Effect of fungicides in controlling root rot (Fusarium Solani) of chickpea
A field experiment was conducted in the field of Bangladesh Institute of Nuclear Agency sub-station, Ishurdi to determine the effect of different fungicides in controlling root rot of chickpea. Germination of chickpea were increased by treating seeds with secure 600WG (48.62%) followed by provax 200...
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Main Authors: | , , , , |
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Format: | Article |
Language: | English |
Published: |
Marsland Press
2014
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Online Access: | http://psasir.upm.edu.my/id/eprint/37250/1/Effect%20of%20fungicides%20in%20controlling%20root%20rot.pdf http://psasir.upm.edu.my/id/eprint/37250/ http://www.lifesciencesite.com/lsj/life1102/ |
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Summary: | A field experiment was conducted in the field of Bangladesh Institute of Nuclear Agency sub-station, Ishurdi to determine the effect of different fungicides in controlling root rot of chickpea. Germination of chickpea were increased by treating seeds with secure 600WG (48.62%) followed by provax 200WP (44.38%) over control. Pre-emergence death of chickpea decreased up to 30.42% by treating seeds with secure 600WG over control. The lowest disease incidence (8.68%) was found in secure. Secure 600WG treating seeds decreased disease incidence 70.05% followed by Bavistin 68.57% over control. Seed treated with Secure 600WG and Bavistin increased plant stand by 28.56% and 27.97%, respectively over control. Maximum shoot length (11.78%) was found when seeds were treated with Secure 600WG, while maximum root length (21.80%) was recorded when seeds were treated with Provex 200WP over control. Seeds treated with Secure 600WG, Provex 200WP and Bavistin increased vigour index up to 66.94%, 63.28% and 56.68% over control. Seed treated with Secure 600WG resulted highest fresh weight of biomass (3031) which was 82.32% higher over control. Seeds treated with Secure 600WG also resulted highest grain yield (192.1g/m2) which was 81.50% higher over control. |
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