Flag leaf shape is one of the most important target traits in rice ideal plant type breeding.
剑叶形态性状(剑叶长、剑叶宽和剑叶面积)是水稻理想株型育种的重要目标性状之一。
By using single rice cultivation as a control, the effect of rice-fish culture on growth dynamic, plant type and yield formation of rice was studied.
以同期播种的常规栽培水稻为对照，研究稻渔共作对水稻生长发育动态、株型特征及产量形成的影响。
Plant architecture or plant type is one of the key target traits for crop improvement, and the stem traits play leading roles in the formation of plant architecture.
株型是作物品种改良的重要目标性状，其中茎秆是最重要的株型性状。
Longhorn supreme Law of small plant type, strong branches, leaves smaller or medium.
长角椒类株型矮小至高大，分枝性强，叶片较小或中等。
But in the simple plant type the variation of the insect community had no obvious regularity.
简单植物类型内昆虫群落变化无明显规律性。
This is a brief report of author's research results about the characteristic of yield components combination, plant type and canopy structure.
本文为作者对小麦超高产基因型产量因素结构、株型和冠层结构特征的系统研究结果的简要报告。
The factor of cotton canopy is very important for researches on cotton photosynthesis and evapotranspiration and creation of cotton high yield plant type.
棉田群体冠层特征对于研究棉花光合作用、蒸散作用等和创建棉花理想的高产株型模式非常重要。
The plant type and dry matter production characteristics were studied by using three C Liangyou hybrid rice combinations as materials and Shanyou 63 as a control.
以汕优63为对照，对3个C两优杂交稻组合的株型及干物质生产特性进行了研究。
The Angle of the 2nd leaf from top, single panicle weight and amylose content, grain length played an important role in plant type and rice quality system, respectively.
倒2叶基角、单穗重在株型性状体系中起重要作用；直链淀粉含量及粒长在米质性状体系中起重要作用。
Abstract : The plant type and dry matter production characteristics were studied by using three C Liangyou hybrid rice combinations as materials and Shanyou 63 as a control.
摘要 以汕优63为对照，对3个C两优杂交稻组合的株型及干物质生产特性进行了研究。
The key factors that affect the carbon effect of plant landscape include plant landscape structure, design style, plant type and characteristics, plant size and plant density.
影响植物景观碳效应的主要因素有植物景观结构、设计风格、植物类型和特性、植物规格和种植密度等。
ConclusionBased on the result of cluster analysis, the species origin should be considered firstly in the classification of Rosa rugosa, then the plant type and the flower type.
结论根据聚类结果，玫瑰品种类型的划分应首先考虑亲本来源，再按株型、花型划分。
ConclusionBased on the result of cluster analysis, the species origin should be considered firstly in the classification of Rosa rugosa, then the plant type and the flower type.
结论根据聚类结果，玫瑰品种类型的划分应首先考虑亲本来源，再按株型、花型划分。
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