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デジタル記事
1994-12BIOTRONICS23p.93-104
インターネットで読める全国の図書館
  • 要約等To predict time to flowering in field-grown soybean [Glycine max (L.) Merr......now how floral initiation and development are affected by changing daylengths. There is som...... both the rate of change in daylength and the direction of that change affect flowering. The purpose of this research ...... establish how increasing and decreasing daylengths of various magnitudes influenced progre...... toward floral initiation (R0) and progress in floral development (R0 to R1). Seeds of 'Johnston' (MG VIII) and 'Clark' (MG IV......ere sown every two weeks in a greenhouse a......39° N latitude in which temperature was controlled at 25℃ day and night. ...
  • 件名Glycine max (L.) Merr. photoperiod
  • 出版者(掲載誌)Biotron Institute, Kyushu University
デジタル記事
Acock, M. C., Bunce, J. A., Acock, B.Biotron Institute, Kyushu University1994-12BIOTRONICS23p.93-104
インターネットで読める全国の図書館
  • 件名Glycine max (L.) Merr. photoperiod
  • 関連情報Biotronics : Environment Control and Environmental Biology || 23 || p93-104 http://133.5.207.201/index.html

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