Hassinger Lilliana, Nippert-Eng Christena
Department of Informatics, Luddy School of Informatics, Computing, and Engineering, Indiana University, Bloomington, IN 47408, USA.
Animals (Basel). 2025 Jun 11;15(12):1721. doi: 10.3390/ani15121721.
Zoos and aquariums house a wide range of species, yet research remains heavily skewed toward mammals and camera-based technologies. This systematic literature review examines the use of computing technologies to monitor or interact with animals in zoos, aquariums, or wildlife parks, with a focus on taxonomic representation and technological diversity. A total of 125 studies published between 2014 and 2024 met the inclusion criteria, encompassing 151 recorded instances of technology use. Cameras and video systems were the most frequently used tools, appearing alone in 40% of studies and in combination with other technologies in an additional 18.4%, accounting for 48.3% of all technology instances. Most studies focused on only mammals (73.5%), and behavioral monitoring was the most common research aim (40.9%). These findings suggest an uneven distribution of research shaped more by convenience and familiarity than by welfare need, highlighting a critical opportunity to diversify both species focus and technological application. Increased investment in underrepresented species and underutilized tools will help ensure that research better reflects the full spectrum of animal needs and experiences.
动物园和水族馆饲养着各种各样的物种,但研究仍然严重偏向于哺乳动物和基于摄像头的技术。本系统文献综述考察了在动物园、水族馆或野生动物园中使用计算技术来监测动物或与动物互动的情况,重点关注分类学代表性和技术多样性。2014年至2024年间发表的125项研究符合纳入标准,涵盖了151个记录在案的技术使用实例。摄像头和视频系统是最常用的工具,在40%的研究中单独出现,在另外18.4%的研究中与其他技术结合出现,占所有技术实例的48.3%。大多数研究仅关注哺乳动物(73.5%),行为监测是最常见的研究目的(40.9%)。这些发现表明,研究分布不均衡,更多是由便利性和熟悉程度而非福利需求所塑造,凸显了在物种重点和技术应用方面实现多样化的关键机会。增加对代表性不足的物种和未充分利用的工具的投资,将有助于确保研究更好地反映动物需求和体验的全貌。