Rate My Professor JOhn Cavalieri

Professor John Cavalieri serves as Head of Veterinary Sciences and Academic Head at James Cook University in the College of Science and Engineering. A graduate of the University of Melbourne with a Bachelor of Veterinary Science in 1986, he earned his PhD from James Cook University in 1996, researching the synchronisation of oestrus in Bos indicus cattle. He further completed a residency in theriogenology at North Carolina State University from 1996 to 1998, achieving American Board Certification in Theriogenology, and holds a Master of Education. His early career involved rural mixed practices with beef and dairy cattle, followed by a research fellowship at the University of Melbourne (1999–2001) developing controlled breeding programs for large dairy herds, and private practice as a registered specialist in reproduction and director of a bovine reproduction consultancy.

Joining James Cook University in December 2005 as Senior Lecturer in Veterinary Reproduction, Cavalieri has been pivotal in developing the institution's veterinary science program and was appointed Academic Head in 2024. His research specializes in veterinary reproduction, encompassing oestrus synchronization in Bos indicus cattle, chemical sterilization methods, reproduction in redclaw crayfish, and pre-calving supplementation impacts on calf health. Key publications include "Redclaw, Cherax quadricarinatus sex-separated rearing strategy enhances reproduction in females" (Nur Un Nesa et al., Aquaculture, 2023), "Guidelines for the use and reuse of animals for teaching within veterinary medical education programs" (2023), "Modification of a GnRH-based system to synchronise oestrus in Bos indicus cattle improves pregnancy rates to AI in heifers but not cows" (Australian Veterinary Journal, 2022), "Immediate prepartum supplementation accelerates progesterone decline, boosting passive immunity transfer in tropically adapted beef cattle" (Animal Production Science, 2022), and "Absence of a corpus luteum and relatively lesser concentrations of progesterone during the period of pre-ovulatory follicle emergence results in lesser pregnancy rates in Bos indicus cattle" (Animal Reproduction Science, 2019). At Fletcherview Research Station, he leads studies on cattle reproduction and artificial insemination, enhancing student training in reproductive skills.