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Sewall Wright

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Sewall Wright

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Also known as Sewall Green Wright

American geneticist (1889-1988)

Person · Open Library

Born
1889
Died
1988
Works
14

Top works

  • Principles of livestock breeding
  • Corn and hog correlations
  • Evolution and the genetics of populations
  • THE ROLES OF MUTATION, INBREEDING, CROSSBREEDING AND SELECTION IN EVOLUTION
  • Evolution and the genetics of populations

via Open Library + Wikidata

Music · MusicBrainz

Type
Person
Country
US
Active from
1953-12-21
Active to
2020-05-10

via MusicBrainz · CC0

Key facts

Born
( 1889-12-21 ) December 21, 1889, Melrose, Massachusetts , U.S.
Died
March 3, 1988 (1988-03-03) (aged 98), Madison, Wisconsin , U.S.
Education
Lombard College ( BSc ), University of Illinois Urbana-Champaign ( MSc ), Harvard University ( PhD )
Known for
Coefficient of determination , Population genetics , Causal graph , F-statistics , Fixation index , Fitness landscape , Genetic rescue , Genetic drift , Inbreeding coefficient , Path analysis , Shifting balance theory , Threshold model
Awards
Daniel Giraud Elliot Medal (1945) , Weldon Memorial Prize (1947), National Medal of Science (1966), Darwin Medal (1980), Thomas Hunt Morgan Medal (1982), Balzan Prize (1984)
Fields
Genetics
Institutions
University of Chicago , (1926–1954) , University of Wisconsin , (1955–1960)
Doctoral advisor
William Ernest Castle
Other academic advisors
Wilhelmine Key

via Wikipedia infobox

Wikidata facts

Image
Sewall Wright.jpg
Show 4 more facts
date of birth
1889-12-21
date of death
1988-03-03
name in native language
Sewall Green Wright
Commons category
Sewall Wright
Sources (4)

via Wikidata · CC0

~11 min read

Article

Sewall Green Wright ForMemRS HonFRSE (December 21, 1889 – March 3, 1988) was an American geneticist known for his influential work on evolutionary theory and also for his work on path analysis. He was a founder of population genetics alongside Ronald Fisher and J. B. S. Haldane, which was a major step in the development of the modern synthesis combining genetics with evolution. He discovered the inbreeding coefficient and methods of computing it in pedigree animals. He extended this work to populations, computing the amount of inbreeding between members of populations as a result of random genetic drift, and along with Fisher he pioneered methods for computing the distribution of gene frequencies among populations as a result of the interaction of natural selection, mutation, migration and genetic drift. Wright also made major contributions to mammalian and biochemical genetics.

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