Neal Schrick
Specialization: Beef and Dairy Cattle Reproductive Physiology and Endocrinology
My research focuses primarily on reproductive physiology and endocrinology with emphasis on environmental and management factors related to embryonic/fetal mortality with assisted reproductive technologies, morphology changes in semen quality, and deviations in estrous cyclicity. My teaching focus includes Advanced Reproductive Techniques (ANSC 420) and Beef Management (ANSC 481). My Extension priorities center around the Livestock and Forages Leadership Team and UTBeef.com.
Livestock and Forage Leadership Team
Research focuses on reproductive physiology and endocrinology with emphasis related to embryonic/fetal mortality with assisted reproductive technologies, morphology changes in semen, and deviations in estrous cyclicity in cattle.
- Reproduction in beef and dairy cattle has the largest impact on economic efficiency for our producers. Our research questions focus on causes of embryonic/fetal loss, alterations in semen morphology, and deviations in estrous cyclicity.
2506 River Drive
Knoxville, TN 37996
- PhD, Animal Physiology, Clemson University, 1990
- MS, Reproductive Biology, Clemson University, 1988
- BS, Animal Sciences, Oklahoma State University, 1985
- Agriculture and Natural Resources
Neal Schrick
2506 River Drive
Knoxville, TN 37996
- PhD, Animal Physiology, Clemson University, 1990
- MS, Reproductive Biology, Clemson University, 1988
- BS, Animal Sciences, Oklahoma State University, 1985
- Agriculture and Natural Resources
My research focuses primarily on reproductive physiology and endocrinology with emphasis on environmental and management factors related to embryonic/fetal mortality with assisted reproductive technologies, morphology changes in semen quality, and deviations in estrous cyclicity. My teaching focus includes Advanced Reproductive Techniques (ANSC 420) and Beef Management (ANSC 481). My Extension priorities center around the Livestock and Forages Leadership Team and UTBeef.com.
Livestock and Forage Leadership Team
Research focuses on reproductive physiology and endocrinology with emphasis related to embryonic/fetal mortality with assisted reproductive technologies, morphology changes in semen, and deviations in estrous cyclicity in cattle.
- Reproduction in beef and dairy cattle has the largest impact on economic efficiency for our producers. Our research questions focus on causes of embryonic/fetal loss, alterations in semen morphology, and deviations in estrous cyclicity.