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温室和田间试验测定了dichlormid、R-29148、CGA-92194、Flurazole、萘二甲酐和MON-5500作为燕麦畏解毒剂在小麦上的使用效果以及杀菌剂拌种对燕麦畏的拮抗作用。MON-5500以种籽量的0.063%拌种,是燕麦畏最有效的解毒剂。0.5%的dichlormid和R-29148拌种比CGA-92194和萘二甲酐效果好,Flu-razole拌种不能减轻燕麦畏对小麦的药害。用2.2 kg/ha的dichlormid或R-29148撒施于土壤能减轻燕麦畏1.1kg/ha剂量对小麦的药害,也能减轻燕麦畏0.3 kg/ha剂量对燕麦的药害。萎锈灵0.2%或imazalil0.008%的拌种量对燕麦畏具有拮抗作用并减轻了燕麦畏0.6kg/ha剂量对小麦的药害。代森锰加林丹或者代森锰锌拌种却增加了燕麦畏对小麦的药害。
Greenhouse and field trials measured the use of dichlormid, R-29148, CGA-92194, Flurazole, Naphthalene Dianhydride, and MON-5500 as dwindling deterrents in wheat and the antagonistic action of bactericide seed dressing on oatmeal. MON-5500 is seed dressing of 0.063%, is the most effective antidote to oatmeal. 0.5% dichlormid and R-29148 dressing better than CGA-92194 and naphthalene dicarboxylic anhydride, Flu-razole seed dressing can not reduce oat fear of wheat injury. Spraying 2.2 kg / ha of dichlormid or R-29148 on the soil can reduce the phytotoxicity of 1.1 kg / ha of oatmeal to wheat and also reduce the phytotoxicity of 0.3 mg / o of oatmeal to oats. Carbendazim 0.2% or imazalil 0. 008% seed dressing had antagonistic effect on oatmeal and alleviated the phytotoxicity of oatmeal at 0.6kg / ha on wheat. Mancozeb plus Lindane or Mancozeb addition increased the phytotoxicity of oatmeal to wheat.