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库拉索芦荟种苗褐斑病的防治及纳米硅的抑菌作用
引用本文:甘丽萍,胡廷章,谭千洪,李应玲.库拉索芦荟种苗褐斑病的防治及纳米硅的抑菌作用[J].湖北农业科学,2008,47(2):188-190.
作者姓名:甘丽萍  胡廷章  谭千洪  李应玲
作者单位:重庆三峡学院生物系,重庆万州,404000
摘    要:对库拉索芦荟种苗褐斑病进行了大田药效及室内纳米硅抑茵试验.结果表明,种苗和土壤用瑞毒霉加入纳米硅消毒后能有效防治芦荟苗期褐斑病;纳米硅对芦荟褐斑病病原菌壳二孢茵的生长有抑制破作用,改变了茵丝生长的形态.但对孢子萌发影响不显著.

关 键 词:三峡库区  库拉索芦荟  纳米硅  壳二孢茵
文章编号:0439-8114(2008)02-0188-03
收稿时间:2007-09-28
修稿时间:2007年9月28日

Control Test of Alternaria Leaf Spot of Aloe Vera Seedlings and Effect of Nanometer Silicon against Ascochyta tini Sacc
CAN Li-ping,Hu Ting-zhang,TAN Qian-hong,LI Ying-ling.Control Test of Alternaria Leaf Spot of Aloe Vera Seedlings and Effect of Nanometer Silicon against Ascochyta tini Sacc[J].Hubei Agricultural Sciences,2008,47(2):188-190.
Authors:CAN Li-ping  Hu Ting-zhang  TAN Qian-hong  LI Ying-ling
Institution:GAN Li-ping,HU Ting-zhang,TAN Qian-hong,LI Ying-ling(Biology Department,Chongqing Three Gorges University,Wanzhou 404000,Chonqqing,China)
Abstract:Different treatments were tested in the aloe field and soil in reservoir region of Three Gorges,the result showed:both seedlings and soil disinfected with Ruidumei and nanometer silicon could effectively control aloe seedling diseases;while a contrast experimenta about the effect of nanometer silicon against Ascochyta tini on aloe was studied.The result showed that nanometer silicon inhibited growth and changed mycelial growth patterns of Ascochyta tini,but the effect on spore germination was not significan...
Keywords:reservoir region of Three Gorges  A loe vera  nanometer silicon  A scochyta tini
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