不熟练汉英双语学习者第二语言词汇和概念表征的特点

本研究采用翻译识别任务探查了不同熟练程度的汉英双语儿童的词汇和概念表征的特点。被试为从一年级开始学习英语的小学三、五年级和初中一年级儿童共50名,结果发现．各组被试在进行翻译识别时．反应错误率随着熟练程度的提高逐渐降低,且各组被试都产生了显著的正字法干扰效应和语义干扰效应。这一结果表明,不熟练的汉英双语儿童可以通过词汇联系和概念联系加工第二语言中的词。     

英语阅读中单词注释对词汇学习的影响研究

本研究以中学生为被试,探讨了英语阅读过程中不同形式的单词注释对词汇学习的影响。结果发现：中文注释与英文注释对词汇获得的影响视不同学习水平与学习进程而异;阅读前、阅读中或阅读后呈现注释对词汇获得也具有不同的作用机制。     

关联性记忆错觉神经机制的研究

该文介绍了近年来使用DRM范式对关联性记忆错觉神经机制的研究。脑损伤病人以及正常人的神经成像研究表明：对关键诱饵的虚假再认可能和对学过项目的正确再认有着相似而又不完全相同的脑机制;颞叶中部和额叶对关联性记忆错觉的产生十分重要,并且它们各自的作用似乎都不是单一的。     

推理的启发式再认新模式

本文介绍了推理的启发式再认新模式,阐述了启发式再认的再认基础,介绍了“少即是多”效应,并且引用大量实验介绍了启发式再认的证据以及启发式再认的适用范围。并对启发式理论上的争议问题进行了讨论。同时也对未来的研究方向做了展望。     

Putting motion in emotion: Do dynamic presentations increase preschooler's recognition of emotion?

In prior research, preschoolers were surprisingly poor at naming the emotion purportedly signaled by prototypical facial expressions—when shown as static images. To determine whether this poor performance is due to the use of static stimuli, rather than dynamic, we presented preschoolers (3-5 years) with facial expressions as either static images or dynamic audiovisual clips. Dynamic clips presented face alone (Study 1, N = 48) or face, body movement, and vocal intonation (Study 2, N = 72). Contrary to expectations, dynamic presentation did not increase children's naming of the emotion in either study and decreased it in Study 1.     

传统美德认同和责任情境对大学生责任行为倾向的影响

责任行为是个体在特定责任情境下履行责任和承担后果的行为。本研究采用问卷调查方法着重探讨大学生的传统美德认同和责任情境因素对责任行为倾向的影响。结果表明,传统美德认同,以及责任情境中的责任性质和责任对象都对大学生的责任行为倾向有显著影响,且三者的交互作用显著：（1）传统美德认同高的大学生在履行责任情境中,其责任行为倾向显著强于美德认同低的大学生;（2）履行责任时的责任行为倾向显著强于承担后果时的责任行为倾向,但低美德认同者的两种行为倾向在他人责任情境中无差异;（3）在履行责任情境中,大学生对自我的责任行为倾向显著强于对他人的责任行为倾向;但美德认同低的大学生在承担后果情境中则相反。     

Relationships between three auditory inspection time tasks and processing speed

This study investigated the relationship between a spatial auditory inspection time task and previous versions of AIT, as well as the relationships of these tasks with visual inspection time (VIT) and general speediness (Gs). A total of 96 university undergraduates (age mean (M) = 20.0 years, standard deviation (SD) = 4.0 years) completed three AIT tasks, VIT, auditory reaction time (ART) and visual reaction time (VRT), and two Gs marker tests. Auditory inspection time‐spatial (AIT‐S) did not relate to VIT, but it did relate to the Gs marker tests. It also loaded moderately on a Gs factor along with VIT. Neither of the alternate AIT tasks showed any consistent relationships to reaction time (RT) or Gs measures. The AIT‐S task did, however, share substantial variance with its predecessors, suggesting that performance on all AIT tasks relies to some extent on similar processes. Further research is required to determine the nature of these processes.     

Walk this way: approaching bodies can influence the processing of faces

A highly familiar type of movement occurs whenever a person walks towards you. In the present study, we investigated whether this type of motion has an effect on face processing. We took a range of different 3D head models and placed them on a single, identical 3D body model. The resulting figures were animated to approach the observer. In a first series of experiments, we used a sequential matching task to investigate how the motion of an approaching person affects immediate responses to faces. We compared observers’ responses following approach sequences to their performance with figures walking backwards (receding motion) or remaining still. Observers were significantly faster in responding to a target face that followed an approach sequence, compared to both receding and static primes. In a second series of experiments, we investigated long-term effects of motion using a delayed visual search paradigm. After studying moving or static avatars, observers searched for target faces in static arrays of varying set sizes. Again, observers were faster at responding to faces that had been learned in the context of an approach sequence. Together these results suggest that the context of a moving body influences face processing, and support the hypothesis that our visual system has mechanisms that aid the encoding of behaviourally-relevant and familiar dynamic events.