Abstract # 13361 Poster # 96:

Scheduled for Thursday, August 22, 2019 06:00 PM-08:00 PM: (Alumni Lounge) Poster Presentation


SPACE USE IN CAPTIVE OLIVE BABOONS (PAPIO ANUBIS)

L. A. Reamer1, E. D. Sproule1,2, C. Clawson1,3, S. P. Lambeth1 and S. J. Schapiro1,4
1Department of Comparative Medicine, The University of Texas MD Anderson Cancer Center, 650 Cool Water Dr., Bastrop, TX 78602, USA, 2Department of Animal Behavior, Southwestern University, 3Department of Anthropology, Iowa State University, 4Department of Experimental Medicine, University of Copenhagen
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The goal of nonhuman primate behavioral management is to provide functionally appropriate captive environments that include access to structural enrichment that allows for natural movements. We assessed space use in 3 groups of captive olive baboons housed in 2 indoor/outdoor runs with continuous access to two Primadomes™ connected by a tunnel. We collected 82 hours of group scan sampling data from 58 subjects to assess space use within their dome enclosures (164 30-minute sessions with 3-minute interscan intervals). The baboons spent 72% of observations outside. When outside, for 15% of observations the baboons were at the highest levels of the enclosure (20-25 ft. above the ground); 47% of observations were at ground-level; and the remaining 38% of observations they were using enrichment structures between these two levels, significantly deviating from chance (X2=26.98 (df=2, N=164), p<0.001). The baboons were observed using stationary structures (i.e., perches/platforms) approximately 89% of observations, while using moving structures (i.e., swings) for 11% of observations. Like their wild counterparts, these captive baboons were more terrestrial than arboreal; however, the data show a meaningful number of observations spent above ground-level as well, suggesting that captive baboons benefit from opportunities to spend time off the ground, including options to go quite high (20+ feet above the ground). These data will help inform future captive baboon facility design, ensuring functionally appropriate captive environments.