论文部分内容阅读
该试验所用农药和剂量除25 g/L咯菌腈FS防效较差外其他药剂和剂量防效均较好。防效依次为:种子量0～010%、0.030%、0.050%的30.000%己唑醇SC防效均达100.000%,种子量0.034%、0.102%、0.170%的30 g/L苯醚甲环唑FS防效分别为99.690%、100.000%、100.000%,种子量0.008%、0.024%、0.040%的12.500%烯唑醇WP防效分别为92.870%、98.570%、99.960%,种子量0.200%、0.600%、1.000%的50.000%多菌灵WP防效分别为88.940%、96.430%、98.330%;种子量0.008%、0.022%、0.038%的40.000%氟硅唑EC防效分别为86.090%、94.910%、98.220%;种子量0.016%、0.050%、0.086%的60 g/L戊唑醇FS防效分别为78.480%、81.810%、99.890%。
The pesticides and dosages used in this experiment were better than those with 25 g / L fludioxonil FS. The control effects of 30.% hexaconazole with 0.0 0 0%, 0.050% and 0.050% seeds were 100.000%, 0.034%, 0.102% and 0.170% The FS control effect of azole FS of Radix Aconiti Lateralis were 99.690%, 100.000%, 100.000%, 0.008%, 0.024% and 0.040%, respectively. The control effect of 12.500% Diniconazole WP was 92.870%, 98.570% and 99.960% The control effect of 0.6000%, 1.000% and 50.000% carbendazim were 88.940%, 96.430% and 98.330% respectively. The control effect of 40.000% Flusilazole with the seeds of 0.008%, 0.022% and 0.038% were respectively 86.090% and 94.910 % And 98.220% respectively. The control effect of 0.06%, 0.050% and 0.086% of 60 g / L tebuconazole FS was 78.480%, 81.810% and 99.890%, respectively.