STABLE SCIENCE is a must to promote the health, well-being and performance of all horses. Dr David Marlin’s Animalweb offers a straightforward approach to challenges, disrupting and reshaping the outdated equestrian education many of us have grown up with.
Along with a mighty team of experts, David is helping all horse owners, riders and breeders achieve optimal performance for their much-loved horses, horses are living healthier, happier, longer lives by using the latest that science and technology can give us.
AskAnimalweb.com is an independent resource website for all equestrians. A source of unbiased, science-based research, delivering news, product reviews, webinars, podcasts and articles covering the full breadth of the equine world.
Hosted on Acast. See acast.com/privacy for more information.
STABLE SCIENCE is a must to promote the health, well-being and performance of all horses. Dr David Marlin’s Animalweb offers a straightforward approach to challenges, disrupting and reshaping the outdated equestrian education many of us have grown up with.
Along with a mighty team of experts, David is helping all horse owners, riders and breeders achieve optimal performance for their much-loved horses, horses are living healthier, happier, longer lives by using the latest that science and technology can give us.
AskAnimalweb.com is an independent resource website for all equestrians. A source of unbiased, science-based research, delivering news, product reviews, webinars, podcasts and articles covering the full breadth of the equine world.
Hosted on Acast. See acast.com/privacy for more information.
Research Review: The Effect of Screw-in Studs on Equine Hoof and Limb Kinematics on Artificial Surfaces
In this podcast, Dr Gillian Tabor reviews a study on the effects of screw-in studs on equine hoof and limb kinematics during cantering and jumping on artificial surfaces. The study aims to understand the benefits and risks associated with using studs, particularly in terms of injury prevention and performance enhancement. The findings indicate that while there were no significant differences in slip distance, certain kinematic parameters were affected, leading to discussions on the implications for equestrian practices.
The study - Dunbar, T. and Morscher, S., 2025. The Effect of Screw-in Studs on Equine Hoof and Limb Kinematics while Cantering and Jumping on an Artificial Surface. International Journal of Equine Science, 4(1), pp.1-10. STUDY LINK
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