首页> 外文期刊>Indian Journal of Weed Science >Effectiveness of triafamone + ethoxysulfuron (pre-mix) against complex weed flora in transplanted rice and its residual effects on wheat
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Effectiveness of triafamone + ethoxysulfuron (pre-mix) against complex weed flora in transplanted rice and its residual effects on wheat

机译:三胞嘧啶+乙氧基硫磺(预混合)对移植稻杂草植物植物的有效性及其对小麦的剩余效果

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摘要

Bio-efficacy of triafamone (20%) + ethoxysulfuron (10%) (ready-mix, 30% WG) was evaluated as early post-emergence (1-2 leaf stage of weeds, 15 days after transplanting) against complex weed flora in transplanted rice at CCS Haryana Agricultural University Regional Research Station, Karnal during Kharif 20 1 and 2012, phyto-toxicity on transplanted rice during Kharif 2012 and 2013 and its residual phyto-toxicity on wheat during Rabi 2012-13 and 2013-14. Triafamone + ethoxysulfuron 60-67.5 g/ha provedsuperior or at par with other herbicidal treatments in reducing the dry weight of grassy and broad-leaf weeds to the extent of >99% and 85-94%, respectively, and provided almost complete control of sedges {Cyperus difformis and Fimbristylis miliaceae) during both the years. There was no significant effect of different treatments on the plant height and panicle length of the rice during both the years. Application of triafamone + ethoxysulfuron 60 g/ha resulted in number of effective tillers (58.7/ mrlin 2011 and 78.2/mrl in 2012) at par with triafamone 45 g/ha, butachlor 1250 and 1500 g/ha, and also weed free check during both the years. The grain yield of rice (6.08 t/ha in 2011 and 7.06 t/ha in 2012) due to triafamone + ethoxysulfuron 60 g/ha was higher than its lower dose (52.5 g/ha) but at par with the higher dose (67.5 g/ha), triafamone 45 g/ha, butachlor 1500 g/ha and weed free check during 2011 and 2012; butachlor 1250 g/ha and pretilachlor 1000 g/ha during 2012; but superior to all other herbicidal treatments during both the years. There were no visual phyto-toxicity symptoms of triafamone + ethoxysulfuron on rice crop and also no residual phyto-toxicity on succeeding wheat crop even up to 120 g/ha.
机译:基因酮(20%)+乙氧基硫磺(10%)(10%)(准备混合,30%Wg)作为早期出苗后(杂草1-2叶阶段,移植后15天)对抗复杂的杂草植物在CCS Hyaryana农业大学区域研究站,Kharif 20 2012期间的喀麦特菌移植米饭,在kharif 2012和2013期间对移植稻的Phyto毒性及其在Rabi 2012-13和2013-14期间对小麦的残留植物毒性。 Tri灌注酮+乙氧基硫磺60-67.5克/公顷被证实或与其他除草治疗相提并论,将草莓和阔叶杂草的干重分别降低到> 99%和85-94%的程度,并提供几乎完全控制两年内占地面积。不同治疗在稻米两年内植物高度和穗长的显着影响。三胞酮+乙氧基硫磺60克/公顷的应用导致有效分蘖数(2012年58.7 / mrl11和78.2 / MRL)与三胞胎45克/公顷,Butachlor 1250和1500 g / ha相提并论,以及杂草免费检查这两年。由于TRIAFAMONE +乙氧基硫磺60g / ha,水稻的谷物产量(2011年的2011年和7.06吨/公顷)高于其低剂量(52.5g / ha),但在较高剂量(67.5 g / ha),三煤酮45克/公顷,Butachlor 1500 g / ha和2011年和2012年的杂草免费检查; 2012年,Butachlor 1250 g / ha和pretilachll 1000 g / ha;但在这两年内优于所有其他除草治疗。在水稻作物上没有Triafamone +乙氧基硫磺的视觉植物毒性症状,并且在接下来的小麦作物中也没有残留的植物毒性,甚至高达120克/公顷。

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