Population Structure of Helicobasidium mompa in an Apple Orchard in Fukushima.
Population Structure of Helicobasidium mompa in an Apple Orchard in Fukushima.
复制标题
福岛苹果园中螺杆菌 (Helicobasidium mompa) 的种群结构。
DOI：
10.3186/jjphytopath.62.490
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发表时间：
1996
期刊：
影响因子：
--
通讯作者：
N. Matsumoto
中科院分区：
文献类型：
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作者：
H. Katsumata;T. Ogata;N. Matsumoto
病原菌，引起苹果，桑葚，甘薯，芦笋等紫色根腐病。5）大多数研究集中在疾病的控制，大概是因为迫切需要充分的控制。积累有关H的基本知识。mompa，包括其生理学，遗传学和生态学，是先决条件。在本文中，我们报告的结果，从人口结构的调查，这种经济上重要的病原体。基于体细胞不亲和性的种群结构已经在许多真菌中进行了研究，并发现根据真菌的种类和栖息地而有所不同。然而，人们对农作物的病原体知之甚少4，7），对H，mompa也一无所知。福岛阿达奇的一个苹果果园，自从1984年山顶上的原始植被被清除后，就遭受了紫色根腐病，其中包括赤松-
pathogen, causing violet root rot of apple, mulberry, sweet potato, asparagus, etc.5) Most studies have focused on disease control presumably because of the urgent need for adequate control. Accumulating basic knowledge about H. mompa, including its physiology, genetics, and ecology, is prerequisite. In this paper we report the results from an investigation on the population structure of this economically important pathogen. Population structure based on somatic incompatibility10) has been studied in many fungi and found to vary according to the fungal species and habitat. However, little is known about pathogens of agricutural crops4,7), and nothing at all is known about H, mompa. An apple orchard in Adachi, Fukushima has suffered from violet root rot since the hilltop was cleared in 1984 of its original vegetation which included Pinus densi-