The Jesup Lectureship
In 1905, Columbia University established an honorary public lectureship to focus on timely topics in biology and to be given biannually by a learned scientist of high stature. At its inception, the Jesup Lectureship was a joint venture between the American Museum and Columbia. In the 1930s the Columbia University Press took an interest in the Lectureship; several notable books summarizing the topics covered in lectures resulted from this collaboration. Currently the Jesup Lectures are managed by a committee in the Department of Biological Sciences and are presented every two years in a series of three closely spaced lectures. Although we welcome a book from the lecturer, this is not absolutely essential, especially as many of our honored lecturers are very active scientists en route. A list of the Jesup Lecturers (see below) reveals a gap of nineteen years which began at the time of the Great War. Jesup Lecturers include many of the most reknown biologists of the twentieth century; ten of these lecturers have thusfar received Nobel Prizes.
In the case of many honorary lectureships, the person after whom the lectureship was named are long forgotten. We would not want this to happen in this case because Morris Ketchum Jesup was a truly remarkable person who performed tremendous services for Columbia University, the American Museum and humanity at large. Jesup was one of the 19th century’s quintessential self-made men. Born in 1830 to a wealthy family, he was only seven years old when a financial panic wiped out the family fortune. Shortly afterwards, his father died leaving his mother destitute with eight children to support. Jesup would see all his siblings but one die of tuberculosis. He left school in the sixth grade to help support his family. At age 21 he took his first job in the financial world. Eventually, he set up his own business. By the time he was 39, he had amassed a vast fortune in the banking and railroad business.
In 1869 he became one of the American Museum’s original incorporators. At age 51 he was elected President of the Museum which led him to retire from business activities so that he could devote himself to museum activities full-time. His sixth-grade education never hindered his understanding of science, and may in fact have been an asset. As one scientist wrote, "He began his duties untrammeled by tradition."
In search of new knowledge and tangible articles that could become a part of the museum’s collection, Jesup subsidized hundreds of expeditions. His expeditions led to the discovery of the North Pole, exploration of unmapped areas of Siberia, Outer Mongolia, the Gobi desert and the jungles of the Congo.
In 1905 Jesup retired as Director of the Museum. In the same year President of Columbia, Nicholas Murray Butler, and the Columbia Trustees launched the Jesup lectures as an expression of their gratitude for the tremendous services Jesup had performed for the Museum and the University.
1905-1906
The Evolution of the Horse
Professor Osborn
1908-1909
Light
Professor MacLaurin
1910-1911
Scientific Features of Modern Medicine
Professor Lee
1912-1913
Heredity and Sex
T.H. Morgan
1914-1915
Origin and Meaning of Some Fundamental Earth Structures
Professor Berkey
1916-1917
Dynamic Psychology
Professor Woodworth
1936-1937
Genetics and the Origin of Species
Theodosius Dobzhansky
1937-1938
Crystalline Enzymes
John Howard Northrop
1940-1941
Systematics and the Origin of Species
Edgar Anderson & Ernst Mayr
1946-1947
Variation and Evolution in Plants
G. Ledyard Stebbins, Jr.
1949-1950
The Reproduction of Viruses
Salvador Edward Luria
1953-1954
Some Aspects of Cellular Growth
Jacques Monod
1954-1955
The Transfer of Hereditary Properties in Bacteria
Rollin D. Hotchkiss
1955-1956
Present Trends in Genetic Analysis
G. Ponteeorvo
1956-1957
Form and Action in Development
Johannes Holtfreter
1957-1958
The Cytogenetics of Maize
Marcus M. Rhoades
1958-1959
Chemical Aspects of Biological Specificity
Erwin Chargaff
1959-1960
Principles of Animal Taxonomy
George Gaylord Simpson
1960
Neuroendocrinology
Ernst and Berta Scharrer
1961
New Patterns in Morphogenesis
C.H. Waddington
1962
A Biochemical View of Genetics and Evolution
Vernon M. Ingram
1963
The Molecular Basis of Gene Actions: An Experimental Analysis
S. Spiegelman
1964
Muscle Fibers Under the Microscope
A.F. Huxley
1965
Giant Polytene Chromosomes
W. Beermann
1966
Metabolism, Structure and Functions of Lipids
Konrad Bloch
1967
Virus-Induced Enzymes
Seymour S. Cohen
1969
The Genetic Basis of Evolutionary Change
Richard C. Lewontin
1970
The Eye, the Brain, and Perception
David H. Hubel
1971
Hormones and the Molecular Biology of Mammalian Cells
Gordon M. Tomkins
1972
The Immune Response
Melvin Cohn
1975
Genetics by DNA Analysis
Donald Brown
1977
RNA Viruses and Cancer
David Baltimore
1980
Dissections and Reconstruction of a Virus Genome
Paul Berg
1983
Current Problems in Evolution
Francisco Ayala & Leroy Hood
1986
Molecular Developmental Biology
Gerald M. Edelman
1987
Genetic Analysis of Morphogenesis
Antonio Garcia-Bellido
1989
Reading the Genetic Script
Sydney Brenner
1993
Small Nuclear RNPs: Building Blocks of Splicesome
Joan A. Steitz
1998
Structural Insights into Cellular Regulation
Paul B. Sigler
2002
The Cell Cycle: Spatial and Temporal Control of a Multicomponent Genetic Network
Lucy Shapiro
September 18, 2023
Neurobiology of Drives and Their Competition
Dr. Liqun Luo
