Akita Shigemi | The University Of Shiga Prefecture
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概要
関連著者
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Akita Shigemi
The University Of Shiga Prefecture
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Saka Hitoshi
Field Production Science Center,Graduate School of Agricultural and Life Sciences,The University of
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Shaobing Peng
Crop Soil And Water Sciences Division The International Rice Research Institute
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Peng Shaobing
Crop Soil And Water Sciences Division The International Rice Research Institute
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Ma.rebecca C
Crop Soil And Water Sciences Division The International Rice Research Institute
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Laza Ma.
Crop Soil And Water Sciences Division The International Rice Research Institute
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Peng Shaobing
Crop, Soil, and Water Sciences Division, The International Rice Research Institute
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Ma.Rebecca C
Crop, Soil, and Water Sciences Division, The International Rice Research Institute
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Shaobing Peng
Crop, Soil, and Water Sciences Division, The International Rice Research Institute
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Saka Hitoshi
Field Production Science Center Graduate School Of Agricultural And Life Sciences The University Of
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Saka Hitoshi
Field Production Science Center The University Of Tokyo
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Laza Ma.
Crop, Soil, and Water Sciences Division, The International Rice Research Institute
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Peng Shaobing
Crop, Soil and Water Sciences Division, International Rice Research Institute
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Nemoto Keisuke
The University Of Tokyo
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TANIMOTO Eiichi
Nagoya City Univ.
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Tanimoto Eiichi
Nagoya City University
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Ando Satoshi
The University of Tokyo
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Kabaki Nobuyuki
National Agriculture Research Center
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Fujimoto Hiroshi
National Agriculture Research Center
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Akita Shigemi
The University Of Tokyo:(present Address)school Of Environmental Science The University Of Shiga Pre
著作論文
- Breakdown of Cell Wall Polysaccharides in Rice Culms at the Early Ripening Stage
- Effect of Panicle Size on Grain Yield of Rice Crop in the Wet Season
- eterminants for Increased Grain Yield of Recently Developed Rice in the Tropics
- Effect of Panicle Size on Grain Yield of IRRI-Released Indica Rice Cultivars in the Wet Season(Crop Physiology and Ecology)
- Contribution of Biomass Partitioning and Translocation to Grain Yield under Sub-Optimum Growing Conditions in Irrigated Rice