Observations on lunar gravity simulation

Physiological factors in astronaut performance in simulated lunar gravit

Evaluation of the metabolic cost of locomotion in an Apollo space suit

Evaluation of metabolic cost of locomotion in Apollo space sui

Study of astronaut capabilities to perform extravehicular maintenance and assembly functions in weightless conditions

Analysis of astronaut capabilities to perform extravehicular maintenance and assembly functions under simulated weightlessnes

Full pressure suit heat balance studies

Thermal balance between heat removal and metabolic rate in pressurized Gemini G2-C full pressure suit at two barometric pressure

A Study of Astronauts' Extravehicular Work Capabilities in Weightless Conditions

Astronaut extravehicular work performance under simulated weightlessness condition

A Model of Person-Environment Compatibility

The patterns of information available in the environment are often ignored in analyses of the fit or congruence between person and environment. By viewing such information patterns (in conjunction with the environmental constraints on behavior and the individual's purposes) as potential sources of incompatibility, it is possible to understand a substantially wider range of human-environment relationships. From this perspective, person-environment incompatibility turns out to be a problem that is widespread and that extracts high psychological costs. It might seem that the solution to such problems requires an increase in environmental controllability; such an assumption can, however, be questioned on a number of grounds. An alternative approach is proposed in terms of the concepts of supportive and restorative environments.Peer Reviewedhttp://deepblue.lib.umich.edu/bitstream/2027.42/66976/2/10.1177_0013916583153003.pd