Progress in the development of a cohesive theory of the underlying physiological mechanisms associated with spatial orientation in unusual environments is described. Results can be applied to providing means of preventing and/or minimizing the space motion sickness which has been observed during prolonged space missions. Three major areas were investigated: (1) the interaction of visual and vestibular cues in conflict in the human, (2) the plasticity of the vestibulo-ocular reflex in monkeys, and (3) end organ function in the ray with particular emphasis on the effect of ionic concentration.
Research on habituation to novel visual-vestibular environments with particular reference to space flight
1976-02-27
Report
No indication
English
Visual-Vestibular Responses During Space Flight
NTRS | 1999
|Vestibular-Visual Interactions in Flight Simulators
NTIS | 1977
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