9-26 Effect of phytosiderophore on iron absorption and translocation in arsenic-stressed graminaceous plants : Experiment with hydroponical plants fed with iron-59

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Effect of supplied phytosiderophore on ^Fe absorption and translocation in Fe-deficient barley grown hydroponically in low phosphorus media(Plant Nutrition)
9-35 Absorption and Translocation of Fe in Barley Plant Grown hydroponically under Fe-deficient and low Phosphorus conditions : Including the Effect of Phytosiderophore
9-22 Physiological and mineralogical properties of Arsenic-induced-Fe-deficient barley plant
Concentrations of Iron and Phytosiderophores in Xylem Sap of Iron-Deficient Barley Plants
9-25 Effect of pH on Arsenic Toxicity in Barley Grown in Water Culture
Effect of low phosphorus and iron-deficient conditions on phytosiderophore release and mineral nutrition in barley(Plant Nutrition)
Effects of Excess Manganese and Metal Chelators on Micronutrient Concentrations in the Xylem Sap of Iron-Deficient Barley Plants
Rapid Incorporation of ^C of Glucose into Phytosiderophores in Iron-Deficient Barley Roots
Diurnal Variations in Absorption and Translocation of a Ferrated Phytosiderophore in Barley as Affected by Iron Deficiency(Plant Nutrition)
9-27 Mechanism of potassium alleviation of manganese phytotoxicity in barley
Mechanism of Potassium Alleviation of Manganese Phytotoxicity in Barley Evaluated by Short-Term Absorption of Manganese-54 and Iron-59
Mechanism of Potassium Alleviation of Manganese Phytotoxicity in Barley Evaluated by Short-Term Absorption of Manganese-54 and Iron-59 (Plant Nutrition)
Alleviation of Manganese Toxicity and Manganese-Induced Iron Deficiency in Barley by Additional Potassium Supply in Nutrient Solution
Effect of Iron Deficiency on the Chemical Composition of the Xylem Sap of Barley
Metal Micronutrients in Xylem Sap, of Iron-Deficient Barley as Affected by Plant-Borne, Microbial, and Synthetic Metal Chelators
Incorporation of ^C into Methionine as an Intermediate for Phytosiderophore Biosynthesis in Barley
PC27 STUDIES ON PHYTOSIDEROPHORES : BIOSYNTHESIS OF MUGINEIC ACID AND 2'-DEOXYMUGINEIC ACID IN HORDEUM VULGARE
Arsenic-iron interaction : Effect of additional iron on arsenic-induced chlorosis in barley grown in water culture(Plant Nutrition)
Effect of arsenic on phytosiderophores and mineral nutrition of barley seedlings grown in iron-depleted medium(Plant Nutrition)
14 Effect of Arsenic on the Growth of Sorghum Seedlings Grown Hydroponically
Physiological and mineralogical properties of arsenic-induced chlorosis in rice seedlings grown hydroponically(Plant Nutrition)
EFFECT OF HyA-INTERLAYERING ON NH_4/Ca SELECTIVITY OF EXPANDABLE LAYER SILICATES
22-2 Use of Sequential Extraction to Assess Distribution of Heavy Meatals in Some Cd-Contaminated and Noncontaminated Soils in Japan
22-45 Arsenic in Bangladesh environment and its impact on food chain through crop transfer
Cadmium uptake in barley affected by iron concentration of the medium: Role of phytosiderophores(Plant Nutrition)
6-1 Mineral Absorption of High Magnesium Containing Cultivars of Italian Ryegrass and Tall Feseue.
16 Cadmium tolerance and uptake by accumulator Arabidopsis halleri ssp. gemmifera grown in nutrient solution
P9-18 Abrabidopsis halleri gemmifera as a potential candidate for hyper-accumulator of cadmium and zinc
9-26 Effect of phytosiderophore on iron absorption and translocation in arsenic-stressed graminaceous plants : Experiment with hydroponical plants fed with iron-59
9-14 Inorganic and Organic Solutes of Xylem Fluid of Arsenic Stressed Barley seedlings Grown Hydroponically
Detection of the Regions of Phytosiderophore Release from Barley Roots
11-20 The effect of charcoal in reducing arsenic uptake by spinach grown in arsenic contaminated soil
4-3-9 Response of spinach and green amaranth to arsenic with respect to mineral nutrition

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