干旱易发的贾坎德邦旱作水稻品种改良和杂草管理

E. Ahmad, Ashok K. Singh, K. –, M. K. Barnwal, Binay Kumar -, Varsha Rani -, Saha Pb
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摘要

2017年和2018年雨季,在兰契坎克的比尔萨农业大学水稻试验区进行了旱作水稻品种和杂草管理试验。努力选育好氧水稻高产品种和改进生产技术。扎因茶(Sesbania aculeata)、豇豆(Vigna unguiculata)和豆荚(Vigna mungo)与直接播种的水稻一起种植,在播种后25天将其连根拔起并用作绿色覆盖物。2017年和2018年雨季,在好氧条件下对6个早熟品种RP 6191-HHZ1-Y4-Y1-Y1 (6.90 t ha-1)、PA 6129 (6.45 t ha-1)、RP 6273-HHZ4-DT3LI1-LI1 (6.10 t ha-1)、CR Dhan 201 (5.185 t ha-1)、US 380(5.28 t ha-1)、NVSR 2107 (4.73 t ha-1)、IIRRH 124 (4.70 t ha-1)进行了试验。在品种试验中,中株高(100 ~ 110 cm)、不倒伏和高产(>4.0 t hm -1)是主要的选择标准。按要求进行了两到三次灌溉。在好氧条件下,每公顷施用125公斤氮肥的Naveen品种在两年内产量最高。在杂草防治方法中,2017年水稻+扎因茶+苗期前施用0.75 g a.i. /公顷,苗期后施用水稻+扎因茶+ 2.4 D @ 0.8 kg a.i. /公顷产量最高,2018年杂草防治效率为61.4%。
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Varietal Improvement and Weed Management for Aerobic Rice Cultivation in the Drought-Prone Jharkhand State
Aerobic rice varietal and weed management trials under direct seeding were carried out at Birsa Agricultural University Rice Experimental Area, Kanke, Ranchi in the wet seasons of 2017 and 2018. Efforts were made to select better high-yielding varieties and improved production technology for aerobic rice cultivation. Dhaincha (Sesbania aculeata), Cowpea (Vigna unguiculata), and urd bean (Vigna mungo) were grown along with direct seeded rice, uprooted and used as a green mulch, 25 days after seeding. Six varietal trials were conducted under aerobic conditions during the 2017 and 2018 wet seasons in which the entries RP 6191-HHZ1-Y4-Y1-Y1 (6.90 t ha-1), PA 6129 (hybrid) (6.45 t ha-1), RP 6273-HHZ4-DT3LI1-LI1 (6.10 t ha-1), CR Dhan 201 (5.185 t ha-1), US 380(hybrid) (5.28 t ha-1), NVSR 2107 (4.73 t ha-1), IIRRH 124 (hybrid) (4.70 t ha-1) with early maturity were found promising. In varietal trials, intermediate plant height (100 to 110 cm), non-lodging and high yield (>4.0 t ha-1) were major criteria for selection. Two to three irrigations were applied as per the requirement. Naveen variety under aerobic conditions produced maximum yield with 125 kg N per hectare in both years. Among weed control methods, rice+ dhaincha+ pre-emergence application of pendimethalin @ 0.75 g a.i. per hectare in 2017 and rice+ dhaincha+2,4 D @ 0.8 kg a. i. per hectare as post- emergence application produced maximum yield with weed control efficiency of 61.4% in 2018.
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