AI Article Synopsis

  • - The study explores the effects of shoeing conditions on harness racing performance, analyzing a large dataset of records, which includes various factors like shoeing type, horse demographics, and environmental conditions that influence velocity times (VT) and risks of penalties.
  • - Findings indicate that horses racing unshod have a lower VT (0.7 s/km) compared to fully shod horses, especially performing better on neutral tracks in late summer, while highlighting the increased risks of galloping and disqualification (15%-35% higher) when racing without shoes.
  • - Additionally, horses shod only on their hind hooves perform better than fully shod horses without incurring the same level of risk associated with being unshod. *

Article Abstract

There is a lack of research on the benefits and risks of shoeing conditions in harness racing. Thus, our objectives were to: (a) investigate whether velocity times (VT; s/km) are affected by racing unshod (N = 76,932 records on 5,247 horses); (b) determine the potential risks of galloping, being penalized, and disqualification when competing unshod (N = 111,755 records on 6,423 horses); and (c) identify additional environmental factors that affect VT and risks. VT was found to be significantly influenced by shoeing condition (e.g., unshod, shod front, shod hind, or fully shod), but also by sex, age, season, track, track condition, start method, start position, distance, and driver-horse performance level (p < 2e-16). The risks of galloping and disqualification were significantly influenced by shoeing condition, sex, age, season, track, start method, start position, or driver-horse performance level (p ≤ .05). Horses racing unshod had 0.7 s/km lower VT than fully shod horses and showed better performance when racing on neutral tracks during the late summer than horses with other shoeing conditions during the same period. However, racing unshod increased the relative risks of galloping and disqualification by 15%-35% in all seasons. Horses shod only on the hind hooves showed better performance than fully shod horses, without higher risks associated with competing unshod.

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Source
http://dx.doi.org/10.1111/asj.13380DOI Listing

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