Human perception of speed is heavily influenced by their distance from a ground plane. Previous studies have found that while controlling speed during simulated flight through an environment with both a ground plane and a plane of clouds above, humans naturally attend to speed information present in the ground plane only (Meyer, 2015). Potential factors leading to attentional selection of the ground plane under standard viewing conditions, known as ground dominance, include the direction of gravity, lower visual field bias, and the location of limbs (Dyre, Meyer, & Adamic, 2013). This experiment decoupled the direction of gravity from visual field and limb location by manipulating the posture of participants as either upright or supine. We ...
We investigated whether gravitational constraints influence the interaction of visual, proprioceptiv...
<div><p>We explored the effect of gravity on the perceived representation of the absolute distance o...
International audienceThis study investigates the relative contribution of body parts in the elabora...
Previous studies examining speed control during simulated flight through a dual planar environment w...
During simulated low-altitude flight, participants ’ control of speed is based on the optical flow r...
International audienceThe perception of the horizontal and vertical distances of a visual target to ...
Vision plays an important role in postural control, and visual perception of the gravity-defined ver...
International audiencePrevious studies have shown that the perception of the earth-based visual hori...
This study examined active regulation of speed during a low-altitude flight task as a function of gl...
Terrestrial gravity restricts human locomotion to surfaces in which turns involve rotations around t...
It has been proposed that perceived angular direction relative to straight-ahead is exaggerated in p...
Terrestrial gravity restricts human locomotion to surfaces in which turns involve rotationsaround th...
International audienceWe investigated the influence of gaze elevation on judging the possibility of ...
Accurate perception of the direction of earth vertical can be achieved by sensing the direction of g...
We investigated whether gravitational constraints influence the interaction of visual, proprioceptiv...
<div><p>We explored the effect of gravity on the perceived representation of the absolute distance o...
International audienceThis study investigates the relative contribution of body parts in the elabora...
Previous studies examining speed control during simulated flight through a dual planar environment w...
During simulated low-altitude flight, participants ’ control of speed is based on the optical flow r...
International audienceThe perception of the horizontal and vertical distances of a visual target to ...
Vision plays an important role in postural control, and visual perception of the gravity-defined ver...
International audiencePrevious studies have shown that the perception of the earth-based visual hori...
This study examined active regulation of speed during a low-altitude flight task as a function of gl...
Terrestrial gravity restricts human locomotion to surfaces in which turns involve rotations around t...
It has been proposed that perceived angular direction relative to straight-ahead is exaggerated in p...
Terrestrial gravity restricts human locomotion to surfaces in which turns involve rotationsaround th...
International audienceWe investigated the influence of gaze elevation on judging the possibility of ...
Accurate perception of the direction of earth vertical can be achieved by sensing the direction of g...
We investigated whether gravitational constraints influence the interaction of visual, proprioceptiv...
<div><p>We explored the effect of gravity on the perceived representation of the absolute distance o...
International audienceThis study investigates the relative contribution of body parts in the elabora...