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玉米综合杂草防治

INTEGRATED WEED CONTROL IN MAIZE.

作者信息

Latré J, Dewitte K, Derycke V, De Roo B, Haesaert G

出版信息

Commun Agric Appl Biol Sci. 2015;80(2):241-9.

Abstract

Integrated pest management has been implemented as a general practice by EU legislation. As weed control actually is the most important crop protection measure in maize for Western Europe, the new legislation will have its impact. The question is of course which systems can be successfully implemented in practice with respect to labour efficiency and economical parameters. During 3 successive growing seasons (2007, 2008, 2009) weed control in maize was evaluated, the main focus was put on different techniques of integrated weed control and was compared with chemical weed control. Additionally, during 4 successive growing seasons (2011, 2012, 2013 and 2014) two objects based on integrated weed control and two objects based on mechanical weed control were compared to about twenty different objects of conventional chemical weed control. One of the objects based on mechanical weed control consisted of treatment with the flex-tine harrow before and after emergence in combination with chemical weed control at a reduced rate in 3-4 leave stage. The second one consisted of broadcast mechanical treatments before and after emergence followed by a final in-row application of herbicides and an inter-row cultivation at 6-7(8) leave stage. All trials were conducted on the Experimental farm of Bottelare HoGent-UGent on a sandy loam soil. Maize was growing in 1/3 crop rotation. The effect on weed growth as well as the economic impact of the different applications was evaluated. Combining chemical and mechanical weed control is a possible option in conventional farming but the disadvantages must be taken into account. A better planned weed control based on the real present weed-population in combination with a carefully thought-out choice of herbicides should also be considered as an IPM--approach.

摘要

欧盟立法已将综合虫害管理作为一项常规措施实施。由于杂草控制实际上是西欧玉米种植中最重要的作物保护措施,新立法将产生影响。当然,问题在于就劳动效率和经济参数而言,哪些系统能够在实践中成功实施。在连续三个生长季节(2007年、2008年、2009年)对玉米杂草控制进行了评估,主要重点是综合杂草控制的不同技术,并与化学杂草控制进行了比较。此外,在连续四个生长季节(2011年、2012年、2013年和2014年),将两个基于综合杂草控制的对象和两个基于机械杂草控制的对象与约二十个不同的传统化学杂草控制对象进行了比较。其中一个基于机械杂草控制的对象包括在出苗前后用挠性钉齿耙处理,并在3-4叶期以较低剂量结合化学杂草控制。另一个包括在出苗前后进行撒播机械处理,随后在6-7(8)叶期进行行间除草剂最终施用和行间中耕。所有试验均在博特拉尔霍赫恩特-根特大学实验农场的砂壤土上进行。玉米以1/3的作物轮作方式种植。评估了不同处理对杂草生长的影响以及经济影响。在传统农业中,将化学和机械杂草控制相结合是一种可行的选择,但必须考虑其缺点。基于实际存在的杂草种群制定更好的杂草控制计划,并结合精心挑选的除草剂,也应被视为一种综合虫害管理方法。

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