FUJIYAMA HIDEYASU | Faculty of Agriculture, Tottori University

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著作論文

Similarity of Bacterial Community Structure between Asian Dust and Its Sources Determined by rRNA Gene-Targeted Approaches
Effect of K-type and Ca-type artificial zeolites applied to high sodic soil on the growth of plants different in salt tolerance(Plant Nutrition)
Ameliorative Effect of K-type and Ca-Type Artificial Zeolites on the Growth of Beets in Saline and Sodic Soils
STUDIES ON IMPROVEMENT OF NUTRIENT AND WATER SUPPLY IN CROP CULTIVATION ON SAND DUNE SOIL : I. Comparison of Irrigation Methods
Adequate internal water status of NaCl-salinized rice shoots enhanced selective calcium and potassium absorption(Soil Chemistry and Mineralogy)
11-15 Effects of Soil Salinity on Growth and Metal Elements Absorption of Tomato, Asparagus and Bean
STUDIES ON IMPROVEMENT OF NUTRIENT AND WATER SUPPLY IN CROP CULTIVATION ON SAND DUNE SOIL : 2. Effect Of Fertilizer Placement and Irrigation Method on Growth and Nutrient Uptake of Tomatoes
11-8 Nitrate uptake by different plants under Cl and SO4 salinity in relation to water uptake
Sodium tolerance of plants in relation to ionic balance and the absorption ability of microelements(Plant Nutrition)
STUDIES ON RESPONSES OF PLANTS GROWN ON SAND DUNE SOIL TO A NUTRIENT SOLUTION APPLIED BY DRIP IRRIGATION : III. Effect of Activity Ratio of Potassium to Calcium and Magnesium in Nutrient Solution on Lettuce Growth
Difference in Response of Rice and Tomato Subjected to Sodium Salinization to the Addition of Calcium
STUDIES ON RESPONSES OF PLANTS GROWN ON SAND DUNE SOIL TO A NUTRIENT SOLUTION APPLIED BY DRIP IRRIGATION : I. Relation between Behavior of Nutrients in the Soil and Nutrient Uptake by Tomatoes
Salt Tolerance of Grain Crops in Relation to Ionic Balance and Ability to Absorb Microelements
Adaptive strategy of six native herbaceous species growing over the whole region of Mt. Daisen : characteristics of N, P, K, Ca, and Mg accumulation in leaves(Plant nutrition)
Comparison of ionic concentration, organic solute accumulation and osmotic adaptation in Kentucky bluegrass and Tall fescue under NaCl stress(Plant nutrition)

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