心理距离对风险决策框架效应的影响

解释水平理论是一种解释心理距离怎样影响个体的思维决策的社会认知理论。研究基于解释水平理论,探查了心理距离对风险决策框架效应的影响。实验从心理距离的四个维度入手,每个维度均采用2（解释水平高、低）×2（正框架、负框架）的被试间设计,用于检验解释水平是否调节框架对被试决策任务的选择。结果表明,当心理距离越远,解释水平越高时,被试产生明显的框架效应;而当心理距离越近,解释水平越低时,框架效应明显减弱。除了大概率情况下的框架效应削弱至不显著,其余维度的高、低解释水平下的框架效应均显著。     

Human factors in GIScience laboratory at the Pennsylvania State University

The human factors in GIScience Laboratory (Human Factors Lab) of The Pennsylvania State University’s Department of Geography is located in University Park, PA (USA). University Park and bordering State College, PA are found in the heart of PA between the cities of New York City, NY, Philadelphia, PA, and Pittsburgh, PA. The laboratory is directed by Dr. Alexander Klippel and is part of the GeoVISTA Center. The Human Factors Lab contributes to Penn State Geography’s strong tradition as a leader in research on map perception, spatial cognition, and behavior in spatial environments. This report focuses upon basic research topics in spatial cognition, including: (1) perceptual and cognitive factors in map symbolization and design, (2) the creation of cognitively ergonomic route directions for next generation location based services (LBS), (3) You-Are-Here maps and the creation of a sense of place through map-like representations, (4) the conceptualization and representation of dynamic phenomena (i.e., geographic movement pattern), and (5) the relationship between linguistic and non-linguistic conceptualization.     

时间自我透视与价值偏好

该研究对大学生时间自我透视与价值偏好之间的关系进行了探讨。结果发现,当从远期的时间距离来透视自我（可能自我知觉）时,个体更加偏好理想主义价值;当个体从近期的时间距离来透视自我（当前自我知觉）时,个体更加偏好实用主义价值。但是,时间自我透视与价值偏好之间并非遵循严格的线性关系。此外,研究还发现,上述规律只出现于个体对自我的知觉中,个体对他人的时间透视并未表现出类似的规律。     

Perceived cultural distance and acculturation among exchange students in Russia

The relations of perceived cultural distance, personality, acculturation orientations and outcomes were studied among exchange students (N = 187) in Russia who came from various countries in Asia, sub‐Saharan Africa, Latin America and the former Soviet Union. The hypothesis was supported that a larger perceived cultural distance between mainstream and immigrant culture is associated with less psychological (homesickness and stress) and sociocultural (behaviour with Russian students and behaviour with co‐nationals) adjustment. The statistical relations between perceived cultural distance, personality and sociocultural adjustment were much stronger for host domain behaviour than for home domain behaviour. Adjustment was higher for participants with more cultural empathy, openmindedness and flexibility. Adjustment showed statistically stronger associations with cultural distance than with acculturation orientations. It is concluded that cultural distance may be more salient than acculturation orientations in studies of heterogeneous groups of immigrants. Copyright © 2008 John Wiley & Sons, Ltd.     

The mental time line: An analogue of the mental number line in the mapping of life events

A crucial aspect of the human mind is the ability to project the self along the time line to past and future. It has been argued that such self-projection is essential to re-experience past experiences and predict future events. In-depth analysis of a novel paradigm investigating mental time shows that the speed of this “self-projection” in time depends logarithmically on the temporal-distance between an imagined “location” on the time line that participants were asked to imagine and the location of another imagined event from the time line. This logarithmic pattern suggests that events in human cognition are spatially mapped along an imagery mental time line. We argue that the present time-line data are comparable to the spatial mapping of numbers along the mental number line and that such spatial maps are a fundamental basis for cognition.     

