Terrestrial agriculture plant and animal research as applicable to extraterrestrial food production
Terrestrial agriculture plant and animal research applied to extraterrestrial food production
FOOD↗
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Results for “PLANT /BIOL/”
Search indexed NASA NTRS and DOE OSTI research on propulsion, heat transfer, battery materials and energy systems. Follow report and document links to the original sources.
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The Use of Pathogen-free Plants in a Microcosm, Part II Final Report, Jan. 1 - Jun. 30, 1966
Prototype germ free controlled environment plant growth chamber
PLANT /BIOL/↗
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↗
Reducing power generated in the second photoact of photosynthesis.
Quantum yield of photoreduction intrinsically lower in Bishop Scenedesmus mutant than in wild- type algae photosynthesis
PHOTOREDUCTION↗
Alkaloid studies. LVI - The constitution of vallesiachotamine.
Constitution of vallesiachotamine isolated from Peruvian Apocynaceae Vallesia dichotoma Ruiz et Pav
BIOGENESIS↗
Micro-aerobic capabilities in land plants - Observations on survival and growth of plants submerged in fresh and saline waters.
Seed germination and seedling growth dependence on oxygen, noting microaerobic capabilities among vascular plants, water effect, etc
SEEDING↗
On the thresholds of gravitational force perception by plants.
Gravitational force perception thresholds of plants in weightless conditions measured in terms of growth and development
WEIGHTLESSNESS SIMULATION↗
Responses of heterotrophic cultures of Chlorella vulgaris beyerinck to darkness and light. I - Pigment and pH changes.
Difference spectra of glucose cultures of Chlorella vulgaris beyernick indicate increased pigmentation in white light and monochromatic light over dark controls
PHOTOTROPISM↗
Responses of heterotrophic cultures of Chlorella vulgaris Beyerinck to darkness and light. II - Action spectrum for and mechanism of the light requirement for heterotrophic growth.
Photoillumination effect on growth rate of Chlorella vulgaris, discussing action spectrum and mechanism of light requirement for heterotrophic growth
PHOTOTROPISM↗
Effects of ultra-violet alone and simulated solar ultra-violet radiation on the leaves of higher plants.
Higher-plant leaves survival under UV along and under simulated solar UV radiation corresponding to radiation incident on Mars, Earth and Venus
ULTRAVIOLET RADIATION↗
Effects of ultra-violet alone and simulated solar ultra-violet radiation on the leaves of higher plants.
Leaf-kill of blades and pine needles by simulated mars, earth, and venus solar radiation
SIMULATION↗
Geotropism in simulated low-gravity environments.
Geotropism in simulated low-gravity environment
WEIGHTLESSNESS SIMULATION↗
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↗
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↗
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↗
Increasing the radioresistance of the potato under conditions of anoxia
Increased radiation resistance of potato under anoxia
PLANT /BIOL/↗
Plant and animal life safely recovered from Biosatellite II
Preliminary analysis of Biosatellite II space flight effects on variety of plant and animal species under weightlessness
WEIGHTLESSNESS↗
Killing and mutagenic efficiencies of heavy ionizing particles in Arabidopsis thaliana.
Killing and mutagenic efficiencies of heavy ionizing particles in Arabidopsis thaliana
HEAVY ION↗