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Evaluación agronómica de frijoles bio-fortificados en fincas de agricultores de Antioquia

机译:农村生物强化豆类农民农民农民抗奥克斯农业评价

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The objective of this research was to evaluate genotypes of iron- and zinc-enriched common beans during breeding in producers' farms. Yield, disease reaction, and commercial grain characteristics were evaluated to achieve this objective. In three locations of Antioquia (Rionegro, Jardín, and Betulia), seven bush beans and eight climbing bean genotypes were planted. A randomized complete block design with four replications was used in each location. There were significant differences between the bush and climbing bean genotypes that were evaluated. The highest yields, in all locations, were for the biofortified bean NUA 45 and the control variety Uribe Rosado, followed by the CAL 96 and AFR 612 genotypes. For the climbing beans, the highest yields were found in the G2333 genotypes, being this treatment equal to the MAC 27, a bean that is adapted to mid-climate and altitudes. The MAC 27 material is presented as a promising variety because of its high yields and tolerance to diseases, mainly anthracnose.
机译:本研究的目的是在生产者农场繁殖期间评估铁和锌富含植物的基因型。评价产量,疾病反应和商业谷物特征以达到这一目标。在抗奥基亚(Rionegro,Jardín和betulia)的三个地点,种植了七种灌木丛和八个攀登豆类基因型。每个位置使用具有四种复制的随机完整块设计。评估的灌木和攀爬豆基因型之间存在显着差异。在所有位置,最高产量对于生物灭绝的Bean Nua 45和对照品种呼吸罗萨多,其次是Cal 96和AFR 612基因型。对于攀爬豆类,在G2333基因型中发现了最高产量,这种处理等于Mac 27,一种适应中间气候和高度的豆类。由于其对疾病的高产率和耐受性,Mac 27材料作为有希望的品种,主要是疾病。

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