Cue effects on memory for location when navigating spatial displays

Participants maneuvered a rat image through a circular region on the computer screen to find a hidden target platform, blending aspects of two well-known spatial tasks. Like the Morris water maze task, participants first experienced a series of learning trials before having to navigate to the hidden target platform from different locations and orientations. Like the dot-location task, they determined the location of a position within a two-dimensional circular region. This procedure provided a way to examine how the number of surrounding cues (1, 2, or 3) affects the memory for spatial location in navigation. Memory performance was better when there were more cues and when targets were close to cues, consistent with the idea that cues bolster fine-grain memory, especially in proximal regions. Early and late measures of bias in memory reflected biases in a direction toward the nearest cue, implicating a cue-based category structure of the navigational space. Collectively, results suggest cue-based spatial memory representations that have been inferred from the dot-location task generalize to a navigation task within a simple, computer-based environment, as demonstrated by the good fits of the spatial model developed for the dot-location task ( Fitting, Wedell, & Allen, 2005, 2007 ).     

The differential outcomes effect (DOE) in spatial localization: An investigation with adults

We investigated whether search accuracy of adult humans could be enhanced using differential reward contingencies in landmark-based spatial tasks conducted on a computer screen. We found that search accuracy was significantly enhanced by differential outcomes in a conditional spatial search task, in which the landmark-to-goal relationship depended on a previously presented sample object (Experiment 4). In contrast, no significant differential outcomes effect (DOE) was seen in several other variations of spatial search tasks. We interpret the pattern of significant and non-significant results in terms of the information value of outcome expectancies. To our knowledge this is the first report of a DOE in a landmark-based spatial localization task and is one of only a few demonstrations that differential outcomes can enhance memory performance in normal functioning adults.     

Novel-view scene recognition relies on identifying spatial reference directions

Five experiments investigated whether observer locomotion provides specialized information facilitating novel-view scene recognition. Participants detected a position change after briefly viewing a desktop scene when the table stayed stationary or was rotated and when the observer stayed stationary or locomoted. The results showed that 49° novel-view scene recognition was more accurate when the novel view was caused by observer locomotion than when the novel view was caused by table rotation. However such superiority of observer locomotion disappeared when the to-be-tested viewpoint was indicated during the study phase, when the study viewing direction was indicated during the test phase, and when the novel test view was 98°, and was even reversed when the study viewing direction was indicated during the test phase in the table rotation condition but not in the observer locomotion condition. These results suggest scene recognition relies on the identification of the spatial reference directions of the scene and accurately indicating the spatial reference direction can facilitate scene recognition. The facilitative effect of locomotion occurs because the spatial reference direction of the scene is tracked during locomotion and more accurately identified at test.     

When Public Statements Reveal Private Beliefs: Assessing Operational Codes at a Distance

This article uses both public and private documents to measure the operational code of John F. Kennedy in the summer of 1962. Previous operational code research (and indeed, much of content analysis more generally) has relied exclusively on the analysis of public speeches and is thus open to charges that the speeches represent attempts at deception, persuasion, or impression management. This article tests the validity of using public speech data in operational code analysis by comparing the output to the results one gets by analyzing private statements from the same period. The results strongly indicate that one obtains the same results using either the public or the private data, thus providing tentative confirmation of the validity of using public speeches for assessing the operational codes of leaders.     

Location representation in enclosed spaces: What types of information afford young children an advantage?

It has been suggested that young children can only reorient, locating a target object, when the geometry of an enclosed space provides distinctive shape information [e.g., Hermer, L., & Spelke, E. (1994). A geometric process for spatial reorientation in young children. Nature, 370, 57-59]. Recently, however, young children were shown to specify location in a square-shaped space, where geometry is uninformative, so long as scale-like information was available on the walls of the space [Huttenlocher, J., & Lourenco, S. F. (2007a). Coding location in enclosed spaces: Is geometry the principle? Developmental Science, 10, 741-746]. Here we build on this work by examining more closely what types of cues afford 18- to 24-month-olds an advantage in locating a target object following disorientation. Their performance was assessed when linear scale-like information was presented either in isolation or in composite form. It was found that, even in isolation, young children searched at the appropriate locations, with added benefit when presented as a composite. We suggest that linear scale-like dimensions, especially when available in composite form, play a critical role in supporting location representation in young children.