Mineral Nutrition of Plants: Principles and PerspectivesThe elements of plant nutrition. Transport. Aspects of energetics and the metabolism of individual elements. Heredity and environment in plant nutrition. |
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absorbed Academic Press accumulation acid active algae ammonium anion atmosphere bacteria barley roots boron boron deficiency calcium carbon carrier cation exchange cations cell wall Chapter chemical chloride chloroplasts cytoplasm deficiency diffusion discussed effect electron endodermis energy enzymes Epstein essential evidence excised experimental experiments external solution factor Figure function genetic growth halophytes heavy metal high concentrations higher plants hypothesis inorganic ion absorption ion transport iron kinetics Laties leaf tissue leaves Lüttge magnesium manganese mechanisms medium membrane metabolism micronutrient mineral elements mineral nutrition mitochondria molybdenum movement nitrate nitrogen fixation nodules nutrient nutrient solutions organic osmotic oxygen phloem phosphate phosphorus phosphorylation photosynthesis physiological Plant and Soil plant cells plant nutrition Plant Physiol Plantarum plasmalemma protein respiration result role root pressure rubidium saline salt sieve elements sieve tubes sodium soil solution species stele substrate sugar sulfate sulfur synthesis tion translocation uptake vacuole xylem zinc