Jordan Thomas

Jordan Thomas, ASSISTANT PROFESSOR/STATE COW-CALF EXTENSION SPECIALIST
Assistant Extension Professor
Animal Science, MU Extension

S132 ASRC
920 E. Campus Drive
Columbia, MO 65211-5300

Phone
573/882-1804
Other specialties
  • Animal Science

  • Livestock

Dr. Thomas is a Missouri native and University of Missouri alumnus, having earned his Ph.D. in Animal Sciences with an emphasis in Reproductive Physiology in 2017. Dr. Thomas maintains an active applied research program in reproductive management of beef cattle, coordinates the breeding program for cattle across the University of Missouri Agricultural Experiment Station Research Center herds, and serves as program advisor to the Show-Me-Select Replacement Heifer Program. The primary research focus of the Thomas lab is control of the bovine estrous cycle, specifically to facilitate use of reproductive technologies such as timed artificial insemination and embryo transfer.The Mizzou Repro mission is to improve the profitability and sustainability of beef cattle farms and ranches in the state of Missouri and across the United States. Reproductive performance is one of the critical drivers of profitability and sustainability, and failure to attain pregnancy early in the breeding season represents some of the largest losses in potential efficiency in the U.S. cow herd. Reproductive technologies and management practices provide an opportunity to mitigate this loss and facilitate long-term, systems-level improvements across the industry. Currently, these technologies and management practices are underutilized. U.S. cattle producers must begin to take advantage of these opportunities in order to remain cost-competitive in an increasingly global market. We are committed to developing effective extension and education programming that equips producers, veterinarians, and allied industry with the knowledge and tools needed to increase use of reproductive technologies in beef production systems. In addition, we are committed to ongoing applied research efforts to improve success rates with these technologies and characterize the impact on reproductive performance and genetic improvement.