1) inflorescence differentiation
花序分化
1.
Variation of nucleic acid contents in grapevine winter buds during inflorescence differentiation;
葡萄冬芽花序分化过程中核酸含量的变化
2) Inflorescence differentiation phase
花序分化期
3) flower bud differentiation
花芽分化
1.
The changes of three endogenous hormones during flower bud differentiation of Schisandga chinensis;
五味子花芽分化过程中3种内源激素的消长
2.
Study on the changes of ABA and IAA contents at the flower bud differentiation stage of Ficus carica L.;
无花果花芽分化期芽ABA和IAA含量的变化
3.
Observation and research on flower bud differentiation of tulip in Lanzhou;
郁金香花芽分化的观察与研究
4) bud differentiation
花芽分化
1.
Morphological observation of flower bud differentiation was done with GBN-08 and GBN-09 by paraffin section.
同时对GBN-08和GBN-09的花芽分化进行显微切片观察,其花芽大小为0。
2.
Under field condition, effects of AnM cultivate technique on bud differentiation and gynophore elongation of peanut were studied.
在田间栽培条件下,研究了花生控制下针(AnM)栽培法对幼苗花芽分化及果针生长的影响。
3.
Based on the years of experience in Lichi and Longan production, study is made on the relations between the bud differentiation and development of the plants and the corresponding meteorological factors such as light, temperature and water.
根据多年荔枝龙眼生产和实践,分析影响荔枝龙眼花芽分化和花穗发育与相应的气象因子之间的关系,提出适合荔枝龙眼花芽分化发育的温度、降雨量、日照时数和关键时段,提醒人们在促进花芽分化和发育期间应注意的事项和采取的有效措施。
5) floral bud differentiation
花芽分化
1.
Relationship between ovary locule formation and content of related metabolites of stem apices during floral bud differentiation stages in tomato(Lycopersicon esculentum Mill.) seedling;
番茄子房心室形成与花芽分化期幼苗茎尖相关代谢物质含量的关系
2.
Developments in studies on floral bud differentiation and its chemical control in Longan;
龙眼花芽分化及其化学调控研究进展
3.
Effects of low temperature pretreatment of germinated seeds on floral bud differentiation and plant growth in radish (Raphanus sativus L);
萌动种子低温处理对萝卜花芽分化及植株生长的影响
6) flower-bud differentiation
花芽分化
1.
The changes of endogenous hormones and enzymes activity during the flower-bud differentiation in broccoli(Brassica oleracea var Italica);
青花菜花芽分化前后内源激素含量及酶活性的变化
2.
To understand the law of flower-bud differentiation in Carya cathayensis sarg.
为掌握山核桃(Carya cathayensis)雌花花芽分化规律,从超微结构、显微结构和外部形态变化多个层次上综合研究雌花发育过程。
3.
The advances of research on flower-bud differentiation of fruit trees in last ten years is reviewed.
综述了近十年来果树花芽分化的一些研究进展,主要从细胞分裂素、赤霉素、生长素、脱落酸、乙烯等激素及其平衡等方面介绍花芽分化的研究进展。
补充资料：花序
| 花序 inflorescence 轴及着生在上面的花的通称。也可特指花在花轴上不同形式的序列，如圆锥花序，穗状花序等。一般根据花在轴上排列的位置，或者开花的顺序划分。按照花在茎上的位置，可将花序分成顶生花序、腋生花序和居间花序。按照在茎上开花的顺序，分成无限花序与有限花序两大类。无限花序的花一般由花序轴下面先开，渐次向上，同时花序轴不断增长，或者花由边缘先开，逐渐趋向中心。有限花序一般就称聚伞花序，其花序的花由顶端或中心先开，渐次到侧枝开花。 有些植物，无限花序与有限花序可以混生，花序轴可以无限伸长，但是侧枝则成有限花序；或者花序轴顶端较快地停止生长，但是侧枝可以生长一段较长时间。另外，还有许多过渡的（或中间的）形式。还有很多被子植物的花，并不形成花序，而成为单生花。 |
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条