19.977%, 17.157% and 14.64%. it suggested that seconc (original) (raw)

19.977%, 17.157% and 14.64%. It suggested that seconc concentration of this fungicide is most effective Moreover the 0.50% concentration of Antraco (Propineb 70%) showed better results as compared t control. Similarly, both concentrations of Score 250 E( (Difenconazole 250EC) resulted in decreasing th disease incidence first but later it gradually increased Although the disease was suddenly enhanced but it wa less as compared to control. Moreover, maximun disease incidence on both varieties was expressed by Rally 40% WP (Myclobutanil 40%) followed by Chlorostrobin (Azoxystrobin 5.4%+Chlorothalonil 45%) Alliette 80% WP (Fosetyli-Aluminium 80%), Succes: 70% WP (Metalaxyl 8% + Chlorothalonil 64%) and Scor 250 EC (Difenconazole 250EC) respectively. Among al Swing 72% (Metalaxyl 8% + Mancozeb 64%) rankec first followed by Antracol (Propineb 70%) and Succes: 70% WP (Metalaxyl 8% + Chlorothalonil 64%). Ii addition, Most least effective fungicide was found Cytro 75% (Thiophanate-methyle 35% + Chlorothalonil 40% followed by Chlorostrobin (Azoxystrobil 5.4%+Chlorothalonil 45%), Rally 40% WP (Myclobutani 40%)and Score 250 EC (Difenconazole 250EC). Althoug! they reduced the disease as compare to control but they can not be recommended for quick remedy (Table 6). ntrations, weeks and Varieties (TxWxVxC) against whit Our results were supported by the results of Rathi et al, (2009) in which they executed the foliar application of Ridomil MZ-72 WP containing active ingredient of 8% Metalaxyl and 64% Mancozeb @ 2g/1 to control the white rust disease. Ridomil MZ-72 WP significantly reduced the disease incidence ranging from 64 to 30%.

Table 6 19.977%, 17.157% and 14.64%. It suggested that seconc concentration of this fungicide is most effective Moreover the 0.50% concentration of Antraco (Propineb 70%) showed better results as compared t control. Similarly, both concentrations of Score 250 E( (Difenconazole 250EC) resulted in decreasing th disease incidence first but later it gradually increased Although the disease was suddenly enhanced but it wa less as compared to control. Moreover, maximun disease incidence on both varieties was expressed by Rally 40% WP (Myclobutanil 40%) followed by Chlorostrobin (Azoxystrobin 5.4%+Chlorothalonil 45%) Alliette 80% WP (Fosetyli-Aluminium 80%), Succes: 70% WP (Metalaxyl 8% + Chlorothalonil 64%) and Scor 250 EC (Difenconazole 250EC) respectively. Among al Swing 72% (Metalaxyl 8% + Mancozeb 64%) rankec first followed by Antracol (Propineb 70%) and Succes: 70% WP (Metalaxyl 8% + Chlorothalonil 64%). Ii addition, Most least effective fungicide was found Cytro 75% (Thiophanate-methyle 35% + Chlorothalonil 40% followed by Chlorostrobin (Azoxystrobil 5.4%+Chlorothalonil 45%), Rally 40% WP (Myclobutani 40%)and Score 250 EC (Difenconazole 250EC). Althoug! they reduced the disease as compare to control but they can not be recommended for quick remedy (Table 6). ntrations, weeks and Varieties (TxWxVxC) against whit Our results were supported by the results of Rathi et al, (2009) in which they executed the foliar application of Ridomil MZ-72 WP containing active ingredient of 8% Metalaxyl and 64% Mancozeb @ 2g/1 to control the white rust disease. Ridomil MZ-72 WP significantly reduced the disease incidence ranging from 64 to 30%.