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Acknowledgements Book of abstracts - Publicaties - Vlaanderen.be

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Sandra Rose presents Poster 71 during the poster sessions in the Aula.<br />

Session theme 6: Free topics<br />

143<br />

Poster 71<br />

EFFECTS OF DIFFERENT ANIMATION AND SPACE OFFERING ON<br />

ACTIVITY BEHAVIOUR OF HORSES<br />

S. Rose 1 , U. Brehme 1 , S. Klaer 2<br />

1<br />

Leibniz-Institute for Agricultural Engineering, Department <strong>of</strong> Engineering for Livestock Management,<br />

Potsdam, Germany<br />

2<br />

Department <strong>of</strong> Animal Sciences, Faculty <strong>of</strong> Agriculture and Horticulture, Humboldt University <strong>of</strong> Berlin,<br />

Germany<br />

Often housing conditions do not meet horses' natural needs. German and Swiss studies it is shown<br />

that only 16 % <strong>of</strong> the total horse stock is kept in group systems while 84% remain in single boxes.<br />

Objective <strong>of</strong> our investigations was to quantify whether horses show more activity in stables with<br />

different options for movement and functional areas. So called activity stables allow horses to live<br />

within a herd, to have individual feeding with regards to horses’ needs and to have lots <strong>of</strong> agitation<br />

and fresh air.<br />

Data from seven horses kept in single boxes (A) were compared to data from three different open<br />

barns (B) and two activity stables (C) with five horses each. Activity-Lying-Temperature-<br />

Pedometers mounted on the rear legs <strong>of</strong> all horses were used for measuring activity and resting<br />

periods. Animal data were recorded throughout the complete test period <strong>of</strong> ten days per stable using<br />

measuring intervals <strong>of</strong> ten minutes. The periods <strong>of</strong> the day when horses had exercises were<br />

excluded from evaluation. Differences <strong>be</strong>tween the stables were tested with the Kruskal-Wallis-<br />

Test.<br />

The results show that the median <strong>of</strong> activity <strong>of</strong> horses in stables A is 26 activity impulses per ten<br />

minutes. In stables B this increases to a median <strong>of</strong> 30, while stables C reach a median <strong>of</strong> 69. These<br />

differences are significant at an error level <strong>of</strong> α=0.05. Thus the well-<strong>be</strong>ing <strong>of</strong> horses will <strong>be</strong> <strong>be</strong>tter<br />

and arthropathies can <strong>be</strong> reduced in open barn systems.<br />

These investigations support other studies' results that activity <strong>of</strong> horses is dependent on their<br />

movement possibilities and incentives. A stable's construction and placement <strong>of</strong> functional areas<br />

have considerable effects on a horse's activity level. It is useful to integrate different functional<br />

areas to an open barn and not to keep horses in conventional individual stables.<br />

Contact information: Sandra Rose or email srose@atb-potsdam.de<br />

Complete address: Leibniz-Institute for Agricultural Engineering, Department <strong>of</strong> Engineering for<br />

Livestock Management, Potsdam, Germany<br />

Species: Horse

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