Handbook of Plant and Crop Physiology
M. Dekker, 1995 - Science - 1004 pages
Plants, crops, and growth environment; physiology of plant/crop growthand developmental stages; plant growth regulators: the natural hormones (growth promotors and inhibitors; physiological responses of plants and crops under stressful (salt, drought, and other environmental stress) conditions. Physiology of lower-plant genetics and development; Wholeplant vs. reductive research on physiological genetic of crop; physiological aspects of sustainable plant/crop production.
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Pre and Postharvest
Physiology of PlantCrop Growth and Developmental Stages
Physiological and Growth Responses to Atmospheric Carbon Dioxide
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abscission accumulation activity Agric amino acids Annu apoplastic assimilation auxin biochemical Biol buds C6-aldehydes Ca2+ calcium calmodulin carbohydrate carbon cell wall chlorophyll chloroplast concentration crop cultivars cytokinin cytoplasm cytosolic decrease dormancy effect environment environmental enzyme ethylene factors Figure flowering fruit function genes genetic genotypes germination gibberellin halophytes heavy metal hormones Hortic HortScience increase induced inhibition inhibitors interaction ions leaf leaves levels lipid mechanisms metabolic mutants NaCl nitrogen nutrient occur organic osmotic ozone pathway phloem photoperiod photosynthesis physiological Plant Cell plant growth Plant Mol Plant Physiol plant species plasma membrane potential production protein kinase proton reduced regulation response rice role root Rubisco salinity salt seedlings seeds senescence sensitivity shoot soil solute soybean stage stomatal studies sucrose synthesis temperature tissues tolerance tonoplast translocation transpiration transport uptake UV-B vacuole vegetative water stress xylem yield