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Tightening the Science: A Comprehensive Study on Girth Tension, Saddle Pressures, and Horse Performance

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Writtle, United Kingdom

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Tightening the Science: A Comprehensive Study on Girth Tension, Saddle Pressures, and Horse Performance

About the Project

Proposed supervisory team

Prof Roberta Blake
Dr David Marlin
Dr Nnenna Ugwu

Theme

Equine

Summary of the research project

The girth is a critical yet understudied component of the saddle system. Poor girth design or inappropriate tension may contribute to uneven saddle pressure distribution, discomfort, impaired performance, and adverse physiological responses in horses. While research has focused extensively on saddle fit and rider biomechanics, the specific influence of girths on overall saddle dynamics and equine well-being remains insufficiently explored.

Objectives:

  1. To assess current equestrian practices and perceptions regarding girth usage
  2. To quantify the effect of girth tension on saddle pressure distribution using pressure mapping technology
  3. To investigate correlations between girth tension and equine physiological and performance parameters, including heart rate, respiratory rate, cortisol levels, kinematics, and behaviour
  4. To provide evidence-based recommendations for girth to enhance equine welfare and performance- possible creation of a girth taper gauge

The methods will involve both qualitative and quantitative research design, data collection and analysis. It may also involve creation of a device to be recommended to check girth tension (taper gauge).

Expected Outcomes:

  • Identification of optimal girth tensions that minimize pressure hotspots under the saddle.
  • Understanding of the interaction between girth tension, saddle dynamics, and horse performance and welfare
  • Practical guidelines for riders, saddle fitters, and manufacturers to improve equine comfort and performance
  • A prototype of a taper gauge for girth tension measurement

Significance:

This research aims to bridge a critical knowledge gap in equine biomechanics and welfare. The results could lead to innovations in girth fitting standards, thereby enhancing the performance and longevity of sport horses while promoting humane treatment.

Where you'll study

Writtle

Funding

This project is self-funded.
Details of studentships for which funding is available are selected by a competitive process and are advertised on our jobs website as they become available.

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