Brave Upside Down World – Does Looking Between the Legs Elongate or Shorten the Perceived Distance

The aim of this research was to give further evidence for the influence of vestibularand proprioceptive information on distance perception, and to verify how perceived distancechanges if we use matching versus verbal judgment task. That is, the aim was to investigate how perceived distance changes w...

Full description

Bibliographic Details
Main Author: Oliver Tošković
Format: Article
Language:English
Published: Drustvo Psihologa Srbije 2010-03-01
Series:Psihologija
Subjects:
Online Access:http://doiserbia.nb.rs/img/doi/0048-5705/2010/0048-57051001021T.pdf
id doaj-2c9c611f89fa4408a32425ecab4e7aad
record_format Article
spelling doaj-2c9c611f89fa4408a32425ecab4e7aad2020-11-25T02:19:32ZengDrustvo Psihologa SrbijePsihologija0048-57052010-03-014312131Brave Upside Down World – Does Looking Between the Legs Elongate or Shorten the Perceived DistanceOliver ToškovićThe aim of this research was to give further evidence for the influence of vestibularand proprioceptive information on distance perception, and to verify how perceived distancechanges if we use matching versus verbal judgment task. That is, the aim was to investigate how perceived distance changes when we bend over and look between the legs. The experiment was performed on a daylight open field (full-cue situation), with 20 participants, high school students from the Petnica Science Center. Participants had the task to match distances of two stimuli, one of which was in front of them at eye level, whereas the other was behind them, and they could observe it by bending their body forward and looking between the legs .Stimuli were 7cm*5cm large, and rectangular in shape. Results have shown that perceived distance changes in such a way that distances observed between the legs are perceived as longer than distances observed from an upright position. This difference in perceived distances exists only for larger physical distances (3m and 5m), but not for smaller physical distances (1m. Results coincide with our previous findings which indicate that vestibular and proprioceptive information change elongates perceived distance. On the other hand, the results contradict some findings gained in experiments in which the verbal judgment task was used. These contrary results probably appear because the verbal judgment task leaves more space for higher cognitive processes to be involved.http://doiserbia.nb.rs/img/doi/0048-5705/2010/0048-57051001021T.pdfdistance perceptionbody positionlooking between the legsvestibular informationproprioceptive information
collection DOAJ
language English
format Article
sources DOAJ
author Oliver Tošković
spellingShingle Oliver Tošković
Brave Upside Down World – Does Looking Between the Legs Elongate or Shorten the Perceived Distance
Psihologija
distance perception
body position
looking between the legs
vestibular information
proprioceptive information
author_facet Oliver Tošković
author_sort Oliver Tošković
title Brave Upside Down World – Does Looking Between the Legs Elongate or Shorten the Perceived Distance
title_short Brave Upside Down World – Does Looking Between the Legs Elongate or Shorten the Perceived Distance
title_full Brave Upside Down World – Does Looking Between the Legs Elongate or Shorten the Perceived Distance
title_fullStr Brave Upside Down World – Does Looking Between the Legs Elongate or Shorten the Perceived Distance
title_full_unstemmed Brave Upside Down World – Does Looking Between the Legs Elongate or Shorten the Perceived Distance
title_sort brave upside down world – does looking between the legs elongate or shorten the perceived distance
publisher Drustvo Psihologa Srbije
series Psihologija
issn 0048-5705
publishDate 2010-03-01
description The aim of this research was to give further evidence for the influence of vestibularand proprioceptive information on distance perception, and to verify how perceived distancechanges if we use matching versus verbal judgment task. That is, the aim was to investigate how perceived distance changes when we bend over and look between the legs. The experiment was performed on a daylight open field (full-cue situation), with 20 participants, high school students from the Petnica Science Center. Participants had the task to match distances of two stimuli, one of which was in front of them at eye level, whereas the other was behind them, and they could observe it by bending their body forward and looking between the legs .Stimuli were 7cm*5cm large, and rectangular in shape. Results have shown that perceived distance changes in such a way that distances observed between the legs are perceived as longer than distances observed from an upright position. This difference in perceived distances exists only for larger physical distances (3m and 5m), but not for smaller physical distances (1m. Results coincide with our previous findings which indicate that vestibular and proprioceptive information change elongates perceived distance. On the other hand, the results contradict some findings gained in experiments in which the verbal judgment task was used. These contrary results probably appear because the verbal judgment task leaves more space for higher cognitive processes to be involved.
topic distance perception
body position
looking between the legs
vestibular information
proprioceptive information
url http://doiserbia.nb.rs/img/doi/0048-5705/2010/0048-57051001021T.pdf
work_keys_str_mv AT olivertoskovic braveupsidedownworlddoeslookingbetweenthelegselongateorshortentheperceiveddistance
_version_ 1724876192081772544