Haldane and the Emergence of Modern Evolutionary Theory 85[Muller, 1932] H. J. Muller. Further studies in the nature and causes of gene mutations. In
D. F. Jones (ed.),Proceedings of the Sixth International Congress of Genetics.1.Menasha:
Brooklyn Botanic Garden, pages 213–255, 1932.
[Norton, 1928] H. T. J. Norton. Natural selection and Mendelian variation.Proceedings of the
London Mathematical Society, 28: 1–45, 1928.
[Pearl, 1913] R. Pearl. A contribution towards an analysis of the problem of inbreeding.Amer-
ican Naturalist, 47: 577–614, 1913.
[Pearl, 1914a] R. Pearl. On a general formula for the constitution of thenth generation of a
Mendelian population in which all matings are of brother X sister.American Naturalist, 48:
491–494, 1914.
[Pearl, 1914b]R. Pearl. On the results of inbreeding a Mendelian population; a correction and
extension of previous conclusions.American Naturalist, 48: 57–62, 1914.
[Pearson, 1904] K. Pearson. Mathematical contributions to the theory of evolution. XII. On a
generalized theory of alternative inheritance, with special reference to Mendel’s laws.Philo-
sophical Transactions of the Royal Society (London) A, 203: 53–86, 1904.
[Pearson, 1910] K. Pearson. Darwinism, biometry and some recent biology. I.Biometrika,7:
368–385, 1910.
[Plunkett, 1932] C. R. Plunkett. Temperature as a tool of research in phenogenetics: Methods
and results. In D. F. Jones (ed.),Proceedings of the Sixth International Congress of Genetics.
- Menasha: Brooklyn Botanic Garden, pages 158–160, 1932.
[Plunkett, 1933] C. R. Plunkett. A contribution to the theory of dominance.American Natu-
ralist, 67: 84–85, 1933.
[Provine, 1971] W. B. Provine..The Origins of Theoretical Population Genetics. Chicago: Uni-
versity of Chicago Press, 1971.
[Provine, 1985] W. B. Provine. The R. A. Fisher-Sewall Wright controversy.Oxford Surveys in
Evolutionary Biology, 2, 1985.
[Provine, 1986] W. B. Provine.Sewall Wright and Evolutionary Biology. Chicago: University
of Chicago Press, 1986.
[Punnett, 1915] R. C. Punnett.Mimicry in Butterflies. Cambridge: Cambridge University
Press, 1915.
[Robbins, 1917] R. B. Robbins. Some applications of mathematics to breeding problems.Ge-
netics, 2: 489–504, 1917.
[Robbins, 1918a]R. B. Robbins. Applications of mathematics to breeding problems II.Genetics,
3: 73–92, 1918.
[Robbins, 1918b]R. B. Robbins. Random mating with the exception of sister by brother mating.
Genetics, 3: 390–396, 1918.
[Robbins, 1918c]R. B. Robbins. Some applications of mathematics to breeding problems III.
Genetics, 3: 375–389, 1918.
[Robinson, 1922]J. H. Robinson. Is Darwinism dead?Harper’s Magazine, 145: 68–74, 1922.
[Romanes, 1896]G. J. Romanes.Life and Letters. London: Longmans, Green, 1896.
[Sarkar, 1992a]S. Sarkar. “Haldane as Biochemist: the Cambridge Decade, 1923 -1932.” In
Sarkar, S. Ed.The Founders of Evolutionary Genetics. Dordrecht: Kluwer, pp. 53 -81, 1992.
[Sarkar, 1992b]S. Sarkar (ed.).The Founders of Evolutionary Genetics. Dordrecht: Kluwer,
[Sarkar, 1978]S. Sarkar.Genetics and Reductionism. New York: Cambridge University Press,
[Sarkar, 2004]S. Sarkar. Evolutionary theory in the 1920s: The nature of the synthesis.Philos-
ophy of Science, 71: 1215–1226, 2004.
[Shaw, 1921]B. Shaw.Back to Methuselah: A Metabiological Pentateuch. London: Constable,
[Trow, 1913]A. H. Trow. Forms of reduplication–primary and secondary.Journal of Genetics,
2: 313–324, 1913.
[Trow, 1916]A. H. Trow. A criticism of the hypothesis oflinkageandcrossing over.Journal of
Genetics, 5: 281–297, 1916
[Vavilov, 1932] N. I. Vavilov. The process of evolution in cultivated plants. In D. F. Jones, (ed.),
Proceedigs of the Sixth International Congress of Genetics.I.Menasha,WI:BrooklynBotanic
Garden, pages 331–342, 1932.
[Warren, 1917] H. C. Warren. Numerical effects of natural selection acting upon Mendelian
characters.Genetics, 2: 305–312, 1917.