9. Anthracnose is one of the most important plant diseases worldwide, which could seriously infect many crops, especially in tropical and subtropical regions.
炭疽病是世界性的植物病害，对许多作物构成严重威胁，尤其在热带、亚热带地区。
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10. Significant effects of a few antagonistic microorganisms on control of mango anthracnose disease were observed on detached leaves or on field mango leaves.
离体叶片及田间试验结果表明，部分拮抗微生物对芒果炭疽病有显著的防治效果。
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11. Cucumber bacterial wilt, cucumber anthracnose and cucumber sclerotinia rot are serious diseases on cucumber, which can badly reduce the cucumber field yield.
12. Examination of various symptomless tissues of citrus seedlings revealed that latent infection of anthracnose(Collectotrichum gloeosporioides)is very common in young citrus plants.
对柑桔苗期的各种无症组织结构检查表明，柑桔苗期炭疽病潜伏侵染现象十分普遍。
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13. The medicaments of controlling watermelon-anthracnose are triazole germicides and some other protective germicides, but it wasn't specific medicaments to control watermelon-fusarium wilt.
14. In this paper, a primary study was carried on the fungicide resistance and genetic diversity of 70 mango anthracnose isolates from 14 regions include Hainan, Guangdong, Guangxi, Sichuan et al.
15. Under the condition of laboratory, the inhibitive activity of 1.5% Kathan to the pathogen of apple anthracnose, Colletotrichum gloeosprioides, was studied by means of mycelium growth rate method.
在实验室条件下，采用菌丝生长速率测定法，测定了1.5 %卡松水剂对苹果炭疽病菌的毒力。
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16. The survey found that the most serious diseases were black mould of Leucaena spp. , anthracnose of Desmodium spp. , Tubercularia leaf spot of Glycine wightii spp. , and anthracnose of Arachis spp.
为害较重的病害有银合欢黑霉病、山蚂蝗炭疽病、爪哇大豆瘤座孢叶斑病和野花生炭疽病等。
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17. The survey found that the most serious diseases were black mould of Leucaena spp. , anthracnose of Desmodium spp. , Tubercularia leaf spot of Glycine wightii spp. , and anthracnose of Arachis spp.
为害较重的病害有银合欢黑霉病、山蚂蝗炭疽病、爪哇大豆瘤座孢叶斑病和野花生炭疽病等。
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Stylo anthracnose and Current Research Progresses on Anthracnose Res istance Breeding. 柱花草炭疽病及其抗病育种进展。
The molecular character of the pathogenic fungi Colletotrichum was studied which caused fruits and vegetables anthracnose in order to help developping molecular detection methods. 摘要本研究旨在分析果蔬采后炭疽病病原菌菌种特异的分子特征，为建立早期分子检测方法奠定基础。
