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Sowing seasons maturity groups on quantitative traits in soybean

机译:大豆数量性状的播期成熟度组

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The world economic importance of soybean (Glycine max (L).) crop is consolidated, and tests to verify the best sowing season for yield gain of cultivars are demanded. The aim of this study is to analyze the effect of sowing season on soybean cultivars of different maturity groups, since the determination of the optimum time for planting soybeans and the cultivar most suited to the region under study can increase yield components and consequently productivity. The experiment was conducted in Currais, State of Piauí, Brazil, and involved evaluation of 12 treatments resulting from the interaction between: 1) sowing seasons: 11/22/2014; 11/29/2014; 12/6/2014; 12/13/2014; 12/20/2014 and 12/27/2014 and 2) two cultivars of maturity groups 8.2 and 8.6. The experiment was a randomized complete block design with four replications, in subdivided plots, and the nested effect in the plot was sowing dates. Data were analyzed using ANOVA and Tukey’s test (p £ 0.05). Interaction was significant for number of pods, pod length, dry mass of stem, dry mass of pods and number of grains per plant, but not for productivity and one thousand seed mass. In the agricultural year 2015/2016, the climatic factors worked directly on the components of soybean production, and it is possible to adopt any period of November and December for its planting.
机译:巩固了世界大豆(Glycine max(L)。)作物的世界经济重要性,因此需要进行试验以验证最佳播种季节以增加品种的增产。这项研究的目的是分析播种季节对不同成熟度组的大豆品种的影响,因为确定最佳的播种时间和最适合研究区域的大豆品种可以增加产量,从而提高生产力。该实验在巴西皮奥伊州的库拉伊斯进行,涉及对以下12种处理方法的评估:1)播种季节:2014年11月22日; 2014年11月29日; 2014年12月6日; 2014年12月13日; 12/20/2014和12/27/2014以及2)两个成熟组8.2和8.6。实验是在细分地块中进行四次重复的随机完整区组设计,并且该地块中的嵌套效应是播种日期。使用方差分析和Tukey检验分析数据(p £ 0.05)。交互作用对于荚果数量,荚果长度,茎干质量,荚果干质量和每株植物的谷粒数量而言很重要,但对生产力和千粒种子质量没有影响。在2015/2016农业年度,气候因素直接影响了大豆生产的组成部分,因此可以采用11月和12月的任何时期进行播种。

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