Born in Brooklyn Heights, N.Y., one year after the end of the Civil War, Charles Davenport was raised under the stern and often distant eye of his father, Amzi Benedict Davenport, an elder in the Congregational Church, a former abolitionist and temperance man. Strict, even Puritanical, Amzi Davenport raised his son for a practical career, educating Charles at home until he was 13, and using him as his office boy. In contrast, Charles' mother, Jane Joralemon Dimon, was warm and affectionate, and encouraged Charles' youthful interest in the decidedly unpractical study of nature.

After graduating from Brookyln Polytechnic Institute, Charles accepted an eminently practical job as surveyor for nine months,largely to please his father. His interests, however, lay with the natural sciences, and determined to make a career for himself in science, he entered Harvard to study zoology. A superior and disciplined student, he spent his summers at the Marine Biological Station at Woods Hole and at Agassiz's Laboratory at Newport, R.I., continuing directly from study for his bachelor's degree onto his doctorate.

After receiving his PhD in 1892, Davenport was selected by the Department of Zoology to remain as instructor. Although his tenure was relatively brief, it was highly productive. Among his students were number of promising young scientists including E. B. Castle and Herbert Spencer Jennings, and gained an intimate familiarity with a range of quantitative and statistical techniques that provided a basis for his later work in biomety. Perhaps more importantly, he gained his first taste of scientific fame when he transformed the notes for the first course he taught at Harvard into a textbook, Experimental Morphology (N.Y., 1897, 1899) that was both well received and widely read. In 1904, he published an equally successful manual on quantitative methods in laboratory sciences, Statistical Methods with Special Reference to Biological Variation. Yet the most important thing to emerge from his Harvard days, professionally and personally, was his marriage in 1894 to Gertrude Crotty, a graduate student from Kansas who became his collaborator on a number of projects as his career took off.

In 1898, Davenport was appointed Director of the summer programs at Cold Spring Harbor, and in the following year he accepted a position on the faculty of the University of Chicago. Quickly rising to Assistant Professor (1901), Davenport hatched a number of schemes in Chicago with the intent to organize a laboratory devoted to the integration of physics, chemistry, and physiology into experimental evolutionary biology. His timing could not have been better: with the rediscovery of Mendel's theory of inheritance in 1900, he was poised to take advantage of a reinvigorated discipline, and although he was at first unconvinced by Mendelian theory, he recognized its value for coordinating research for the new laboratory. From early on, he was drawn particularly to applying genetic theory to the "betterment" of human populations. Seeing himself as building upon the work of Francis Galton, the man who had coined the word eugenics in 1883, Davenport explicitly sought to unveil the scientific basis for the inheritance of physical, mental, and moral characteristics in human populations with the goal of eventually breeding better humans.

Davenport's break was not long in coming. On a visit to London in 1902, he had met Galton and the pioneering biometrician, Karl Pearson, both of whom helped refine his plans for the Cold Spring Harbor laboratory, and who helped quicken his faith in Mendelian genetics. More importantly, in that same year, the establishment of the Carnegie Institution of Washington provided Davenport with a likely source for funding the state of the art genetics laboratory for which he longed. When his detailed plans for the lab were approved by Carnegie in 1904, he resigned from his position at Chicago and took up the reins at Cold Spring Harbor full time.

In 1910, Davenport approached Mrs. E. H. Harriman for funds to establish yet another link in the Cold Spring empire, the Eugenics Record Office. With the publication of his Heredity in Relation to Eugenics (New York, 1911) in the following year, Davenport's position at the apex of American eugenics was assured. Although his quantitative skills began increasingly to lag behind those of his peers, and although many of his publications were considered slapdash, he sat in the center of the most powerful research facility in the nation, and he was successful at nurturing younger scientists, incluidng G. H. Shull, Albert F. Blakeslee, and Milislav Demerec, among others. At the same time, his second in command in the Eugenics Record Office, H. H. Laughlin, became a spokesman for the programmatic side of the eugenics movement, lobbying for eugenic legislation to restrict immigration and sterilize "defectives," educating the public on eugenic health, and disseminating eugenic ideas widely. The Record Office formally came under the aegis of the Carnegie Institution of Washington in 1918.

