Department of Industrial Design, Delft University of Technology, Landbergstraat 15, 2628 CE Delft, The Netherlands.
Chem Senses. 2010 Feb;35(2):135-45. doi: 10.1093/chemse/bjp090. Epub 2009 Dec 15.
Stimuli from all sensory modalities can be linked to places and thus might serve as navigation cues. We compared performance for 4 sensory modalities in a location memory task: Black-and-white drawings of free forms (vision), 1-s manipulated environmental sounds (audition), surface textures of natural and artificial materials (touch), and unfamiliar smells (olfaction) were presented in 10 cubes. In the learning stage, participants walked to a cube, opened it, and perceived its content. Subsequently, in a relocation task, they placed each stimulus back in its original location. Although the proportion of correct locations selected just failed to yield significant differences between the modalities, the proportion of stimuli placed in the vicinity of the correct location or on the correct side of the room was significantly higher for vision than for touch, olfaction, and audition. These outcomes suggest that approximate location memory is superior for vision compared with other sensory modalities.
来自所有感觉模态的刺激可以与地点相关联,因此可能作为导航线索。我们在一个位置记忆任务中比较了 4 种感觉模态的表现:自由形态的黑白绘图(视觉)、1 秒操纵的环境声音(听觉)、天然和人工材料的表面纹理(触觉)以及不熟悉的气味(嗅觉)被呈现在 10 个立方体内。在学习阶段,参与者走到一个立方体内,打开它并感知其内容。随后,在重新定位任务中,他们将每个刺激物放回其原始位置。虽然正确位置的选择比例在模态之间没有显著差异,但在视觉方面,刺激物放置在正确位置附近或房间正确一侧的比例显著高于触觉、嗅觉和听觉。这些结果表明,与其他感觉模态相比,视觉的近似位置记忆更好。