2001Indian Journal of AgronomyOpen access

Integrated weed control in drill sown rainfed finger millet (Eleusine coracana)

E. G. Ashok, M. Chandrappa, G. G. Kadalli, Kiran Kumar, V. MOTHAD, K. T. K. Gowda

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Abstract

Series of on station field experiment and on farm testing were conducted during 1994 99 on red sandy loam soils of Gandhi Krishi Vignana Kendra, Bangalore, and on the farmers fields of Bangalore, Kolar and Tumkur dis tricts of Southern Karnataka, to evaluate the effects of herbicides, cultural and mechanical measures of weed con trol on yield of drill sown rainfed finger millet [Eluesine coracana (L.) Gaertn.]. Out of 8 herbicides tested, pre emergence application of isoproturon 0.75 kg a.i.1ha gave comparable yield (2,907 kglha) to that of farmer s practice of 2 intercultivations and 1 hand weeding (3,078 kglha) and weed free check 1 intercultivation and 2 hand weedings (3,177 kg/ha) besides accounting for lower weed biomass (444, 125 and 59 kglha respectively) and higher weed control efficiency (86.7, 96.2 and 98.2% respectively). Combinations of isoproturon 0.5 kg a.i./ha and cultural mechanical measures of weed control have further enhanced the yield by 12.14% over no chemical. 2, 4 D sodium salt 0.75 kg a.i./ha as post emergence spray 15 20 days after sowing was next best alternative herbicide. On farm trials confirmed the superiority of isoproturon to farmer s practice of weed control to an extent of 6.4% yield increase besides being less labour intensive and providing effective weed control.

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Series of on station field experiment and on farm testing were conducted during 1994 99 on red sandy loam soils of Gandhi Krishi Vignana Kendra, Bangalore, and on the farmers fields of Bangalore, Kolar and Tumkur dis tricts of Southern Karnataka, to evaluate the effects of herbicides, cultural and mechanical measures of weed con trol on yield of drill sown rainfed finger millet [Eluesine coracana (L.) Gaertn.]. Out of 8 herbicides tested, pre emergence application of isoproturon 0.75 kg a.i.1ha gave comparable yield (2,907 kglha) to that of farmer s practice of 2 intercultivations and 1 hand weeding (3,078 kglha) and weed free check 1 intercultivation and 2 hand weedings (3,177 kg/ha) besides accounting for lower weed biomass (444, 125 and 59 kglha respectively) and higher weed control efficiency (86.7, 96.2 and 98.2% respectively). Combinations of isoproturon 0.5 kg a.i./ha and cultural mechanical measures of weed control have further enhanced the yield by 12.14% over no chemical. 2, 4 D sodium salt 0.75 kg a.i./ha as post emergence spray 15 20 days after sowing was next best alternative herbicide. On farm trials confirmed the superiority of isoproturon to farmer s practice of weed control to an extent of 6.4% yield increase besides being less labour intensive and providing effective weed control.

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Available abstract

Series of on station field experiment and on farm testing were conducted during 1994 99 on red sandy loam soils of Gandhi Krishi Vignana Kendra, Bangalore, and on the farmers fields of Bangalore, Kolar and Tumkur dis tricts of Southern Karnataka, to evaluate the effects of herbicides, cultural and mechanical measures of weed con trol on yield of drill sown rainfed finger millet [Eluesine coracana (L.) Gaertn.]. Out of 8 herbicides tested, pre emergence application of isoproturon 0.75 kg a.i.1ha gave comparable yield (2,907 kglha) to that of farmer s practice of 2 intercultivations and 1 hand weeding (3,078 kglha) and weed free check 1 intercultivation and 2 hand weedings (3,177 kg/ha) besides accounting for lower weed biomass (444, 125 and 59 kglha respectively) and higher weed control efficiency (86.7, 96.2 and 98.2% respectively). Combinations of isoproturon 0.5 kg a.i./ha and cultural mechanical measures of weed control have further enhanced the yield by 12.14% over no chemical. 2, 4 D sodium salt 0.75 kg a.i./ha as post emergence spray 15 20 days after sowing was next best alternative herbicide. On farm trials confirmed the superiority of isoproturon to farmer s practice of weed control to an extent of 6.4% yield increase besides being less labour intensive and providing effective weed control.

Key concepts: Weed control, Eleusine, Agronomy, Finger millet, Loam, Weed, Sowing, Forensic science

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