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首页> 外文期刊>Tropical Plant Pathology >Influence of irrigation system on incidence and losses caused by golden mosaic in common beanOriginal Title (non-English) Influencia do sistema de irrigacao na incidencia e nas perdas ocasionadas pelo Mosaico Dourado do Feijoeiro [Portuguese]
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Influence of irrigation system on incidence and losses caused by golden mosaic in common beanOriginal Title (non-English) Influencia do sistema de irrigacao na incidencia e nas perdas ocasionadas pelo Mosaico Dourado do Feijoeiro [Portuguese]

机译:灌溉系统对普通豆类金黄色花叶病的发生和损失的影响原始标题(非英语)灌溉系统对费约埃罗的金色花叶病的发生和损失的影响[葡萄牙语]

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摘要

One of the most severe diseases in common bean (Phaseolus vulgaris L.) is golden mosaic caused by Bean golden mosaic virus (BGMV, genus Begomovirus, family Geminiviridae). This study aimed to evaluate the influence of different irrigation systems on the incidence and losses caused by BGMV in common bean. The experiment consisted of the evaluation of three irrigation systems (drip, sprinkler and micro sprinkler), installed as 225m(2) strips in the experimental area of the Federal University of Alagoas, Rio Largo, AL. Each strip contained 12 plots of 1m(2) each, with 20 plants per plot. The experiment was conducted over two seasons: October 2006 to January 2007 and October 2007 to January 2008. The incidence of golden mosaic was evaluated by visual inspection of symptomatic plants, and the asymptomatic plants were tested for the presence of begomoviruses by PCR. For yield evaluations, the weight of mature grains from all plants was quantified, and the average weight per plant in each plot was calculated. The results indicate that drip and sprinkler irrigation resulted in the highest (62.31%) and lowest (16.74%) incidence, respectively, of golden mosaic. There was no correlation between the incidence of golden mosaic and yield. However, healthy plants yielded three times more grain than diseased plants.
机译:普通豆(菜豆)中最严重的疾病之一是由豆金色花叶病毒(BGMV,Begomovirus属,Geminiviridae家族)引起的金色花叶。本研究旨在评估不同灌溉系统对普通豆中BGMV的发生和损失的影响。该实验包括对三个灌溉系统(滴灌,喷头和微型喷头)的评估,该系统以225m(2)条的形式安装在阿拉巴马州联邦大学的实验区,阿拉巴马州里约拉哥。每个试条包含12个1m(2)的样地,每个样地有20株植物。该实验进行了两个季节:2006年10月至2007年1月以及2007年10月至2008年1月。通过对有症状植物的目视检查来评估金色花叶的发生率,并通过PCR检测无症状植物中是否存在Begomoviruses。为了进行产量评估,对所有植物中成熟谷物的重量进行了定量,并计算了每个地块中每株植物的平均重量。结果表明,滴灌和喷灌分别导致金色镶嵌的发生率最高(62.31%)和最低(16.74%)。金色镶嵌的发生与产量之间没有相关性。但是,健康植物的谷物产量是病态植物的三倍。

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