Circadian rhythms of the Macaca nemestrina monkey in Biosatellite III
Orbiting Biosatellite 3 monkey environmental and physiological parameters circadian rhythms, investigating desynchronosis or arrhythmia
Adey, W. R.↗
Engineering topics
Hoshizaki, T.
Publications and source records attributed to Hoshizaki, T..
Photoelectric device for recording of leaf movements.
Photoelectric device for recording plant rhythmic leaf movements in space
Alford, D. K.↗
Central nervous, cardiovascular and metabolic data of a Macaca nemestrina during a 30-day experiment.
Central nervous, cardiovascular and metabolic data of Macaca nemestrina during simulated Biosatellite flight, testing data acquisitions systems
Adey, W. R.↗
Rhythm of detached and dissected bean leaf.
Space environment effect on leaf rhythms of bean plants
Hoshizaki, T.↗
Growth responses of barley seedling to simulated weightlessness induced by two-axis rotation
Growth response of barley seedling to simulated weightlessness induced by two-axis rotation in nongravatron and light intensity effects
GROWTH↗
Recording leaf movements with a strain gauge.
Leaf movement recording system using strain gauge for testing light-dark cycle effects in connection with physical limitations of orbiting capsule
PLANT /BIOL/↗
Recording leaf movements with a strain gauge
Explore the source record for details and available documents.
Hoshizaki, T.↗
Effect of space environment on circadian rhythms of plants, for the purpose of defining and verifying an experiment suitable for use in a biosatellite final report, sep. 1, 1964 - feb. 28, 1965
Space environment effect on circadian rhythms of plants for use in biosatellite
BIOSATELLITE↗
Effect of Space Environment on Circadian Rhythms of Plants, for the Purpose of Defining and Verifying an Experiment Suitable for Use in a Biosatellite Semiannual Report, Sep. 1, 1963 - Mar. 1, 1964
Space environmental effects on circadian rhythms of plants - plant data for use in biosatellites
BIOSATELLITE↗
Recording Leaf Movements with a Strain Gauge
Lightweight strain gauge sensing unit for recording circadian leaf movements in space environment
LIGHTWEIGHT↗