All Stories

  1. Suppressive and promotive effects of rice bran on germination of Monochoria vaginalis in organic rice (Oryza sativa L.) production

    Article • Soil Science & Plant Nutrition, February 2022, Taylor & Francis

    Dr. Takuhito Nozoe

  2. Suppressive activity of volatile fatty acids and aromatic carboxylic acids on the germination of Monochoria vaginalis

    Article • Plant Production Science, March 2021, Taylor & Francis

    Dr. Takuhito Nozoe

  3. Factors destabilizing the control of Monochoria vaginalis by rice bran: its conflicting powers influence both suppression and promotion of germination in paddy soil

    Article • Plant Production Science, August 2020, Taylor & Francis

    Dr. Takuhito Nozoe

  4. Promotive effect of soil solution on germination of Monochoria vaginalis under paddy conditions

    Article • Soil Science & Plant Nutrition, February 2018, Taylor & Francis

    Dr. Takuhito Nozoe

  5. Rice bran suppresses M. vaginalis because of mushy layer on soil surface

    Article • Plant Production Science, February 2016, Taylor & Francis

    Dr. Takuhito Nozoe

  6. EC as indicator to evaluate the effect of rice bran on the growth of M. vahinalis

    Article • Soil Science & Plant Nutrition, April 2012, Taylor & Francis

    Dr. Takuhito Nozoe

  7. Why not Echinochloa crus-galli but E. oryzicola can survive in paddy field?

    Article • Plant Production Science, January 2010, Taylor & Francis

    Dr Takuro Shinano, Dr. Takuhito Nozoe

  8. Whether or not a weed can survive in paddy fields depends on the torelance for Fe-toxicity

    Article • Weed Biology and Management, March 2009, Wiley

    Dr. Takuhito Nozoe

  9. Fe torelable lines selected in green house do not always perform its activity in field

    Article • Japan Agricultural Research Quarterly JARQ, January 2008, Japan International Research Center for Agricultural Sciences

    Dr. Takuhito Nozoe

  10. Growth Inhibition of Rice by Water Drainage during Fallow at IRRI

    Article • Japan Agricultural Research Quarterly JARQ, January 2006, Japan International Research Center for Agricultural Sciences

    Dr. Takuhito Nozoe

  11. Characterization of Root Systems with Respect to Morphological Traits and Nitrogen-Absorbing Ability in the New Plant Type of Tropical Rice Lines

    Article • Journal of Plant Nutrition, May 2005, Taylor & Francis

    Dr Takuro Shinano, Dr. Takuhito Nozoe

  12. Root-shoot interaction as a limiting factor of biomass productivity in new tropical rice lines

    Article • Soil Science & Plant Nutrition, February 2004, Taylor & Francis

    Dr Takuro Shinano, Dr. Takuhito Nozoe

  13. Effects of the addition of Fe(0) on the reduction of Fe(III) in submerged rice soil

    Article • Soil Science & Plant Nutrition, March 2001, Taylor & Francis

    Dr. Takuhito Nozoe

  14. Effects of the addition of Fe-containing slag fertilizers on the changes inEh in Paddy soil

    Article • Soil Science & Plant Nutrition, September 1999, Taylor & Francis

    Dr. Takuhito Nozoe

  15. Effects of methanogenesis and sulfate-reduction on acetogenetic oxidation of propionate and further decomposition of acetate in paddy soil

    Article • Soil Science & Plant Nutrition, March 1997, Taylor & Francis

    Dr. Takuhito Nozoe

  16. Mechanisms of decomposition of acetic acid by methane-producing bacteria in submerged paddy soil

    Article • Soil Science & Plant Nutrition, March 1995, Taylor & Francis

    Dr. Takuhito Nozoe

  17. Effect of EDTA on reduction process in submerged paddy soil with rice straw

    Article • Soil Science & Plant Nutrition, March 1994, Taylor & Francis

    Dr. Takuhito Nozoe

  18. Effect of Ni-EDTA on production of methane and decomposition of volatile fatty acids in paddy soil

    Article • Soil Science & Plant Nutrition, December 1992, Taylor & Francis

    Dr. Takuhito Nozoe