果穗

分析叶绿素a及b的比值，果穗叶层最低。

As for chlorophyll a / chlorophyll b , ear leaf was lowest ;

玉米果穗结实习性遗传特点及其SSR标记分析

Inheritance of Fructification Habit and Its Relative SSR Markers in Maize

不同密度下玉米DH群体果穗性状的QTL定位分析

QTL mapping for ear traits under different densities using DH population of maize

因此我们认为N3处理（施纯氮22.5Kg/667m~2）的果穗营养品质好，食味品质优，为本试验设计下的最佳施氮水平。

So fertilization level of N_3 ( 22.5 Kg of pure nitrogen per 667m ~ 2 ) was considered to yield spikes with high nutrition quality and taste quality .

GA3和6-BA混合处理对葡萄果穗致畸的发育解剖学研究

Anatomical Study on the Abnormal Development and Growth of Grape Cluster Treated with the Mixture of GA_3 and 6-BA

部分果穗性状的GCA有所增加，但行粒数、百粒重和雄穗的GCA降低。

GCA of some yield component traits also increased , but GCA of tassel characters decreased .

玉米果穗DUS性状测试的图像处理应用研究

Study on Application of Image Process in Ear Traits for DUS Testing in Maize

结果表明，改变穗库间的授粉时间后，尤其是第2果穗早于第1果穗3d的授粉处理，明显提高第2果穗的库强，有利于双穗均衡、同步生长发育；

The results showed that it was benefited to the balanced and synchronic development of the two ears through the shifting of pollination time , i.e , the subapical ear was pollinated 3 days earlier than the apical one .

采后生理测定表明，防落1号处理的果穗，贮藏期间果梗耐拉力增加，呼吸强度低于对照果实，Vc含量高于对照果实。

Post-harvest physiological measurement showed that spraying with No. 1 Anti-drop can increase berry 's adhesive force on the stalk , reduced berry 's respiration and increased Vc content of berry during storage .

果穗中小，平均重150g，果穗极紧密。

Average cluster , average weight is150g , very compact cluster .

将玉米植株叶片、叶鞘及果穗等去除，按50cm高度分段，研究了玉米茎不同高度处剪断力随时间变化情况。

Temporal dynamics of shearing force of maize stem of different height were studied .

当叶片中P含量达0.14%，K含量达2.1%时，叶片发病率比对照降低40%左右，果穗发病率降低38%-43%。

When the content of phosphorus and potassium in the leaves were 0.14 % and 2.1 % , respectively , the incidence of disease of the leaves and that of the fruits de - creased by 40 % or so and 38 % - 43 % , respectively .

上述结果说明，与其它类群种质相比，Reid种质含有矮化基因，果穗较长，籽粒大，行粒数多，产量一般配合力较高。

The results indicated that , compared with other germplasm sources , Reid contained the dwarf gene , resulting in longer ear , large grains , more rows and high combining ability .

果穗增重与籽粒灌浆不同品种间表现一致，均随花后天数的增加呈S型曲线增长，符合Richards方程。

After silking , the dynamic changes of ear growth and grain filling were similar among cultivars . The dry weight increment of ear and grains presented an " S-shaped " curve , which could be simulated by Richards equation .

通过空间诱变处理，在SP2代中筛选出9个籽粒颜色变异果穗，籽粒颜色表现为黄白相间和紫黄白相间两种，分离不同颜色籽粒，种植观察其后代表现。

Through the space mutation processing , the nine grains with color vibration were collected , grain color variation is characterized with two kinds of different grain , the yellow color with white and purple , planting to observe its offspring .

葡萄果穗附生微生物区系分析

An Analysis on the Adnascent Microorganism Flora of Grape Fruit Spike

不同类型玉米品种果穗维管束结构的差异研究

Study on Difference of Ear Vascular Bundles Structure of Different Maize Types

玉米果穗剥皮辊型及其主要参数优选试验

The test for selecting the type and parameters of ear-corn husking roll

套种玉米宽窄行的光合特性与果穗性状研究

A Studies on Photosynthetic Characteristics and Their Traits of Heads on Interplanting

玉米果穗完整率在品种评价中的应用

Application of Ear Integrity Rate in Variety Evaluation of Maize

果穗长锥型，大小适中；

The fruit ear likes long awl and has a moderate size .

荔枝果穗梗微环剥对果实成熟的影响

Effects of Micro-girdling at Panicle Stalk on the Maturation of Litchi Fruit

处理均能提高葡萄果穗的座果数及促进果实成熟。

Treatments promoted the number of cluster and fruit mature .

从六个世代平均值来看，温带自交系与热带自交系间差异明显，热带种质具有果穗较长、行粒数较多，果穗较细、穗行数较少的特点。

There is significant difference between temperate inbred lines and tropical lines .

利用赤霉素处理红地球葡萄果穗试验

Experiment of GA on Fruit Cluster of Red Globe Grape

玉米果穗轴截面在籽粒产量预测中的应用

Application of ear axis section to estimation of grain yield

枇杷种质资源果穗与果实外观性状研究

Research on Fruit Cluster & Fruit External Properties of Loquat Germplasm Resources

糯玉米不同品种的果穗增重与籽粒灌浆特性

Ear Growth and Grain Filling Characteristics of Different Cultivars in Waxy Maize

玉米果穗秃尖是一个重要的产量相关性状。

Ear barren tip was an important character relevant to yield performance .

以15个糯玉米杂交种为材料，研究不同品种果穗增重、籽粒灌浆动态。

Fifteen waxy maize cultivars were used in this experiment .