首页> 外文期刊>Communications in Agricultural and Applied Biological Sciences >WEED CONTROL IN CONVENTIONAL AND TRANSGENIC MAIZE WITH RESISTANCE TO GLYPHOSATE
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WEED CONTROL IN CONVENTIONAL AND TRANSGENIC MAIZE WITH RESISTANCE TO GLYPHOSATE

机译:抗草甘膦常规和转基因玉米的杂草控制

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摘要

The researches were conducted in order to observe the behaviour of conventional and glypho-sate resistant transgenic maize to different weed control methods. In this paper, the obtained results are presented. The study was conducted in experimental years 2008-2009 in the frame of Didactical Station USAMVB Timisoara. In order to conduct this study, 4 variants cultivated with conventional maize DKC 5143 and 8 variants cultivated with transgenic maize DKC-MON88017 with resistance against Diabrotica virsifera virgifera and to glyphosate. The efficacy of weed control methods was assessed, as well as the herbicide selectivity to cultivated maize hybrid. The weed coverage degree in control plot (V2) was 304 weeds/sqm in the first year and 465 weeds/sqm inthe second year. In the variants cultivated with transgenic maize the control was up to 90% much more than control percent achieved in conventional variants. Although, in order to achieve an efficient control (higher than 95%), even to transgenic maize,two glyphosate sequential treatments has to be done. The yield results were positive correlated to the different control methods. However those were affected by climatic conditions recorded in experimental years.
机译:为了观察常规和抗草甘膦转基因玉米对不同杂草控制方法的行为进行研究。本文介绍了获得的结果。这项研究是在2008-2009年的实验年中于美国MVB蒂米什瓦拉大学的Didactical Station进行的。为了进行这项研究,用常规玉米DKC 5143培育的4个变种和用转基因玉米DKC-MON88017培育的8个变种对变种和草甘膦具有抗性。评估了杂草控制方法的功效以及除草剂对玉米杂交种的选择性。第一年的控制区杂草覆盖度(V2)为304杂草/平方米,第二年为465杂草/平方米。在用转基因玉米栽培的变体中,对照比常规变体中所达到的对照百分数高多达90%。尽管为了获得有效的控制(高于95%),即使对于转基因玉米,也必须进行两次草甘膦的顺序处理。产量结果与不同的控制方法呈正相关。但是,这些受到实验年份记录的气候条件的影响。

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