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首页> 外文期刊>Indian Journal of Weed Science >Weed dynamics and system productivity under rice-based cropping system
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Weed dynamics and system productivity under rice-based cropping system

机译:稻作制度下杂草的动态变化与系统生产力

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An experiment was carried out during 2008-09 and 2009-10 at Jagdalpur, Chhattisgarh to determine the influence of rice-based cropping system on the weed dynamics. The rice-fallow system had the higher density (1364 and 1435/m2) of Echinochloa colona,which was gradually reduced with increasing cropping intensity and the lowest density was under rice-garden pea system (20.0 - 20.9/m2). Increasing irrigation frequency increased the density of E. colona. In Rabi season, rice-wheat and rice-garden pea cropping systems were found highly infested with weeds as compared to rice-fallow, rice-chickpea and rice-summer maize systems. The highest rice equivalent yield was recorded under rice-chickpea (7.20-7.76 t/ha) cropping system.
机译:2008-09年和2009-10年在恰蒂斯加尔邦Jagdalpur进行了一项试验,以确定稻作系统对杂草动态的影响。稻-小食系统中E草的密度较高(1364和1435 / m2),随种植强度的增加而逐渐降低,而稻-豌豆-豌豆系统中密度最低(20.0-20.9 / m2)。增加灌溉频率增加了大肠杆菌的密度。在拉比季节,与稻米,稻鹰嘴豆和稻夏玉米系统相比,发现稻麦,水稻和豌豆豌豆种植系统受到杂草的严重侵害。稻鹰嘴豆(7.20-7.76 t / ha)种植系统下的最高水稻当量单产。

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