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The expression of the components of wheat yield by technological class and nitrogen use

机译:按技术类别和氮素使用量表示小麦产量构成要素

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The expression of the characteristics of wheat production depends on the genetic and environmental stimuli. Therefore, the objective of the study was to evaluate the expression of production traits in wheat from its technological ability to elucidate whether cultivars with the highest alveography also require greater supply of N in the preparation of the components of grain yield in distinct cropping systems. The experimental design adopted was a randomized block with four replications in a factorial 2 x 4, consisting of two cultivars [BRS Guamirim (basic class) and Fundacep Cristalino (improver class)] and four levels of nitrogen [0, 60, 120, 180 kg ha-1 (corn/wheat system) and 0, 40, 80, 120 kg ha-1(soybean/wheat system)]. The highest supply of N-fertilizer in the preparation of components of wheat production has no support in the technological class of the cultivar regardless of the cropping system. Therefore, cultivars of high quality wheat technology can express the components of mean values higher than those from lower quality produce.
机译:小麦生产特性的表达取决于遗传和环境刺激。因此,本研究的目的是通过其技术能力来评估小麦生产性状的表达,以阐明在不同种植系统中谷物产量构成要素的制备过程中,具有最高海拔记录的品种是否也需要更多的氮素供应。所采用的实验设计是在2 x 4阶乘中进行四次重复的随机区组,由两个品种[BRS Guamirim(基本等级)和Fundacep Cristalino(改良剂等级)]和四个氮水平[0、60、120、180 kg ha-1(玉米/小麦系统)和0、40、80、120 kg ha-1(大豆/小麦系统)]。不论种植系统如何,在小麦生产成分的制备中,氮肥的最高供应量对品种的技术水平没有任何支持。因此,优质小麦技术的品种所能表达的平均值要高于低质量小麦的平均值。

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