Millard Lourens, Breukelman Gerrit Jan, Burger Teriza, Nortje Joel, Schulz Jessica
Department of Human Movement Science, University of Zululand, KwaDlangezwa, South Africa.
Med Hypothesis Discov Innov Ophthalmol. 2023 May 31;12(1):46-54. doi: 10.51329/mehdiophthal1469. eCollection 2023 Spring.
Keen vision is one of the most important qualities required of athletes. It enables players to perform sports-related drills and apply decision-making skills. To accurately measure the visual ability of athletes, it is important to first identify the variety of visual skills involved in the particular sport. The objectives of this novel review are to identify the most important visual skills required for rugby, and to create a reference point for further studies to include visual skills essential to rugby players.
We conducted an electronic search with various combinations of relevant keywords using the following databases: Sport Discuss, Ovid's Evidence-Based Medicine Reviews, PubMed/MEDLINE, Current Contents, Science Direct, the National Research Council's Canada Institute for Scientific and Technical Information, Cochrane Database of Systematic Reviews, Google Scholar, and international electronic catalogues to assess the scientific literature related to the visual skills required for rugby. Only the records published in English were included. We extracted data on the relationship between vision and match performance, the defined problem or purpose of the study, and the inclusion of theoretical definitions of tactical behaviors.
Our search yielded 80 records, 51 of which fulfilled the inclusion criteria. The most important visual skills in rugby are classified based on whether they meet the requirements for visual hardware or visual software skills. Visual hardware skills include visual acuity, depth perception, fusion flexibility, and contrast sensitivity; visual software skills include eye tracking, hand-eye coordination, eye focusing, peripheral vision, speed and span of recognition, visual response time, and visual memory.
Rugby players must use both visual hardware and software skills to reliably observe their teammates' positions, understand their opponents' actions and tactics, handle the ball, analyze the immediate circumstances, and anticipate what will occur. Further studies are needed to verify the significance of each visual skill in actual competition to determine a relationship between vision and the results of a championship.
敏锐的视力是运动员所需具备的最重要素质之一。它能使运动员进行与运动相关的训练并运用决策技能。为准确测量运动员的视觉能力,首先确定特定运动中所涉及的各种视觉技能很重要。这篇新颖综述的目的是确定橄榄球运动所需的最重要视觉技能,并为进一步研究提供一个参考点,以纳入对橄榄球运动员至关重要的视觉技能。
我们使用以下数据库,通过相关关键词的各种组合进行电子检索:Sport Discuss、Ovid循证医学综述、PubMed/MEDLINE、现刊目次、科学Direct、加拿大国家研究理事会科学技术信息研究所、Cochrane系统评价数据库、谷歌学术以及国际电子目录,以评估与橄榄球所需视觉技能相关的科学文献。仅纳入以英文发表的记录。我们提取了关于视力与比赛表现之间的关系、研究的明确问题或目的以及战术行为理论定义的纳入情况的数据。
我们的检索产生了80条记录,其中51条符合纳入标准。橄榄球中最重要的视觉技能根据其是否满足视觉硬件或视觉软件技能的要求进行分类。视觉硬件技能包括视力、深度感知、融合灵活性和对比敏感度;视觉软件技能包括眼动追踪、手眼协调、眼睛聚焦、周边视觉、识别速度和广度、视觉反应时间以及视觉记忆。
橄榄球运动员必须同时运用视觉硬件和软件技能,才能可靠地观察队友的位置、理解对手的动作和战术、处理球、分析当前情况并预测即将发生的事情。需要进一步研究以验证每项视觉技能在实际比赛中的重要性,从而确定视力与锦标赛结果之间的关系。