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- Cultivation Techniques of a Super Hybrid Japonica Rice 'Liaoyou5218' 超级杂交粳稻辽优5218高产栽培技术
- Super hybrid japonica rice 超级杂交粳稻
- The resistance of Indica rice to blast was better than that of Japonica rice,and the risistance of hybrid Japonica rice was slightly better than that of routine Japonica rice. 鉴定结果表明:在被测的各种水稻类型中,籼稻品种对稻瘟病的抗性比粳稻好,而在粳稻类品种中,杂交粳稻对稻瘟病的抗性又略强于常规粳稻;
- The hybrid japonica rice and conventional japonica rice in the regional trials of Jiangsu province from 2004 to 2005 were chosen to compare their major agronomic and quality characters. 根据2004-2005年江苏省杂交粳稻和常规粳稻区域试验结果,比较了它们的主要农艺性状和品质性状。
- Seed production of hybrid japonica rice 杂交粳稻制种
- Hybrid Japonica rice of Dian type 滇型杂交粳稻
- Selection of a New Hybrid Japonica Rice Combination'Liaoyou3015' 杂交粳稻新组合辽优3015的选育
- Hybrid japonica rice with Higher Stems and Bigger Panicles 偏高秆偏大穗杂交粳稻
- Breeding and utilization for two line hybrid Japonica rice restoring line R187 两系杂交粳稻恢复系R187的选育与利用
- Now Professor Yuan is working on developing super hybrid rice. 现在袁教授正研制超级杂交水稻。
- GENETIC EFFECT OF STERILE CYTOPLASM ON SOME AGRONOMIC TRAITS IN HYBRID JAPONICA RICE 杂交粳稻不育细胞质主要农艺性状的遗传效应
- Comparison in Major Characters of Newly-developed Varieties Between Hybrid Japonica Rice and Conventional Japonica Rice in Zhejiang Province 浙江新育成的杂交粳稻与常规粳稻主要性状比较
- Studies on highly efficient seed production technology that provides greater and better yields of high quality three-line hybrid Japonica rice variety Liaoyou 2006 优质三系杂交粳稻辽优2006高产高效制种技术研究
- The research progresses on ratooning rice and ratooning utilization of super hybrid rice were reviewed. 综述了再生稻及超级杂交稻再生利用研究进展。
- Cheng S H, Cao L Y, Chen S G, Zhu D F, Wang X, Min S K, Zhai H Q.Conception of late-stage vigor super hybrid rice and its biological significance. 程式华;曹立勇;陈深广;朱德峰;王熹;闵绍楷;翟虎渠.;后期功能型超级杂交稻的概念及生物学意义
- A new japonica rice variety"Fengdao No. 高海拔粳稻新品种"凤稻17号"
- The high transpotion rate of culm and sheath, high senescent frequency and low filled grain rate of super hybrid rice combinations could be related to its big sink potential. 超级稻组合茎鞘贮藏物质输出率高、衰老频度高、结实率低主要与库容量大有关。
- One super hybrid rice research in small per-mu yield over 900 kg, achieved ahead of schedule, Phase III study of hybrid rice, fruits in the world leading level. 其中超级杂交水稻研究取得小面积亩产超过900公斤,提前实现第三期杂交水稻研究,成果居于世界领先水平。
- Hybrid japonica rice 杂交粳稻
- Medium hybrid japonica rice 杂交中粳