ABSORPTION OF RADIOACTIVE STRONTIUM BY SOIL, ESPECIALLY IN RELATION TO NATIVE CALCIUM
スポンサーリンク
概要
著者
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Mitsui Shingo
Faculty Of Agriculture The University Of Tokyo
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Tensho Kiyoshi
Faculty Of Agriculture The University Of Tokyo
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YEH KO-LING
Faculty of Agriculture, The University of Tokyo
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Yeh Ko-ling
Faculty Of Agriculture The University Of Tokyo
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Tensho K.
Faculty of Agriculture, The University of Tokyo
関連論文
- INCORPORATION OF HEAVY NITROGEN IN DIFFERENT PARTS OF RICE PLANT AT THE PANICLE FORMATION STAGE
- ASPARAGINE TEST IN RELATION WITH THE NITROGEN NUTRITIONAL STATUS OF CROP PLANTS : V : RICE
- ASPARAGINE TEST IN RELATION WITH THE NITROGEN NUTRITIONAL STATUS OF CROP PLANTS : IV. Barley
- COMPARATIVE STUDY OF AMINO ACIDS AND AMIDES IN RELATION TO ASPARAGINE APPEARANCE AT THE PANICLE FORMATION STAGE OF RICE CROP
- ASPARAGINE TEST IN RELATION WITH THE NITROGEN NUTRITIONAL STATUS OF CROP PLANTS III. : Rice
- ASPARAGINE TEST IN RELATION WITH THE NITROGEN NUTRITIONAL STATUS OF CROP PLANTS II. : Barley
- ASPARAGINE TEST IN RELATION WITH THE NITROGEN NUTRITIONAL STATUS OF CROP PLANTS I. : Rice
- Studies on the change of the respiratory system in roots in relation to the growth of plants II. Activity of iron-containing oxidases in roots of cereal crops with the aging of plants
- Studies on the change of the respiratory system in roots in relation to the growth of plants V. Effect of root pruning terminal oxidase activity in roots of cereal crops
- INVESTIGATIONS ON THE RADIOACTIVE CONTAMINATION OF CROP PLANTS AS A RESULT OF H-BOMB DETONATION (PART 2) : ROOT AND FOLIAGE UPTAKE OF "BIKINI ASH"
- INVESTIGATIONS ON THE RADIOACTIVE CONTAMINATION OF CROP PLANTS AS A RESULT OF H-BOMB DETONATION (PART 1) : RADIOACTIVE CONTAMINATION OF CROP PLANTS AND SOILS
- THE INTAKE AND UTILIZATION OF CARBON BY PLANT ROOTS FROM ^C-LABELLED UREA. PART IV. : Absorption of intact urea molecule and its metabolism in plant.
- FORMATION OF ASPARAGINE FROM ^C-LABELLED ASPARTATE IN DIFFERENT PARTS OF RICE PLANT AT THE PANICLE FORMATION STAGE
- SOIL ADSORPTION OF UREA : I. ON THE MECHANISM OF ADSORPTION OF UREA
- ON THE UTILIZATION OF CARBON IN FERTILIZERS THROUGH RICE ROOTS UNDER POT EXPERIMENTAL CONDITION
- NUTRITIONAL STUDY OF SILICON IN GRAMINACEOUS CROPS (Part 1)
- SOIL ADSORPTION OF UREA II : An infra-red spectrophotometric analysis for a mechanism of adsorption of urea
- ABSORPTION OF RADIOACTIVE STRONTIUM BY SOIL, ESPECIALLY IN RELATION TO NATIVE CALCIUM
- THE UPTAKE OF STRONTIUM-90 AND CALCIUM BY LOWLAND AND UPLAND RICE FROM SOIL : AND THEIR DISTRIBUTION IN THE PLANTS
- CATION EXCHANGE CAPACITY OF CROP ROOTS AND ION UPTAKE : Part 2. The effect of cation exchange capacity of soil and plant roots on the uptake of some cations, particularly of magnesium
- NUTRITIONAL STUDY OF SILICON IN GRAMINACEOUS CROPS (PART 2)
- ROLE OF CALCIUM IN POTASSIUM UPTAKE BY PLANT ROOTS
- THE EFFECT OF PESTICIDES ON THE DENITRIFICATITN IN PADDY SOIL
- DYNAMIC STUDIES ON NUTRIENT UPTAKE BY CROP PLANTS (PART 14) : INTAKE AND TRANSFORMATION OF H_3P^O_4 IN THE ROOT OF WHEAT SEEDLINGS
- THE UPTAKE OF STRONTIUM AND CESIUM BY PLANTS FROM SOIL WITH SPECIAL REFERENCE TO THE UNUSUAL CESIUM UPTAKE BY LOWLAND RICE AND ITS MECHANISM