影响时期主要为分蘖期和灌浆期。
The influence time is mainly in the tiller stage and the grouting stage.
苗期和灌浆期遗传分析结果是一致的。
The result of genetic analysis in endosperms is simi-liar to that in seedling stage.
灌浆期的相对低温有利于形成较高的千粒重。
The relative low temperature was beneficial to the increasing of 1000-grain weight in filling period.
干草品质以抽穗至开花和开花至灌浆期为最好。
Hay quality is best from heading to flowering and from flowering to milk stage.
这一特征有利于抗御小麦灌浆期干热天气的危害。
This characteristics are favorable to resist the dry-hot weather during milk-filling of wheat.
此外，灌浆期净光合速率与结实率呈显著正相关。
In addition, the net photosynthetic rate at the filling stage was significantly and positively correlated with the seed setting rate.
赣化7号的起始生长势低，灌浆期长，但灌浆速率低。
The initial growth power of Ganghua 7 was lower, its filling period was longer, but it filling rate was lower.
结果表明，灌溉明显改善小麦灌浆期光合产物的供应及转化。
The results showed that irrigation affected photosynthate supplement and conversion remarkably.
结果表明，灌浆中期测定较能反映整个灌浆期的冠层光分布状况。
The results showed that the middle of filling stage was a suitable period to evaluate solar radiation distribution in wheat canopy.
灌浆期四种小麦旗叶SPS活性随着水分胁迫程度的增加而降低。
The SPS increased under the moderate water deficit, while it decreased under the severe water dificit in anthesis stage.
通过玉米灌浆期对该系统进行了验证和应用，得到了很好的预期效果。
The manage system was used and tested when maize in milk. and get a expected effect.
研究了灌浆期高温胁迫条件对冬小麦叶源、库器官某些生理指标的影响。
The study focused on the physiological damages of the high temperature stress on the winter wheat in the filling stage.
灌浆期，籽粒充实度差的品种无机磷含量明显高于籽粒充实度好的品种。
While at grain filling stage, inorganic phosphorus content was obviously higher than that in the varieties with good grain plumpness.
灌浆期，籽粒充实度差的品种无机磷含量明显高于籽粒充实度好的品种。
From booting stage to flowering stage, the contents of phytate and inositol in the varieties with good grain plumpness were obviously higher than those in the varieties with poor grain plumpness.
在此条件下，分别在玉米苗期、拔节期、灌浆期采集叶片清洗后超低温保存。
In this condition, gathering cleaning leave at across seedling, elongation, filling stage. s and preserved in low temperature.
在整个灌浆期，叶鞘又作为物质向籽粒运输的通道(流)——转运同化物质。
In the whole grain filling periods, leaf sheath performed function as flow organs which participated in assimilation products transportation from leaves to grains.
叶绿素含量受密度影响较小，随着氮肥的增加从苗期到灌浆期呈现增加趋势。
The content of chlorophyll were less influence by density, but showed a tendency of increase with the increase of nitrogen fertilizer mount from the seedling period to the grain filling period.
结果表明：不同时期水肥藕合对旱地小麦灌浆期光合性能和产量具有明显差异。
The results showed that the effect of photosynthetic characteristics and yield under different combination of irrigation and fertilization in different stage of wheat were significantly affected.
过氧化氢酶和蔗糖酶活性呈现先上升，在灌浆期出现峰值后逐渐下降的变化规律。
The activities of soil catalase and invertase increased previously, reached the maximum at the jointing stage, and then decreased during the filling and harvesting stage.
观察了蓝粒小麦籽粒灌浆期糊粉层色素形成情况，并分析了蓝粒糊粉层色素的成分。
In this study, we observed the development of pigments of seed aleurone layer in blue grained wheat and analyzed the constituents of its pigments.
突变株系增产的主要原因可能是孕穗灌浆期净光合速率和表观量子效率的急剧增加。
The higher grain yield in mutated strains was mainly due to abundant carbohydrate synthesis and transfer to grains during booting-filling stage .
因此，冬小麦拔节期允许轻度的水分胁迫，而灌浆期则应尽量避免任何程度的水分胁迫。
Therefore, the mild water stress can be allowed in the jointing stage of winter wheat, and grain-filling stage should try to avoid any degree of water stress.
孕穗-灌浆期的净光合速率和表观量子效率的急剧增加可能成为突变株系增产的主要原因。
The higher grain yield in mutated strains was mainly due to increasing the net photosynthetic rate and apparent quantum yield considerably at the stage from booting to filling.
说明灌浆期特别是灌浆初期籽粒库的生理活性低是亚种间杂交稻籽粒充实不良的重要原因。
It was suggested that low sink activities in grain filling period, especially at early stage, account for an important reason for poor grain plumpness in IHR.
整个灌浆期氮素供应充足提高了籽粒库活性和碳氮代谢水平，促进了籽粒库容建成和库充实；
Sufficient nitrogen supply during grain filling period promoted kernel growth by improving carbon-nitrogen metabolism and sink activity of kernels.
而冠的生长则是在孕穗期到灌浆期影响较明显，但含水量的变化并不改变植株的总体生长规律。
But the variation of soil moisture will not affect the general growth law of the plant.
常规滴灌玉米的土壤含水量一直呈现下降趋势，直至玉米灌浆期到成熟期，土壤含水量才有所回升。
Water moisture content of the normal irrigation for maize always shows the trend of reduce until from grouting to ripe period, the water moisture content would rise.
冬小麦灌浆期间籽粒蛋白质各组分形成时间不同，清蛋白和球蛋白主要在籽粒形成期和灌浆前期形成；
In the filling duration of winter wheat, the formation time of the component parts in grain protein differs from each other.
冬小麦灌浆期间籽粒蛋白质各组分形成时间不同，清蛋白和球蛋白主要在籽粒形成期和灌浆前期形成；
In the filling duration of winter wheat, the formation time of the component parts in grain protein differs from each other.
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