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Allocation of carbon in plants under stress: an analysis of the ROPIS experiments

Description :
Language(s) : Undetermined
Subject(s) : radishes , stress factors , interactions , biomass , growth rate , water stress , nutrient deficiencies , plant nutrition , carbon , air pollution , ozone , simulation , forest trees , pollution , metabolism , carbohydrates , Biochemistry and Molecular Biophysics , Climatology (Environmental Sciences) , Ecology (Environmental Sciences) , Forestry , Horticulture (Agriculture) , Pathology , Physiology , Pollution Assessment Control and Management , Toxicology , Coniferopsida: Gymnospermae , Spermatophyta , Plantae , Cruciferae: Dicotyledones , Angiospermae , Spermatophyta , Plantae , Plantae Unspecified: Plantae , Salicaceae: Dicotyledones , Angiospermae , Spermatophyta , Plantae , aspen (Salicaceae) , loblolly pine (Coniferopsida) , plant (PlantaeUnspecified) , ponderosa pine (Coniferopsida) , radish (Cruciferae) , Picea rubens (Coniferopsida) , Pinus ponderosa (Coniferopsida) , Populus tremuloides (Salicaceae) , Raphanus sativus (Cruciferae) , angiosperms , dicots , gymnosperms , plants , spermatophytes , vascular plants , Air Pollution , Environmental Impact , Forestry , Nitrogen , Ozone , Red Spruce , Response of Plants to Interacting Stresses , Seasonality , Plants (botany) , Stresses , Ozone , Water , Nitrogen , Biomass , Environmental impact , Growth (materials) , Storage (materials) , Carbon allocation , Response of plants to interacting stresses , Foliar starch , Loblolly pine , Organs , Pathogen , Carbon partitioning , picea rubens , pinus ponderosa , pinus taeda , populus tremuloides , raphanus sativus , photosynthesis , dry matter distribution , biomass production , growth rate , starch , plant composition , stress factors , ozone , air pollution , nutrient deficiencies , nitrogen , water deficit , carbon allocation , Forest Sciences
Publisher(s) :
Contributor(s) : DigitalCommons@USU
Source(s) : Aspen Bibliography
Publication Date(s) : 1994-01-01