Nationality United States | Name Edward Hauser Fields Animal science | |
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Born August 29, 1916
La Crosse, Wisconsin ( 1916-08-29 ) Institutions University of Wisconsin–Madison, Clemson University Known for reproductive physiology, beef cattle management Died September 8, 2014, Fitchburg, Wisconsin, United States Alma mater University of Wisconsin-Madison Institution University of Wisconsin-Madison, Clemson University | ||
Doctoral advisor Gordon E. Dickerson | ||
Edward R. Hauser (August 29, 1916 – September 8, 2014) was an American animal scientist who served as professor and chairman of the Department of Meat and Animal Science at University of Wisconsin–Madison.
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Birth and education
Edward R. Hauser was born on August 29, 1916, in La Crosse, Wisconsin. One of four children of Swiss immigrant parents from Wiedlisbach, Canton Bern, Switzerland, he left the family dairy to study at the University of Wisconsin–Madison where he received the BS in Animal Husbandry in 1938. He was a letterman on the 1936 wrestling team. He obtained the MS degree in Animal Science at Oklahoma A&M University in 1939 where he studied reproductive performance of sheep. He was then appointed assistant professor at Clemson College in South Carolina. In 1943 he joined the US Navy – serving in World War II as a Ltjg on the USS Chincoteague (AVP-24). He was a veteran of the battles of Peleliu, Iwo Jima and Okinawa. After the Navy, he returned to Clemson as an associate professor in 1946. In 1947 he began his PhD work at the University of Missouri in reproductive physiology studying genetic control of boar development under the supervision of Gordon Dickerson.
Career at Wisconsin
In 1949 he became an assistant professor in the Department of Meat and Animal Science at the University of Wisconsin-Madison. He remained there for the remainder of his career and retired in 1988 with the rank of professor.
Research
Hauser was best known for his research on biological efficiency of the life cycle of beef cattle with special emphasis on genotype x environment interactions. This research was conducted largely with identical twin cattle. He subsequently did studies that, for the first time, demonstrated that photoperiod modified the processes leading to puberty and postpartum fertility in cattle.