花芽分化是植物成花的基础。
花芽分化是植物成花的基础。
花芽分化是植物成花的基础。
Flower bud differentiation is the basis of flowering plants.
维持一定数量的绿叶数有利于花芽分化。
Being kept a certain number of green leaves was advantageous to foral initiation and differentiation.
整个植株的花芽分化顺序是，先顶端，后分枝。
The entire plant flower bud differentiation order is the top first, after branching.
花芽分化是在图片。
夏大豆花芽分化前的光合产物对产量贡献很小。
The synthetic materials produced by photosynthesis to the flowering-beginning prior period of summer soybean is not significantly contributive to yield.
玫瑰的花芽分化开始于混合芽完成营养生长阶段之后。
Flower bud differentiation of Rosa rugosa CV. 'Plena' begins in the formative stage of the mixed bud growth process.
这个孕育花芽的过程是在花芽分化前的几个星期开始的。
This induction process begins a few weeks before fruit bud initiation.
影响板栗花芽分化的主要是品种、树龄和树体营养状况。
These factors such as variety, ago of the tree, nutrition of the tree affected bud differentiation of chinese chestnut.
一定的低温条件是启动油菜离体枝尖花芽分化的必要条件。
An adequate cold period is an essential condition for onset of flower bud differentiation in shoot tips of rape in vitro.
赤霉素或环剥处理分别对暗柳橙的花芽分化起阻遏或促进怍用。
Gibberellins (GA) or Girdling (GIR) treatment inhibited or promoted 'Anliucheng' Orange flower-bud differentiation respectively.
结果表明，多效唑能抑制枇杷营养生长，促进花芽分化，提高产量。
The results show that PP333 can control the vegetative growth, promote the differentiation of flower buds and increase the yield for the loquat trees.
花芽分化是甘蓝从营养生长向生殖生长转变的最初标志，是抽苔的基础。
Flower bud differentiation, the basis of bolting, is the initial symbol that cabbage transform from nutritional growth phase to reproductive growth.
本文研究了中华猕猴桃在合肥地区花芽分化的时期及花器形态分化的过程。
The time for flower bud differentiation and the process of floral bud development in Actinidia in Hefei district were studied in this paper.
龙蒿的花芽分化是按照一定规律进行的，同时受到温度和光照周期的双重影响。
Artemisia dracunculus the flower bud differentiation is carried out according to certain rules, temperature and light cycle by the double impact.
数据分析可以看出：对光周期反应越敏感的指标，与花芽分化时期的相关性也越大；
It indicates that the more sensitive of growth characteristics to photoperiod, the more significant relationship between growth characteristics and flower bud differentiation phase.
以‘辽宁1号’核桃为试材，研究了外源多胺对雌雄花芽分化及叶片内源多胺含量的影响。
A walnut cultivar 'Liaoning 1' was used to study the effect of exogenous polyamines on female and male flower differentiation and the content of endogenous polyamines in leaves.
本文通过对不同熟型的棉花品种及种植方式的研究，建立了一组花芽分化发育的诊断模式。
In this paper, a group of diagnosis models were set up, based on the researchs with several varieties or under different ecological conditions.
姜荷花新芽在顶芽花芽分化、开花的同时，茎基部逐渐肥大，形成圆球状至圆锥状的新球茎。
Ginger lotus flower bud shoots in the terminal bud, flowering at the same time, stem base hypertrophy gradually to form a round ball to the cone-shaped new bulb.
本文介绍了用紫外分光光度计测定苹果梨花芽分化各时期叶片中IA A氧化酶活性的方法。
IAA oxidase activity during the fruit bud differentiation of "Ping Guo Li" in leaves measured by UV-Vis method was studied.
所以，PP333诱导花芽分化主要是在短时间内起作用，但累积过程对花芽分化也具有促进作用。
As a result, the floral bud inducement with PP333 mainly worked in short time, and the process of accumulation also exhibited some promotion on floral differentiation.
用高效液相色谱法(HPLC)测定了黄瓜子叶节花芽分化期(0 - 6天)内源激素及多胺的变化。
Changes of endogenous hormones and polyamines (PAs) contents during floral differentiation (0-6 day) in cucumber cotyledonary nodes cultured in vitro were determined by using HPLC.
本文主要介绍了植物内源激素对树木种子休眠、萌发、冠型、枝梢生长以及花芽分化、花芽性分化的调控作用。
This articlemade a brief comment on control of endogenous hormones on the seeds of trees dormancy, germination; crown shape, shoot growing and flower bud formation, six differentiation.
通过对2 0世纪后半叶的荔枝产量和气候资料的统计分析，确定了气候对荔枝花芽分化影响最大的关键期及气候指标。
Based on the statistic analysis of the lychee yield and climate data in the last 50 years of 20 century, the key stage and temperature index in the lychee bud differentiation is determined.
结果发现，百合花芽分化期可溶性糖和可溶性蛋白质的代谢进程及过氧化物酶（POD）活性与花芽分化进程呈正相关。
The results showed that the processes of metabolism of soluble sugar and soluble protein and the activity of POD were positively correlated with that of flower bud differentiation.
叶绿素含量测定显示，抗性株叶片在花芽分化期、盛花期和衰老期总叶绿素含量分别是对照株的1.47、2.26和2.60倍。
The chlorophyll contents were genetic tranformation 1.47-, 2.26-, 2.60-fold of those in the controls at the flower bud differentiation, the blooming florescence and the senescence phases respectively.
叶绿素含量测定显示，抗性株叶片在花芽分化期、盛花期和衰老期总叶绿素含量分别是对照株的1.47、2.26和2.60倍。
The chlorophyll contents were genetic tranformation 1.47-, 2.26-, 2.60-fold of those in the controls at the flower bud differentiation, the blooming florescence and the senescence phases respectively.
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