Gallery 12: George Harrison Shull

George Harrison Shull in greenhouse.

greenhouse, george harrison shull

  • ID: 16308
  • Source: DNALC.DNAFTB

Related Content

16312. Biography 12: George Harrison Shull (1874-1954)

George Shull worked at the Station of Experimental Evolution. He used genetics to improve agricultural yields in corn and other crops.

  • ID: 16312
  • Source: DNAFTB

16301. Evolution begins with the inheritance of gene variations.

Animation 12 George Shull used corn to study gene variation.

  • ID: 16301
  • Source: DNALC.DNAFTB

16313. Problem 12: Evolution begins with the inheritance of gene variations.

DNAFTB Problem 12:Explore "hybrid vigor."

  • ID: 16313
  • Source: DNALC.DNAFTB

16957. 100 Years of Corn Research at CSHL

The Maize Genome Project is the culmination of a century of maize research at Cold Spring Harbor Laboratory that began with George Shull and continued with Nobel Laureate Barbara McClintock.

  • ID: 16957
  • Source: DNALC

16361. Gallery 16: Young George Beadle, around 1908.

Young George Beadle, around 1908.

  • ID: 16361
  • Source: DNALC.DNAFTB

10249. Eugenics Research Association 16th Annual Meeting (2)

Eugenics Research Association 16th Annual Meeting (2)

  • ID: 10249
  • Source: EA

11648. "Laws Against Cousin Marriage: Would Eugenicists Alter Them?" (C. Davenport, H. Hunt, and G. Shull), Eugenics: A Journal of Race Betterment (vol II:8)

"Laws Against Cousin Marriage: Would Eugenicists Alter Them?" (C. Davenport, H. Hunt, and G. Shull), Eugenics: A Journal of Race Betterment (vol II:8)

  • ID: 11648
  • Source: EA

16362. Gallery 16: George Beadle at work in his lab at Stanford.

George Beadle at work in his lab at Stanford.

  • ID: 16362
  • Source: DNAFTB

16368. Gallery 16: George Beadle at the Nobel Awards ceremonies.

George Beadle at the Nobel Awards ceremonies.

  • ID: 16368
  • Source: DNAFTB

16147. Gallery 1: George Beadle, 1914

Young George Beadle (1958 winner of the Nobel Prize for Medicine), with his father and sister, 1914.

  • ID: 16147
  • Source: DNAFTB