Behavioral and Physiological Response ofMusca domesticato Colored Visual Targets

NEUROBIOLOGY, PHYSIOLOGY, BIOCHEMISTRY Behavioral and Physiological Response of Musca domestica to Colored Visual Targets

A better understanding of the visual attraction of house ßies to colors and patterns is needed to improve ßy trap performance. This study combined physiological responsesmeasuredwith electroretinogram studies of the house ßyÕs compound eyes and ocelli with behavioral attraction of ßies to reßective colors and patterns in light tunnel assays. Compound eye and ocellar electroretinogram responses ...

Behavioral and physiological response of Musca domestica to colored visual targets.

A better understanding of the visual attraction of house flies to colors and patterns is needed to improve fly trap performance. This study combined physiological responses measured with electroretinogram studies of the house fly's compound eyes and ocelli with behavioral attraction of flies to reflective colors and patterns in light tunnel assays. Compound eye and ocellar electroretinogram res...

BEDA: Visual analytics for behavioral and physiological data

We present BEDA, a tool to help researchers synchronize, visualize, and analyze data sources for single or multiple sessions of behavioral and physiological data. We developed this tool to assist in a study exploring the efficacy of sensory integration (SI) therapy in a school setting. The tool integrates human-coded behavioral data and sensor-generated physiological data from therapy sessions ...

Defining Auditory-Visual Objects: Behavioral Tests and Physiological Mechanisms

Crossmodal integration is a term applicable to many phenomena in which one sensory modality influences task performance or perception in another sensory modality. We distinguish the term binding as one that should be reserved specifically for the process that underpins perceptual object formation. To unambiguously differentiate binding form other types of integration, behavioral and neural stud...

Detection of Flashing and Colored Radar Targets