1.
Genetic Analysis and QTL Mapping of Spike Associated Traits in Wheat;
小麦穗部相关性状的遗传与QTL分析
2.
QTL Mapping for Grain Yield and Spike Related Traits in Common Wheat
小麦籽粒产量及穗部相关性状的QTL定位
3.
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
4.
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
5.
Study on Related Characteristics in the Breeding of a Long Ear Strain of Medicago Sativa;
长穗苜蓿品系选育中相关性状的研究
6.
QTL Analysis for Grain Number and Related Traits in Wheat;
小麦穗粒数及相关性状的QTL分析
7.
QTL Mapping of Ear Flat(ef) and Correlation Analysis of Ear Flat and other Ear-Kernel Traits in Maize
玉米穗扁平性的QTL分析及其与穗粒性状的相关性研究(英文)
8.
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
9.
Relationships between normal and degraded spikelet numbers in common wheat
普通小麦正常小穗数与基部退化小穗数之间的相关性研究
10.
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
11.
2. Ear barren tip was an important character relevant to yield performance.
2.玉米果穗秃尖是一个重要的产量相关性状。
12.
Correlation and Path Analysis of Main Ear Characters and Grain Yield of Maize
玉米果穗主要性状与产量间的相关与通径分析
13.
Genetic Analysis on Yield-related Traits in Rice RIL Population of Long Panicle and Big Grain;
水稻长穗大粒RIL群体产量相关性状的遗传分析
14.
QTL Analyses for Head Smut and Major Correlated Traits in Maize;
玉米抗丝黑穗病及重要相关性状的QTL分析
15.
QTLs for the Vascular Bundle System and Correlative Traits of Uppermost Internode Using a Doubled-haploid Population in Wheat
小麦DH群体穗下节间维管束及相关性状QTL分析
16.
Correlation Between Panicle Angle and Grain Traits,and Genetic Analysis of Grain Traits in Japonica Rice(Oryza sativa)
粳稻穗角与谷粒性状的相关性及谷粒性状遗传分析
17.
Correlation Analysis between Pollen Fertility and Panicle Exsertion in P (T) GMS Rice with eui Gene and the Primary Cloning of eui Gene;
花粉育性与长穗颈水稻抽穗性状的相关性研究及eui基因的克隆初探
18.
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。