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首页> 外文期刊>Zoo Biology >An evaluation of video cameras for collecting observational data on sanctuary‐housed chimpanzees ( Pan troglodytesPan troglodytes )
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An evaluation of video cameras for collecting observational data on sanctuary‐housed chimpanzees ( Pan troglodytesPan troglodytes )

机译:对避难所的黑猩猩收集观测数据的视频摄像机的评估( pan troglodytes pan troglodytes)

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摘要

> Video cameras are increasingly being used to monitor captive animals in zoo, laboratory, and agricultural settings. This technology may also be useful in sanctuaries with large and/or complex enclosures. However, the cost of camera equipment and a lack of formal evaluations regarding the use of cameras in sanctuary settings make it challenging for facilities to decide whether and how to implement this technology. To address this, we evaluated the feasibility of using a video camera system to monitor chimpanzees at Chimp Haven. We viewed a group of resident chimpanzees in a large forested enclosure and compared observations collected in person and with remote video cameras. We found that via camera, the observer viewed fewer chimpanzees in some outdoor locations (GLMM post hoc test: est.?=?1.4503, SE?=?0.1457, Z ?=?9.951, p ??0.001) and identified a lower proportion of chimpanzees (GLMM post hoc test: est.?=??2.17914, SE?=?0.08490, Z ?=??25.666, p ??0.001) compared to in‐person observations. However, the observer could view the 2?ha enclosure 15 times faster by camera compared to in person. In addition to these results, we provide recommendations to animal facilities considering the installation of a video camera system. Despite some limitations of remote monitoring, we posit that there are substantial benefits of using camera systems in sanctuaries to facilitate animal care and observational research.
机译:
>视频摄像机越来越多地用于监测动物园,实验室和农业环境中的俘虏动物。该技术在具有大型和/或复杂的外壳的保护区中也可用。然而,相机设备的成本和缺乏关于在庇护所环境中使用摄像机的正式评估使得能够挑战决定是否以及如何实施这项技术。为了解决这个问题,我们评估了使用摄像机系统在黑猩猩避风港监控黑猩猩的可行性。我们在大型森林覆盖的外壳中查看了一群居民黑猩猩,并比较了人员和遥控摄像机收集的观察。我们发现,通过摄像头,观察者在一些户外位置观看了更少的黑猩猩(GLMM后HOC测试:EST.?=?1.4503,SE?=?0.1457, Z ?=?9.951, p α<0.001)并鉴定较低比例的黑猩猩(GLMM后HOC测试:EST.?=?2.17914,SE?= 0.08490, Z ?= ??与亲自观察相比,25.666, P α<0.001)。然而,与亲自相比,观察者可以通过相机更快地查看2?HA外壳15倍。除了这些结果之外,考虑到安装摄像机系统,我们还向动物设施提供建议。尽管远程监控有一些局限性,但我们认为在庇护所促进动物护理和观察研究的相机系统存在大量益处。

著录项

  • 来源
    《Zoo Biology》 |2018年第3期|共6页
  • 作者单位

    Lester E. Fisher Center for the Study and Conservation of ApesLincoln Park ZooChicago Illinois;

    Behavior and Research Chimp HavenKeithville Louisiana;

    Lester E. Fisher Center for the Study and Conservation of ApesLincoln Park ZooChicago Illinois;

    Lester E. Fisher Center for the Study and Conservation of ApesLincoln Park ZooChicago Illinois;

  • 收录信息
  • 原文格式 PDF
  • 正文语种 eng
  • 中图分类 动物学;
  • 关键词

    behavior; primate; technology; welfare;

    机译:行为;灵长类动物;技术;福利;

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