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- The general combining ability of Zheng shan97A and Xieqin Zao A is high . They are main sterile lines for breeding of late hybrid rice combinations. 珍汕97A、协青早A的一般配合力高，是配制迟熟杂交稻组合的主体不育系。
- Varietal yield test of new late hybrid rice combinations 晚杂优新组合品比试验结果与分析
- Effects of different levels of potash manure on late hybrid rice in Jinhua, Zhejiang Province 金华杂交晚稻钾肥不同用量效应研究
- Studies on Seed-setting Rate of Large-panicle Late hybrid Rice in Different seasons 大穗型杂交晚稻不同季别结实性研究
- Reasons of the Low Production of Late Hybrid Rice under No-tillage, Throwing Seedling Cultivation 杂交晚稻免耕抛栽低产原因及高产措施
- Studies on High-yielding Cultural Mathematical Models for Late Hybrid Rice Shanyou Gui 34 汕优桂34晚稻高产栽培数学模型研究
- Reasons for Low Yield in No-tillage and Seedling-broadcasting Culture of Late Hybrid Rice and Technical Measures to Increase Its Yield 杂交晚稻免耕抛栽低产原因及提高产量的技术措施
- A new hybrid rice varirty Feng liang you NO. 杂交水稻新品种丰两优一号。
- This hybrid rice can resist cold. 这种杂交水稻很耐寒。
- there-line late hybrid rice 三系杂交稻
- Late hybrid rice 杂交晚稻
- Is the Female Sterility Present in indica- japonica Hybrid Rice? 水稻亚种间杂种是否存在雌性不育?
- Now Professor Yuan is working on developing super hybrid rice. 现在袁教授正研制超级杂交水稻。
- Xing you No.1 passed hybrid rice reginal trail in Sichuan in 1997. 香优1号于1997年通过四川省优质杂交稻区域试验；
- It was a new high-yielding way for the late transplanting hybrid rice cultivars and heavy panicle hybrid rice cultivars to further utilize this high-yielding potential. “两超”栽培高产的直接原因是颖花数量的增加和籽粒的良好充实。
- Progress of study on molecular identification of hybrid rice variety. 杂交水稻品种纯度鉴定研究进展。
- Memorandum of Understanding on Cooperation in Hybrid Rice Technology. 杂交水稻技术合作谅解备忘录。
- Redundant nitrogen-applying level would result in lower nitrogen content, root wound flow and amount of nitrogen-uptaking at late growth stage of indica hybrid rice. 杂交稻施氮量过多，生育后期植株含氮量、根系伤流强度下降，吸氮量降低；
- Using his hybrid rice farmers are producing harvests twice as large as before. 用他的杂交水稻种子,农民们种出比以前多一倍的粮食。
- Because of middle or late hybrid maize joining the rotation, a prolonged rotation circle requires more accumulative temperature around 5000-5200 degrees. 由于将中、晚熟杂交玉米引入轮作，需要延长轮作周期以满足更多的积温，大约5000~5200℃。
