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Volume 10 Issue 1
Apr.  2012
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Huang Yumin, Li Yizhen, Zhuang Zhanlong, Zheng Jingsheng, Yu Ruiyuan. Studies on the Photosynthesis.Efficiency in High Yielding Colony of Hybrid Rice[J]. Fujian Journal of Agricultural Sciences, 1995, 10(1): 7-12.
Citation: Huang Yumin, Li Yizhen, Zhuang Zhanlong, Zheng Jingsheng, Yu Ruiyuan. Studies on the Photosynthesis.Efficiency in High Yielding Colony of Hybrid Rice[J]. Fujian Journal of Agricultural Sciences, 1995, 10(1): 7-12.

Studies on the Photosynthesis.Efficiency in High Yielding Colony of Hybrid Rice

  • Received Date: 1994-11-16
  • Publish Date: 1995-03-15
  • The colony growth rate(CGR)of hybrid rice at the yield level of 8~10 t/hm2 was 15.4~18.2 g/(m2·d), while from primary panicle emerging stage to heading stage was 19~28 g/(m2 d). The leaf area index(LAT)of the colony between booting to heading stage was 6.5~7.5,and the leaves in top layer were erect. Thus the sunlight was able to cast onto the deep part of the colony, the light intensity on leaves in the botom of colony was 2~3 times of the light compensa-tion point The averge net assimilation rate(NAR)during field growing period was 3.4~4.4 g/(m2· d); the total energy of solar radiation was 137~150 kJ/cm2 with the daily solar radiation(S)of 1445~1456 J/(cm2·d). The light-energy utilizing rate(EU)of the colony during field growing period was 1.67%~1.96%, While from primary panicle emerging stage to heading stage was 2.15%~2.70% with the highest of 3.75% in a short time. Path analysis showed that, before panicle initiation, LAI and S contributed more to CGR, and NAR and EU contributed rnore to CGK after the panicle initiation, However, S appeared a very significant position correlated to CGR and NAR after heading stage.
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  • [2] 高亮之. 五延颐等. 1964. 晚稻丰产栽培的光条件和光能利用. 陈永康水稻高产经验研究(第一集):134-52上海科技出版社
    [7] Yoahida. sa. 1981. Fundamentals of rice crop science. IRRI
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