葡萄苗圃繁殖材料是乌拉圭树干真菌病病原体的来源。

IF 2.1 Q3 MYCOLOGY Frontiers in fungal biology Pub Date : 2022-07-22 eCollection Date: 2022-01-01 DOI:10.3389/ffunb.2022.958466
María Julia Carbone, Matías Gelabert, Victoria Moreira, Pedro Mondino, Sandra Alaniz
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引用次数: 7

摘要

葡萄树干真菌病(GTDs)已成为全球葡萄藤面临的一个严重问题。在繁殖过程中感染的苗圃葡萄藤被认为是GTD病原体传播的主要途径之一。在这项研究中,我们根据当地苗圃的繁殖过程,检测了GTD在葡萄种植材料中的状态,从砧木和接穗母穗到准备种植的嫁接根葡萄藤。2018-2019年间,在2400种繁殖材料中检查了GTD的内部症状,并从1026种选定材料的子样本中进行了真菌分离。我们的研究结果表明,无论接穗/砧木组合如何,乌拉圭生产的葡萄苗圃植物GTD的发病率都很高。在所有繁殖阶段的材料中都观察到典型的棕色到黑色条纹和扇形木材坏死,在整个苗圃过程中发生率显著增加,在准备种植的嫁接根葡萄藤中几乎达到100%。发现的GTDs主要有球孢菌病、皮氏菌病和黑足病。结果表明,球孢菌和皮氏菌病病原体从该过程的早期阶段就感染材料,在植物生产过程结束时显著增加,而黑足病病原体仅在准备种植的葡萄藤中发现。在所有阶段的材料中也检测到了Diaporthe dieback病原体,但比例较低(不到感染材料的10%)。基于单基因座分析,筛选出的180个分离株被分为8个属,89%被鉴定为22种与GTDs相关的真菌物种,其中油桃属和大果霉属是全球葡萄藤上的新记录。我们的研究结果表明,当地生产的葡萄藤是GTD病原体传播的主要途径之一,并表明需要制定苗圃卫生计划来降低这些疾病的发病率。
本文章由计算机程序翻译,如有差异,请以英文原文为准。

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Grapevine nursery propagation material as source of fungal trunk disease pathogens in Uruguay.

Grapevine fungal trunk diseases (GTDs) have become a serious problem for grapevines worldwide. Nursery vines infected during the propagation process are considered one of the main ways of dissemination of GTD pathogens. In this study, we examined the status of GTDs in grapevine planting material, from rootstocks and scion mother cuttings to grafted rooted vines ready to plant, according to the local nursery propagation process. During 2018-2019, internal symptoms of GTDs were examined in 2400 propagation materials and fungal isolations were carried out from a subsample of 1026 selected materials. Our results revealed that nursery grapevine plants produced in Uruguay have a high incidence of GTDs, regardless of the scion/rootstock combination. Typical brown to black streaks and sectorial wood necrosis were observed in materials on all propagation stages, with a markedly increasing incidence throughout the nursery process, reaching almost 100% in grafted rooted vines ready to plant. Botryosphaeria dieback, Petri disease and black-foot disease were the main GTDs found. The results showed that Botryosphaeria dieback and Petri disease pathogens infect materials from the early stages of the process, with a marked increase towards the end of the plant production process, whereas black-foot disease pathogens were found exclusively in vines ready to plant. Diaporthe dieback pathogens were also detected in materials in all stages but in a low proportion (less than 10% of infected material). Based on single locus analysis, the 180 isolates selected were placed into eight genera and 89% identified within 22 fungal species associated with GTDs, with Phaeoacremonium oleae and Diaporthe terebinthifolii as new records on grapevine worldwide. Our results have concluded that locally produced vines are one of the main ways of dissemination of GTD pathogens and showed that a nursery sanitation programme is required to reduce the incidence of these diseases.

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