甜叶菊优良基因型的选择,旨在培育适应巴西热带草原的品种

Fellipe Celestino de Castro, F. G. Faleiro, Jamile Silva Magalhães Oliveira, R. Amabile, João Victor Pinheiro Melo
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引用次数: 0

摘要

在这项工作中,目的是评估形态农艺性状,关联和选择甜菊糖的优良基因型。海姆斯利具有很高的生产力,并适应了巴西热带草原的条件。在2018年至2019年期间,共对来自Embrapa Cerrados工作收集的230个基因型进行了评估,共进行了24次评估,分6个切口进行,每个切口代表所分析基因型响应数据生成的特定时刻。分析了各个体的绿色生物量(g)、株高(cm)、分蘖数和幼期4个性状。各基因型性状均数按Pearson相关系数进行相关。采用Mulamba和Mock指数,选择强度为10%,筛选优良基因型。幼期、株高与绿色生物量呈高度正相关。根据秩和的应用,所选群体有23个优势基因型,对感兴趣的性状有较高的选择增益。最后,选择绿色生物量高、对日照长度不敏感、植株高的优质甜叶菊基因型,对巴西热带稀树草原甜叶菊育种计划的连续性至关重要。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Selection of stevia elite genotypes aiming at the development of cultivars adapted to the Brazilian Savanna
In this work, the objective was to evaluate morphoagronomic traits, correlate and select elite genotypes of Stevia rebaudiana (Bert.) Hemsley with high productivity, and adapted to Brazilian Savanna conditions. A total of 230 genotypes were evaluated, from the Embrapa Cerrados Working Collection, from 2018 to 2019, with 24 evaluations, carried out in six cuts, with each cut representing a certain moment of generation of the response data of the analyzed genotypes. Four traits were analyzed: green biomass production (g), plant height (cm), tillering number and juvenile period of each individual. The means of the characteristics of each genotype were correlated according to Pearson's correlation coefficient. The Mulamba and Mock index was applied, with a selection intensity of 10%, to choose the superior genotypes. There are high positive correlations between juvenile period, height and green biomass production. The selected population were 23 superior genotypes, based on the application of rank sum resulting in high selection gains for the traits of interest. Finally, the selection of elite stevia genotypes with high production of green biomass, greater insensitivity to length of the daily light period, as well as taller plants, are essential for the continuity of the stevia breeding program on the Brazilian Savanna.
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