埃塞俄比亚西南部吉玛镇与收获后牛油果腐烂有关的真菌

M. Kebede, Addisie Belay
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引用次数: 5

摘要

吉马及其周边地区的牛油果采收后处理不善是导致牛油果采收后腐烂和质量下降的原因之一。此外,采后病害会限制果实的贮藏期。本研究旨在鉴定金马镇牛油果采后病原菌。2017年,在批发商、当地市场和农民的田地里,共有35种鳄梨被分类为明显健康(20种)、患病(10种)和腐烂(5种)。共分离得到真菌30株,隶属8属9种。分离频率最高的属为肉毒杆菌属(26.67%),其次为炭疽菌属(23.33%)和曲霉属(10%)。因此,要求管理策略的目标是减少促进真菌感染发生的因素,例如在装载到汽车时使用当地可用的缓冲材料来避免牛油果损坏的做法,避免将人和其他材料与牛油果一起装载在同一辆车上,改进牛油果储存室以允许空气流通,避免牛油果在储存室中阻尼。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Fungi Associated With Post-harvest Avocado Fruit Rot at Jimma Town, Southwestern Ethiopia
The poor post-harvest handling of avocado in and around Jimma was contribute its part for Post-harvest decay of avocado fruits and loss in quality of avocado. Besides, Post-harvest disease can limit the storage period for the fruit. The aim of this study was to identify Post-harvest pathogens affecting avocado fruits in Jimma town. A total of 35 avocado fruits categorized as apparently healthy (20), diseased (10) and decayed (5) avocado fruits were sampled from wholesalers, local market and farmers' field during 2017. A total of 30 fungal isolates were recovered and grouped into nine fungal species under eight genera. Botryotinia was the most frequently isolated genus (26.67%) followed by Colletotrichum (23.33%) and Aspergillus (10%). Thus, requests the need of management strategy that targets in reducing factors that facilitates the occurrence of fungal infection such options are avoidance of avocado fruit damaging practices by using locally available cushioning materials during loading to cars, avoiding loading of people and other materials together with avocado fruits on the same car, improving avocado storage houses to allow air circulation and avoiding damping of avocado fruits in the storage house.
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