This scrapbook includes diplomas, certificates of membership, invitations, programs, letters, family photographs, obituary notices, and a historical sketch of the Goodspeed family in America.

Reel one contains account books, including Agness Minshall (1784-1810), Jacob Minshall (1773-1818), Enos Painter (1802-1863), Minshall Painter (1842-1873), and John J. Tyler (1890-1910). Reel two contains almanacs, receipts, and bank books of Jacob Minshall (1843-1877), Enos Painter (1852-1854), Minshall Painter (1840-1873), and John J. Tyler. Reel three contains day books for Minshall Painter and Jacob Minshall, Mathew Carey's "Account of the Yellow Fever Epidemic," Society of Friends burial records for the Middletown Friends' Meeting graveyard (1787-1859), and complaints against the Painter family (1699-1807), genealogies of the Dutton family, Painter family, Tyler family, Minshall family, and Gilpin family, and journals of travels of John J. Tyler (1841-1900). Reel four contains miscellaneous records on observations of the Liberal File (1853-1856) and a women's rights meeting (1851), an essay by Oran Hazard on slavery (1796), taxes for the Enos Painter estate (1864-1873), and travel guides of the United States and Canada (1844, 1874). Reels five and six contain the shelf list cards for the John J. Tyler Arboretum Library.

The historian of science Robert C. Olby is a graduate of University College London and Oxford. Best known for his work on the history of genetics, especially the Bateson school, and for his study of the early history of molecular biology, Olby is currently a Research Professor in the History and Philosophy of Science at the University of Pittsburgh. He is the author of The Origins of Mendelism (1966), Charles Darwin (1967), The Path to the Double Helix (1974), and the Norton History of Biology. His current research is focused on the conceptual foundations of modern sensory neurophysiology and an intellectual biography of Francis Crick. The Olby Collection contains about 150 photocopies of correspondence and documents collected by Olby during research for The Path to the Double Helix. Among these is a copy of a manuscript by F. C. Crick and James D. Watson, "The Complementary Structure of Deoxyribonucleic Acid," prepared while Watson was at CalTech.

Arthur J. Cain is an evolutionary biologist whose research interests have included genetics, natural selection, biogeography, and systematics. Based at Oxford University and, later, the University of Liverpool, much of Cain's research was field-based, focusing on terrestrial gatsropods. This collection contains correspondence, grant applications, reports, programs for scientific meetings, unpublished papers and lectures, research notes, charts, graphs, maps, and manuscript reviews of journal articles and books. The Cain Papers is divided into three series: I. Correspondence ; II. Subject Files ; and, III. Papers by Colleagues. Arrangement is alphabetical by folder title, and chronological within each folder.

The maize geneticist Barbara McClintock (1902-1992) is credited with the discovery of "jumping genes," that is chromosomal "crossing over" and translocation. She received the Nobel Prize in Physiology or Medicine in 1983. The collection is organized into six series: I. Correspondence, 1931-1991; II. Subject files, 1938-1989; III. Works by McClintock, 1944-1989; IV. Works by others, 1927-1991; V. Research notes, notebooks, and card files, 1930s-1990s ; VI. Photographs, 1928-1991.

The population geneticist Hampton L. Carson spent the major part of his career at Washington University (1949-1963) and the University of Hawaii (1963-1985) investigating the cytogenetics and evolution of Drosophila. As one of the major figures in the Hawaii Drosophila project, he made particularly important contributions to the study of speciation and selective and non-selective evolutionary mechanisms. The Carson Papers (1921-1993) contain correspondence, subject files, manuscripts of published and unpublished works by Carson, papers by colleagues and students, research notes, course materials, photographs, and biographical information, which documents Carson's career as an evolutionary geneticist. The collection is organized into nine series.

One of the four horsemen of the evolutionary synthesis of the 1940s, Theodosius Dobzhansky played a crucial role in bridging the gap between theoretical and empirical approaches in genetics and in promoting the Neo-Darwinian synthesis. His contributions to the biological species concept and to an understanding the evolutionary dynamics of wild populations of Drosophila were fundamental to the development of modern population genetics and evolutionary thought. The Dobzhansky Papers are a remnant of the correspondence and writings of the geneticist and evolutionary biologist, Theodosius Dobzhansky. The correspondence (7.5 linear feet) provides insight into Dobzhansky's scientific, philosophical, and social views, particularly during the last decade of his life. Equally valuable are the 54 notebooks (ca.1917-1975) which comprise an almost uninterrupted self-commentary on Dobzhansky's career, replete with typescripts of personal letters and short essays sent to colleagues and friends. The collection also contains two unbound volumes of annotated "reminiscences" from the Columbia Oral History Project, 1962; two bound volumes of papers dedicated to him on his 70th birthday; and 1.5 linear feet of photographs.

The collection includes three accessions: (1) a portion of Lewontin's correspondence files (mainly A-L) and copies of papers acquired in 1979; (2) a 2003 accession with files on various subjects and correspondence with about 30 colleagues, and (3) a substantial 2018 accession of about 60 linear feet that includes correspondence, manuscripts, and subject files. The topics discussed in the letters are numerous, including much on contemporary scientific controversies such as race, Darwin, evolution, intelligence, and biological determinism.

