The effect of distance-dependent construals on schema-driven impression formation

Two experiments examine how distance-dependent construal can affect trait aggregation in impression formation. We propose that, because higher- versus lower-level construals promote the tendency to impose schematic structure on information processing, higher-level construals should enhance schema-driven trait aggregation. We test this by examining a classic impression formation phenomenon: the primacy effect (Asch, 1946). Increasing temporal distance (Study 1a) and priming higher-level construals (Study 1b) led participants to form more favorable impressions of targets described initially as intelligent versus envious. Decreasing temporal distance and priming lower-level construals, in contrast, reversed the primacy effect. Thus, the distance of a target, with its associated construal, can impact the aggregation of traits and consequently impacts people's evaluations of others.     

The time course of contextual influences during lexical ambiguity resolution: Evidence from distributional analyses of fixation durations

In the lexical ambiguity literature, it is well-established that readers experience processing difficulties when they encounter biased homographs in a subordinate-instantiating prior context (i.e., the subordinate bias effect). To investigate the time course of this effect, the present study examined distributional analyses of first-fixation durations on 60 biased homographs that were each read twice: once in a subordinate-instantiating context and once in a dominant-instantiating context. Ex-Gaussian fitting revealed that the subordinate context distribution was shifted to the right of the dominant context distribution, with no significant contextual differences in the degree of skew. In addition, a survival analysis technique showed a significant influence of the subordinate versus dominant contextual manipulation as early as 139?ms from the start of fixation. These results indicate that the contextual manipulation had a fast-acting influence on the majority of fixation durations, which is consistent with the reordered access model's assumption that prior context can affect the lexical access stage of reading.     

Do object-category selective regions in the ventral visual stream represent perceived distance information?

It is well established that scenes and objects elicit a highly selective response in specific brain regions in the ventral visual cortex. An inherent difference between these categories that has not been explored yet is their perceived distance from the observer (i.e. scenes are distal whereas objects are proximal). The current study aimed to test the extent to which scene and object selective areas are sensitive to perceived distance information independently from their category-selectivity and retinotopic location. We conducted two studies that used a distance illusion (i.e., the Ponzo lines) and showed that scene regions (the parahippocampal place area, PPA, and transverse occipital sulcus, TOS) are biased toward perceived distal stimuli, whereas the lateral occipital (LO) object region is biased toward perceived proximal stimuli. These results suggest that the ventral visual cortex plays a role in representing distance information, extending recent findings on the sensitivity of these regions to location information. More broadly, our findings imply that distance information is inherent to object recognition.