Davenport's 1929 work, Race Crossing in Jamaica (1929), coauthored with Morris Steggerda, represented the apogee of his influence. Based on anthropometric measures of body dimensions, skin color, and hair type, the study was vehemently attacked by geneticists for Davenport's simplistic attempts to link mental capacity and race and for his failure to account for environmental and cultural influences. In many ways, his career after 1929 is one of steady decline. Davenport remained at the helm in Cold Spring Harbor until his retirement in 1942, and died in 1944.

The Charles B. Davenport Papers contains the professional correspondence of one of America's best known eugenicists during the period 1915 to 1935. Documenting all phases of Davenport's life and career, the collection is an invaluable resource for study of the history of the eugenics movement in America, the history of genetics, biometrics, and evolutionary thought during the early 20th century, and the history of the Biological Laboratory, the Carnegie Institution Department of Genetics, and the Eugenics Record Office at Cold Spring Harbor.

The collection is divided into two series, each arranged alphabetically:

1. Series I. Correspondence, 1878-1944 (43 linear feet)
2. Series II. Cold Spring Harbor Series, 1899-1946 (20 linear feet)
   1. Administrative Correspondence, 1899-1939
   2. Records of Assistants, 1904-1946
   3. Photographs, 1900-1936

Provenance

Gift of the Carnegie Institution of Washington, 1965.

Preferred citation

Cite as: Charles B. Davenport Papers, American Philosophical Society.

Other finding aids

The printed version of Bentley Glass' A Guide to the Genetics Collections of the American Philosophical Society contains a further description of the Davenport Papers and includes a detailed biography of Charles Davenport.

Separated material

Davenport's death mask has been removed for storage.

Related material

The Records of the Eugenics Record Office (Ms Coll 77) and the American Eugenics Society (575.06 Am3) complement the Davenport Papers. The APS contains the collections of a number of associates of Davenport's, including his former students H. S. Jennings (B J44) and Sewall Wright (Ms Coll 60), his successors at Cold Spring Harbor, Albert F. Blakeslee (B B585) and Milislav Demerec (B D394), and several of his contemporaries.

Bibliography

African American History Note

Of interest to researchers of African American history and culture will be Davenport's activities in the fields of genetics (especially eugenics), which are documented in his personal and professional correspondence and by his activities on such committees as the Committee on the Study of the American Negro.

Physiology, Biochemistry, and Biophysics Note

Scholars of physiology, biochemistry, or biophysics may be interested in the following materials:

Series I. Charles B. Davenport Papers:

Series II. Cold Spring Harbor Series:

Additional Biographical Notes:

The scientific path of Frank Rattray Lillie began around 1890 at the University of Chicago. Starting with descriptive morphology of cell lineage of the fresh water mussel, his research moved progressively toward an experimental, physiological, and biochemical approach to fertilization and differentiation. From 1910 to 1921 Lillie focused mainly on physiological studies of fertilization in sea urchins, work which culminated in his noted "fertilizin" theory. During that period he also began his studies of sexual differentiation in freemartins, research that led him to collaborate with biochemists and resulted in the isolation and chemical analyses of sex hormones. Under Lillie's leadership, sex research -- the physiological and biochemical studies of differentiation, development, and maturation -- became a major program at the University of Chicago.

Lillie was an ardent promoter of experimental biology and general physiology. His scientific success extended far beyond the laboratory. Under his directorship (1910-1935) the biology division at the University of Chicago flourished, and his fifty-five years of leadership at the Marine Biological Laboratory at Woods Hole were crucial to that institution's development. Lillie was an influential figure in the National Academy of Sciences and the National Research Council, and helped shape the direction of the life sciences through his advisory role in the Carnegie and Rockefeller Foundations.

Genetics Note

This collection contains materials which relate to the history of genetics.

Corporate Name(s)

• Bermuda Biological Station
• Brooklyn Institute of Arts and Sciences
• Carnegie Institution of Washington. Department of Genetics
• Cold Spring Harbor Laboratory.
• Eugenics Research Association
• Letchworth Village
• Nassau County Association.

Occupation(s)

• Biologists.

Personal Name(s)

• Davenport, Charles Benedict, 1866-1944
• Harriman, Mrs.
• Merriam, John C., (John Campbell), 1869-1945
• Woodward, Robert

Subject(s)

• Afro-Americans
• American Eugenics Society
• Biology
• Biology, genetics, eugenics
• Blacks.
• Eugenics
• Eugenics Record Office
• Evolution
• Genetics, Animal
• Human genetics
• Race, race relations, racism