Working on bacterial viruses in 1945, Seymour S. Cohen offered the first systematic exploration of the biochemistry of virus-infected cells and of how viruses multiply. His subsequent research included delineating the phenomenon of thymineless death, developing derivatives of ara-A compound, working on RNA synthesis, studying the effects of polyamines on metabolic systems, and studying plant viruses (including viral cations). Much of his research has contributed to the chemical treatment of cancer and viral infections.

The geneticist Milislav Demerec emigrated from Yugloslavia in 1919, spending nearly his entire career in the Department of Genetics at Cold Spring Harbor Laboratory. Working initially on the genetics of maize and later on Drosophila virilis, his research interests included radiation and chemical mutagenesis, and during the Second World War, penicillin and the genetics of antibiotic resistance. Demerec served as head of the laboratory at Cold Spring Harbor from 1941 until 1960. The Demerec collection contains the extant professional papers of Milislav Demerec, dating primarily from the time of his arrival at Cold Spring Harbor until his retirement. In addition to his correspondence with colleagues, the collection includes interesting material on the administration of Cold Spring Harbor laboratory during the 1940s and 1950s, data and research notes, material relating to professional organizations (e.g. Genetics Society of America, American Society of Naturalists), a lengthy series of lectures given by Demerec, and a large number of photographs pertaining to Demerec's research, but also to his colleagues and Cold Spring Harbor itself. There is also a Register of visitors to the laboratory (1927-1945) and a Milislav Demerec reprint list.

Ernst Wolfgang Caspari was an important contributor to behavior and developmental genetics, working primarily on the mealmoth Ephestia. Trained in Alfred Kuhn's laboratory at the University of Göttingen (1933-1935), Caspari was forced from his position by the Nazis in 1933, escaping to the United States five years later. As a professor of biology at Lafayette College, Wesleyan University, and the University of Rochester, Caspari continued his research on Ephestia, mouse genetics, and behavior genetics until his retirement in 1975. The Caspari Papers includes correspondence, papers, grant reports, and lectures relating to Caspari's genetic research dating primarily from the period after his departure from Germany. In addition to substantial material on behavior genetics and human evolution, the collection includes correspondence relating to Caspari's editorial work for Advances in Genetics, and his involvement with the American Institute of Biological Sciences, the Center for Advanced Study in the Behavioral Sciences, Cold Spring Harbor Laboratory, Fifth Banff Conference on Theoretical Psychology, Genetics Society of America, International Conference on the Unity of Science, Social Science Research Council, Committee on Genetics and Behavior, and the U.S. Atomic Energy Commission.

The psychologist and behavioral geneticist Bronson Price made important contributions to the study of the genetics of mental traits in twins. Receiving his doctorate from Stanford in 1934, Price began down a research path that led him to study under Aleksandr R. Luria in Moscow from 1934-1935, and thereafter to the Department of Psychology at Ohio State. In 1941, Price changed course professionally, entering into war-time government service, never to return to academia, working first with the National Office of Vital Statistics and later as a statistician with the Children's Bureau and the Office of Education. The Price Papers contains one linear foot of correspondence relating to Bronson Price's interests in genetics and eugenics, with an emphasis upon Price's post-doctoral experiences in the Soviet Union and his long-term interests in the genetic study of twins. In addition to fairly extensive correspondence with H. J. Muller and Lewis Terman, the collection includes interesting materials relating to the Foundation for Germinal Choice, eugenic sterilization, and an extensive bibliographic card file used by Price in his research on twins post-1940. This note is currently under review for revision.

A geneticist and educator, Philip Macdonald Sheppard was head of the Department of Genetics at the University of Liverpool from 1963-1976. His research centered on polymorphism, mimicry, blood groups, genetic disease, and speciation, using a variety of subjects, including the gastropod Cepaea nemoralis, butterflies, and humans. He may be best remembered for his classic study of industrial melanism in the pepper moth Biston betularia. The Sheppard Papers (1911-1983; bulk dates, 1940-76) contain correspondence, subject files, notes, and manuscripts that document Sheppard's life as a geneticist. The earliest piece in the collection is a lepidopterist's notebook from 1911, possibly J. R. Hobhouse's, however the bulk dates from 1940 to 1976, Sheppard's most productive and influential years. Among other things, these materials document Sheppard's research on the Scarlet Tiger moth, swallowtail butterflies, and ABO blood groups in humans, as well as his position as head of the Department of Genetics at the University of Liverpool.

Thomas F. Anderson (1911-1991) was a biophysicist and electron microscopist whose research included Raman spectroscopy; the physiology of yeast; the biological effects of radiation; the biological applications of electron microscopy; and the genetics of bacteria, bacterial viruses, and bacteriophage. He was a Professor of Biophysics at the University of Pennsylvania and a Senior Member of the Institute for Cancer Research in Fox Chase.

