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The International Rice Research Institute | 論文
- Mineralization of Azolla N and Its Availability to Wetland Rice : I. Nitrogen Mineralization of Different Azolla Species as Affected by Their Chemical Composition
- EFFECTS OF TEMPERATURE ON GROWTH OF THE RICE PLANT (Oryza sativa L.) IN A CONTROLLED ENVIRONMENT
- EFFECTS OF AIR TEMPERATURE AND LIGHT ON GRAIN FILLING OF AN INDICA AND A JAPONICA RICE (Oryza sativa L.) UNDER CONTROLLED ENVIRONMENTAL CONDITIONS
- NITROGEN NUTRITION, LEAF RESISTANCE, AND LEAF PHOTOSYNTHETIC RATE OF THE RICE PLANT
- PHOTOSYNTHESIS OF THE RICE PLANT UNDER WATER STRESS
- DYNAMICS OF AVAILABLE NITROGEN IN PADDY SOILS : II. Mineralized N Of Chloroform-Fumigated Soil as a Nutrient Source for Rice
- MICROBIAL BIOMASS NITROGEN IN ANAEROBIC SOIL AS AFFECTED BY N-IMMOBILIZATION AND N_2-FIXATION
- イネにおける葉身の高鉄濃度耐性の品種間差
- ZINC DEFICIENCY OF THE RICE PLANT ON CALCAREOUS AND NEUTRAL SOILS IN THE PHILIPPINES
- Sexual Hybrids of Azolla filiculoides with A. microphylla
- INORGANIC NITROGEN MOVEMENT IN TROPICAL SOILS : II. The Fate of Ammonium Fertilizer in Well and Poorly Drained Soils in the Rainy Season
- SEASONAL CHANGE OF N_2 FIXING RATE IN RICE FIELD ASSAYED BY IN SITU ACETYLENE REDUCTION TECHNIQUE : II. Estimate of Nitrogen Fixation Associated with Rice Plants
- DECOMPOSITION OF RICE RESIDUES IN TROPICAL SOILS : IV. The Effect of Rice Straw on Nitrogen Fixation by Heterotrophic Bacteria in Some Philippine Soils
- ZINC DEFICIENCY OF THE RICE PLANT IN CALCAREOUS SOILS
- THE ACCUMULATION PROCESS OF CARBOHYDRATE IN RICE VARIETIES IN RELATION TO THEIR RESPONSE TO NITROGEN IN THE TROPICS
- EFFECTS OF NITROGEN, PHOSPHORUS, AND POTASSIUM ON PHOTOPHOSPHORYLATION IN RICE IN RELATION TO THE PHOTOSYNTHETIC RATE OF SINGLE LEAVES
- EFFECTS OF DIFFERENT METHODS OF ZINC APPLICATION ON GROWTH AND YIELDS OF RICE IN A CALCAREOUS SOIL, WEST PAKISTAN
- PHOTOSYNTHESIS, CROP GROWTH, AND RESPIRATION OF A TALL AND SHORT RICE VARIETIES
- NITROGEN SUPPLYING ABILITY OF PADDY SOILS UNDER FIELD CONDITIONS IN THE PHILIPPINES
- PARTIAL REPLACEMENT OF POTASSIUM BY SODIUM IN THE RICE PLANT UNDER WEAKLY SALINE CONDITIONS