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Genetically Modified Crops and the New Paradigm for Herbicide Use in Row Crops

机译:转基因作物和行作物除草剂使用的新范例

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Genetically modified glyphosate-resistant (GR) crops quickly revolutionized weed management in row crops in North and South America after their introduction in the mid-1990s. Growers made GR crops the most rapidly adopted technology in the history of agriculture. In the United States, GR soybeans enabled a new use for glyphosate that was effective, easy, economical, and environmentally safe. This use of glyphosate reduced the value of selective herbicides, and in seven years, the number of herbicide actives used on at least 10 % of the soybean acreage in the United States declined from 11 to just 1, glyphosate. Many growers used only glyphosate for weed management, and now GR weeds are widespread and forcing growers to diversify their weed management practices. Weed management experts agree that no single management technology is sustainable when used alone; weeds will eventually adapt. Growers must use more diverse and integrated pest management practices incorporating combinations of the best chemical, crop, and cultural systems. This new paradigm for herbicide use is creating opportunities for new application and formulation technologies.
机译:在1990年代中期引入抗草甘膦(GR)基因的作物后,北美和南美的行间作物的杂草管理迅速发生了革命性变化。种植者使GR作物成为农业历史上最迅速采用的技术。在美国,GR大豆使草甘膦获得了一种有效,简便,经济和环境安全的新用途。草甘膦的使用降低了选择性除草剂的价值,并且在七年中,美国至少10%的大豆种植面积上使用的除草剂活性物质的数量从11降为仅1,草甘膦。许多种植者仅将草甘膦用于杂草管理,现在GR杂草广泛存在,并迫使种植者多样化其杂草管理方法。杂草管理专家一致认为,单独使用任何一种管理技术都无法持续。杂草最终将适应。种植者必须采用更加多样化和综合的有害生物管理方法,并结合最佳的化学,作物和文化系统。这种用于除草剂的新范例正在为新的应用和配方技术创造机会。

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