Audio recordings, primarily linguistic field recordings of Native American languges, removed from the James M. Crawford papers. The bulk of the recordings are in three areas: Alabama songs, stories, and fiddle music; Cocopa folklore, autobiographical stories, songs, and elicited words and sentences; Yuchi autobiographical stories, conversations, and elicitied word lists. Other material includes: Cherokee conversations; Chickasaw word and phrases lists; readings from a Chontal-Spanish dictionary; a Diegueño text; words lists and discussion regarding the Mobilian trade language (Yama); intermixed Mobilian, Choctaw, and Koasati word lists; Mohave songs, with explanations; a Navajo elicitation session, with interview and conversation; elicited Shoshoni expressions; Tolowa songs, Yavapai word lists and texts; and Yuki words and expressions. The small amount of non-Native American material in the collection generally consists of unidentified conversations, readings of English and Russian texts, and recordings of baby talk.

Sewall Wright ranks among the most influential figures in the field of population genetics during the 20th century, and made important contributions to biostatistics, biometrics, and evolutionary theory. These papers contain much of Wright's professional correspondence, scattered research notes, and drafts of a small number of papers.

The James V. Neel Papers document nearly every phase of the career of one of the founders of human population genetics in the United States. Neel was particularly thorough and organized, and retained virtually all of his significant scientific correspondence, committee reports, minutes of meetings, and drafts of manuscripts. The collection also includes data collected during Neel's work among the Xavante, Yanomanö and other indigenous populations. In a career that spanned the period from the late work of Thomas Hunt Morgan and Charles B. Davenport to the contemporary world of molecular genetics and nucleic acids, Neel knew, worked with, and corresponded with many of the most influential 20th century practitioners of genetics. The collection begins in earnest in 1943, after Neel had decided to focus on human genetics. Neel's work with Drosophila and none of his Drosophila manuscripts are found in the collection.

Founded by the Brooklyn Institute of Arts and Sciences in 1890, the Biological Laboratory at Cold Spring Harbor, N.Y., was little more than a languishing outpost until the arrival of Charles B. Davenport in 1898. Over the course of two decades, the ambitious young biologist used his extraordinary administrative skills to transform the institution into the premier center of eugenical study and, as its director, to position himself as the leading spokesman for eugenical research in North America. The Davenport Papers (ca. 63 lin. feet) is a large and nearly comprehensive body of correspondence, lectures, diaries (1878-1942, mostly brief entries of an uneven character), student notebooks and family correspondence pertaining to Charles Davenport and the Cold Spring Harbor Laboratory. The collection is divided into two series, the Charles Davenport Papers, which provides valuable documentation of the development of American biology, animal and plant genetics, and eugenics during the period 1898-1942, with some perspective on the international eugenics movement. Series II, the Cold Spring Harbor Records (ca.20 lin. feet), consists largely of administrative correspondence relating to the laboratory, including Davenport's correspondence with Carnegie administrators (esp. Robert Woodward and John Merriam), accounts and reports concerning financial matters, publications, salaries, material relative to the early history of Cold Spring Harbor labs, and records relative to the numerous professional assistants who worked under Davenport. Among the major correspondents are the American Breeders Association, Committee on Eugenics; American Eugenics Society; American Society of Naturalists; Committee on a Study of the American Negro; Galton Society (see also the extensive correspondence with William K. Gregory); Eugenics Education Society (see Mrs. S. Gotto correspondence); International Congresses of Eugenics; International Federation of Eugenic Organizations, Committee on Race Crossing; National Committee on Mental Hygiene; National Committee on Prisons and Prison Labor; and the Pan-American Conference on Eugenics and Homiculture. There are correspondence and papers relating to the Station for Experimental Evolution, the Eugenics Record Office, and the Carnegie Institution of Washington, and a substantial series relating to a long-range study of children carried out at Letchworth Village, Thiles, New York. This note is currently under review for revision.

One of the seminal figures in the emergence of the Modern or Neo-Darwinian Synthesis during the mid-twentieth century, George Gaylord Simpson (1902-1984) helped define the unique contribution made by vertebrate paleontology to the life sciences. A specialist in Mesozoic and early Cenozoic mammals, Simpson's contributions to the fusion of Darwinian natural selection and Mendelian genetics were both empirical and theoretical, culminating in his major works Tempo and Mode in Evolution and The Meaning of Evolution. From his posts at the American Museum of Natural History (1927-1959), Columbia University (1945-1959), Harvard (1959-1967), and the University of Arizona (1967-1984), Simpson became one of the most influential paleontologists of the century, helped in part by his ability to write successfully for both a technical, professional audience and a popular audience. The Simpson Papers include a comprehensive assemblage of professional and personal correspondence, reflecting nealy all phases of Simpson's career. Written with charm, wit, and a sense of literary style, the correspondence touches on all aspects of modern paleontology, providing an important perspective on the emergence of contemporary evolutionary theory, biogeography, systematic theory and methodology, the relationship of science and religion, and creationism, as well as more general issues in scientific epistemology and social and political issues. The collection also includes autobiographical data and writings, lectures, class notes and papers, research data, material on his scientific expeditions (diaries in carbon form, photos, notes, etc.), publication material (he was author of some 800 publications), extensive photographic material, diplomas, and medals.