棉花枯萎病和黄萎病是影响我国棉花生产的重要问题。
Fusarium and Verticillium wilts of cotton are still the serious problem of cotton production in China.
本研究为薄荷-棉花轮作防治棉花枯萎病提供了一些依据，展示了利用薄荷制剂防治该病害的可能性。
This study provides some evidence for control of cotton Fusarium wilt through peppermint-cotton rotation, and opens up a possibility for its control with peppermint preparation.
用上述7个土壤拮抗菌进行棉花枯萎病田间小区防效试验的结果表明，T-03对棉花枯萎病的防效最高，达76．5％；
The above mentioned soil antagonistic strains were tested for controlling cotton fusarium wilt disease in the field. The results showed that T 03 was the best, the control effect was 76.5%.
选择镰刀菌用驹田或植选1号培养基，在米饭培养基上划分镰刀菌种群，用试管法或盆栽作致病性测定，以检测土壤中棉花枯萎病致病菌。
Rice medium was used to identify the species groups of genus of Fusarium fungi selected by Komada or No. 1 selective culture medium from soil.
棉花对枯萎病的抗性遗传是由多基因控制，当一个品种处于一种复杂的群体状态时，这些抗病基因可能分别存在于不同个体上。
The resistant heredity of the fusarium wilt is controlled by many genes, when a variety is in a complicated colony , these disease-resistant genes may exist in different individuals separately .
对于防治棉花 枯萎病来说 ，几丁质添加物能提高所有测定菌株的防治效果。
As for control fusarium wilt of cotton (caused by Fusarium oxysporum f. sp. vasinfectum ), chitin additives increased the efficacy of all tested strains.
对于防治棉花 枯萎病来说 ，几丁质添加物能提高所有测定菌株的防治效果。
As for control fusarium wilt of cotton (caused by Fusarium oxysporum f. sp. vasinfectum ), chitin additives increased the efficacy of all tested strains.
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