Growth responses of plants to gravity
Gravity effects on auxin transport, growth and foliage spread of green plants for efficient radiation capture, using horizontal clinostat experiments
Lyon, C. J.↗
Engineering topics
Lyon, C. J.
Publications and source records attributed to Lyon, C. J..
Ethylene inhibition of auxin transport by gravity in leaves
Auxin downward transport by gravity in leaves, examining ethylene inhibition
Lyon, C. J.↗
Choice of rotation rate for the horizontal clinostat
Horizontal clinostat rotation rate for optimal and acceptable weightlessness simulation in plants, comparing with wheat seedlings growth in Biosatellite 2
Lyon, C. J.↗
Gravity and the upright plant.
Gravity effects on plant growth, discussing horizontal clinostat experiments and auxin transport mechanism
Lyon, C. J.↗
Wheat seedling growth in the absence of gravitational force.
Wheat seedling germination and growth processes in absence of gravitational force onboard Biosatellite 2
Lyon, C. J.↗
Effects of Plant Growth Hormones on Plant Development in the Absence of Gravitational Effects. the Effect of Weightlessness on the Growth and Orientation of Roots and Shoots of Monocotyledonous Seedlings
Hormone effects on plant growth in absence of gravity, and effect of weightlessness on growth and orientation of roots and shoots of monocotyledenous seedlings in biosatellite
GROWTH↗
Effects of plant growth hormones on plant development in the absence of gravitational effects Final report, Sep. 1, 1964 - Aug. 31, 1966
Radioactive auxin to study axial curvature in terrestrial plants, retarded growth of internodes on horizontal clinostats on seedlings, and plant growth without gravity
BIOLOGY↗
The effect of weightlessness on the growth and orientation of roots and shoots of monocotyledonous seedlings Annual status report, 1 Jul. 1965 - 30 Jun. 1966
Refinements in culture techniques, physiology of plant organ orientation to gravity, and actual growth of wheat seedlings in flight hardware of biosatellite
GRAVITATIONAL EFFECT↗
Action of gravity on basipetal transport of auxin.
Gravity effect on basipetal transport of auxin studied by growing plants both erect and on horizontal clinostats
HORMONE↗
Auxin transport in geotropic curvatures of a branched plant.
Indole-acetic acid-2-C-14 movement in development of geotropic curvature in branches and immature plants from clone of Coleus blumei, Benth, studied by radioassay
HORMONE↗