxas grossulariata, and its relation to an abnormal chromosome number. Jour. Genet.3: 1–10.

  21. —, 1913b: On sex-limited inheritance in cats, and its bearing on the sex-limited transmission of certain human abnormalities. Jour. Genet.3: 11–23.

  22. Doncaster, L., andRaynor, G. H., 1906: Breeding experiments with Lepidoptera. Proc. Zool. Soc. London1: 125.

  23. Edwards, C. L., 1911: The sex-chromosomes inAscaris felis. Archiv f. Zellf.7: 309–313.

  24. Emerson, R. A., 1913: Simplified Mendelian formulae. Amer. Nat.47: 307–311.

  25. Federley, H., 1911: Vererbungsstudien an der Lepidopteren-Gattung Pygaera. Archiv f. Rassen- u. Gesell.-Biol. 3. Heft, 1–60.

  26. Gerould, J. H., 1911: The inheritance of polymorphism and sex inColias philodice. Amer. Nat.45: 257–283.

  27. Gerschler, M. W., 1914: Über alternative Vererbung bei Kreuzung von Cyprinodontiden-Gattungen. Zeitschr. f. indukt. Abstamm. u. Vererb.12: 73–96.

  28. Goldschmidt, R., 1911: Einführung in die Vererbungswissenschaft. pp. 546. Leipzig u. Berlin: Wilh. Engelmann.

  29. —, 1912: Erblichkeitsstudien an Schmetterlingen I. 1. Untersuchuugen über die Vererbung der sekundären Geschlechtscharaktere und des Geschlechts. Zeitschr. f. indukt. Abstamm. u. Vererb.7: 1–62.

  30. —, 1913: Einführung in die Vererbungswissenschaft. 2. Aufl. pp. 546. Leipzig u. Berlin: Wilh. Engelmann.

  31. Goldschmidt, R., andPoppelbaum, H., 1914: Erblichkeitsstudien an Schmetterlingen II. 2. Weitere Untersuchungen über die Vererbung der sekundären Geschlechtscharaktere und des Geschlechts. Zeitschr. f. indukt. Abstamm. u. Vererb.11: 280–316.

  32. Goodale, H. D., 1909: Sex and its relation to the barring factor in poultry. Science N. S.29: 1004–1005.

  33. —, 1910: Some results of castration in ducks. Biol. Bull.20: 35–66.

  34. —, 1911: Sex-limited inheritance and sexual dimorphism in poultry. Sci. N. S.33: 939–940.

  35. —, 1913: Castration in relation to the secondary sexual characters of Brown Leghorns. Amer. Nat.47: 159–169.

  36. Gulick, A., 1911: Über die Geschlechtschromosomen bei einigen Nematoden nebst Bemerkungen über die Bedeutung dieser Chromosomen. Archiv f. Zellf.6: 339–382.

  37. Hadley, P. B., 1913: The presence of the barred plumage pattern in the White Leghorn breed of fowls. Amer. Nat.47: 418–428.

  38. Hertwig, R., 1912: Über den derzeitigen Stand des Sexualitätsproblems nebst eigenen Untersuchungen. Biol. Centralbl.32: 1–45, 65–111, 129–146.

  39. Hurst, C. C., 1909: Mendelism and sex. pp. 34. London: Taylor, Garnett, Evans & Co.

  40. Johannsen, W., 1913: Elemente der exakten Erblichkeitslehre. 2. Aufl. pp. XI + 724. Jena: Gustav Fischer.

  41. Lang, A., 1910: Referat über: W. E. Castle, H. E. Walter, R. C. Mullenix and S. Cobb. Studies of inheritance in rabbits. Zeitschr. f. indukt. Abstamm. u. Vererb.4: 29–41. See pp. 40–41.

  42. —, 1912: Vererbungswissenschaftliche Miszellen. Zeitschr. f. indukt. Abstamm. u. Vererb.8: 233–283.

  43. Little, C. C., 1912: Preliminary note on the occurrence of a sex-limited character in cats. Science N. S.35: 784–785.

  44. Meijere, J. C. H. de, 1910: Über Jacobsons Züchtungsversuche bezüglich des Polymorphismus vonPapilio Memnon L. ♀ und über die Vererbung sekundärer Geschlechtsmerkmale. Zeitschr. f. indukt. Abstamm. u. Vererb.3: 161–181.

  45. —, 1911: Über getrennte Vererbung der Geschlechter. Archiv f. Rassen- u. Gesell.-Biol. 5. Heft. pp. 553–752.

  46. Morgan, T. H., 1910a: Sex-limited inheritance in Drosophila. Science N. S.32: 120–122.

  47. —, 1910b: The method of inheritance of two sex-limited characters in the same animal. Proc. Soc. Exper. Biol. Med.8: 17–19.

  48. —, 1911a: The application of the conception of pure lines to sex-limited inheritance and to sexual dimorphism. Amer. Nat.45: 65–78.

  49. —, 1911b: A dominant sex-limited character. Proc. Soc. Exper. Biol. Med.9: 14–15.

  50. —, 1911c: An attempt to analyze the constitution of the chromosomes on the basis of sex-limited inheritance in Drosophila. Jour. Exper. Zool.11: 365–412.

