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Evaluation of the average performance of topcrosses among food and grain type soybean

机译:粮食型和粮食型大豆之间的平均杂交表现评估

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The food type soybean (exotic) are, in general, non-adapted to the Brazilian growing conditions. A breeding strategy to develop adapted food type soybean should involve crossing exotic with the available grain type genotypes. We evaluated the performance of topcrosses among food type and grain type soybeans. Best progenies showed different performance rates in each environment and they were not always the same in the different environments and joint analysis of lodging (L), plant height at maturity (PHM) and agronomic value (AV) was essential to avoid selection of plants with good performance for one trait and bad for another.) Piracicaba autumn environment (PA) caused low individual plant yield performance (IPY), and consequently, cultivation was not economically viable in this period. Best progenies presented appropriate trait averages for inclusion in the category of vegetable soybean in all evaluated environments.
机译:通常,食品类型的大豆(外来)不适应巴西的种植条件。开发适应性食品类型大豆的育种策略应涉及将外来品种与可用的谷物类型基因型杂交。我们评估了食物型和谷物型大豆之间的杂交表现。最佳子代在每种环境下均表现出不同的性能,并且在不同环境下并不总是相同,因此对倒伏(L),成熟植物高度(PHM)和农艺价值(AV)的联合分析对于避免选择具有以下特征的植物至关重要。一方面,Piracicaba的秋季环境(PA)导致单株产量表现(IPY)较低,因此在此期间的种植在经济上不可行。在所有评估的环境中,最好的子代表现出适当的性状平均值,以包括在蔬菜大豆类别中。

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