[主要な研究業績]


業績リスト:(小葉田 亨)

  1. Kobata, T. and Uemuki, N. 2004. High temperatures during the grain-filling period do not reduce the potential grain dry matter increase of rice. Agron. J. 96(2): 406-414.
  2. Kakiuchi, J. and Kobata, T. 2004. Shading and thinning effects on seed and shoot dry matter increase in determinate soybean during the seed-filling period. Agron. J. 96(2): 398-405.
  3. 小葉田 亨・植向直哉・稲村達也・加賀田恒 2004. 子実への同化産物供給不足による高温下の乳白米発生.日作紀.73(3):315-322.
  4. Kakiuchi, J. and Kobata, T. 2006. The relationship between seed and shoot dry matter increase in three different growth habit soybeans subject to shading and thinning during the seed-filling period. Plant Prd. Sci. 9(1): 20-26.
  5. Kobata, T., Nagano, T., and Ida, K. 2006. Critical factors for grain filling in low grain-ripening rice cultivars. Agron. J. 98:536-544.
  6. Kobata, T., Kitano, M. and Yoshida, R. 2007. Non-hydraulic factor controls the leaf diffusive conductance of rice grown in anaerobic reduced soils. Plant Prod. Sci. 10:207-210.
  7. Kakiuchi, J. and Kobata, T. 2008. High Carbon Requirements for Seed Production in Soybeans (Glycine max (L.) Merr.). Plant Prod. Sci. 11: 19-202.
  8. Hoang, T. B and Kobata, T. 2009. Root contribution to say-green in rice (Oryza sativa L.) subjected to desiccated soil s in the post ?anthesis period. Root Research. 18:5-13.
  9. Hoang, T. B and Kobata, T. 2009. Stay-green in rice (oryza sativa l.) of drought-prone areas in desiccated soils. Plant Prod. Sci. 12: 397-408.
  10. 小葉田 亨 2009. 水とコムギ.水と植物.7:6-10.
  11. Kobata, T., Akiyama, Y. and Kawaoka, T. 2010. Convenient Estimation of Unfertilized Grains in Rice. Plant Prod. Sci. 13: 289-296.


    業績リスト:(小林和広)

  12. 水稲の穎花ならびに枝梗分化に及ぼす生殖生長期の体内窒素の影響.小林和広・堀江 武,日作紀,63:193-199,1994.
  13. 穂軸節位別にみた1穂穎花数の異なる水稲品種の2次枝梗・穎花の分化と退化.小林和広・今木 正,日作紀,66:578-587,1997.
  14. 株周と葉緑素値あるいは葉色を組み合わせた水稲の生育診断の開発(第1報)−地上部乾物重,窒素含有量の診断−,小林和広・植木 忠・今木 正,農業生産技術管理学会誌,6:1-6, 1999.
  15. 株周と葉緑素値あるいは葉色を組み合わせた水稲の生育診断の開発(第2報)−穂数と面積当たり穎花数の診断−,小林和広・植木 忠・今木 正,農業生産技術管理学会誌,7:89-93, 2000.
  16. Effects of non-structural carbohydrates on spikelet differentiation in rice, Kobayasi, K., Yamane, K. and Imaki, T., Plant Prod. Sci., 4:9-14, 2001.
  17. 穂首分化期の窒素追肥と栽植密度の組み合わせが水筒の面積当たり穎花数に及ぼす影響,小林和広・中瀬寛子・今木 正,日作紀,70:34-39, 2001.
  18. 緩効性肥料で栽培したコシヒカリの籾数に及ぼす低温・日照不足の影響,小林和広・今木 正,農業生産技術管理学会誌,8(1):61-65, 2001.
  19. Relationship between the size of the apical dome at the panicle initiation and the panicle components in rice,Kobayasi, K., Imaki, T. and Horie, T., Plant Prod. Sci., 4:81-87,2001.
  20. 大区画化水田における水稲生産性の圃場内変動―大区画化工事36年後の場合―,大西政夫・久冨陽子・山根研一・中野尚夫・若月利之・小林和広,農業生産技術管理学会誌,8(2):63-68
  21. Quantitative relation of spikelet degeneration with available carbohydrate in the mid-reproductive stage, Kobayasi, K., Yamane, K. and Imaki, T., Bull. Fac. Life Env. Sci. Shimane Univ. 6:23-29, 2001.
  22. Relationship between apical dome diameter at panicle initiation and the size of panicle components in rice grown under different nitrogen conditions during the vegetative stage, Kobayasi, K., Horie, Y. and Imaki, T., Plant Prod. Sci., 5:3-7, 2002.



    業績リスト: (足立文彦)

  23. 足立文彦・小葉田 亨・有本雅幸・今木 正, 1995. 水稲水利用効率の地域・年度間比較.第1報 気象および植物体要因を組み入れた群落蒸散量の推定.日作紀,64:509-515.
  24. Adachi,F., T.Kobata, and T.Imaki, 1996. Seasonal changes of stomatal conductance in field grown rice (Oryza sativa L.) are positively correlated with leaf color. Crop Research in Asia. Achievements and Perspective. Proceedings of the 2nd Asian Crop Science Conference, 528-529.
  25. 足立文彦・小葉田 亨・有本雅幸・今木 正, 1996. 水稲水利用効率の地域・年度間比較.第2報 島根県下3地域間・2品種間の比較.日作紀,65:173-180.
  26. 足立文彦, 1997. 気候温暖化にともなう島根県の水稲蒸発散量の変化予測.日作中支集録,38:1-6.
  27. Adachi, F., T.Kobata and T.Imaki, 1998. Impacts of warming climate on water use and yield of paddy rice in humid areas. Asian Crop Science 1998, Proceedings of the 3rd Asian Crop Science Conference, 134-138.
  28. Adachi, F., T.Kobata and T.Imaki, 1999. Leaf Nitrogen Contents as a Dominant Factor Determining Water-Use Efficiency in Paddy Rice. Proceedings of international symposium, World Food Security and Crop Production Technologies for Tomorrow. 312-313.
  29. Kobata, T., M. M. Hoque and F.Adachi, 2000. Responses of Dry Matter Production and Water Use to Soil Compaction under Water Deficit Stress during the Reproductive Stage in Rice (Oryza sativa L.). Plant Prod.Sci., 306-315.
  30. Adachi, F., T.Kobata and T.Imaki, 2001. Hydraulic water-translocation between wet donor crop root systems and desiccated neighboring plants. Proceedings of the 6th symposium of the international society of root research, 350-351.

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