结果表明，随着栽培密度的增加，籽粒中磷酸酯酶的含量增加。
The results show that with the increase of culture density, phosphatidate phosphatase in grains increases.
冬小麦籽粒的品质受土壤环境影响。
花后籽粒含水量则不断下降。
施氮后籽粒产量极显著增加。
籽粒宽度和籽粒重量具有显著的相关性。
There was significant correlation between kernel width and kernel weight.
鼓粒期干物重与籽粒产量呈显著正相关。
Dry matter weight of fulling period was correlated with yield.
赖氨酸和苏氨酸为小麦籽粒限制性氨基酸。
Lysine and threonine are limiting amino acids in wheat protein.
这可能表明抽穗前的小穗发育限制籽粒大小。
This may indicate that spikelet development before heading limits grain size.
小满表示在夏季成熟的农作物籽粒开始饱满了。
The Grain Budding shows that crops that will ripen in summer start to show plump seeds.
这些性状均与籽粒败育率呈显著或极显著相关。
These characters correlated significantly with the rate of kernel abortion.
水稻籽粒自身的抗裂能力与其物理性状和化学成分有关。
The rice resistance to fissuring is controlled by the physical characteristics and chemical composition of the grains.
测土施肥春小麦籽粒的粗蛋白质和粗脂肪的含量都比较高。
The contents of crude proteins and crude fats in spring wheat seeds were higher.
不同基因型大豆籽粒蛋白质积累动态的趋势是存在差异的。
There were differences in dynamic change of protein accumulation of different genotypes of soybean.
同一采样地点，金矿区小麦籽粒比玉米更易吸收累积重金属。
Wheat is easier to absorb heavy metals than corn at the same sampling site.
籽粒氮含量变化呈“V”型曲线，籽粒氮素积累呈“S”型。
The dynamic change in grain nitrogen content showed a V shape, and S shape in nitrogen accumulation.
该品种具有产量高，抗病性强，籽粒品质好，适应性广的特点；
There are many good characters such as high yield, resistance disease, good quality, better adaptability ect.
玉米籽粒内部生来就有许多微裂纹，构成胚乳内众多的微毛细管。
There are many tiny cracks inside the seed by nature, and which constitute numerous tiny capillaries inside the endosperm.
同时还提出了根外施用微肥来提高产量、改善籽粒品质的具体措施。
Some measures have been pointed for the increase of grain yield and quality of wheat.
可把籽粒吸水重和籽粒膨胀体积作为品种豆腐产量的间接选择性状。
Waterweight soaked by seeds and expansive volume of seeds Can be used for indirect variety selection of tofu yield.
叶片是前期组织氮素的重要贮存器官和籽粒灌浆中氮素的主要供给源。
The leaf was the major storage organ for nitrogen and the source of nitrogen for grain filling.
研究了6个水稻品种(组合)的籽粒灌浆特征及其与籽粒生理活性的关系。
The grain filling Characteristics of 6 rice cultivars (combinations) and their relationships to the physiological activities of grains were studied.
施氮抑制籽粒形成前期蛋白质的合成，随着籽粒形成，抑制现象逐渐消逝。
Nitrogen application inhibited the synthesis of protein at early stage and this effect died away with the development of seeds.
添加玉米残体能够促进氮素从营养器官向籽粒中转移，提高氮素养分的利用效率。
It also promoted the transfer of nitrogen in corn into its kernel, so as to increase the nitrogen use efficiency.
本文从不同种植密度和施氮量对玉米籽粒产量的影响，建立了二次多项式回归方程。
Second-degree polynomials equation of maize(Zea Mays L. ) grain yield with both planting density and nitrogen fertilization was established by means of regression analysis.
果穗不同部位的籽粒杂交后代，中部籽粒杂交后代比群体平均值增产22.85%。
The middle part's hybrid progeny's yield was 22. 85% higher than that of average yield of maize populations.
甜质型玉米籽粒可以积累较多的糖，而且籽粒中wsp的含量明显高于其它类型玉米。
The sugar and WSP content are higher in sweet corn grain than other types.
小麦籽粒角质率是小麦品质的一个重要外观指标，籽粒角质率的变化受环境影响极大。
The percentage of vitreous kernel is an important quality trait of wheat. It is influenced by the environment in a large degree.
小麦籽粒角质率是小麦品质的一个重要外观指标，籽粒角质率的变化受环境影响极大。
The percentage of vitreous kernel is an important quality trait of wheat. It is influenced by the environment in a large degree.
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