1.
Analysis of Genetic Effect and Genetype by Environment of Ear Height on Maize
玉米穗位高遗传效应及其与环境互作效应分析
2.
QTL Mapping for Plant Height and Ear Height and QTL Interaction Network Using Z3HBILs Population of Maize(Zea Mays L.)
基于玉米Z3HBILs群体的株高、穗位高QTL鉴定及其互作网络研究
3.
QTL Mappling and Heterosis Prediction for Plant Height and Panicle Length in Rice;
水稻株高和穗长的QTL定位与杂种优势预测
4.
Classification of Panicle Types in Japonica and Analysis Study on Rice Quality of Panicle Types and Parts of Panicle;
粳稻穗型的分类及其穗型、穗位米质分析研究
5.
Construction of Genetic Map by SSR Marker and Location QTL for Plant Height and Heading Time in Wheat;
小麦SSR标记遗传图谱构建与株高和抽穗期的QTL定位
6.
Plant Height, Internodes, Ear Traits, General Combining Ability Analysis and Their QTLs Mapping Using Double Haploid Lines of Maize
玉米DH群体株高、节间长、穗部性状和一般配合力的分析及QTL定位
7.
Finally,these changes lead to the bald degree of ears reduced,the grain number and weight per ear increased,and grain output per mu raised.
最终导致果穗秃顶度减少,穗粒数与穗粒重增加,产量提高。
8.
The ear leaf is larger number of vascularbundle,the width of vessels,the content of chlorophyll and the photo-synthetic rate as compared with other leaves.
在维管束的数目、导管粗度、叶绿素的含量和光合强度诸方面,果穗叶均高于其它叶位。
9.
The Niche Analysis of Wheat Ear Aphids and Their Natural Enemies
小麦穗蚜及其天敌的空间生态位分析
10.
Genetic Analysis and Mapping of SHP6 Gene in Rice;
水稻包穗基因SHP6的遗传与定位
11.
Toward Mapping of QTL for Waterlogging and Pre-Harvest Sprouting Resistance in Wheat;
小麦耐涝和抗穗发芽QTL的定位研究
12.
The Genetic Analysis and Molecular Mapping of euil Gene in Rice;
水稻长穗颈基因eui1的遗传与定位
13.
Study on QTL Mapping of Preharvest Sprouting Resistance of Wheat Cultivar Frontana;
小麦品种Frontana抗穗发芽QTL定位研究
14.
Fine Mapping of a Clustered Spikelet Gene Cl-4 in Rice
水稻簇生穗基因cl-4的精细定位
15.
The Research of Segmentation of Mattress Market and Reposition of Symbol Mattress
床垫市场细分研究及穗宝床垫重定位
16.
Determination of C-N Metabolism Indices in Ear-leaf of Maize (Zea mays L.)
玉米穗位叶碳氮代谢的关键指标测定
17.
QTLs Mapping on Root Traits of Introgression Lines at Heading Stage
旱稻渗入系抽穗期根系性状QTL定位
18.
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