The impact of restricted grazing systems on the behaviour and welfare of ponies

Author:

Kirton Roxane12,Sandford Imogen3ORCID,Raffan Eleanor3,Hallsworth Sarah1,Burman Oliver H. P.2,Morgan Ruth45

Affiliation:

1. Redwings Horse Sanctuary Norwich UK

2. School of Life & Environmental Sciences, Joseph Banks Laboratories University of Lincoln Lincoln UK

3. Department of Physiology, Development, and Neuroscience University of Cambridge Cambridge UK

4. Scotland's Rural College Edinburgh UK

5. Royal (Dick) School of Veterinary Studies University of Edinburgh Roslin UK

Abstract

AbstractBackgroundEquine obesity is a growing concern. Much of the current management advice centres on dietary restrictions, including the removal or limitation of grazing. Little is known about the impact of these approaches on the welfare of the horse.ObjectiveThis study investigates the effect of two commonly used grazing systems advocated for the control of weight—the ‘strip‐grazing’ and the ‘track’ systems—on the behaviour and welfare of outdoor‐living ponies.Study designA within‐subject cross‐over experimental design with four groups of pasture‐kept ponies experiencing each system for 4 weeks in a random order.MethodsTime budgets and behavioural indicators of welfare were measured using 24‐h electronic surveillance, morphometric parameters including weight, body condition score and cresty neck score were measured weekly and activity levels were tracked. The effect of grazing system on movement and behaviour was tested using a general linear model.ResultsPonies moved more [median (IQR) % time spent moving, track: 3.23% (2.08%), strip: 2.02% (0.90%); p = 0.001] and travelled a greater distance [median (IQR) metres/24 h, track: 7013.47 m (1761.49 m), strip: 5331.91 m (494.16 m); p < 0.001] and engaged in less overt agonistic behaviour on the track system compared with the strip system [median (IQR) prevalence per hour; track: 0.14 (0.30), strip: 0.21 (0.37) p = 0.02].Main limitationsA relatively short time period of exposure to each grazing system.ConclusionsPonies on strip systems moved less and exhibited increased agonistic interactions compared with the track system, maybe as a result of a perceived reduction in space or concentration of resources, although the accessible areas were matched. These results suggest that there may be physical as well as psychological health benefits to the track system.

Publisher

Wiley

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