FURTHER STUDY ON IODINE TOXICITY IN RELATION TO "RECLAMATION AKAGARE" DISEASE OF LOWLAND RICE
スポンサーリンク
概要
著者
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Tensho Kiyoshi
Radio-isotope School Japan Atomic Energy Research Institute
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Watanabe Iwao
Faculty Of Agriculture University Of Tokyo:(present)central Agricultural Experiment Station
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Watanabe Iwao
Faculty Of Agriculture Iwate University
関連論文
- Methanogenic Characteristics of Flooded Rice Soils in Response to Glucose Amendment
- DIFFERENT GROWTH AND SURVIVAL OF RHIZOBIUM SPECIES IN THE RHIZOSPHERE OF VARIOUS PLANTS IN DIFFERENT SORTS OF SOIL : Ecological Studies on Root Nodule Bacteria in Soil (Part 4).
- ESTIMATION OF NUMBER OF ROOT-NODULE BACTERIA BY A NODULATION-DILUTION FREQUENCY METHOD : ECOLOGICAL STUDIES OF RHIZOBIUM IN SOILS (PART 1)
- Hydrogen Atom Position in Hydrated Iodide Anion from X-ray Absorption Near Edge Structure
- Nitrogen Mineralization in Tropical Wetland Rice Soils : II. Application of Exponential Models
- Nitrogen Mineralization in Tropical Wetland Rice Soils : I. Relationship with Temperature and Soil Properties
- ELECTRON TRANSPORT SYSTEMS OF RHIZOBIUM GROWN IN NODULES AND IN LABORATORY MEDIUM
- 24-1 The δ^C Values of CH_4 and CO_2 in Flooded Rice Soil Incorporated with ^C-labeled Rice Straw
- 24-9 Contribution of ^C-labeled rice straw to emitted methane from paddy soil
- THE EFFECT OF PESTICIDES ON THE DENITRIFICATITN IN PADDY SOIL
- TTC REDUCTION IN SUBMERGED SOILS
- TRACER STUDY ON PREFERENTIAL UPTAKE OF GERMANIUM BY RICE PLANT
- FURTHER STUDY ON IODINE TOXICITY IN RELATION TO "RECLAMATION AKAGARE" DISEASE OF LOWLAND RICE
- RADIO-IODINE UPTAKE BY PLANT FROM SOIL WITH SPECIAL REFERENCE TO LOWLAND RICE
- FURTHER EVIDENCE FOR GASEOUS CO_2 TRANSPORT IN RELATION TO ROOT UPTAKE OF CO_2 IN RICE PLANT
- VARIABLE BROMINE CONTENT IN SOIL : PLANT AND MILK
- THE EFFECT OF RHIZOSPHERE OF VARIOUS PLANTS ON THE GROWTH OF RHIZOBIUM : Ecological studies of root nodule bacteria (Part 3)
- THE GROWTH OF RHIZOBIUM IN THE RHIZOSPHERE OF THE HOST PLANT : Ecological studies of root nodule bacteria, (Part 2)
- ISOLATION OF PENTACHLOROPHENOL DECOMPOSING BACTERIA FROM SOIL
- Mineralization of Azolla N and Its Availability to Wetland Rice : II. Fertilizer Effect and ^N Uptake by Rice from Different Species of Azolla with Varying N Contents