NITROGEN-FIXING MICROORGANISMS IN PADDY SOILS IV. : Nitrogen Fixation by Photosynthetic Bacteria (Rhodopseudomonas capsulatus species) under Various Conditions
スポンサーリンク
概要
著者
-
Okuda Azuma
Faculty Of Agriculture
-
Yamaguchi Masuro
Faculty Of Agriculture Kyoto University
-
Kobayashi Michiharu
Faculty Of Agriculture Department Of Agricultural Chemistry Kyoto University
-
Okuda A.
Department of Agricultural Chemistry, University of Kyoto
関連論文
- STUDIES ON THE EFFECT OF HUMIC ACID ON AVAILABILITY OF PHOSPHORUS
- PURIFICATION OF HUMIC ACID BY THE USE OF ION EXCHANGE RESIN
- EFFECT OF CHROMATE AND ORGANIC AMENDMENTS ON THE COMPOSITION AND ACTIVITY OF THE MICROORGANISM FLORA IN SOIL
- EFFECT OF ANIONIC HEAVY METALS ON AMMONIFICATION AND NITRIFICATION IN SOIL
- NUCLEIC ACIDS IN THE CULTURE FLUIDS OF RHODOPSEUDOMONAS CAPSULATUS AND OTHER HETEROTROPHIC BACTERIA
- NITROGEN-FIXING MICROORGANISMS IN PADDY SOILS (XVIII) : Nitrogen Fixation in Mixed Culture of Photosynthetic Bacteria (R. capsulatus) with Other Heterotrophic Bacteria (8) : Effect of light on the mixed culture of R. capsulatus with B. megaterium
- NITROGEN-FIXING MICROORGANISMS IN PADDY SOILS XVII : Nitrogen Fixation in Mixed Culture of Photosynthetic Bacteria (R. capsulatus) with Other Heterotrophic Bacteria (7) : Stimulative effects of pyruvic acid on nitrogen fixation
- NITROGEN-FIXING MICROOGANISMS IN PADDY SOILS XVI : Nitrogen Fixation in a Mixed Culture of Photosynthetic Bacteria (R. capsulatus species) and Other Heterotrophic Bacteria (6) : Stimulative effect by shaking culture
- FOLIAR ABSORPTION OF NUTRIENTS : I : The Effect of Different Phosphorus Compounds and pH on Foliar Absorption by Use of Radioactive Isotopes.
- IDENTIFICATION OF AMINO ACIDS IN HUMIC ACID
- NITROGEN-FIXING MICROORGANISMS IN PADDY SOILS : (PART 3) DISTRIBUTION OF NON-SULPHUR PURPLE BACTERIA IN PADDY SOILS
- FIXATION AND RELEASE OF PHOSPHATE BY AND FROM SOILS
- NITROGEN-FIXING MICROORGANISMS IN PADDY SOILS X. : Effect of Molybdenum on the Growth and the Nitrogen Assimilation of Tolypothrix tenuis
- BACTERIOPHAGE OF PHOTOSYNTHETIC BACTERIUM (RHODOPSEUDOMONAS CAPSULATUS) AND PHYTOPATHOGENIC BACTERIUM (PSEUDOMONAS GLYCINEA)
- NITROGEN-FIXING MICROORGANISMS IN PADDY SOILS:VIII : Nitrogen Fixation in Mixed Culture of Photosynthetic Bacteria (Rhodopseudomonas capsulatus species) with Other Heterotrophic Bacteria (2)
- NITROGEN-FIXING MICROORGANISMS IN PADDY SOILS VII. : Products in Mixed Culture of Rhodopseudomonas capsulatus with Azotobacter vinelandii (1)
- NITROGEN-FIXING MICROORGANISMS IN PADDY SOILS : V. : Nitrogen Fixation in Mixed Culture of Photosynthetic Bacteria (Rhodopseudomonas capsulatus species) with Other Heterotrophic Bacteria (1)
- NITROGEN-FIXING MICROORGANISMS IN PADDY SOILS IV. : Nitrogen Fixation by Photosynthetic Bacteria (Rhodopseudomonas capsulatus species) under Various Conditions
- DESTRUCTION OF FECAL COLIPHAGES DURING THE COMPOSTING PROCESS OF PORCINE FECES
- Salt Stress Increases the Respiratory Cost of Nitrogen Fixation
- NITROGEN-FIXING MICROORGANISMS IN PADDY SOILS : VI : Vitamin B_ Activity in Nitrogen-fixing Blue-green Algae
- NITROFGEN-FIXING MICROORGANISMS IN PADDY SOILS : (PART 2) DISTRIBUTION OF BLUE-GREEN ALGAE IN PADDY SOILS AND THE RELATIONSHIP BETWEEN THE GROWTH OF THEM AND SOIL PROPERTIES
- FOLIAR ABSORPTION OF NUTRIENTS : III. Comparison of foliar absorption with root absorption in potassium phosphate double-labeled with ^K and ^P.
- SOME ASPECTS ON THE NATURE OF HUMIC ACID
- FOLIAR ABSORPTION OF NUTRIENTS : II : The Effect of Sucrose on the Absorption and Translocation of Foliar Applied Phosphoric Acid Labeled by Radioactive Phosphorus.
- FOLIAR ABSORPTION OF NUTRIENTS IV : The effect of some organic compounds on the absorption of foliar applied phosphoric acid
- LEAK-PREVENTING EFFECT OF SYNTHETIC SOIL CONDITIONERS IN PADDY FIELD
- NITROGEN-FIXING MICROORGANISMS IN PADDY SOILS : (PART 1)CHARACTERISTICS OF THE NITROGEN FIXATION IN PADDY SOILS
- NITROGEN-FIXING MICROORGANISMS IN PADDY SOILS IX. : Products in the Mixed Culture of Rhodopseudomonas capsulatus with Azotobacter vinelandii (2)
- On the R Centers in Lithium Fluoride