The results showed that fertility raising practices not only reduced the occurrence of soybean root rot disease, but also increased plant height, dry matter accumulation and yield of soybean.
结果表明，不同培肥措施能减轻大豆根腐病的发生，并且使大豆株高、干物质积累和产量明显高于对照。
Confront culture results showed that Trichoderma had stronger advantages of spatial competion to the pathogens of soybean root rot.
对峙培养结果表明，木霉菌对大豆根腐病菌有较强的空间竞争优势；
The disease index of soybean root rot was reduced. The plant height, stem diameter, root Numbers, dry matter accumulation and yield were increased.
结果表明，带状垄体垄沟深松技术能减轻大豆根腐病的发生，并且使大豆株高、茎粗、根数明显增加，干物质积累量增加。
Molecular mechanism of interaction between soybean and F. oxysporum has not been reported yet and the understanding of which would help to research and control soybean root rot.
关于大豆根腐病的研究多集中于病理学方面，大豆与尖孢镰刀菌互作分子机制未见报道，但是理解二者间的分子互作机制有助于对大豆根腐病的研究和防治。
This research attempt to use the biocontrol methods to control soybean root rot and discuss its possible mechanism.
本研究主要尝试从生物防治的角度来防治大豆根腐病，并初步探讨其可能的作用机制。
This research attempt to use the biocontrol methods to control soybean root rot and discuss its possible mechanism.
本研究主要尝试从生物防治的角度来防治大豆根腐病，并初步探讨其可能的作用机制。
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