Investigation of natural behavior has contributed a number of insights to our understanding
of visual guidance of actions by highlighting the importance of behavioral goals and …

The development of better eye and body tracking systems, and more flexible virtual
environments have allowed more systematic exploration of natural vision and contributed a …

Locomotion in complex, dynamic environments is an integral part of many daily activities,
including walking in crowded spaces, driving on busy roadways, and playing sports. Many of …

For the brain to compute object motion in the world during self-motion, it must discount the
global patterns of image motion (optic flow) caused by self-motion. Optic flow parsing is a …

The thalamus contains third-order relay neurons of the trigeminal system, and animal
models as well as preliminary imaging studies in small cohorts of migraine patients have …

The movement of pedestrian crowds is a paradigmatic example of collective motion. The
precise nature of individual-level behaviours underlying crowd movements has been subject …

Humans and animals are fairly accurate in judging their direction of self-motion (ie, heading)
from optic flow when moving through a stationary environment. However, an object moving …

Daily activities require agents to interact with each other, such as during collision avoidance.
The nature of visual information that is used for a collision free interaction requires further …

This Element examines visual perception in the context of activities that involve moving
about in complex, dynamic environments. A central theme is that the ability of humans and …

During infancy, smart perceptual mechanisms develop allowing infants to judge time-space
motion dynamics more efficiently with age and locomotor experience. This emerging …