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HAN Shen;YANG Du;XU Wan-li;SUN Bao-cheng;ZHANG Yun-shu;SUN Su-min;MA Yong-shang
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韩盛;杨渡;徐万里;孙保成;张云舒;孙肃民;马永尚
摘要: [目的]研究8种生物源和矿物源农药对加工番茄细菌性斑点病的防治效果,筛选出更加适合番茄制品出口食品安全要求的高效农药.[方法]采用田间小区试验,比较8种生物源和矿物源农药对加工番茄细菌性斑点病防效差异.[结果]第3次施药后7 d各药剂的防效分别为:77;氢氧化铜干悬浮剂73.11;、37.5;氢氧化铜悬浮剂67.43;、波尔多液64.78;、2.0;氨基寡糖素水剂51.14;、4;春雷霉素可湿性粉剂50.38;、3;多抗霉素可湿性粉剂45.46;、0.5;小檗碱水剂43.45;,植物激活蛋白防效最低仅为29.17;.[结论]77;氢氧化铜干悬浮剂、37.5;氢氧化铜悬浮剂和波尔多液3种矿物源农药防效较高,且更适合加工番茄产品出口的食品安全要求.
HAN Shen;YANG Du;XU Wan-li;SUN Bao-cheng;ZHANG Yun-shu;SUN Su-min;MA Yong-shang. The Experiment on Using Eight Biologic and Mineral Bactericides to Prevent Bacterial Speckle Disease in Processing Tomato[J]. .
韩盛;杨渡;徐万里;孙保成;张云舒;孙肃民;马永尚. 8种生物源和矿物源农药防治加工番茄细菌性斑点病试验[J]. .
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http://www.xjnykx.com/EN/Y2010/V47/I11/2258