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Integrated Management of Rice Sheath Rot Incited by sarocladium Oryzae


Affiliations
1 Department of Plant Pathology, Agricultural College and Research Institute, Madhurai T.N.
2 Department of Plant Pathology, Agricultural College and Research Institute, Madhurai T.N., India
     

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In the field trial conducted during Kharif season, spraying at booting stage (85DAS) and 15 days later with carbendazim (500 g/ha) + phosphamidon (1 lit./ha) was the most effective in reducing sheath rot disease incidence, besides giving the maximum yield. Among the plant products and antagonists, neem oil (3%) spray had the maximum efficacy in reducing the disease incidence followed by neem seed kernel extract (5%), Pseudomonas fluorescens (1 kg/ha), Bacillus subtilis (1 kg/ha), leaf extracts (10%) of Acalypha indica , Convolvulus arvensis and in the Rabi season experiment also, the same trend was observed. The maximum cost benefit ratio was recorded in P. fluorescens sprayed plots.

Keywords

Rice Sheath Rot, Integrated Management, Sarocladium Oryzae
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  • Integrated Management of Rice Sheath Rot Incited by sarocladium Oryzae

Abstract Views: 322  |  PDF Views: 0

Authors

I. Yesu Raja
Department of Plant Pathology, Agricultural College and Research Institute, Madhurai T.N.
P. Mahalakshmi
Department of Plant Pathology, Agricultural College and Research Institute, Madhurai T.N., India

Abstract


In the field trial conducted during Kharif season, spraying at booting stage (85DAS) and 15 days later with carbendazim (500 g/ha) + phosphamidon (1 lit./ha) was the most effective in reducing sheath rot disease incidence, besides giving the maximum yield. Among the plant products and antagonists, neem oil (3%) spray had the maximum efficacy in reducing the disease incidence followed by neem seed kernel extract (5%), Pseudomonas fluorescens (1 kg/ha), Bacillus subtilis (1 kg/ha), leaf extracts (10%) of Acalypha indica , Convolvulus arvensis and in the Rabi season experiment also, the same trend was observed. The maximum cost benefit ratio was recorded in P. fluorescens sprayed plots.

Keywords


Rice Sheath Rot, Integrated Management, Sarocladium Oryzae