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[生物防治研究实例:对蚜虫致病的虫霉真菌]

[An example of research on biological control: Entomophthora fungi pathogenic for aphids].

作者信息

Latgé J P, Remaudière G, Papierok B

出版信息

Bull Soc Pathol Exot Filiales. 1978 Mar-Apr;71(2):196-203.

PMID:570463
Abstract

The results obtained in 15 years of research on the Entomophthorales pathogen of aphids showed the importance of the action of these fungi in the regulation of natural aphid populations and their possible use in agriculture as a biological control agent. Recent ecological studies on natural populations of aphids established the seasonal variation of the different fungal species and the diverse degrees of specificity between the species or groups of species of aphid and the various species of Entomophthora. The study of populations dynamics of an aphid species on a cultivated plant permitted the determination of the way a certain number of biotic and abiotic factors, such as temperature, humidity, thresholds of the insect population and of the infecting fungus lead to an epizootic development. If the air propagation of the disease by conidia is understood for a long time, the role of the soil as a reservoir for the infecting fungus has been demonstrated recently. Under favourable climatic conditions, the use of industrially produced resistant resting spores would allow the regulation of aphid populations in nature.

摘要

对蚜虫虫霉目病原体进行15年研究所得的结果表明,这些真菌在调节蚜虫自然种群数量方面的作用重大,并且它们有可能作为生物防治剂应用于农业领域。近期针对蚜虫自然种群开展的生态学研究确定了不同真菌物种的季节性变化,以及蚜虫物种或物种组与虫霉的不同物种之间多样的特异性程度。对某一栽培植物上一种蚜虫物种的种群动态进行研究,有助于确定一定数量的生物和非生物因素,如温度、湿度、昆虫种群阈值和感染真菌阈值,是如何导致疾病流行发展的。长期以来人们都了解分生孢子通过空气传播疾病的情况,但土壤作为感染真菌储存库的作用最近已得到证实。在有利的气候条件下,使用工业生产的抗性休眠孢子能够调节自然界中的蚜虫种群数量。

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