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首页> 外文期刊>Research Journal of Soil Biology >Relationships Between Oil, Protein and Dry Matter in Soybean Seed with Some of Micronutrients Fertilization
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Relationships Between Oil, Protein and Dry Matter in Soybean Seed with Some of Micronutrients Fertilization

机译：微量元素养分与大豆种子中油，蛋白质和干物质的关系

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摘要

In order to investigate the relationships between oil percent, protein percent, pod, seed and total dry weight in soybean with zinc, iron and manganese applications, two field experiments were performed at the research field of the Islamic Azad University of Kermanshah, Iran in 2010-2011. The experimental design was a factorial experiment based on randomized complete block with three replicates. Treatments includes: Three level of Zn (0, 20 and 40 kg ha-1), Fe (0, 25 and 50 kg ha-1) and Mn (0, 20 and 40 kg ha-1). At the harvesting time, ten plants were randomly selected from each plot and grains were separated from pods. Oil and protein percent in soybean seed were measured. For the measurement of pod, seed and total dry weight the samples were dried and finally were weighed. The results indicated that zinc and iron had significant effects on all of evaluated traits (p-1 had the most impact on pod dry weight and plant dry weight, while maximum oil and protein contents and seed dry weight were recorded with 40 kg Zn ha-1. In excess amounts of iron application the oil and protein content was reduced, although was not statistically significant. The effect of zinc and manganese applications on oil percent in soybean seed was more than protein content.
机译：为了研究含锌，铁和锰的大豆中油含量，蛋白质含量，荚果，种子和总干重之间的关系，2010年在伊朗克尔曼沙什伊斯兰阿扎德大学的研究现场进行了两次田间试验-2011。实验设计是基于具有三个重复的随机完整区块的析因实验。处理包括：三种水平的Zn（0、20和40 kg ha -1 ），Fe（0、25和50 kg ha -1 ）和Mn（0， 20和40 kg ha -1 ）。在收获时，从每个地块中随机选择十株植物，并从豆荚中分离出谷物。测量大豆种子中的油和蛋白质百分比。为了测量豆荚，种子和总干重，将样品干燥，最后称重。结果表明，锌和铁对所有评价的性状都有显着影响（p-1 对豆荚干重和植物干重的影响最大，而最大的油，蛋白质含量和种子干重记录为40 kg Zn ha -1 。过量施用铁后，油脂和蛋白质含量降低，尽管无统计学意义;锌和锰施用对大豆种子中油脂含量的影响大于蛋白质内容。

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