Genetic Specificity of Mineral Nutrition of PlantsMiloje R. Sarić |
Contents
HechtBuchholz Ch FRG | 21 |
FRG | 31 |
Fatialiva S M Gulieva E D and Melikova O F USSR | 37 |
Copyright | |
23 other sections not shown
Common terms and phrases
absorption accumulation acid soil activity adaptation Agron barley calcareous cation cells chloroplasts concentration corn crop cultivars cytoplasm deficiency dry matter dry weight effect efficiency efflux enzyme Epstein excised roots experiments fertilizer fluxes genetic specificity genotype differences genotypes glycophytes grain yield growth halophytes higher hybrids inbred increase influx investigated ion uptake Jeschke Knezha Läuchli leaf leaves lines lower maize manganese manganese deficiency maritima metabolism mineral elements mineral nutrition mitochondria NaCl nitrogen nitrogen fixation nutrient nutrient solution organic phosphate phosphorus photosynthesis physiological Plant Physiol plant species Plantago plants grown plasmalemma potassium protein ratio response root length salinity salt tolerance Sarić seedlings seeds selectivity shoot sodium sorghum soybean specificity of mineral strains stress sugar beet sunflower Table tissue toxicity translocation transport triticale uptake rate utilization variation varieties Verduzzo Vicia faba wheat xylem