معرفی
Dr. Kathryn Nankervis is an Associate Professor in the Equine Department at Hartpury University and Director of the Equine Therapy Centre, established in 1999. She specializes in equine rehabilitation, exercise physiology, and biomechanics. Her roles include overseeing multi-disciplinary rehabilitation programs for horses, including Olympic-level athletes like Valegro, and contributing to veterinary physiotherapy education at the Royal Veterinary College, Liverpool University, and Hartpury University.
Education:
- DPhil in Physiology and Biomechanics relating to Equine Physical Therapy (University of the West of England, 2013)
- MSc in Equine Studies
- BSc in Physiology
Research Interests: Kathryn’s work focuses on optimizing equine health and performance through advanced therapies. She investigates water treadmill exercise effects on limb and back movement, saddle fit’s biomechanical impact on horse and rider, and bridle/bit fit standards. Her recent studies also address environmental influences on equine reproductive health and rider-horse kinematic synchronization during show jumping.
Recent Articles: Her publications emphasize interdisciplinary collaboration in equine care, long-term benefits of water treadmill training, and the evolving challenges in equine breeding and equipment. These studies often blend clinical practice with biomechanical analysis to improve equine welfare and athletic performance.
Scientific Awards: While no specific prizes or medals are listed, her h-index of 339 and 11 citations reflect significant academic impact. She co-authored influential guidelines for water treadmill use and serves on the Journal of Equine Rehabilitation’s editorial board.
Advising & Grants: Supervised three completed PhDs:
- Dynamic technique of the female equestrian rider (Celeste Wilkins, 2021)
- Male reproductive trends in equine models (Imogen Harris, 2022)
- Biomechanical interaction between saddle, rider, and horse’s back (Isabeau Deckers, 2024)
Labs/Teams: Leads the Equine Therapy Centre at Hartpury and collaborates with experts in veterinary science, sports biomechanics, and equestrian standards through multidisciplinary networks.
