Book contents
- Frontmatter
- Contents
- MEMOIR
- Hybridisation and Cross-breeding as a Method of Scientific Investigation
- Problems of Heredity as a subject for Horticultural Investigation
- An Address on Mendelian Heredity and its application to Man. Delivered before the Neurological Society, London, I. ii. 1906
- Gamete and Zygote. A Lay Discourse. The Henry Sidgwick Memorial Lecture, 1917
- Heredity and Variation in Modern Lights
- Presidential Address to the Zoological Section, British Association: Cambridge Meeting, 1904
- Presidential Address to the Agricultural Subsection, British Association: Portsmouth Meeting, 1911
- Presidential Address to the British Association, Australia: (a) Melbourne Meeting, 1914. (b) Sydney Meeting, 1914
- The Methods and Scope of Genetics. Inaugural Lecture delivered 23 October 1908. Cambridge
- Biological Fact and the Structure of Society. The Herbert Spencer Lecture, 28 February 1912. Oxford
- Science and Nationality. Presidential Address delivered at the Inaugural Meeting of the Yorkshire Science Association
- Common-sense in Racial Problems. The Galton Lecture
- Evolutionary Faith and Modern Doubts. Address to American Association for the Advancement of Science. Toronto, 1922
- Progress in Biology. An Address delivered March 12, 1924, on the occasion of the Centenary of Birkbeck College, London
- EDUCATIONAL ESSAYS
- Address to the Salt Schools, Saltaire, Shipley. 7 December 1915
- Evolution and Education
- The Place of Science in Education
- Classical and Modern Education
- Classical Education and Science Men. (Précis of evidence offered to the Prime Minister's Committee on Classics. June 1920)
- REVIEWS
- APPENDIX
- INDEX OF PERSONS
- INDEX OF SUBJECTS
- PLATES I-III (Figs. 1-6) to Mendelian Heredity and its application to Man
Evolution and Education
Published online by Cambridge University Press: 07 September 2010
- Frontmatter
- Contents
- MEMOIR
- Hybridisation and Cross-breeding as a Method of Scientific Investigation
- Problems of Heredity as a subject for Horticultural Investigation
- An Address on Mendelian Heredity and its application to Man. Delivered before the Neurological Society, London, I. ii. 1906
- Gamete and Zygote. A Lay Discourse. The Henry Sidgwick Memorial Lecture, 1917
- Heredity and Variation in Modern Lights
- Presidential Address to the Zoological Section, British Association: Cambridge Meeting, 1904
- Presidential Address to the Agricultural Subsection, British Association: Portsmouth Meeting, 1911
- Presidential Address to the British Association, Australia: (a) Melbourne Meeting, 1914. (b) Sydney Meeting, 1914
- The Methods and Scope of Genetics. Inaugural Lecture delivered 23 October 1908. Cambridge
- Biological Fact and the Structure of Society. The Herbert Spencer Lecture, 28 February 1912. Oxford
- Science and Nationality. Presidential Address delivered at the Inaugural Meeting of the Yorkshire Science Association
- Common-sense in Racial Problems. The Galton Lecture
- Evolutionary Faith and Modern Doubts. Address to American Association for the Advancement of Science. Toronto, 1922
- Progress in Biology. An Address delivered March 12, 1924, on the occasion of the Centenary of Birkbeck College, London
- EDUCATIONAL ESSAYS
- Address to the Salt Schools, Saltaire, Shipley. 7 December 1915
- Evolution and Education
- The Place of Science in Education
- Classical and Modern Education
- Classical Education and Science Men. (Précis of evidence offered to the Prime Minister's Committee on Classics. June 1920)
- REVIEWS
- APPENDIX
- INDEX OF PERSONS
- INDEX OF SUBJECTS
- PLATES I-III (Figs. 1-6) to Mendelian Heredity and its application to Man
Summary
The recognition of Evolution as the mode by which the human race came into existence has reacted in various ways on conceptions of education. In recent years, the study of the nature of variation and heredity (known as Genetics), the phenomena by which we must suppose Evolution to proceed, has made rapid progress. The knowledge thus acquired limits in several ways our expectations as to the results which education can attain. That education can modify the composition and development of such a people as our own is not in doubt; but even the preliminary acquaintance with what may be called racial physiology (recently acquired) has greatly promoted an understanding both of the possibilities of modification and of the way in which these changes are actually effected by the institution of public education. The conclusions to which genetic science points run counter to many notions long popularly entertained. It was, for example, assumed both by physiologists and by laymen that the effects of cultivation or training in the case of both animals and plants were, in greater or less degree, transmitted to the offspring, and that in the course of generations these effects would accumulate. This theory was prominently developed by Lamarck, and was adopted, with few exceptions (e.g. Sir W. Lawrence), by all writers on these subjects, notably by Charles Darwin. Weismann was the first to induce the world seriously to examine the foundations of this doctrine.
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- William Bateson, NaturalistHis Essays and Addresses Together with a Short Account of His Life, pp. 420 - 424Publisher: Cambridge University PressPrint publication year: 2009First published in: 1928