Patterson R, Bowd C, Phinney R, Pohndorf R, Barton-Howard W J, Angilletta M
Department of Psychology, Washington State University, Pullman 99164-4820.
Vision Res. 1994 May;34(9):1139-47. doi: 10.1016/0042-6989(94)90296-8.
Across four experiments, this study investigated properties of the stereoscopic motion aftereffect (adaptation from moving retinal disparity information). The results showed that stereoscopic motion can induce an adaptation aftereffect across a wide range of conditions and observers, provided that the duration of adaptation is sufficiently long and a perceptually salient test pattern is viewed. Motion adaptation was found to transfer between the stereoscopic and luminance domains [replicating a previous report by Fox, Patterson and Lehmkuhle (1982) Investigative Ophthalmology and Visual Science (Suppl.), 22, 144], suggesting that motion perception from stereoscopic (second-order) and luminance (first-order) attributes is mediated by a common neural substrate.
在四项实验中，本研究调查了立体运动后效（从移动的视网膜视差信息进行适应）的特性。结果表明，只要适应持续时间足够长且观察到一个在感知上显著的测试图案，立体运动就能在广泛的条件和观察者中诱发适应后效。研究发现运动适应可在立体和亮度领域之间转移[复制了Fox、Patterson和Lehmkuhle（1982年）在《Investigative Ophthalmology and Visual Science（增刊）》22卷144页上的先前报告]，这表明来自立体（二阶）和亮度（一阶）属性的运动感知是由共同的神经基质介导的。
