Mocke Viola, Holzmann Patricia, Hommel Bernhard, Kunde Wilfried
Department of Psychology, University of Würzburg, Germany.
Department of Psychology, University of Leiden, Netherlands.
J Cogn. 2022 Jan 6;5(1):6. doi: 10.5334/joc.197. eCollection 2022.
There is evidence that planning an action relies on binding codes of the relevant features of that action into an action plan. Such binding is indicated by the observation that planning a novel action is impaired if it shares some but not all features with another action that is held in memory for later execution. Most previous studies have focused on the binding of the spatial features and , which are particularly salient but not the only features of intentional body movements. In a series of four online experiments, we tested whether evidence for the binding of other (non)spatial features could also be found. Taken together, we indeed obtained evidence for the binding of temporal ( and ) and vertical ( and ) features, in addition to the commonly studied horizontal features ( and ). Yet, clear binding effects were mainly restricted to action features that remained uncertain up to the point the respective action had to be planned. These observations have important theoretical and methodical implications for the future studies of feature binding in action planning.
有证据表明,规划一个动作依赖于将该动作的相关特征代码绑定到一个动作计划中。这种绑定通过以下观察结果得以体现:如果一个新规划的动作与另一个存储在记忆中以供后续执行的动作有一些但并非所有相同特征,那么该新动作的规划就会受到损害。此前的大多数研究都集中在空间特征的绑定上,这些特征尤为显著,但并非有意身体动作的唯一特征。在一系列四个在线实验中,我们测试了是否也能找到其他(非)空间特征绑定的证据。综合来看,除了常见的水平特征(和)外,我们确实获得了时间(和)以及垂直(和)特征绑定的证据。然而,明确的绑定效应主要局限于在必须规划相应动作之前仍不确定的动作特征。这些观察结果对未来动作规划中特征绑定的研究具有重要的理论和方法学意义。