首页> 外文期刊>African Journal of Biotechnology >Climatic factors interference with the occurrence of Beauveria bassiana and Metarhizium anisopliae in cultivated soil
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Climatic factors interference with the occurrence of Beauveria bassiana and Metarhizium anisopliae in cultivated soil

机译:气候因子干扰培育土壤中嗜孢菌和甲状腺炎群落的发生

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Description of method and recommendation of laboratory and field procedures for the isolation of soil borne entomopathogenic fungi (specifically?Beauveria bassianaand?Metarhizium anisopliae) is presented.?Baiting technique method was used?for screening of occurrence of indigenous populations of?entomopathogenic fungi. Totally, 2068 alive greater wax moth larvae (Galleria mellonella?L.) were used to trap entomopathogenic fungi present in the soil. Site selected was?the experimental farm of Assiut University; only 105 larvae?were infected by entomopathogenic fungi representing 5.08% mortality.?B. bassiana?caused 85.71% of the mortality represented by 90 isolates.?M. anisopliae?caused 14.29% of the mortality giving only 15 isolates of?M. anisopliae. Data showed that?B. bassianaseems to be the most economically important entomopathogenic fungi?inhabiting soil cultivated with wheat and cotton plants. The highest number of the isolates was recorded during spring and autumn seasons. The relationship between the incidence of?B. bassiana?and?M. anisopliae?and the selected weather factors?was statistically analyzed using multiple regression analysis.
机译:介绍了实验室的方法和建议,分离土壤鼻疗法真菌(特别是贝氏疟原虫?Metarhizium Anisopliae)。使用技术方法?用于筛选昆虫致病真菌的土着群体的发生。完全,2068年活着的大蜡蛾幼虫(Galleria mellonella?L.)用于捕获土壤中存在的昆虫致病真菌。选定的网站是?Assiut大学的实验农场;只有105只幼虫?被昆虫致病真菌感染,代表了5.08%死亡率。贝斯坦娜?造成的85.71%的死亡率为90分离株。 anisopliae?造成14.29%的死亡率,只给出15个分离株的m。 anisopliae。数据显示?b。巴西亚萨斯是最经济上最重要的昆虫致病真菌?栖息地用小麦和棉花栽培。春季和秋季季节记录了最多的分离物。发病率之间的关系贝斯安娜?和?m。 anisopliae?以及所选的天气因子?使用多元回归分析进行统计分析。

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