Roth Lina S V, McGreevy Paul
IFM Biology, Linköping University, Linköping, Sweden.
Faculty of Science, Sydney School of Veterinary Science, University of Sydney, Sydney, NSW, Australia.
Front Vet Sci. 2025 Aug 14;12:1647911. doi: 10.3389/fvets.2025.1647911. eCollection 2025.
To improve human-horse interactions and reduce the risk of injury, it is essential to adopt an equi-centric perspective that prioritizes how horses perceive their environment. This review focuses on the equine visual system, both because it is the most studied of the horse's senses and because misunderstandings about how horses see can lead to unsafe or unsustainable handling. By applying two complementary frameworks, namely Tinbergen's Four Questions and the Five Domains model, we examine equine vision from both a biological and a welfare-oriented perspective. We explore the anatomical and functional features of the horse's eye, the development and evolution of visual capacities, and how these relate to behavior, performance and welfare, while also challenging common myths. Horses possess visual adaptations that enable them to perceive fine details, detect color, and see in dim light conditions. However, their evolutionary history as a prey species has shaped them to be highly sensitive to unfamiliar shapes and movements which we also need to be aware of. Ultimately, a deeper understanding of how horses process visual information can help correct misunderstandings, guide safer management practices, and support more ethical and effective care.
为了改善人与马的互动并降低受伤风险,采用以马为中心的视角至关重要,该视角优先考虑马如何感知其环境。本综述聚焦于马的视觉系统,这既是因为它是马的各种感官中研究最多的,也是因为对马的视觉方式的误解可能导致不安全或不可持续的管理方式。通过应用两个互补的框架,即廷伯根的四个问题和五域模型,我们从生物学和以福利为导向的角度审视马的视觉。我们探讨马眼的解剖和功能特征、视觉能力的发展和进化,以及这些如何与行为、表现和福利相关联,同时也对常见的误解提出质疑。马具有视觉适应性,使它们能够感知精细细节、检测颜色并在昏暗光线下视物。然而,它们作为猎物物种的进化历史使它们对陌生形状和运动高度敏感,我们也需要意识到这一点。最终,更深入地了解马如何处理视觉信息有助于纠正误解、指导更安全的管理实践,并支持更符合道德和有效的护理。