1.
Seeding Pipeline Design of Suction Blanket-type Raise Rice Seedling for Super-rice
气吸式超级水稻毯状苗盘育秧播种流水线设计
2.
Now Professor Yuan is working on developing super hybrid rice.
现在袁教授正研制超级杂交水稻。
3.
Demonstration and Spread of Super Rice in XinYang;
超级杂交水稻在信阳的示范推广研究
4.
Researches on the Super Rice Parent C815S and Its Utilization on the Heterosis
水稻超级亲本C815S及其杂种优势利用研究
5.
Study on Super Hybrid Rice Lodging Resistance and Cultivation Regulation Technology
超级杂交水稻抗倒力差异及栽培调控技术研究
6.
Study on grain filling characteristics of two-line super hybrid rice Yanglianyou 6
超级杂交水稻扬两优6号结实特性的研究
7.
Studies on Nutritional, Physiological and Ecological Characteristics of Super Rice under Different Water Managements;
超级稻在不同水分管理条件下的营养、生理和生态特性研究
8.
Studies on Morphological Features and Genetics Related of Super Hybrid Rice;
超级杂交水稻形态性状特征及其遗传规律的研究
9.
Effects of N Level on Growth and Physiological Responses and SPS Activity of Super Rice Yongyou 6;
N素水平对超级稻甬优6号生长生理及SPS活性的影响
10.
Studies on the Identification and Purity of Super Hybrid Rice with DNA Molecular Markers;
应用DNA分子标记鉴定超级杂交水稻组合及其纯度的研究
11.
Studies on the Relation between the Main Physiological Character and Yield Character of Super-hybrid-rice;
超级杂交水稻主要生理性状与产量性状关系的研究
12.
Study on Response of Panicle Growth and Development, Grain Filling under Water Deficit and Its Mechanism in Super Rice (Oryza Sativa L.) Varieties;
超级稻品种穗生长发育和灌浆结实对水分亏缺的响应及其机理
13.
Studies on Cultivation Mode and Fertilizer Effect of the Productivity of the Super Hybrid Rice
栽培模式和施氮水平对超级杂交稻生产力影响的研究
14.
Effect of Different Level of Nitrogen, Phosphorus and Potassium on Yield and Yield Components of Super Rice
不同氮磷钾营养水平对超级稻产量及产量构成的影响
15.
Effect of different NPK supply levels on nutrient absorption and transport of super rice
不同水平氮磷钾对超级稻养分吸收和转运的影响
16.
Effects of different seeding dates on the first cropping and ratoon of super rice
超级稻不同播期对头季稻及再生稻的影响试验
17.
Comparison on source-sink relationship of ratooning rice and main crop of super hybrid rice
超级杂交稻再生稻和主季稻源库关系比较
18.
Establishment of DNA Fingerprinting of Backbone Parental Lines of Hybrid Rice and Study on Heterologous Expression of PyTPS Gene Increasing the Resistance Against the Osmotic Stress Tolerance in Transgenic Rice;
超级杂交稻骨干亲本DNA指纹图谱构建与PyTPS转基因水稻抗渗透胁迫的研究