  51. —, 1912a: A modification of the sex ratio, and of other ratios, in Drosophila through linkage. Zeitschr. f. indukt. Abstamm. u. Vererb.7: 323–345.

  52. —, 1912b: Heredity of body color in Drosophila. Jour. Exper. Zool.13: 27–44.

  53. —, 1912c: The explanation of a new sex ratio in Drosophila. Science N. S.36: 718–720.

  54. —, 1913a: Factors and unit characters in Mendelian heredity. Amer. Nat.47: 5–16.

  55. —, 1913b: Simplicity versus adequacy in Mendelian formulae. Amer. Nat.47: 372–374.

  56. —, 1913c: Heredity and sex. pp. 282. New York: Columbia University Press.

  57. Morgan, T. H., andCattell, E., 1912: Data for the study of sex-linked inheritance in Drosophila. Jour. Exper. Zool.13: 79–101.

  58. —, —, 1913: Additional data for the study of sex-linked inheritance in Drosophila. Jour. Exper. Zool.14: 33–42.

  59. Morgan, T. H., andGoodale, H. D., 1912: Sex-linked inheritance in poultry. Annals N. Y. Acad. Sci.22: 113–133.

  60. Morgan, T. H., andLynch, C. J., 1912: The linkage of two factors in Drosophila that are not sex-linked. Biol. Bull.23: 174–182.

  61. Pearl, R., 1912: The Mendelian inheritance of fecundity in the domestic fowl. Amer. Nat.46: 697–711.

  62. Pearl, R., andSurface, F. M., 1910a: On the inheritance of the barred color pattern in poultry. Archiv f. Entwicklungsmechanik der Organismen30: 45–61.

  63. —, —, 1910b: Further data regarding the sex-limited inheritance of the barred color pattern in poultry. Science N. S.32: 870–874.

  64. Pinney, E., 1911: A study of the chromosomes ofHipponoe esculenta andMoira alropos. Biol. Bull.21: 168–186.

  65. Punnett, R. C., andBateson, W., 1908: The heredity of sex. Science N. S.27: 785–787.

  66. Schleip, W., 1912: Geschlechtsbestimmende Ursachen im Tierreich. Ergebn. u. Fortschr. d. Zool.3: 165–328.

  67. Shull, G. H., 1909: The “presence and absence” hypothesis. Amer. Nat43: 410–419.

  68. —, 1910a: Color inheritance inLychnis dioica L. Amer. Nat.44: 83–91.

  69. —, 1910b: Inheritance of sex in Lychnis. Bot. Gaz.49: 110–125.

  70. —, 1911: Reversible sex-mutants inLychnis dioica. Bot. Gaz.52: 329–368.

  71. —, 1912: Hermaphrodite females inLychnis dioica. Science N. S.36: 282–283.

  72. Smith, G., 1906: Rhizocephala. Fauna und Flora des Golfes von Neapel und der angrenzenden Meeres-Abschnitte. Monograph29. pp. 123, pls. 8. See p. 89.

  73. —, 1910: Studies in the experimental analysis of sex. Quarterly Jour. Microscop. Sci. N. S.54: 577–604.

  74. Spillman, W. J., 1908: Spurious allelomorphism: Results of some recent investigations. Amer. Nat.42: 610–615.

  75. —, 1911: Notes on heredity. Amer. Nat.45: 507–512.

  76. Stevens, N. M., 1911a: Further studies on heterochromosomes in mosquitoes. Biol. Bull.20: 109–120.

  77. —, 1911b: Heterochromosomes in the guinea-pig. Biol. Bull.21: 155–167.

  78. Strasburger, E., 1900: Versuche mit diöcischen Pflanzen in Rücksicht auf Geschlechts-verteilung. Biol. Centralbl.20: 657–665, 689–698, 721–731, 753–785.

  79. —, 1910: Über geschlechtsbestimmende Ursachen. Jahrb. f. wiss. Bot.48: 427–520.

  80. Strong, R. M., 1912a: Another view of sex-limited inheritance. Science N. S.36: 443–445.

  81. —, 1912b: Results of hybridizing ring-doves, including sex-linked inheritance. Biol. Bull.23: 293–320.

  82. Sturtevant, A. H., 1912a: An experiment dealing with sex-linkage in fowls. Jour. Exper. Zool.12: 499–518.

  83. —, 1912b: Federley's breeding experiments with the moth Pygaera. Amer. Nat.46: 565–568.

  84. —, 1913: The linear arrangement of six sex-linked factors in Drosophila, as shown by their mode of association. Jour. Exper. Zool.14: 43–59.

  85. Vries, H. de, 1903: Die Mutationstheorie II. Elementare Bastardlehre. pp. XIV + 752. Leipzig: Veit & Co.

  86. Wilson, E. B., 1909: Recent researches on the determination and heredity of sex. Science N. S.29: 53–70.

  87. - 1910: The chromosomes in relation to the determination of sex. Sci. Prog. pp. 570–592.

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Shull, G.H. Sex-limited inheritance inLychnis dioica L. Z.Ver-erbungslehre 12, 265–302 (1914). https://doi.org/10.1007/BF01837314

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