小麦显性矮秆基因复等位多态特性研究 关键词：玉米；大豆；间作；根构型；氮、磷营养 [gap=1647]Key words: Maize; Soybean; Intercropping; Root architecture; N,P nutrition
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【正文快照】： 根系构型(root architecture)概念的提出于1963年(McMinn[1]),是指同一根系中不同类型的根在生长介质中的空间造型和分布[2-3]。
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In the present study, two soybean genotypes differing in root architecture were employed to evaluate the effects of soybean root architecture on N and P nutrient status and crop growth in a maize/soybean intercropping system.
运用根构型不同的大豆品种与玉米进行间作，比较大豆根构型在玉米／大豆间作系统中的营养作用。
参考来源 - 期刊学术社区Responses of nitrogen and water on root architecture were investigated by layered digging.
通过分层挖掘法,研究了膜下滴灌棉花根系构型对水氮的响应。
参考来源 - 膜下滴灌水氮对棉花根系构型的影响·2,447,543篇论文数据，部分数据来源于NoteExpress
The root length is main parameter of root architecture with various important functions such as nutrient uptake, drought tolerance and yield.
而根的长度是根型的主要参数，对于养分的吸收，耐旱和作物的产量都有重要的作用。
In this architecture, the queue manager is the root context for object names, and the procedures for administration and operation reflect this orientation.
在此体系结构中，队列管理器是对象名称的根上下文，用于管理和操作的过程反映了这种倾向。
Root cause analysis is essential to effective performance management in any application architecture environment.
在任何应用程序架构环境中，根源分析对有效的性能管理都是非常重要的。
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