“青枯病我问的？”她说。
目前防治烟草青枯病尚未有十分有效的措施。
Today, we can not have a very good mothod to control tobacco bacterial wilt.
在温室内，抗菌蛋白粗提液对烟草青枯病可取得83.8%的防效。
Control efficacy of the crude protein to tobacco bacterial wilt in greenhouse was 83.8% by injection.
本文论述了凉山州马铃薯青枯病的发生、危害情况，提出了防治青枯病的建议。
In this paper, the occurrence and harmfulness of bacterial wilt in Liangshan were described, and the control measures of this disease were proposed.
温室生测表明2 P 24对番茄青枯病和小麦全蚀病等土传病害具有较高防效。
In greenhouse, strain 2p24 and CPF-10 showed high efficiency to control soil-borne disease such as tomato bacterial wilt and wheat take-all.
青枯菌检出阳性和根黑色坏死的始发期可作为防治青枯病第一次和第二次施药时期。
The first two periods should be taken as the first and second application time to prevent the tobacco bacterial wilt disease respectively.
疫病、病毒病、青枯病等主要病害的发生，每年给茄科蔬菜的生产造成严重的损失。
Epidemic disease, virus disease, bacterial wilt and other main plant diseases can make losses to nightshade vegetables' production.
对烟草青枯病的研究主要集中于烤烟，特别是国内，而对香料烟青枯病的研究很少。
Bacterial wilt of tobacco research is focused on tobacco, especially in China, while few on Oriental tobacco.
桉树青枯病是我国华南地区严重危害桉树的细菌性枯萎病，已成为桉树生产的严重障碍。
Bacterial wilt of eucalyptus, a widespread disease both at home and abroad, had become a severe obstacle for the development of eucalyptus industry.
综述了桑青枯病在我国的广东、广西、江西和浙江等地的发生、分布、危害及发展趋势。
Occurrence, distribution, harm and developing tendency of a mulberry disease Pseudomonas solanacerum S. Dowson was reviewed.
采用盆栽试验方法，研究了不同质地土壤条件下番茄青枯病的发生情况和土壤微生物的特征。
The present study has discovered th at soil texture had a great effect on bacterial wilt occurrence of tomato.
文内报导之桉树青枯病、小叶病、苗腐病、玫瑰桉叶斑病、叶锈病、枝枯病、溃疡病及冠腐病等均为本省之新记录病害。
Among the eucalypt diseased, bacterial wilt, little-leaf, seedling, brown spot, leaf rust, shoot blight, stem canker and butt rot are new disease records in Taiwan.
对该10个菌株相互之间的拮抗性测定结果表明，有6个菌株相互之间无拮抗作用，可在烟草青枯病的生物防治中应用。
Among the 10 strains, 6 strains have no inhibiting effects on one another. They may be mix used in biological control of bacterial wilt of tobacco.
对该10个菌株相互之间的拮抗性测定结果表明，有6个菌株相互之间无拮抗作用，可在烟草青枯病的生物防治中应用。
Among the 10 strains, 6 strains have no inhibiting effects on one another. They may be mix used in biological control of bacterial wilt of tobacco.
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