树冠内光照强度直接影响树体的花芽形成、开花坐果、果实的产量、质量。
The intensity of light inside the tree crown influence flower bud of the tree body, bloom, fruit-setting, yield and quality of the fruit.
研究了多种植物生长调节物质及其配合应用对苹果花芽形成、坐果、果形和产量的影响。
The experiments were carried out to pursue effects of single or mixed use of several plant growth regulators (PGR) on flower bud formation, fruit set, fruit shape and production of apple.
反而影响花芽的形成。
花芽苞不断地形成，直到秋天低温来临才停止。
Flower bud formation continues until temperatures become too cool in fall.
拉枝能显著抑制‘元帅’苹果幼树旺枝的生长势，促进花芽的形成，提高坐果率。
Branch -drooping could significantly retard growth vigour of Delicious apple trees, promote flower bud formation, and raise fruiting rate.
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.
各碳水化合物、可溶性蛋白含量的增加为紫苏花芽生理分化所必需。这可能与花器原始体形成所需碳水化合物和酶的合成有关。
The increase in carbohydrate and soluble protein were necessary in floral initiation, as might be related with synthesis of carbohydrate and enzyme needed in the formation of floral primordia.
在雌花芽发育过程中，ZR在花序原基形成期和发育初期的含量非常高，以后呈振荡递减的趋势。
During the process of female bud development, ZR concentration was high in inflorescence primodium formation and early development stage, then gradually decreased with fluctuating.
在雌花芽发育过程中，ZR在花序原基形成期和发育初期的含量非常高，以后呈振荡递减的趋势。
During the process of female bud development, ZR concentration was high in inflorescence primodium formation and early development stage, then gradually decreased with fluctuating.
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