Takai Y | Nodai Research Institute Tokyo University Of Agriculture
スポンサーリンク
概要
関連著者
-
Wada Hidenori
Faculty of Agriculture, The University of Tokyo
-
Takai Yasuo
Nodai Research Institute,Tokyo University of Agriculture
-
Wada Hidenori
Faculty Of Agriculture The University Of Tokyo
-
Takai Y
Nodai Research Institute Tokyo University Of Agriculture
-
Kimura Makoto
School Of Agriculture Nagoya University
-
KIMURA Makoto
Faculty of Agriculture, The University of Tokyo
-
Takai Yasuo
Faculty Of Agriculture The University Of Tokyo
-
Kimura Makoto
Faculty Of Agriculture Kyushu University Graduate School
-
TAKAI Yasuo
Faculty of Agriculture, The University of Tokyo
-
Panichsakpatana Supamard
Department of Soils, Kasetsart University
-
Panichsakpatana S
Kasetsart Univ. Bangkok Tha
-
Panichsakpatana Supamard
Department Of Soil Science Kasetsart University
-
PANICHSAKPATANA Supamard
Faculty of Agriculture, the University of Tokyo
-
Panichsakpatana Supamard
Faculty Of Agriculture Kasetsert University
-
CHAIROJ Prapai
Faculty of Agriculture, The University of Tokyo
-
Chairoj P
Dep. Agriculture(doa) Bangkok Thl
-
Chairoj Prapai
Faculty Of Agriculture The University Of Tokyo
-
Seirayosakol Ashara
Faculty Of Agriculture University Of Tokyo
-
SEIRAYOSAKOL Ashara
Faculty of Agriculture, The University of Tokyo
-
Watanabe Iwao
International Rice Research Institute (IRRI)
-
Patcharapreecha Pongsiri
Department of Soil Science, Khon Kaen University
-
UEHARA Yoichi
Tropical Agriculture Research Center. Ministry of Agriculture. Forestry and Fisheries
-
TAKAI Yasuo
Facuity of Agriculture, The University of Tokyo
-
Patcharapreecha Pongsiri
Department Of Soil Science Khon Kaen University
-
Takai Yasuo
Nodai Research Institute Tokyo University Of Agriculture
-
Uehara Y
Research Institute Of Electrical Communication Tohoku University
-
Watanabe Iwao
International Rice Research Institute
-
Kimura Makoto
School Of Agricultural Sciences Nagoya University
著作論文
- Quantitative Estimation of Decomposition Process of Plant Debris in Paddy Field : II. Amounts and C/N Ratios of Plant Debris in Tropical Paddy Soils
- NITROGEN DYNAMICS IN THE UPPERMOST PART OF SUBMERGED PADDY SOILS IN TEMPERATE AND TROPICAL REGIONS : II. Effect of Segregation of Soil Particles by Puddling on the Dynamics of Submerged Sandy Soil
- NITROGEN DYNAMICS IN THE UPPERMOST PART OF SUBMERGED PADDY SOILS IN TEMPERATE AND TROPICAL REGIONS : I. Effect of long-term Fertilization Treatment
- 7-4 (Part II.) Influence of segregation of soil particles and plant residues by puddling on the dynamics of submerged paddy soils
- EFFECTS OF DIRECT SOWING CULTIVATION ON THE RHIZOSPHERE OF LOWLAND RICE
- INFLUENCES OF ORGANIC DEBRIS AND RICE ROOT ON THE NITROGEN FIXATION IN THE SUBMERGED SOIL
- ORGANIC DEBRIS AS MICRO-SITE FOR NITROGEN FIXATION
- APPLICATION OF N_2/Ar RATIO METHOD FOR N_2 FIXATION STUDIES IN SUBMERGED SOIL
- NITROGEN FIXATION IN PADDY SOILS : III. N_2 Fixation and Its Active-sites in Soil and Rhizosphere
- THE STUDIES ON THE RHIZOSPHERE OF PADDY RICE : VI. The Effects of Anaerobiosis on Microbes
- NITROGEN FIXATION IN PADDY SOILS : II. A Model Experiment for Paddy Soil
- NITROGEN FIXATION IN PADDY SOILS : I. Factors Affecting N_2 Fixation
- THE PROCESS OF MANGANESE DEPOSITION IN PADDY SOILS : II. The Microorganisms Responsible for Manganese Deposition
- THE PROCESS OF MANGANESE DEPOSITION IN PADDY SOILS : I. A Hypothesis and Its Verification
- THE FORMING PROCESS OF THE PECULIAR Mn-MOTTLING IN THE POLDER