1.
Plant density have higher effect on ear characters than nitrogen application.
密度比施氮量对果穗穗部性状的影响更大些。
2.
Analysis of QTLs for the Flat Ear Top and Other Related Ear Traits in Maize;
玉米穗尖扁平及相关穗部性状的QTL分析
3.
Effect of Low Temperature on Panicle Characters of Rice During Booting and Grain Filling Period
孕穗—灌浆期低温对水稻穗部性状的影响
4.
Gene Mapping for Roll-leaf-above-ear and the Other Traits of Plant-type as Well as Ear in Maize (Zea Mays L.);
玉米果穗上部叶片卷曲以及其它株型与穗部性状的基因定位
5.
Research on the Quantitative Relationship between Rice Panicle Characteristics and Vascular Bundle in Neck-panicle and Second Internode
水稻穗部性状与穗颈和倒二节间维管束数量关系的研究
6.
Study on the Correlation Between the Ear Uniformity and the Yield of Corn
玉米穗部性状整齐度与产量的相关性研究
7.
Analysis on Main Ear Characteristics Structure and Discussion on High-yield Breeding of Summer Maize Hybrids
夏玉米主要穗部性状结构分析和高产育种探索
8.
Study on the Relationship of Yield Traits, Quality Traits and Panicle Characteristics in Rice;
水稻穗部性状与产量和品质的关系研究
9.
Study on the Major Genes Plus Polygenes Mixed Inheritance of Yield and Panicle Traits in Rice;
水稻产量和穗部性状的主基因+多基因混合遗传
10.
Analysis on the Gene Effects of the Ear Traits of Temperate × Tropical Crossess in Maize;
玉米温热杂交种穗部性状基因效应分析
11.
Study on Yield Component and Panicle Characteristics of Japonica Rice in Cold Region;
寒地粳稻产量构成因素及穗部性状研究
12.
Effects of the Plant Density on the Characteristics of Maize Stem and Ear
种植密度对玉米茎秆和穗部性状的影响
13.
Mapping of QTL Controlling 6 Panicle Traits of Rice under Direct-sowing Environment
直播条件下水稻6个穗部性状的QTL分析
14.
A study of the effects on the ear characters of super-sweet corn at different seeding time
不同播期对超甜玉米穗部性状的影响研究
15.
QTL Mapping for Ear Traits and the Developing of the Main Agricultural Traits in Maize;
玉米穗部性状及主要农艺性状发育动态的QTL定位
16.
Study of Productivity and Stability and Path on Character of Grain Feed Maize Hybrids;
粮饲兼用型玉米杂交种丰产稳定性及其穗部性状通径研究
17.
Study on Genetic of the Ear Traits of Temperate Race and Tropical Race Crosses in Maize;
玉米热带种质与温带种质杂交种穗部性状遗传研究
18.
Analysis of Genetic Basis of the Plant Type and Panicle Traits in Backcross Recombinant Inbred Lines of Rice;
利用回交重组自交系分析水稻株型与穗部性状的遗传基础