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首页> 外文期刊>Advance journal of food science and technology >Effect of Transgenic Bt Cotton on Abundance of Cotton Spider Mites and Total Phenolic Content of Leaves and their Relationship
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Effect of Transgenic Bt Cotton on Abundance of Cotton Spider Mites and Total Phenolic Content of Leaves and their Relationship

机译:转Bt基因棉对棉叶螨丰度和叶片总酚含量的影响及其关系

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摘要

The differences of the total phenolic content in leaves and percentage of cotton plants infested with cotton spider mites between in transgenic Bt (Ezamian No. 24F1) and in non-transgenic Bt cotton (Ek 9 parental line of Ezamian No. 24F1) plots with and without spraying acaricides were systematically investigated in Tai Lake farm, Hubei Province, China, over the period 26 May and 11 September 2011. In acaricide treated plots, transgenic Bt cotton does not result in a change of the abundance of cotton spider mites compared to that in non-transgenic Bt cotton, however, without acaricide treated plots, transgenic Bt cotton significantly increases the abundance of cotton spider mites compared to those of non-transgenic Bt cotton. The number of eggs, larva-nymph-adults, egg-larva-nymph-adults and the plant damage index are independent of the total phenolic content in leaves. The results are also discussed in relation to integrated pest management. It was very necessary for nontarget cotton spider mites of transgenic Bt cotton fields to control in wetland agricultural area.
机译:在转基因Bt(Ezamian No. 24F1)和非转基因Bt棉花(Ezamian No. 24F1的Ek 9亲本)中,叶片中总酚含量和受棉叶螨侵染的棉花植物的百分比之间存在差异。在2011年5月26日至9月11日期间,对中国湖北省太湖农场未喷洒杀螨剂的情况进行了系统调查。与杀螨剂相比,转基因Bt棉不会导致棉蜘蛛的丰度发生变化。然而,在非转基因Bt棉花中,没有经过杀螨剂处理的地块,与非转基因Bt棉花相比,转基因Bt棉花显着增加了棉叶螨的丰度。卵,幼虫-成虫,卵幼虫-成虫的数量和植物损伤指数与叶片中总酚含量无关。还讨论了与虫害综合治理有关的结果。转Bt基因棉田的非目标棉叶螨对控制湿地农业区非常必要。

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  • 作者单位

    Engineering Research Center of Wetland Agriculture in the Middle and Lower Reaches of the Yangtze River, Ministry of Education,Yangtze University, Hubei 434025, P.R. China;

    Engineering Research Center of Wetland Agriculture in the Middle and Lower Reaches of the Yangtze River, Ministry of Education,Yangtze University, Hubei 434025, P.R. China;

    Engineering Research Center of Wetland Agriculture in the Middle and Lower Reaches of the Yangtze River, Ministry of Education,Yangtze University, Hubei 434025, P.R. China;

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  • 正文语种 eng
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  • 关键词

    gossypium hirsutum; tetranychus cinnabarinus; total phenolic content; transgenic bt cotton;

    机译:陆地棉朱砂朱古力;总酚含量;转基因bt棉;

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